Parameter List for BSC6900

Parameter ID Parameter Name MML Command

ABCDownQuality Downlink Quality ThresSET GCELLHOAD(Optional)

ABCUpQuality Uplink Quality ThresholSET GCELLHOAD(Optional)

ABCWaitMaxTime Maximum Better Cell ASET GCELLHOAD(Optional)

ABISBYPASSMODE Abis ByPass Mode ADD BTS(Optional)

ABISFCEN SDCCH Congestion FloSET GCELLCCCH(Optional)

AbisFCTimer1 Abis Flow Control TimeSET BSCTMR(Optional)

AbisFCTimer2 Abis Flow Control TimeSET BSCTMR(Optional)

ABISIDLETSALLOC Abis Idle TS Allocate S SET BTSOTHPARA(Optional)

ABISIDLETSCFGSWITC Abis Idle TS Configure SET BTSOTHPARA(Optional)

AbisJamThreshold2StarAbis Jam Rate for BTS SET BSSLS(Optional)

ABISRESADJTCHHFUN TCHH Function Switch SET BTSFLEXABISPARA(Optional)

ABISTSFREETM Timer of Releasing AbiSET GCELLPSCHM(Optional)

AbisVer Abis Interface Tag SET BSCBASIC(Optional)

ABLASTTIME Duration of BTS CollecADD AISSCFG(Optional)

AbnormalMosThreshol Abnormal Voice MOS TSET OTHSOFTPARA(Optional)

ACCBURST Access Burst Type SET GCELLPSBASE(Optional)

ACCCONTROLCLASS Access Control Class SET GCELLPRACH(Optional)

ACCCTRLEN Access Control Allowe SET GCELLCCBASIC(Optional)

ACCCTRLPY Access Control Policy SET GCELLCCBASIC(Mandatory)

ACCESSOPTILAY Incoming-to-BSC HO OSET GCELLHOIUO(Optional)

ACCINDEX Access Control Policy ADD BSCACCCTRLP(Mandatory)

AccStaServiceType PS Initial Access Servi SET GCELLPSOTHERPARA(Optional)

ACCWPOS Starting Point of the ADD BSCACCCTRLP(Optional)

ACCWSIZE Access Control WindowADD BSCACCCTRLP(Optional)

ACCWSP Sliding Speed of the ADD BSCACCCTRLP(Optional)

ACFC Address and control fi

ACFC Support Address and C

ACOOPERATPAGINGSWA Interface Paging Co- SET BSCPSSOFTPARA(Optional)

ACS Additional Reselect Pa SET GCELLIDLEAD(Optional)

ACTCDSETF AMR ACS[F] SET GCELLCCAMR(Optional)

ACTCDSETH AMR ACS[H] SET GCELLCCAMR(Optional)

ACTCDSETWB AMR ACS[WB] SET GCELLCCAMR(Optional)

ACTL2REEST Activate L2 Re-establ SET GCELLSOFT(Optional)

ACTTIME Valid Time of BTS ResoADD AISSCFG(Optional)

ACVLTHD AC Voltage Lower ThreSET BTSAPMUBP(Optional)

ACVOLALARMH AC Overvoltage Alarm SET BTSDPMUBP(Optional)

ACVOLALARML AC Undervoltage Alar SET BTSDPMUBP(Optional)

ACVUTHD AC Voltage Upper ThreSET BTSAPMUBP(Optional)

ADAPTASSIGNMENTFL Assignment Procedure SET GCELLSOFT(Optional)

ADD PPPLNK(Optional)ADD MPGRP(Optional)IMP BTSPPPLNK(Optional)IMP BTSMPGRP(Optional)

ADDR Communication Addre

AddTransBwInt Sub-Link Bandwidth ReSET BSCPSSOFTPARA(Optional)

AddTransBwNum Bandwidth for Second SET BSCPSSOFTPARA(Optional)

ADEF External Alarm CustomeSET BTSRXUBP(Optional)

ADJBSCDPC Adjacent BSC DPC

ADJMODE Adjustment Mode

ADJUSTULMCSTYPE Support EGPRS Uplink SET GCELLEGPRSPARA(Optional)

ADLDACT Auto Download Active SET BTSAUTODLDACTINFO(Optional)

ADMODE Auto Download Mode SET BTSAUTODLDACTINFO(Optional)

ADMSTAT Administrative State SET GCELLADMSTAT(Mandatory)

ADMSTAT Administrative State SET GTRXADMSTAT(Mandatory)

ADMSTAT Administrative State SET GTRXCHANADMSTAT(Mandatory)

ADTET Offset Time AdjustmenADD AISSCFG(Optional)

ADTLOD Load Threshold of Off ADD AISSCFG(Optional)

ADTON Offset Time AdjustmenADD AISSCFG(Mandatory)

ADTST Offset Time AdjustmenADD AISSCFG(Optional)

ADVALMMGRULETP Advanced Alarm ManaADD BTSALMMGMRULE(Mandatory)

ADVER1 BTS Software Version SET BTSAUTODLDACTINFO(Optional)

ADVER2 BTS Software Version SET BTSAUTODLDACTINFO(Optional)

AEC_Echo_Path_Delay AEC Echo Path Delay SET TCPARA(Optional)

AEC_Echo_Return_Los AEC Echo Return Loss SET TCPARA(Optional)

AEC_Nlp_Gate AEC Nlp Gate SET TCPARA(Optional)

AEC_Path_Delay AEC Path Delay SET TCPARA(Optional)

AEC_SNR_Gate AEC SNR Gate SET TCPARA(Optional)

AEC_Switch AEC Switch SET TCPARA(Optional)

AECDetectThreshold AEC Detect Threshold SET TCPARA(Optional)

AECDetectTime AEC Detect Time SET TCPARA(Optional)

AFRDSBLCNT AFR Radio Link TimeouSET GCELLCCBASIC(Optional)

AFRSAMULFRM AFR SACCH Multi-FramSET GCELLCCBASIC(Optional)

AGPSRECEIVERID GPS ID ADD GPS(Mandatory)

AGPSRECEIVERTYPE GPS type ADD GPS(Mandatory)

AHRDSBLCNT AHR Radio Link Timeo SET GCELLCCBASIC(Optional)

AHRSAMULFRM AHR SACCH Multi-Fra SET GCELLCCBASIC(Optional)

AID Alarm ID SET ALMPORT(Mandatory)

AID Alarm ID SET ALMBLKPARA(Mandatory)

AID Alarm ID

AID Alarm ID ADD OBJALMSHLD(Optional)

AID Alarm ID SET ENVALMPARA(Mandatory)

AID Alarm ID. SET BTSENVALMPORT(Optional)

AID Alarm ID. ADD BTSOBJALMSHLD(Mandatory)

AIDDELAYPROTECTTIMAiding Delay Protect SET GCELLSOFT(Optional)

SET BTSDEMUBP(Optional)SET BTSDHEUBP(Optional)

ADD EXTNCELL(Mandatory)COL BSCSYNCINFO(Mandatory)SET BTSEXCURSION(Mandatory)SET BSCSYNCOFF(Mandatory)

SET ALMSHLD(Mandatory)SET BOXRPT(Mandatory)

AIDST Alarm Select Type ADD OBJALMSHLD(Optional)

AIDST Alarm Select Type ADD BTSOBJALMSHLD(Mandatory)

AInterMsgTrace A Interface Msg [End2 SET OTHSOFTPARA(Mandatory)

AINTFFCDISCLUEN A IF FC Discard LOC U SET BSCFCPARA(Optional)

AINTFFCDISCMOCEN A IF FC Discard MOC ESET BSCFCPARA(Optional)

AINTFFCDISCMTCEN A IF FC Discard MTC E SET BSCFCPARA(Optional)

AINTFFCDISCOSEN A IF FC Discard Other SET BSCFCPARA(Optional)

AINTFFCEN A Interface Flow Contr SET BSCFCPARA(Optional)

AINTFFCMETHOD A Interface Flow Contr SET BSCFCPARA(Optional)

AINTFFCRSRATE1 A IF FC Service Rate inSET BSCFCPARA(Optional)






AIPCSDSRVRDNDLEV CSD Service RedundanSET BSCBASIC(Optional)

ALC_Fix_Gain ALC Fix Gain SET TCPARA(Optional)

ALC_Fix_Target_Level ALC Fix Target Level SET TCPARA(Optional)

ALC_Max_Gain ALC Max Gain SET TCPARA(Optional)

ALC_Max_Target_LevelALC Max Target Level SET TCPARA(Optional)

ALC_Min_Target_Level ALC Min Target Level SET TCPARA(Optional)

ALC_Mode ALC Mode SET TCPARA(Optional)

ALC_Switch ALC Switch SET TCPARA(Optional)

ALIVERETRY Alive Retry SET BSCNSPARA(Optional)

ALIVETIMER Alive Timer SET BSCNSPARA(Optional)

AllBw Bandwidth ADD RSCGRP(Mandatory)

ALLOCDIFFTRX Resource Reallocation SET BSCPSSOFTPARA(Optional)

ALLOCSINGLEPDCHFORAllocate One PDCH forSET GCELLPSCHM(Optional)

ALLOWAMRHALFRATEURatio of AMR-HR SET GCELLCHMGBASIC(Optional)

ALLOWEDADAMULTIPLAllow EDA Multiplex SET BSCPSSOFTPARA(Optional)

ALLOWEDMEASRPTMI Allowed Measure RepoSET GCELLNC2PARA(Optional)

ALLOWHALFRATEUSERRatio of TCHH SET GCELLCHMGBASIC(Optional)

ALLTSTYPE Timeslot Type ADD AE1T1(Mandatory)

ALLTSTYPE Timeslot Type ADD PBE1T1(Optional)

ALMD0 Feed Tri. 0 TMA Low C SET BTSDATUBP(Optional)






ALMDISACDUR Alarm Disappear Accu ADD BTSALMMGMRULE(Mandatory)

ALMENABLE Alarm Enable Flag

AlmId Alarm ID. SET BTSALMFLASHTHD(Mandatory)

ALMID Alarm ID. ADD BTSALMMGMRULE(Mandatory)

ALMLMTDOWN Lower Alarm SET BTSDGPSBP(Optional)

ALMLMTUP1 Upper Alarm SET BTSDGPSBP(Optional)

ALMLMTUP2 Upper Alarm SET BTSDGPSBP(Optional)

ALMOCACDUR Alarm Occurrence Acc ADD BTSALMMGMRULE(Mandatory)

AlmOccurAccuTimeHT Alarm Occur AccumulaSET BTSALMFLASHTHD(Optional)

AlmOccurAccuTimeLT Alarm Clear AccumulatSET BTSALMFLASHTHD(Optional)

AlmOccurTimesHThd Alarm Occur Times Th SET BTSALMFLASHTHD(Optional)

AlmOccurTimesLThd Alarm Clear Times ThrSET BTSALMFLASHTHD(Optional)

ALMPARACFGFLAG Alarm Parameter ConfiSET BTSDHEUBP(Optional)

ALMTP Alarm Type

ALPHA ALPHA SET GCELLPSPWPARA(Optional)

ALTIDECI Antenna Altitude Deci SET GCELLLCS(Optional)

ALTITUDE GPS antenna altitude ADD GPS(Mandatory)

ALTITUDE Antenna Altitude Int PaSET GCELLLCS(Optional)

ALTITUDEIMP GPS antenna altitude ADD GPS(Mandatory)

ALVL Alarm Severity EXP ALMLOG(Optional)

ALVL Alarm Severity

AMPC0 Feed Tri. 0 TMA ConfigSET BTSDATUBP(Optional)






AMRBTSPWRNUM AMR BTS PC Class SET GCELLPWR2(Optional)

AMRCALLPCALLOWED Allow III Power Contro SET GCELLPWR3(Optional)

AMRDADTHAW AMR Downlink AdaptivSET GCELLCCAMR(Optional)

AMRDLLEVFTLEN AMR Filter Length for SET GCELLPWR2(Optional)

AMRDLPREDLEND AMR DL MR. Number PrSET GCELLPWR2(Optional)

AMRDLQHTHRED AMR DL Qual. Upper T SET GCELLPWR2(Optional)

AMRDLQLTHRED AMR DL Qual. Lower T SET GCELLPWR2(Optional)

AMRDLQUAFTLEN AMR Filter Length for SET GCELLPWR2(Optional)

AMRDLQUALBADTRIG AMR DL Qual Bad Trig SET GCELLPWR2(Optional)

AMRDLQUALBADUPLE AMR DL Qual Bad UpLESET GCELLPWR2(Optional)

AMRDLSSHTHRED AMR DL RX_LEV Upper SET GCELLPWR2(Optional)

AMRDLSSLTHRED AMR DL RX_LEV Lower SET GCELLPWR2(Optional)

AMRFULLTOHALFHOA AMR F-H Ho Allowed SET GCELLHOBASIC(Optional)

AMRFULLTOHALFHOATAMR F-H Ho ATCB AdjuSET GCELLHOBASIC(Optional)

AMRFULLTOHALFHOATAMR F-H Ho ATCB ThreSET GCELLHOBASIC(Optional)

SET BTSAPMUBP(Optional)SET BTSDPMUBP(Optional)

EXP ALMLOG(Optional)STA ALMLOG(Optional)

SET ALMSCRN(Mandatory)SET ENVALMPARA(Optional)

AMRFULLTOHALFHOPAAMR F-H Ho Pathloss ASET GCELLHOBASIC(Optional)

AMRFULLTOHALFHOPAAMR F-H Ho Pathloss TSET GCELLHOBASIC(Optional)

AMRFULLTOHALFHOQUAMR F-H Ho Qual. ThreSET GCELLHOBASIC(Optional)

AMRFULLTOHALFHOTHAMR F-H Traffic ThreshSET GCELLHOBASIC(Optional)

AMRHALFTOFULLHOATAMR H-F Ho ATCB ThreSET GCELLHOBASIC(Optional)

AMRHALFTOFULLHOPAAMR H-F Ho Pathloss TSET GCELLHOBASIC(Optional)

AMRHALFTOFULLHOQ Allow AMR H-F Quality SET GCELLHOBASIC(Optional)

AMRHALFTOFULLHOQUAMR H-F Ho Qual. ThreSET GCELLHOBASIC(Optional)

AMRHALFTOFULLHOTHAMR H-F Traffic ThreshSET GCELLHOBASIC(Optional)

AMRMAXADJPCVAL AMR MAX Up Adj. PC VaSET GCELLPWR2(Optional)

AMRMAXSTEP0 AMR MAX Down Adj. VaSET GCELLPWR2(Optional)



AMRMAXVALADJRX AMR MAX Up Adj. PC VSET GCELLPWR2(Optional)

AMRMRCOMPREG AMR MR. CompensatioSET GCELLPWR2(Optional)

AMRPCADJPERIOD AMR PC Interval SET GCELLPWR2(Optional)

AMRQUALSTEP AMR MAX Down Adj. PCSET GCELLPWR2(Optional)

AMRSADLUPGRADE AMR SACCH Downlink SET GCELLPWRBASIC(Optional)

AMRTCHHPRIORALLO AMR TCH/H Prior Allo SET GCELLCHMGAD(Optional)

AMRTCHHPRIORLOAD AMR TCH/H Prior Cell SET GCELLCHMGAD(Optional)

AMRUADTHAW AMR Uplink Adaptive TSET GCELLCCAMR(Optional)

AMRULLEVFTLEN AMR Filter Length for SET GCELLPWR2(Optional)

AMRULPREDLEND AMR UL MR. Number PrSET GCELLPWR2(Optional)

AMRULQHTHRED AMR UL Qual. Upper T SET GCELLPWR2(Optional)

AMRULQLOWTHRED AMR UL Qual. Lower T SET GCELLPWR2(Optional)

AMRULQUAFTLEN AMR Filter Length for SET GCELLPWR2(Optional)

AMRULQUALBADTRIG AMR UL Qual. Bad TrigSET GCELLPWR2(Optional)

AMRULQUALBADUPLE AMR UL Qual. Bad UpLSET GCELLPWR2(Optional)

AMRULSSHTHRED AMR UL RX_LEV Upper SET GCELLPWR2(Optional)

AMRULSSLTHRED AMR UL RX_LEV Lower SET GCELLPWR2(Optional)

AN19 MAX Retrans Reset CirSET OTHSOFTPARA(Optional)

AN4 MAX Reset Mesg RetranSET AITFOTHPARA(Optional)

ANC_Max_Gain ANC Max Gain SET TCPARA(Optional)

ANC_Switch ANC Switch SET TCPARA(Optional)

ANC_Target_SNR ANC Target SNR SET TCPARA(Optional)

ANGLE RET Antenna Tilt Angl SET BTSANTANGLE(Mandatory)

ANI Adjacent Node ID

ANI Adjacent node ID

ANM Alarm Name SET ENVALMPARA(Optional)

ANR_Mode ANR Mode SET TCPARA(Optional)

ANR_Noise_Reduction_ANR Noise Reduction LSET TCPARA(Optional)

ADD IPPATH(Mandatory)ADD ADJMAP(Mandatory)ADD IPMUX(Mandatory)ADD IPPATHBIND(Mandatory)

ANR_Noise_Target_LevANR Noise Target LeveSET TCPARA(Optional)

ANR_Switch ANR Switch SET TCPARA(Optional)

ANTAANGLE Antenna Azimuth Angl SET GCELLLCS(Optional)

ANTENNALONG GPS Antenna Delay

ANTENNAPOWERSWIT Antenna Power Supply

ANTIERRFLAG E1T1 anti-error switch ADD MPGRP(Optional)

AntiTheftAllow Burglar Alarm Auto CleSET BTSTHEFTALM(Optional)

ANTNO Antenna No.

ANTPASSNO Antenna Pass No ADD TRXBIND2PHYBRD(Mandatory)

ANTPASSNO Sub-Location Group AnADD BTSBINDLOCGRP(Optional)

AORB Down TRX1 A or B

APN A interface port No. ADD MTP3LNK(Mandatory)

APP Application type ADD SCTPLNK(Mandatory)

APPTYPE Application Type ADD SEMILINK(Mandatory)

AqmM AQM N Update IntervalSET BSCPSSOFTPARA(Optional)

AqmMaxTh AQM Maximum ThreshSET BSCPSSOFTPARA(Optional)

AqmMinTh AQM Congestion ThresSET BSCPSSOFTPARA(Optional)

AqmNinit AQM Packet Discard InitSET BSCPSSOFTPARA(Optional)

AqmNLowerBound AQM Packet Discard InSET BSCPSSOFTPARA(Optional)

AqmNUpBound AQM Packet Discard InSET BSCPSSOFTPARA(Optional)

AqmSwitch AQM Switch SET BSCPSSOFTPARA(Optional)

AqmTarTh AQM Target ThresholdSET BSCPSSOFTPARA(Optional)

AreaCode Area Code SET BSCBASIC(Optional)

AREAFLAG Area flag

AREAFLAG Area flag

AREDISTHD Abnormal Release Thr SET GTRXRLALM(Optional)

ARELBASE Abnormal Release StatSET GTRXRLALM(Optional)

ARELWTHD Abnormal Warn ThreshSET GTRXRLALM(Optional)

ARPRETRY ARP packet resend timSTR IPCHK(Optional)

ARPTIMEOUT ARP packet time-out[ STR IPCHK(Optional)

ASN A interface slot No. ADD MTP3LNK(Mandatory)

ASN A interface slot No.

ASRN A interface subrack NoADD MTP3LNK(Mandatory)

ASS Event Type

ASS Event Type SET ENVALMPARA(Optional)

AssignBetterCellEn Assigning Better Cell SET GCELLHOAD(Optional)

ASSLOADJUDGEEN Assignment Cell Load SET GCELLCCBASIC(Optional)

ASSOLRXLEVOFFSET Assign to Overlayer RxSET GCELLCHMGAD(Optional)

ASSORXUCN Associated RXU Board

ASSORXUCN Associated RXU Board SET BTSRXUBP(Mandatory)

ASSORXUSN Associated RXU Board

SET BTSDGPSBP(Optional)SET BTSUSCUBP(Optional)SET BTSDGPSBP(Optional)SET BTSUSCUBP(Optional)

SET BTSANTANGLE(Mandatory)SET RETANTENB(Mandatory)

ADD BTSANTFEEDERBRD(Mandatory)SET BTSANTFEEDERCONNECT(Optional)

CMP BRDAREA(Optional)LOD PATCH(Optional)LOD BRD(Optional)SYN BRDAREA(Optional)

ADD ATERSL(Optional)ADD ATERCONSL(Optional)




ASSORXUSN Associated RXU Board SET BTSRXUBP(Mandatory)

ASSORXUSRN Associated RXU Board

ASSORXUSRN Associated RXU Board SET BTSRXUBP(Mandatory)

ASSThres Absolute Signal StrengSET OTHSOFTPARA(Optional)

ASSTIMER T3107 SET GCELLTMR(Optional)

AT1 T1 SET BSCTMR(Optional)

AT13 T13 -s SET BSCAITFTMR(Optional)






ATCBHOEN Concentric Circles AT SET GCELLHOBASIC(Optional)

ATCBHYST Distance Hysteresis B SET GCELLHOEDBPARA(Optional)

ATCBTHRED Distance Between BounSET GCELLHOEDBPARA(Optional)

Ater8KSw Switch of 8K on Ater SET OTHSOFTPARA(Optional)

AterCongHRFlag HR Allocation Flag SET OTHSOFTPARA(Optional)

AterCongstRatio Congestion Ratio on A SET OTHSOFTPARA(Optional)

ATERIDX Ater connection path

AterJamThreshold2StarAter Jam Rate for BSC SET BSSLS(Optional)

ATERMASK Ater Mask

ATEROMLFLAG Whether or not for OMADD SEMILINK(Mandatory)

ATEROMLINX Ater OML Index ADD ATEROML(Mandatory)

ATERPIDX Ater Connection Path ADD ATEROML(Mandatory)

ATERSLID Ater Signaling Channel

ATERTRANSMODE Ater Interface Transfe SET BSCBASIC(Mandatory)

ATN Antenna Tributary No. STR BTSVSWRTST(Optional)

ATSMASK A interface timeslot m ADD MTP3LNK(Mandatory)

ATT Attach-detach AllowedSET GCELLIDLEBASIC(Optional)

ATTENFACTOR1 Antenna Tributary 1 FaSET BTSRXUBP(Optional)

ATTENFACTOR2 Antenna Tributary 2 FaSET BTSRXUBP(Optional)

AUSTOP Loop time[min] SET E1T1LOP(Optional)

AUSTOP Test time[min] STR E1T1TST(Optional)

AUTHMODE Authentication Mode SET SSLAUTHMODE(Mandatory)

AUTHMODE Validate mode ADD PPPLNK(Mandatory)

AUTHMODE Validate mode ADD MPGRP(Mandatory)

AUTHMODE Validate Mode

AUTHNAME Validate user name ADD PPPLNK(Mandatory)

AUTHNAME Validate user name ADD MPGRP(Mandatory)

AUTHNAME Validate User Name

AUTHPWD Validate password ADD PPPLNK(Mandatory)


ADD ATERCONSL(Mandatory)ADD SEMILINK(Mandatory)

ADD ATERSL(Mandatory)ADD ATERCONSL(Mandatory)


IMP BTSPPPLNK(Mandatory)IMP BTSMPGRP(Mandatory)


AUTHPWD Validate password ADD MPGRP(Mandatory)

AUTHPWD Validate Password

AUTHTYPE Validate protocol type ADD PPPLNK(Optional)

AUTHTYPE Validate protocol type ADD MPGRP(Optional)

AUTHTYPE Validate Protocol Type

AUTO Auto negotiation SET ETHPORT(Optional)

AUTOADDSRCON Add inter-subrack pathADD BRD(Optional)

AUTOADJULTHHYSTF Auto Adjust UL TH and SET GCELLCCAMR(Optional)

AUTOADJULTHHYSTH Auto Adjust UL TH and SET GCELLCCAMR(Optional)

AutoGetBtsLogFlag Support Auto Obtainin SET OTHSOFTPARA(Optional)

AUTONEG Automatic Negotiatio SET BTSETHPORT(Optional)

AUTOTYPE Work Mode for Auto DoSET BTSAUTODLDACTINFO(Optional)

AUTOULKSW Auto Unlock Switch LCK SCHTSK(Optional)

AutoUnlockTime Auto Unlock Time SET PWDPOLICY(Optional)

AUTYPE Administration unit ty SET OPT(Optional)

AVer A Interface Tag SET BSCBASIC(Optional)

AVOL Alarm level SET ALMPORT(Optional)

AVOL Alarm VOL. SET BTSENVALMPORT(Optional)

B1B2SDTHRD B1B2 signal degraded SET OPT(Optional)

B1B2SFTHRD B1B2 signal fail threshSET OPT(Optional)

B3SDTHRD B3 signal degrade thr SET OPT(Optional)

B3SFTHRD B3 signal fail threshol SET OPT(Optional)

BACK8KCLKSW1 Switch of backplane L SET CLK(Optional)

BACK8KCLKSW2 Switch of backplane L SET CLK(Optional)

BackupPath Backup Path BKP LOGDB(Optional)

BACKUPPATH Path of Backup File BKP DB(Optional)

BADQUALDISCTHRES Bad Quality DisconnecSET GCELLSOFT(Optional)

bAdvEstDlTbf Support Advance DownSET BSCPSSOFTPARA(Optional)

BAKDEVTAB BTS Interface Board B ADD BTSESN(Optional)

BAKIP Backup port IP addres STR IPCHK(Optional)

BAKMASK Backup port mask STR IPCHK(Optional)

BAKPWRSAVMETHOD Backup Power Saving SET BTSBAKPWR(Mandatory)

BAKPWRSAVPOLICY Backup Power Saving PSET BTSBAKPWR(Optional)

BANDINDICATOR1900 High Band Indicator ofSET GCELLSOFT(Optional)



BANTIME Forbidden time after SET GCELLHOAD(Optional)

BARCODLST Cabinet Bar Code List SET BTSRACKBC(Mandatory)

BASEBTSID Reference BTS Index ADD AISSCFG(Mandatory)

BASETEMPERATURE Temperature Basis fo SET BTSAPMUBP(Optional)

BASETEMPERATURE Temperature Basis fo SET BTSDPMUBP(Optional)


IMP BTSPPPLNK(Optional)IMP BTSMPGRP(Optional)

BATTCAPACITY Battery Capacity SET BTSDPMUBP(Optional)

BATTENABLEDIN Battery Configuration SET BTSDPMUBP(Optional)

BATTERYDISCHARGEDBattery Discharge Dep

BATTTYPE Battery Type SET BTSDPMUBP(Optional)

BBAPSRVPN BBAP service listening SET SCTPSRVPORT(Optional)

BBDIF Up Down Balance BasicSET GTRXRLALM(Optional)

BC Battery Capcity SET BTSAPMUBP(Optional)

BCC BCC ADD GCELL(Optional)

BCC BCC ADD GEXT2GCELL(Mandatory)

BCC BCC ADD GCELLQUICKSETUP(Optional)

BCCH BCCH FD ADD GEXT2GCELL(Mandatory)

BCCHFREQ Main BCCH Frequency ADD GCELLQUICKSETUP(Mandatory)

BCCHTRXHP Frequency Hopping MoSET GCELLHOPQUICKSETUP(Mandatory)

BCCONGESTALMBOUNBC Congestion Alarm SET BSCPSSOFTPARA(Optional)

BCCONGESTRESALMB BC Congestion RestoreSET BSCPSSOFTPARA(Optional)

BCDSCP DSCP of BG[QoS] SET BSCPSTCDSCPMAP(Optional)

BCID BC Identifier

BCLC Battery Current LimitinSET BTSAPMUBP(Optional)

BCV Boost-Charging VoltagSET BTSAPMUBP(Optional)

BE Battery Configuration SET BTSAPMUBP(Optional)

BEARP1PRIWEIGHT BestEffort-ARP1 Priori SET GCELLPSCHM(Optional)



BEARTYPE DSP bear type ADD N7DPC(Mandatory)

BEATSENDINGDIS Interval for Sending H SET GBSCREDGRP(Optional)

BEPPERIOD Bep Period SET GCELLEGPRSPARA(Optional)

BESTTDDCELLNUM Best TDD Cell NumberSET GCELLCCUTRANSYS(Optional)

BET3GHOEN Better 3G Cell HO All

BETTERCELLHOEN Better Cell Handover SET GCELLHOBASIC(Optional)

BETTERCELLLASTTIMEBetter Cell HO Valid T ADD G2GNCELL(Optional)

BETTERCELLSTATTIMEBetter Cell HO Watch ADD G2GNCELL(Optional)

BFDDETECTCOUNT Detect multiplier of B STR IPCHK(Optional)

BFDSN BFD Session No.

BFRANGE Up Down Balance FloaSET GTRXRLALM(Optional)

BHPREPOLICY Switchback Policy of SET GCELLCCACCESS(Optional)

BITOFFSET In Frame Bit Offset [1/

BKGARP1PRIWEIGHT Background-ARP1 PriorSET GCELLPSCHM(Optional)



BLKFILTERSW Alarm switch of blinkingSET ALMBLKSW(Optional)

BLKPRD Alarm blink threshold SET ALMBLKPARA(Optional)


ADD BC(Mandatory)ADD NSVC(Mandatory)

SET GCELLHOUTRANFDD(Optional)SET GCELLHOUTRANTDD(Optional)

ADD BTSBFD(Mandatory)ADD BTSIPRTBIND(Mandatory)

SET BTSEXCURSION(Mandatory)SET BSCSYNCOFF(Mandatory)

BLKSTATPRD Observing time window SET ALMBLKSW(Optional)

BLKSTATSW Switch of statistics bl SET ALMBLKSW(Optional)

BLOCKRETRY Block Retry SET BSCNSPARA(Optional)

BLOCKTIMER Block Timer SET BSCNSPARA(Optional)

BMPN BM Port No ADD ATERCONPATH(Mandatory)

BMSN BM Slot No ADD ATERCONPATH(Mandatory)

BMSRN BM Subrack No ADD ATERCONPATH(Mandatory)

BMTCFCTimerLen Timer Length of BM-TCSET BSCTMR(Optional)

BORROWDEVIP Borrow DevIP

BOXFLG To Alarm Box Flag SET BOXRPT(Mandatory)

BP1 Position of Break PointSET BTSBREAKPOINT(Optional)

BP2 Position of Break PointSET BTSBREAKPOINT(Optional)

BQHOEN BQ HO Allowed SET GCELLHOBASIC(Optional)

BQLASTTIME BQ HO Valid Time ADD G2GNCELL(Optional)

BQMARGIN BQ HO Margin ADD G2GNCELL(Optional)

BQSTATTIME BQ HO Watch Time ADD G2GNCELL(Optional)

BRDCLASS Board Class STR BKP(Mandatory)

BRDCLASS Board Class

BRDCLASS Board Class SET CPUTHD(Mandatory)

BRDCLASS Board Class ADD BRD(Mandatory)

BRDNO Board No. STR BTSLOG(Mandatory)

BRDNO Board No. STR BTSVSWRTST(Optional)

BRDRXBW Receive Bandwidth

BRDSWTYPE BTS Board Software T LOD BTSSW(Mandatory)

BRDTXBW Forward Bandwidth

BRDTYPE Board Type SET DPUBRDTYPE(Mandatory)

BRDTYPE Board Type ADD BRD(Optional)

BRDTYPE Board type. SET ETHPORT(Mandatory)

BRDTYPE Board type ADD PPPLNK(Mandatory)

BRDTYPE Board type ADD MPGRP(Mandatory)

BRDTYPE Board type ADD MPLNK(Mandatory)

BrdType Board Type ADD BTSBRDCAP(Mandatory)

BRDTYPE Board Type STR BTSLOG(Mandatory)

BREAKTIME Ring II Wait Time Befo SET BTSRINGATTR(Optional)

BROADCASTCONTENT Broadcast Content SET GCELLSBC(Optional)

BROADCASTINTERVAL Broadcast Interval SET GCELLSBC(Optional)

BS Backup Style BKP LOGDB(Optional)

BSAGBLKSRES CCCH Blocks ReservedSET GCELLIDLEBASIC(Optional)

BSCDPC External BSC DPC ADD EXTBSC(Mandatory)

BSCDynSwitchTrxPAAl Allow Dynamic ShutdoSET BSCDSTPA(Optional)

BSCFLAG BSC Flag

ADD PPPLNK(Mandatory)ADD MPGRP(Mandatory)

SET FCCPUTHD(Mandatory)SET FCMSGQTHD(Mandatory)

ADD BTSBRDCAP(Mandatory)ADD BTSRXUBRD(Optional)


BLK ACIC(Mandatory)ADD AE1T1(Mandatory)

BSCGATEWAYIP BSC GateWay IP ADD GCBSADDR(Mandatory)

BSCGATHET BSC Offset InformationADD AISSCFG(Optional)

BSCGATHST BSC Offset InformationADD AISSCFG(Optional)

BSCID BSC ID ADD ADJNODE(Mandatory)

BSCIDX BSC Index

BSCINCHPRD BSC Fine Tuning Perio ADD AISSCFG(Optional)

BSCIP BSC IP ADD GCBSADDR(Mandatory)

BSCIP BSC IP

BscLsStartMode Options for BSC Local SET BSSLS(Optional)

BSCNAME External BSC Name ADD EXTBSC(Mandatory)

BSCPMA Preemption Allowed SET OTHSOFTPARA(Optional)

BSCPMAIRAHO Preemption Allowed DuSET OTHSOFTPARA(Optional)

BSCPN In-BSC Port No. ADD BTSMONITORTS(Mandatory)

BSCPORT BSC Port ADD GCBSADDR(Mandatory)

BSCPRICLASS eMLPP Multi-Priority C SET OTHSOFTPARA(Optional)

BSCQAD Queue Allowed SET OTHSOFTPARA(Optional)

BSCQADIRAHO Queuing Allowed DurinSET OTHSOFTPARA(Optional)

BSCRESERVEDPARA1 Reserved parameter 1SET OTHSOFTPARA(Optional)

BSCRESERVEDPARA10Reserved parameter 1SET OTHSOFTPARA(Optional)























ADD GEXT2GCELL(Optional)ADD EXTBSC(Mandatory)

SET BTSIP(Optional)IMP BTSIPPARA(Mandatory)






BSCSN In-BSC Slot No. ADD BTSMONITORTS(Mandatory)

BSCSRN In-BSC Subrack No. ADD BTSMONITORTS(Mandatory)

BSCSUBTS In-BSC Sub Timeslot NADD BTSMONITORTS(Mandatory)

BSCSYMOFF BSC Symbol Offset SET BSCAISS(Mandatory)

BSCTID ID of BSC in TC Pool

BSCTID ID of a BSC in TC Pool SET BSCBASIC(Mandatory)

BSCTS In-BSC Timeslot No. ADD BTSMONITORTS(Mandatory)

BSCVMAX BS_CV_MAX SET GCELLPSBASE(Optional)

BSMSPWRLEV Transfer BTS/MS PowerSET GCELLHOCTRL(Optional)

BSPAGBLKSRES Number of PAGCH Blo ADD GCELL(Optional)

BSPAMFRAMS Multi-Frames in a Cycl SET GCELLIDLEBASIC(Optional)

BSPBCCHBLKS Number of PBCCH BlocADD GCELL(Optional)

BSPRACHBLKS Number of PRACH BlocADD GCELL(Optional)

BssLsGenMode BSS Local Switching G SET BSSLS(Optional)

BSSLSMSCCOOP MSC-Collaborated BSS ADD GCNNODE(Optional)

BSSPAGINGCOORDINABSS Paging Co-ordinatSET GCELLPSBASE(Optional)

BT Board type SET CLK(Mandatory)

BT Board type CON PATCH(Mandatory)

BT Board type

BT Board type

BT Board type LOP E1T1(Mandatory)

BT Board type STR E1T1TST(Mandatory)

BT Board type SET OPT(Mandatory)

BT Board Type SET COPTLNK(Mandatory)

BT Board Type ADD IPLOGICPORT(Mandatory)

BT Board type CHK E1T1CRS(Mandatory)

BT Board Type ADD BTSRETANT(Mandatory)

BT Board Type ADD BTSANTFEEDERBRD(Mandatory)

BT Board Type ADD BTSBRD(Mandatory)

BT Board Type ADD BTSRXUBRD(Mandatory)

BT Board Type ADD BTSTRXBRD(Mandatory)

BT Board Type SET BTSANTFEEDERCONNECT(Mandatory)

BTCFLAG BM/TC config flag ADD ATERE1T1(Mandatory)

BTCFLAG BM/TC config flag ADD ATERSL(Mandatory)

BTSadjust Adjust Voltage SET GCELLBASICPARA(Optional)

BTSBARCODE BTS Bar Code SET BTSOMLDETECT(Mandatory)

ADD ATERSL(Mandatory)ADD SEMILINK(Mandatory)

LOD PATCH(Mandatory)LOD BRD(Mandatory)SET E1T1LOP(Mandatory)SET E1T1(Mandatory)

BTSCOMTYPE BTS Communication T SET BTSIP(Optional)

BTSCOMTYPE BTS Communication T IMP BTSIPPARA(Mandatory)

BTSDESC BTS Description ADD BTS(Optional)

BTSDETECTSWITCH BTS Detect Switch SET BTSOTHPARA(Optional)

BTSID Site Index ADD ADJNODE(Mandatory)

BTSID BTS Index

BTSID BTS Index SET BSCABISPRIMAP(Mandatory)

BTSIDCONBSC Connect BSC BTS IndeADD BTSABISHDLCPATH(Mandatory)

BTSIDLST BTS Index List

BTSIDTYPE BTS Index Type COL SYNCINFO(Mandatory)

BTSIDTYPE BTS Index Type SET BTSANTANGLE(Mandatory)

BTSIDX Site Index Collect ADD BTSOP(Mandatory)

BTSIP BTS IP

BtsLsStartMode Options for BTS Local SET BSSLS(Optional)

BTSMASK Subnet Mask ADD BTSAUTOPLAN(Mandatory)

BTSMESRPTPREPROC MR.Preprocessing SET GCELLHOCTRL(Optional)

BTSNAME BTS Name

BTSNAMECONBSC Connect BSC BTS NamADD BTSABISHDLCPATH(Mandatory)

BTSNAMELST BTS Name List

BTSPINGSWITCH BTS Ping Switch SET BTSPINGSW(Optional)

BTSPOWEROFFLOCKB BTS Power-off Lock B SET BTSLOCKBCCH(Mandatory)

BTSPWRNUM BTS PC Class SET GCELLPWR2(Optional)

BTSSAICPCADJSWITCHSwitch for BTS SupportSET GCELLSOFT(Optional)

BTSSWVER BTS Software Version LOD BTSSW(Mandatory)

BTSTRCMPRATE Transmission CompressSET BTSTRCMPR(Mandatory)

BTSTYPE BTS Type

BTSTYPE BTS Type

BTSTYPE BTS Type

BTSWTR Time for Waiting to ReADD BTSBFD(Optional)

BTTSTTYPE BT Test Type STR BTSTST(Mandatory)

BTYPE Battery Type SET BTSAPMUBP(Optional)

BUILDTIME Ring II Try Rotating D SET BTSRINGATTR(Optional)

BUNDLINGFLAG Bundling Flag ADD SCTPLNK(Optional)

BVCI PTP BVC Identifier

BVCI PTPBVC Identifier ADD GCELLQUICKSETUP(Optional)

BVCTF BVC Flow Control TimeSET BSSGPPARA(Optional)

BWADJ Auto adjust bandwidthADD IPLOGICPORT(Mandatory)

BWDCONGBW Backward congestion ADD TRMLOADTH(Optional)

BWDCONGCLRBW Backward congestion cADD TRMLOADTH(Optional)

BWDCONGCLRTH Backward congestion cADD TRMLOADTH(Optional)

BWDCONGTH Backward congestion rADD TRMLOADTH(Optional)

IMP BTSIPRT(Mandatory)EXP BTSIPRT(Mandatory)

LOD BTSPATCH(Mandatory)CON BTSPATCH(Mandatory)

SET BTSIP(Optional)IMP BTSIPPARA(Mandatory)

IMP BTSIPRT(Mandatory)EXP BTSIPRT(Mandatory)


ADD BTS(Mandatory)SET BTSALM(Mandatory)ADD BTSAUTOPLAN(Mandatory)SET BTSAUTOPLANCFG(Mandatory)LOD BTSPATCH(Mandatory)CON BTSPATCH(Mandatory)

ADD PTPBVC(Mandatory)BLK PTPBVC(Mandatory)

BWDOVLDCLRRSVBW Backward overload conADD TRMLOADTH(Optional)

BWDOVLDCLRTH Backward overload conADD TRMLOADTH(Optional)

BWDOVLDRSVBW Backward overload co ADD TRMLOADTH(Optional)

BWDOVLDTH Backward overload conADD TRMLOADTH(Optional)

BWDRESVHOTH Backward handover resADD TRMLOADTH(Optional)

BWDRSVHOBW Backward handover reADD TRMLOADTH(Optional)

BWMAXRATIO Max bandwidth estimatADD IPLOGICPORT(Optional)

BWMODE Bandwidth Mode ADD RSCGRP(Mandatory)

BWRTPTH Load Control algorit ADD IPLOGICPORT(Optional)

BWTHD Up Down Balance Alar SET GTRXRLALM(Optional)

BYCELLTYPE Cell Index Type

C31HYST GPRS Cell Reselect HysSET GCELLRESELECTPARA(Optional)

C32QUAL Exceptional Rule for G SET GCELLRESELECTPARA(Optional)

CABINETDESC Cabinet Description ADD BTSCABINET(Optional)

CABLST Cabinet List SET BTSRACKBC(Mandatory)

CABT Is remote cabinet ADD CAB(Mandatory)

CALLRESTABDIS Call Reestablishment SET GCELLBASICPARA(Optional)

CALVAL Calibration Value SET BTSCLKPARA(Mandatory)

CANPC PWRC SET GCELLCCCH(Optional)

CAPCOVEROPTSWITCHCapacity and CoverageSET BTSAUTOPLANCFG(Optional)

CARDFREATTR Card Frequency Attrib ADD BTSBRD(Optional)

CARRYFLAG Carry Flag ADD IPPATH(Optional)

CARRYT The bearing type of theADD IPLOGICPORT(Optional)

CARRYT Carry port type STR IPCHK(Optional)

CBA Cell Bar Access SET GCELLIDLEBASIC(Optional)

CBCINDEX CBC INDEX ADD GCBSADDR(Mandatory)

CBCIP CBC IP ADD GCBSADDR(Mandatory)

CBCITFPARA CBC ITF Para ADD GCBSADDR(Optional)

CBCPORT CBC Port ADD GCBSADDR(Mandatory)

CbNonMsgTimer Cb No Message DisconSET BSCTMR(Optional)

CBQ Cell Bar Qualify SET GCELLIDLEBASIC(Optional)

CBS Consent burst size [ByADD IPLOGICPORT(Optional)

CbShakeHandTimer Cell Broadcast HandshSET BSCTMR(Optional)

CBSIGNLEN Filter Length for SDC SET GCELLHOFITPEN(Optional)

CBTRAFFLEN Filter Length for TCH SET GCELLHOFITPEN(Optional)

CC CC SET BSCBASIC(Optional)

CCAEnableSta Certificate Chain File SET CERTFILE(Optional)

CCCHLOADINDPRD CCCH Load Indication SET GCELLCCCH(Optional)

CCCHLOADTHRES CCCH Load Threshold SET GCELLCCCH(Optional)

CCDSCP DSCP of CONV[QoS] SET BSCPSTCDSCPMAP(Optional)

CCMINTERVAL CCM Send Prid ADD ETHMA(Optional)

ADD NCELL(Mandatory)COL SYNCINFO(Mandatory)

CDRTTRYFBDTHRES Cell Directed Retry Fo SET GCELLOTHEXT(Optional)

CELL1800OFF 1800 Reporting Offset SET GCELLCCUTRANSYS(Optional)

CELL1800THRED 1800 Reporting ThreshSET GCELLCCUTRANSYS(Optional)

CELL2GBA1BCCH 2G NCELL BCCH SET GCELL2GBA1(Mandatory)

CELL2GBA1TAG 2GBA1 Input Tag SET GCELL2GBA1(Mandatory)

CELL2GBA2BCCH 2G NCELL BCCH SET GCELLHO2GBA2(Mandatory)

CELL2GBA2TAG 2GBA2 Input Tag SET GCELLHO2GBA2(Mandatory)

CELL8PSKPOWERLEVECell 8PSK Power Atten SET GCELLBASICPARA(Optional)

CELL900OFF 900 Reporting Offset SET GCELLCCUTRANSYS(Optional)

CELL900THRED 900 Reporting ThreshoSET GCELLCCUTRANSYS(Optional)

CELLBARACCESS2 Cell Access Bar SwitchSET GCELLSERVPARA(Optional)

CELLCOVERAGETYPE Cell Coverage Type SET GCELLOTHEXT(Optional)

CELLEQUCHGVOL Even Charging VoltageSET BTSPMUBP(Optional)

CELLEQUCHGVOL Even Charging VoltageSET BTSDPMUBP(Optional)

CELLFLOATCHGVOL Float Charging Voltag SET BTSPMUBP(Optional)

CELLFLOATCHGVOL Float Charging Voltag SET BTSDPMUBP(Optional)

CELLID Cell Index

CELLID Cell Index SET GMRSCOPE(Mandatory)

CELLID Cell Index SET GCELLHOINTERRATLDB(Mandatory)

CELLID Cell Index ADD BTSRETANT(Mandatory)

CELLID Cell Index ADD BTSAUTOPLAN(Optional)

CELLID Cell Index SAV GCELLTEMPLATE(Mandatory)

CELLIDLST Cell List STR NCS(Mandatory)

CELLIDTYPE Cell Index Type SET FHO(Mandatory)

CELLIDTYPE Cell Index Type ADD BTSRETANT(Mandatory)

CELLIDTYPE Cell Index Type SET BTSANTANGLE(Mandatory)

CELLINEXTP Cell Inner/Extra ProperADD GCELL(Mandatory)

CELLLAYER Layer of the cell ADD GEXT3GCELL(Optional)

CELLLIST Cell Index List ADD GSMSCB(Optional)

CellListOptionSend Cell List Send Flag in SET MSGSOFTPARA(Optional)

CELLMAXSD Cell SDCCH Channel SET GCELLCHMGBASIC(Optional)

CELLNAME Cell Name

CELLNAME Cell Name SET GCELLHOINTERRATLDB(Mandatory)

CELLNAME Cell Name

CELLNAMELIST Cell Name List ADD GSMSCB(Optional)

CELLOPPWRGRP Cell Operator Power G SET GCELLCHMGAD(Optional)

CELLOVERCVGRXLEVDCell Over Coverage DLSET GCELLOTHEXT(Optional)

CELLOVERCVGTALTH Cell Over Coverage TASET GCELLOTHEXT(Optional)

CELLPAGINGOVERLOA Cell Paging Overload SET GCELLSOFT(Optional)

CELLPWROFFEN Battery Power-off Allo SET BTSDPMUBP(Optional)

CELLPWROFFVOL Battery Power-off Volt SET BTSDPMUBP(Optional)

STR TRXBURSTTST(Mandatory)STR BTSRFTST(Mandatory)

STR TRXBURSTTST(Mandatory)STR BTSRFTST(Mandatory)

ADD BTSAUTOPLAN(Mandatory)SAV GCELLTEMPLATE(Mandatory)

CELLRESELSTRATEGY 2G/3G Cell ReselectionSET GCELLNC2PARA(Optional)

CELLRXQUALWORSENRCell Rx Quality WorsenSET GCELLNC2PARA(Optional)

CELLSCENARIO Cell Scenario SET GCELLBASICPARA(Optional)

CELLSELECTAFTERCALSelect 3G Cell After CaSET GCELLCCAD(Optional)

CELLTEMP1ALARMH High Temp Alarm AsseSET BTSDPMUBP(Optional)

CELLTEMP1ALARML Low Temp Alarm AssemSET BTSDPMUBP(Optional)

CELLTEMP1THRESHOLUpper Assembled Batt

CELLTEMP1THRESHOLLower Assembled Batt

CELLTEMPCOMPENABLBattery Temperature

CELLWEAKCVGRXLEVDCell Weak Coverage DSET GCELLOTHEXT(Optional)

CELLWEAKCVGTALTH Cell Weak Coverage T SET GCELLOTHEXT(Optional)

CENDTHD Congestion End ThreshSET GTRXFC(Optional)

CertChain Certificate Chain File SET CERTFILE(Mandatory)

CFGFLAG Board Parameter Confi

CFGFLAG Carry Flag SET BTSIP(Optional)

CFGMODE BTS Configuration Mo SET BTSAUTOPLANCFG(Mandatory)

CFGSW Configure switch

CFLAG Board Parameter ConfiSET BTSCABPARA(Mandatory)

CFLAG Board Parameter ConfiSET BTSPOWERTYPE(Mandatory)

CFM Confirm Password ADD OP(Mandatory)

CG Command Group

CG Command Group ADD OP(Optional)

CGET Congestion End Thresh

CGET Congestion End ThreshADD PBSL(Optional)

CGIRACSWITCH CGI and RAC Plan SwitSET BTSAUTOPLANCFG(Optional)

CGN Command Group Nam SET CCGN(Optional)

CGN Cabinet Group No. SET BTSIDLETS(Mandatory)

CGST Congestion Start Thre ADD ATERSL(Optional)

CGST Congestion Start Thre ADD ATERCONSL(Optional)

CGST Congestion Start Thre ADD PBSL(Optional)

CHAINNCELLTYPE Chain Neighbour Cell ADD G2GNCELL(Optional)

CHAINTORING Combine Type CBN BTSRXUCHAIN(Mandatory)

CHALLOCSTRATEGY Channel Allocate Stra SET GCELLCHMGBASIC(Optional)

CHANFAULTALMPDCH PDCH Available ThreshSET GCELLSOFT(Optional)

CHANFAULTALMSWITCMonitoring Alarm SwitcSET GCELLSOFT(Optional)

CHANFAULTALMTCHTHTCH Available ThresholSET GCELLSOFT(Optional)

CHANID Chan ID

CHANINTERMESALLOWActive CH Interf. Meas SET GCELLCHMGAD(Optional)

CHANNELRATECODE Channel Rate Type DeSET AITFOTHPARA(Optional)

CHANPDOUTTIME PDCH Out-of-SynchroniSET GCELLSOFT(Optional)

CHECKCOUNT Ping Check Timeout C ADD IPPATH(Optional)

SET BTSAPMUBP(Optional)SET BTSDPMUBP(Optional)SET BTSAPMUBP(Optional)SET BTSDPMUBP(Optional)SET BTSAPMUBP(Optional)SET BTSDPMUBP(Optional)

SET BTSDDPUBP(Mandatory)SET BTSUSCUBP(Mandatory)

IMP BTSMPLNK(Mandatory)IMP BTSIPRT(Mandatory)

ADD CCG(Mandatory)SET CCGN(Mandatory)


SET GCELLSBC(Optional)ADD GSMSCB(Mandatory)

CheckingBTSConnecti Auto Check of BTS ConSET OTHSOFTPARA(Optional)

ChkModA ANT_A ALD Current DeSET BTSRXUBP(Optional)

ChkModB ANT_B ALD Current DeSET BTSRXUBP(Optional)

CHKN Check Index STR IPCHK(Optional)

CHKN Check Index ADD IPPATHBIND(Mandatory)

CHKOFFTIMES Check Times for Off SET BTSAIRCON(Optional)

CHKONTIMES Check Times for On SET BTSAIRCON(Optional)

CHKSUMRX Calculate checksum wADD SCTPLNK(Optional)

CHKSUMTX Calculate checksum wADD SCTPLNK(Optional)

CHKSUMTYPE Checksum arithmetic ADD SCTPLNK(Optional)

CHKTYPE Check type STR IPCHK(Mandatory)

CHLDURATH Duration<hour> STR BTSTST(Mandatory)

CHNNO Channel No. SET BTSCHNFALLBACK(Mandatory)

CHNNO Channel No. SET TCPLYVOICE(Mandatory)

CHNO Channel No.

CHNTSTTYPE Channel Test Type STR BTSTST(Mandatory)

CHNTYPE Channel Type SET BTSCHNFALLBACK(Mandatory)

ChosenChInAssCmp ChosenCh Send Flag i SET MSGSOFTPARA(Optional)

ChosenChInHoPerformChosenCh Send Flag i SET MSGSOFTPARA(Optional)

ChosenChInHoReqAck ChosenCh Send Flag i SET MSGSOFTPARA(Optional)

ChosenEncrypAlgInCi ChosenEncrypAlg Send SET MSGSOFTPARA(Optional)

ChosenEncrypAlgInHo ChosenEncrypAlg SendSET MSGSOFTPARA(Optional)

ChosenEncrypAloInAs ChosenEncrypAlg SendSET MSGSOFTPARA(Optional)

ChosenEncrypAloInHo ChosenEncrypAlg SendSET MSGSOFTPARA(Optional)

CHPWRINSUFFALLOWEChannel Assign Allow fSET GCELLCHMGAD(Optional)

CHRCOLLECTSWITCH PS CHR Collect Switch SET GPSCHRSCOPE(Optional)

CHREQCSMAXMSGNUMMax CS CHAN REQ NumSET BSCFCPARA(Optional)

CHREQPSAVGMSGNUMIAverage PS CHAN RE SET BSCFCPARA(Optional)

CHREQSTATPERIOD CHAN REQ Statistical PSET BSCFCPARA(Optional)

CHTYPE Channel Type SET GTRXCHAN(Optional)

CI Cell CI

CI1 Cell CI SET BTSAUTOPLANCFG(Optional)

CIC CIC BLK ACIC(Mandatory)

CIC CIC BLK PBCIC(Mandatory)

CicDMuteDifCnt Number of Different F SET BSCBASIC(Optional)

CicDMutePeriod CIC Downlink One-WaySET BSCBASIC(Optional)

CicDMuteSwitch CIC Downlink One-WaySET BSCBASIC(Optional)

CicDMuteThre CIC Downlink One-WaySET BSCBASIC(Optional)

CicDMuteTime CIC Downlink One-WaySET BSCBASIC(Optional)

CicPoolInAssFail CIC Pool Send Flag in SET MSGSOFTPARA(Optional)

CicPoolInHoFail CIC Pool Send Flag in SET MSGSOFTPARA(Optional)

SET GTRXCHANADMSTAT(Mandatory)STR BTSTST(Mandatory)

SET BTSAUTOPLANCFG(Optional)ADD GCELLQUICKSETUP(Mandatory)

CicPoolListInAssFail CIC Pool List Send FlagSET MSGSOFTPARA(Optional)

CicPoolListInHoFail CIC Pool List Send FlagSET MSGSOFTPARA(Optional)

CicPoolSendFlagInAss CIC Pool Send Flag in SET MSGSOFTPARA(Optional)

CicPoolSendFlagInHoACIC Pool Send Flag in SET MSGSOFTPARA(Optional)

CIR Bandwidth [64kbps] ADD IPLOGICPORT(Optional)

CIRESTVALUE C/I Estimate Value SET GCELLCHMGAD(Optional)

CIUSLOTNO Slot No. ADD DXXCONNECT(Mandatory)

CIUSUBRACKNO Subrack No. ADD DXXCONNECT(Mandatory)

CLASS11DTM Support Class11 DTM SET GCELLGPRS(Optional)

CLASSMARKQUERY Classmark Enquiry Wi SET OTHSOFTPARA(Optional)

CLEARTHD Error clear threshold ADD MPGRP(Optional)

CLKMOD Clock Mode SET BTSCLKPARA(Mandatory)

CLKPRTTYPE Clock Protocol Type SET BTSIPCLKPARA(Optional)

CLKTYPE Clock board type SET CLKTYPE(Mandatory)

ClkType Clock Type SET BTSCLK(Mandatory)

ClrDelay Clear Command DelaySET BTSTHEFTALM(Optional)

CLRFLG Alarm Cleared Flag

ClrInterval Clear Command Time ISET BTSTHEFTALM(Optional)

CMD Command Name EXP LOG(Optional)

CMD Command Name ADD CCG(Mandatory)

CMDSEQ Command Sequence ADD SUBCMD(Mandatory)

CN Cabinet No. ADD CAB(Mandatory)

CN Cabinet No.

CN Cabinet No.

CN Port Cabinet No.

CN Cabinet No.

CN Cabinet No. OPR BTSBRDPWR(Mandatory)

CNFAULTDELAY CN Fault Delay SET GBSCREDGRP(Optional)

CNID MSC ID ADD GCNNODE(Mandatory)

CNID SGSN Node ID

CNNODEIDX CN Node Index

CNOPERATORINDEX Operator Index CMP LICENSE(Optional)

CNSTATEPOLICYFORG CN State Policy For Gr SET GBSCREDGRP(Optional)

CNT Records to Return EXP ALMLOG(Optional)

CNT Cabinet Type SET BTSBAT(Mandatory)

CNT Cabinet Type SET BTSDPMUBP(Mandatory)

CNTL Counts Limit SET LOGLIMIT(Optional)

CNTRISTHRD Upper count threshold SET ALMBLKPARA(Optional)

CNTSTLTHRD Lower count threshold SET ALMBLKPARA(Optional)

COBSCMSCADJEN Co-BSC/MSC Adj SET GCELLHOBASIC(Optional)

CODE Code ADD GSMSCB(Mandatory)


SET BTSENVALMPORT(Optional)ADD BTSOBJALMSHLD(Mandatory)ADD BTSBFD(Optional)ADD BTSIPRTBIND(Optional)IMP BTSPPPLNK(Optional)IMP BTSMPLNK(Optional)SET BTSENVALM(Optional)CHG BTSPTUSHKTM(Optional)

ADD SGSNNODE(Mandatory)ADD NRISGSNMAP(Mandatory)SET BSCAITFTMR(Mandatory)ADD GCNNODE(Mandatory)

COLDSET Refrigeration EquipmeSET BTSOUTPUT(Optional)

COLTYPE Collection Type COL SYNCINFO(Mandatory)

COMBINERLOSS Combiner Loss SET GCELLPWRBASIC(Optional)

COMMACC Common Access ControSET GCELLCCBASIC(Optional)

Complicacy Password Complexity SET PWDPOLICY(Optional)

COMPRS BTS Transfer CompresSET BTSBWPARA(Optional)

COMSC Co-MSC ADD GEXT2GCELL(Optional)

CONBSCBTSIDTYPE Connect BSC BTS IndeADD BTSABISHDLCPATH(Mandatory)

CONGCLRTHD0 Recover threshold of ADD PORTFLOWCTRLPARA(Optional)






CONGTHD0 Congestion threshold ADD PORTFLOWCTRLPARA(Optional)






CONHOEN Concentric Circles HO SET GCELLHOBASIC(Optional)

CONNECTPORTNO Connect Port No. ADD DXXCONNECT(Mandatory)

CONNPWR Connect power monitoADD SUBRACK(Optional)

CONNTYPE Connection Type SET CONNTYPE(Mandatory)

CONNTYPE Connection Type ADD GIURGCONN(Mandatory)

CONTHOMININTV Min Interval for Conse SET GCELLHOCTRL(Optional)

CONTINTV Interval for Consecuti SET GCELLHOAD(Optional)

CONTPING Continue ping or not PING IP(Optional)

Count Send PKT Count

CPRIDURATS Duration Second STR BTSTST(Mandatory)

CPS Allow Dynamic ShutdoSET GTRXDEV(Optional)

CPUN CPU NO ADD GCBSADDR(Mandatory)

CRC4CHK CRC4 Check Switch SET BTSCRC4(Mandatory)

CRH Cell Reselect HysteresSET GCELLIDLEBASIC(Optional)

CRL Certificate Revocation SET CERTFILE(Mandatory)

CRLEnableSta Certificate Revocation SET CERTFILE(Optional)

CRMSGRESENDINT Channel Release ResenSET GCELLGSMR(Optional)

CRMSGRESENDNUM Channel Release Res SET GCELLGSMR(Optional)

CRO Cell Reselect Offset SET GCELLIDLEBASIC(Optional)

CROCALTMTHRD Cross Call Detect Tim SET BSCBASIC(Optional)

CROSSIPFLAG Cross IP address availaADD SCTPLNK(Optional)

PING MAC(Optional)PING BTSCFM(Optional)

CSADDTINFO CHR Supplementary InfSET GCSCHRCTRL(Optional)

CSBQTHR Bad Speech Quality RaSET GCSCHRCTRL(Optional)

CSCHRMR CHR MR Output SET GCSCHRCTRL(Optional)

CSCLTERMABNORM Abnormal Call End OutSET GCSCHRCTRL(Optional)

CSDATADL GSM CS data service dADD TRMFACTOR(Optional)

CSDATAPATH CS data path ADD TRMMAP(Optional)

CSDATAPRI CS data priority ADD TRMMAP(Optional)

CSDATAUL GSM CS data service upADD TRMFACTOR(Optional)

CSDSP CS Data Service PRI ADD GCELL(Optional)

CSHOINFO CHR Handover InformaSET GCSCHRCTRL(Optional)

CSMRBFCLR Output MR Before Call SET GCSCHRCTRL(Optional)

CSMRBFHO Output MR Before HanSET GCSCHRCTRL(Optional)

CSOUTMODE CHR Output Mode SET GCSCHRCTRL(Optional)

CSOUTRANGE CHR Output Range SET GCSCHRCTRL(Optional)

CSRCDSW CHR Function Switch SET GCSCHRCTRL(Mandatory)

CSSIGINFO CHR Signaling Output SET GCSCHRCTRL(Optional)

CSTARTTHD Congestion Start Thre SET GTRXFC(Optional)

CSTRAFTYPE Service Type of CHR OSET GCSCHRCTRL(Optional)

CSVOICEDL GSM CS voice service ADD TRMFACTOR(Optional)

CSVOICEINFO CHR Speech Informati SET GCSCHRCTRL(Optional)

CSVOICEPATH CS voice path ADD TRMMAP(Optional)

CSVOICEPRI CS voice priority ADD TRMMAP(Optional)

CSVOICEUL GSM CS voice service uADD TRMFACTOR(Optional)

CSVSP CS Voice Service PRI ADD GCELL(Optional)

CSW Self-healing Switch forSET SLFSLVSW(Optional)

CT1 Timer alignment readyADD MTP3LNK(Optional)

CT2 Timer not aligned ADD MTP3LNK(Optional)

CT3 Timer aligned ADD MTP3LNK(Optional)

CT4E Timer emergency provADD MTP3LNK(Optional)

CT4N Timer normal proving ADD MTP3LNK(Optional)

CT5 Timer sending SIB ADD MTP3LNK(Optional)

CT6 Timer remote congest ADD MTP3LNK(Optional)

CT7 Timer excessive dela ADD MTP3LNK(Optional)

CT9 Timer interval of rese ADD MTP3LNK(Optional)

CTHD Critical threshold SET FCCPUTHD(Optional)

CTHD Critical threshold SET FCMSGQTHD(Optional)

CTRBSCDPC Control BSC DPC ADD AISSCFG(Mandatory)

CTRLACKTYPE Control Acknowledge SET GCELLPSBASE(Optional)

CTRLFLAG Control Flag SET BTSLOADCTRL(Mandatory)

CTRLPORTCN Control Port Cabinet NADD BTSRETANT(Mandatory)

CTRLPORTNO Control Port No. ADD BTSRETANT(Mandatory)

CTRLPORTSN Control Port Slot No. ADD BTSRETANT(Mandatory)

CTRLPORTSRN Control Port Subrack NADD BTSRETANT(Mandatory)

CTRLSLOT Slot No. ADD RSCGRP(Mandatory)

CTRLSN Control Plane Slot No. SET BTSCTRL(Mandatory)

CTRLSRN Control Plane Subrack SET BTSCTRL(Mandatory)

CTRLSW CM Control Enable SwiSET CMCTRLSW(Mandatory)

CurChannelInHoRqd HO_RQD Current ChanSET MSGSOFTPARA(Optional)

CVer C-Version No. SET BTSAUTODLDACTINFO(Mandatory)

CYCLE Period of New File GenSET GCSFILE(Optional)

DATAFILE Data file UPD JTGCPLD(Mandatory)

DATAQUAFLTLEN Filter Length for TCH SET GCELLHOFITPEN(Optional)

DATASTRFLTLEN Filter Length for TCH LSET GCELLHOFITPEN(Optional)

DATATRAFFSET Data Service Allowed SET GCELLOTHEXT(Optional)

DATE Date Limit ADD OP(Optional)

DATE Date SET TIME(Optional)

DateRangeIndex Prohib DynShutdown ADD BSCDSTPADATE(Mandatory)

Day Day SET BTSAUTODLDACTINFO(Mandatory)

DBD Dead Band SET BTSDHEUBP(Optional)

DBFREQBCCHIUO BCCH IUO of Double FrADD GCELL(Mandatory)

DBLFREQADJCID Same Group Cell Inde ADD GCELL(Mandatory)

DBLFREQADJCNAME Same Group Cell Nam ADD GCELL(Mandatory)

DBLFREQADJIDTYPE Same Group Cell Inde ADD GCELL(Mandatory)

DCLACN DC Low Voltage Alarm SET BTSALMPORT(Mandatory)

DCLAPN DC Low Voltage Alarm SET BTSALMPORT(Mandatory)

DCLASN DC Low Voltage Alarm SET BTSALMPORT(Mandatory)

DCLASRN DC Low Voltage AlarmSET BTSALMPORT(Mandatory)

DCVLTHD DC Voltage Lower Thr SET BTSAPMUBP(Optional)

DCVOLALARMH DC Overvoltage AlarmSET BTSDPMUBP(Optional)

DCVOLALARML DC Under Voltage AlarSET BTSDPMUBP(Optional)

DCVUTHD DC Voltage Upper Thr SET BTSAPMUBP(Optional)

DefaultDynPdchPreTr Number of Dynamic ChSET GCELLPSCHM(Optional)

DELAYSENDRFCHREL T3111 SET GCELLTMR(Optional)

DENO Destination entity No.

DESC Description ADD OP(Optional)

DESTEALSET Anti-theft Equipment SET BTSOUTPUT(Optional)

DESTIP Destination IP addressPING IP(Mandatory)

DESTIP Destination IP addressTRC IPADDR(Mandatory)

DESTIP Destination IP addressADD IPRTBIND(Mandatory)

DESTMEPID RMEP ID

DESTNODE Transport Link Type ADD BTSAUTOPLAN(Mandatory)

DESTNODE Dest Node Type ADD BTSCONNECT(Mandatory)

ADD M3RT(Mandatory)ADD M3LKS(Mandatory)

PING BTSCFM(Mandatory)TRC BTSCFM(Mandatory)

DESTSN Peer Slot No. ADD GIURGCONN(Mandatory)

DESTSRN Peer Subrack No. ADD GIURGCONN(Mandatory)

DESTSSN Peer Subsystem No. ADD GIURGCONN(Mandatory)

DESTTRXID Destination Main BCCHMOV BCCH(Mandatory)

DETECTFRAMEPERIOD Period of Mute Detect SET GCELLSOFT(Optional)

DETECTMULT Detect Period ADD BTSBFD(Optional)

DETECTSWITCH Switch for Abis Timesl SET BTSABISTROP(Mandatory)

DEVICENAME Device Name ADD BTSRETANT(Mandatory)

DEVICENO Device No. ADD BTSRETANT(Mandatory)

DEVIP Borrowed device IP ad

DEVTYPE Device IP Address Typ ADD DEVIP(Mandatory)

DF DL UARFCN

DFCBSN DFCB Board SN SET BTSDFCUBP(Optional)

DFCBSRN DFCB Board SRN SET BTSDFCUBP(Optional)

DFDPC Default DPC ADD GCNNODE(Optional)

DFTPORTSWT The Type of FTP Serv SET FTPSSRV(Mandatory)

DGPSPERIOD DGPS data report peri ADD GPS(Optional)

DHCPRLYGATEWAYIP DHCP Relay Gateway IADD DHCPRLY(Mandatory)

DHCPRLYID DHCP Relay ID ADD DHCPRLY(Mandatory)

DIESELENGINESAVESWDiesel Engine Save SwSET BTSDPMUBP(Optional)

DIFFBANDSDCCHUSINGDifferent Band SDCCH SET GCELLCHMGBASIC(Optional)

DINM Date in Month ADD SUBTSK(Mandatory)

DINW Date in Week ADD SUBTSK(Mandatory)

DIR Directory

DIR File Directory

DirectedRetryAssFailS Directed Retry AssFail SET AITFOTHPARA(Optional)

DIRECTRYEN Directed Retry SET GCELLBASICPARA(Optional)

DIRMAGANSITEFLAG Directly Magnifier BTS SET GCELLSOFT(Optional)

DisconnectHandoverPrDisconnect Handover PSET OTHSOFTPARA(Optional)

DIVERSITY Diversity

DIVERT16QAMDELAY Diversity Transmitter SET GCELLBASICPARA(Optional)

DIVERT32QAMDELAY Diversity Transmitter SET GCELLBASICPARA(Optional)

DIVERT8PSKDELAY Diversity Transmitter SET GCELLBASICPARA(Optional)

DivSwitch Four Diversity ReceiveSET BTSRXUBP(Optional)

DLADJPRD PwrCtrlDLAdjPeriod SET GCELLPWR3(Optional)

DLAFSREXQUALHIGHT DLAFSRexQualHighThrSET GCELLPWR3(Optional)

DLAFSREXQUALLOWT DLAFSRexQualLowThr SET GCELLPWR3(Optional)

DLAHSREXQUALHIGHTDLAHSRexQualHighTh SET GCELLPWR3(Optional)

DLAHSREXQUALLOWT DLAHSRexQualLowThrSET GCELLPWR3(Optional)

DLCI The Identifier of Data ADD NSVC(Mandatory)

DLCOEFFICIENTTSRAPIFast DL Priority Decis SET BSCPSSOFTPARA(Optional)

ADD PPPLNK(Mandatory)ADD MPGRP(Mandatory)

SET GCELLHOFDDBA2(Mandatory)SET GCELLHOTDDBA2(Mandatory)

DLD LICENSE(Mandatory)ULD LICENSE(Mandatory)ULD BTSLOG(Optional)DLD BTSSW(Optional)


DLDCSPT Support Downlink DualSET GCELLGPRS(Optional)

DLEDGETHRES Edge HO DL RX_LEV ThSET GCELLHOBASIC(Optional)

DLFILTADJFACTOR III DL Filter Adjust Fac SET GCELLPWR3(Optional)

DLFSREXQUALHIGHTHDLFSRexQualHighThreSET GCELLPWR3(Optional)

DLFSREXQUALLOWTH DLFSRexQualLowThre SET GCELLPWR3(Optional)

DlGprsTbfExpandOp Downlink GPRS TBF WiSET GCELLPSOTHERPARA(Optional)

DLHSREXQUALHIGHTHDLHSRexQualHighThreSET GCELLPWR3(Optional)

DLHSREXQUALLOWTHDLHSRexQualLowThreSET GCELLPWR3(Optional)

DLHYSTF1 AMR DL Coding Rate adSET GCELLCCAMR(Optional)



DLHYSTH1 AMR DL Coding Rate adSET GCELLCCAMR(Optional)



DLHYSTWB1 AMR DL Coding Rate aSET GCELLCCAMR(Optional)

DLHYSTWB2 AMR DL Coding Rate aSET GCELLCCAMR(Optional)

DLINTERFLEVLIMIT Interf.of DL Level ThreSET GCELLCHMGAD(Optional)

DLINTERFQUALLIMIT Interf.of DL Qual.Thre SET GCELLCHMGAD(Optional)

DlLdrThrd2GCell 2G Cell DL Basic Cong SET GCELLHOINTERRATLDB(Optional)

DLLEVFILTLEN Filter Length for DL R SET GCELLPWR2(Optional)

DLLTFERLOWTH Downlink Long-term F SET GCELLCCAMR(Optional)

DLLTFERTGT Downlink Long-term F SET GCELLCCAMR(Optional)

DLLTFERUPTH Downlink Long-term F SET GCELLCCAMR(Optional)

DLLTTHADJFA Downlink Threshold AdSET GCELLCCAMR(Optional)

DLMAXDOWNSTEP DLMAXDownStep SET GCELLPWR3(Optional)

DLMAXUPSTEP DLMAXUpStep SET GCELLPWR3(Optional)

DlOlcThrd2GCell 2G Cell DL Overload C SET GCELLHOINTERRATLDB(Optional)

DLPREDLEND DL MR. Number PredicSET GCELLPWR2(Optional)

DLQHIGHTHRED DL Qual. Upper ThreshSET GCELLPWRBASIC(Optional)

DLQLOWTHRED DL Qual. Lower ThreshSET GCELLPWRBASIC(Optional)

DLQUAFILTLEN Filter Length for DL QuSET GCELLPWR2(Optional)

DLQUALBADTRIG DL Qual. Bad Trig ThreSET GCELLPWR2(Optional)

DLQUALBADUPLEV DL Qual. Bad UpLEVDifSET GCELLPWR2(Optional)

DLQUALIMIT DL Qual. Threshold SET GCELLHOEMG(Optional)

DLQUALIMITAMRFR DL Qual. Limit for AMRSET GCELLAMRQUL(Optional)

DLQUALIMITAMRHR DL Qual. Limit for AM SET GCELLAMRQUL(Optional)

DLREXLEVADJFCTR DLRexLevAdjustFactorSET GCELLPWR3(Optional)

DLREXLEVEXPFLTLEN DLRexLevExponentFiltSET GCELLPWR3(Optional)

DLREXLEVHIGHTHREDDLRexLevHighThred SET GCELLPWR3(Optional)

DLREXLEVLOWTHRED DLRexLevLowthred SET GCELLPWR3(Optional)

DLREXLEVSLDWINDO DLRexLevSlideWindowSET GCELLPWR3(Optional)

DLREXQUALADJFCTR DLRexQualAdjustFactoSET GCELLPWR3(Optional)

DLREXQUALEXPFLTLE DLRexQualExponentFilSET GCELLPWR3(Optional)

DLREXQUALSLDWIND DLRexQualSlideWindo SET GCELLPWR3(Optional)

DLRXLEVPROTECTFAC III DL RexLev Protect FSET GCELLPWR3(Optional)

DLRXQUALPROTECTFAIII DL RexQual Protect SET GCELLPWR3(Optional)

DLSSHIGHTHRED DL RX_LEV Upper ThreSET GCELLPWRBASIC(Optional)

DLSSLOWTHRED DL RX_LEV Lower ThreSET GCELLPWRBASIC(Optional)

DLTBFESTDELAY Downlink TBF Establis SET GCELLPRIVATEOPTPARA(Optional)

DLTESTRESENDINT Download Test Resend SET GCELLGSMR(Optional)

DLTESTRESENDNUM Download Test Resen SET GCELLGSMR(Optional)

DLTHF1 AMR DL Coding Rate adSET GCELLCCAMR(Optional)



DLTHH1 AMR DL Coding Rate adSET GCELLCCAMR(Optional)



DLTHWB1 AMR DL Coding Rate aSET GCELLCCAMR(Optional)

DLTHWB2 AMR DL Coding Rate aSET GCELLCCAMR(Optional)

DMDUA Down MDU A

DMDUB Down MDU B

DN Domain SET BTSIPCLKPARA(Mandatory)

DNDEFAULTCS Downlink Default CS T SET GCELLPSCS(Optional)

DNDEFAULTMCS Downlink Default MCS SET GCELLEGPRSPARA(Optional)

DNE2ADEFAULTMCS Downlink EGPRS2-A DeSET GCELLEGPRSPARA(Optional)

DNE2AFIXMCS Downlink EGPRS2-A Fi SET GCELLEGPRSPARA(Optional)

DNFIXCS Downlink Fixed CS Ty SET GCELLPSCS(Optional)

DNFIXMCS Downlink Fixed MCS T SET GCELLEGPRSPARA(Optional)

DNPCEN DL PC Allowed SET GCELLBASICPARA(Optional)

DNSENDSMDIS Short Message Downli SET GCELLCCAD(Optional)

DNTBFRELDELAY Release Delay of DownSET GCELLPRIVATEOPTPARA(Optional)

DNTHDCSDEGRADE1 Downlink TBF ThresholSET GCELLPSCS(Optional)



DNTHDCSUPGRADE1 Downlink TBF ThresholSET GCELLPSCS(Optional)



DOOR_ENGINE_MASK Enable Door Status Al ADD EMU(Optional)

DOUBLEANTENNAGAINDouble Antenna Gain SET GCELLPWRBASIC(Optional)

DPC DSP code[Whole NumbADD N7DPC(Mandatory)

DPCDNF DSP code[Divided NumADD N7DPC(Mandatory)

DPCGIDX DPC Group Index BLK ACIC(Mandatory)

ADD BTSANTFEEDERBRD(Optional)SET BTSANTFEEDERCONNECT(Optional)ADD BTSANTFEEDERBRD(Optional)SET BTSANTFEEDERCONNECT(Optional)

DPCGIDX DPC Group Index ADD AE1T1(Optional)

DPCGIDX DPC Group Index ADD GCNNODE(Mandatory)

DPCT DSP type ADD N7DPC(Mandatory)

DPX DSP index

DPX DPX ADD GNRNC(Mandatory)

DRHOLEVRANGE Directed Retry HandovADD G2GNCELL(Optional)

DROPCTRLABISCONNFADrop Optimize ABIS LinSET GCELLSOFT(Optional)

DROPCTRLCONNFAILHDrop Optimize Conn FaiSET GCELLSOFT(Optional)

DROPCTRLCONNFAILODrop Optimize Conn FaSET GCELLSOFT(Optional)

DROPCTRLCONNFAILODrop Optimize Conn FaSET GCELLSOFT(Optional)

DROPCTRLCONNFAILRLDrop Optimize Conn FailSET GCELLSOFT(Optional)

DROPCTRLCONNFAILRDrop Optimize Conn FaiSET GCELLSOFT(Optional)

DROPCTRLEQUIPFAIL Drop Optimize EquipmeSET GCELLSOFT(Optional)

DROPCTRLERRINDDMRDrop Optimize Err Ind[SET GCELLSOFT(Optional)

DROPCTRLERRINDSEQDrop Optimize Err Ind[SET GCELLSOFT(Optional)

DROPCTRLERRINDT20 Drop Optimize Err Ind SET GCELLSOFT(Optional)

DROPCTRLFORCHOFAIDrop Optimize Forced SET GCELLSOFT(Optional)

DROPCTRLINBSCHO Drop Optimize Into-B SET GCELLSOFT(Optional)

DROPCTRLINTRABSCODrop Optimize Intra-B SET GCELLSOFT(Optional)

DROPCTRLINTRACELL Drop Optimize Intra-C SET GCELLSOFT(Optional)

DROPCTRLNOMR Drop Optimize No MR fSET GCELLSOFT(Optional)

DROPCTRLOUTBSCHO Drop Optimize Out-BS SET GCELLSOFT(Optional)

DROPCTRLRELIND Drop Optimize ReleaseSET GCELLSOFT(Optional)

DROPCTRLRESCHK Drop Optimize Resour SET GCELLSOFT(Optional)

DROPPKTTHD0 Packet discard threshoADD PORTFLOWCTRLPARA(Optional)






DROPPWRINTERVAL Drop Power Time InterSET BTSBAKPWR(Optional)

DROPPWRSTARTTIME Drop Power Start TimeSET BTSBAKPWR(Optional)

DROPPWRSTEP Drop Power Step SET BTSBAKPWR(Optional)

DRXEN SMCBC DRX SET GCELLOTHEXT(Optional)

DRXTIMERMAX Max. Duration of DRX SET GCELLPSBASE(Optional)

DRYSET Dehumidification Equ SET BTSOUTPUT(Optional)

DS1 E1T1 port No. ADD PPPLNK(Optional)

DS1 E1T1 port No. ADD MPLNK(Optional)

DSCP Differentiated Service

DSCP Differentiated service PING IP(Optional)

DSCP Differentiated Service SET DSCPMAP(Mandatory)

ADD GCNNODE(Mandatory)ADD GEXTSMLC(Mandatory)

ADD SCTPLNK(Optional)SET PHBMAP(Mandatory)

DSCP DSCP

DSPKIFFOFFTIMER DSP Kickoff Timer SET BSCPSSOFTPARA(Optional)

DSPN DSP No. DLD TCFILE(Mandatory)

DSPN DSP No. SET TCTYPE(Optional)

DSPN DSP No. ADD OBJALMSHLD(Mandatory)

DSPN DSP No.

DSPNO DSP No. SET PSCELLTODSP(Mandatory)

DSPRECOVERTIMER DSP Recover Timer SET BSCPSSOFTPARA(Optional)

DST DaylightSave SET TZ(Optional)

DSTF Destination File Name ULD BTSDEVFILE(Mandatory)

DSTIP Destination IP addressADD IPRT(Mandatory)

DSTIP Destination IP AddressADD BTSBFD(Mandatory)

DSTIP Destination IP Address

DSTMASK Destination address mADD IPRT(Mandatory)

DSTMASK Destination Address M

DSTPORTNO Destination port No. ADD TSCROSS(Mandatory)

DSTTSMASK Destination timeslot ADD TSCROSS(Mandatory)

DTLOADTHRED Directed Retry Load A SET GCELLCCBASIC(Optional)

DTRTYPE DRX Type SET GCELLGSMR(Optional)

DTRX Down Link No. ADD BTSANTFEEDERBRD(Mandatory)

DTRX Down Link No. SET BTSANTFEEDERCONNECT(Optional)

DTRXPN Down TRX Board Pass ADD BTSANTFEEDERBRD(Optional)

DTRXPN Down TRX Board Pass SET BTSANTFEEDERCONNECT(Optional)

DTRXSN Down TRX Slot No. ADD BTSANTFEEDERBRD(Mandatory)

DTRXSN Down TRX Slot No. SET BTSANTFEEDERCONNECT(Optional)

DTRXSRN Down TRX Subrack No.ADD BTSANTFEEDERBRD(Mandatory)

DTRXSRN Down TRX Subrack No.SET BTSANTFEEDERCONNECT(Optional)

DUMMYBITRANDSWITCDummy Bit RandomizatSET GCELLSOFT(Optional)

DUPLEX Duplex Mode SET BTSETHPORT(Optional)

DURATH Duration<Hour> STR BTSTST(Mandatory)

DURATH Duration Hour STR TRXBURSTTST(Mandatory)

DURATM Duration<minute> STR BTSTST(Mandatory)

DURATS Duration<s> STR BTSTST(Mandatory)

DWNDYNCHNTRANLEVDownlink Multiplex Th SET GCELLPSCHM(Optional)

DWNINTEN DL Signal Strength LimADD AISSCFG(Optional)

DXXINDEX Up DXX Index ADD BTSCONNECT(Mandatory)

DXXINDEX DXX Index

DXXPN Up DXX Port No. ADD BTSCONNECT(Mandatory)

DYNCHFREETM Timer of Releasing Id SET GCELLPSCHM(Optional)

DYNCHNPREEMPTLEV Level of Preempting SET GCELLPSCHM(Optional)

DYNCHTRANRESLEV Reservation ThresholdSET GCELLPSCHM(Optional)

SET BTSVLAN(Optional)IMP BTSVLAN(Optional)

SET TCPLYVOICE(Mandatory)SET TCPARA(Optional)

ADD BTSIPRTBIND(Mandatory)IMP BTSIPRT(Mandatory)


ADD DXXCONNECT(Mandatory)ADD DXXTSEXGRELATION(Mandatory)

DYNOpenTrxPower Allow Dynamic ShutdoSET GCELLBASICPARA(Optional)

DYNPBTSUPPORTED Dynamic TransmissionSET GCELLCHMGBASIC(Optional)

E1DURAT Duration STR TRANSPERFTST(Mandatory)

E1PORT Port No. STR TRANSPERFTST(Mandatory)

E1PORTNOINBTSCONBE1 Port No Connect ToADD BTSABISHDLCPATH(Mandatory)

E1SLCTTMU Transmission Board T STR TRANSPERFTST(Mandatory)

E1T1PN E1/T1 port No. SET COPTLNK(Optional)

E1T1PN E1/T1 Port No. SET BTSCLK(Mandatory)

E1T1PORTNO Backboard E1/T1 Port ADD BTSTOPCONFIG(Mandatory)

E1T1TYPE E1/T1 Type SET BTSCLK(Mandatory)

ECHOIP Check IP address ADD IPPATH(Mandatory)

ECNOOFF Ec/No Offset ADD G3GNCELL(Optional)

ECNOTHRES Ec/No Threshold for LaADD GEXT3GCELL(Optional)

ECSC ECSC SET GCELLCCBASIC(Optional)

ECSN End Serial No.

ED End Date ADD SUBTSK(Optional)

ED End Date EXP ALMLOG(Optional)

ED End Date STA ALMLOG(Optional)

EDATE End Date STR BTSLOG(Optional)

EDAY End date SET TZ(Mandatory)

EDBLASTTIME Number of Satisfacto SET GCELLHOEDBPARA(Optional)

EDBSTATTIME Total Number of Meas SET GCELLHOEDBPARA(Optional)

EDBSYSFLOWLEV Subcell HO Allowed Fl SET GCELLHOEDBPARA(Optional)

EDGE EDGE SET GCELLGPRS(Optional)

EDGEADJLASTTIME Edge HO AdjCell Valid ADD G2GNCELL(Optional)

EDGEADJSTATTIME Edge HO AdjCell Watc ADD G2GNCELL(Optional)

EDGELAST Handover Algorithm II SET GCELLHOBASIC(Optional)

EDGELAST1 Handover Algorithm I SET GCELLHOBASIC(Optional)

EDGESTAT Handover Algorithm I SET GCELLHOBASIC(Optional)

EDGESTAT1 Handover Algorithm I SET GCELLHOBASIC(Optional)

EFTIMMFLAG Effect Immediately FlaSET BTSLOADCTRL(Mandatory)

EGPRS11BITCHANREQSupport 11BIT EGPRS SET GCELLPSBASE(Optional)

EGPRS2A EGPRS2-A SET GCELLGPRS(Optional)

EGPRSBEPLIMIT8PSK EDGE 8PSK Quality Th SET GCELLNC2PARA(Optional)

EGPRSBEPLIMITGMSK EDGE GMSK Quality ThSET GCELLNC2PARA(Optional)

EM EndType SET TZ(Mandatory)

EMCPRILV Priority of Emergency SET GCELLCCAD(Optional)

EMERGENCY Emergency verificatio ADD MTP3LKS(Optional)

EMITTHD Error emit threshold ADD MPGRP(Optional)

EMLDSCP EML DSCP SET BSCABISPRIMAP(Optional)

EMLPPEN Allow EMLPP SET GCELLCCBASIC(Optional)


EMLPPPRIORITY eMLPP Priority SET GCELLGSMR(Optional)

EMLPPPRIORITY eMLPP Priority In Pagi SET OTHSOFTPARA(Optional)

EMLPRI EML Priority SET BSCABISPRIMAP(Optional)

EMLSP EML Service PRI SET BSCSRVPRI(Optional)

EMLVLANID EML VlanId SET BSCABISPRIMAP(Optional)

EMONTH End month SET TZ(Mandatory)

EMSIP EMS IP Address ADD EMSIP(Mandatory)

ENABLE Fallback Function EnabSET BTSFALLBACK(Optional)

ENABLED TMA Power Supply EnaSET BTSTMA(Mandatory)

ENCRY Encryption Algorithm SET GCELLBASICPARA(Optional)

ENCRYMODE Transport Encrypted SET FTPSSRV(Optional)

ENCRYMODE The Encrypted Mode SET FTPSCLT(Optional)

End2EndTraceState Support End-to-end UsSET OTHSOFTPARA(Optional)

ENDAID End Alarm ID

ENDCIC End CIC BLK ACIC(Mandatory)

ENDCIC End CIC BLK PBCIC(Mandatory)

EndDayDSTPA Prohibit Power Saving ADD BSCDSTPADATE(Mandatory)

ENDHEATTEMP Heater Shutdown TemSET BTSDHEUBP(Optional)

EndMonthDSTPA Prohibit Power Saving ADD BSCDSTPADATE(Mandatory)

ENDSUBTS End Sub Timeslot NO. SET BTSFORBIDTS(Optional)

EndTimeTACloseTrxPATime When the FunctioSET BSCDSTPA(Optional)

ENDTS End TS BLK ATERE1T1(Mandatory)

ENDTS End TS BLK AE1T1(Mandatory)

ENDTS End Timeslot NO. SET BTSFORBIDTS(Mandatory)

ENF Status SET SCHTSKSW(Mandatory)

ENF Subtask Status ADD SUBTSK(Optional)

ENGOVERLDTHRSH En Iuo Out Cell Gener SET GCELLHOIUO(Optional)

ENGSMPSDLMACFLOWUser Plane DL Flow CtrSET GCELLPSOTHERPARA(Optional)

ENIUO Enhanced Concentric ADD GCELL(Mandatory)

ENLDHOPRD Load Classification HOSET GCELLHOIUO(Optional)

ENLDHOSTP Load Classification HOSET GCELLHOIUO(Optional)

ENLOWLDTHRSH En Iuo Out Cell Low L SET GCELLHOIUO(Optional)

ENPREEMPTTRANSADMTransmission Resourc SET BSCBASIC(Optional)

ENQUETRANSADMT Transmission Resourc SET BSCBASIC(Optional)

ENSOVERLDTHRSH En Iuo Out Cell Serio SET GCELLHOIUO(Optional)

ENTCHADJALLOW Enhanced TCH Adjust SET GCELLCHMGBASIC(Optional)

ENTITYT Local entity type ADD M3LE(Mandatory)

ENTITYT Destination entity typ ADD M3DE(Mandatory)

ENUTOOLOADINILEV IniLev for EnUtoO Loa SET GCELLHOIUO(Optional)

EPLCSwitch EPLC Switch SET TCPARA(Optional)

ERCODE Return Code EXP LOG(Optional)


ERGCALLDIS Emergent Call Disable SET GCELLCCBASIC(Optional)

ERRALARMTHD Error-frame alarm thre

ERRDETECTSW Error-frame detect swi

ESLDSCP ESL DSCP SET BSCABISPRIMAP(Optional)

ESLPRI ESL Priority SET BSCABISPRIMAP(Optional)

ESLSP ESL Service PRI SET BSCSRVPRI(Optional)

ESLVLANID ESL VlanId SET BSCABISPRIMAP(Optional)

ESSN End Sync Serial No. EXP ALMLOG(Optional)

ESTABINDTIMER T3101 SET GCELLTMR(Optional)

ESTINDL3MSGTAFLAG Add TA to A Interface SET AITFOTHPARA(Optional)

ESTTIME Ring II Rotating Penal SET BTSRINGATTR(Optional)

ET EndTime SET TZ(Mandatory)

ET End Time EXP LOG(Optional)

ET End Time ADD SUBTSK(Mandatory)

ET Execute Type RUN BATCHFILE(Optional)

ET End Time COL LOG(Optional)

ET End Time EXP ALMLOG(Optional)

ET End Time STA ALMLOG(Optional)

ET End Time ADD GSMSCB(Mandatory)

ETD End Date ADD OP(Mandatory)

ETIME End Time STR BTSLOG(Optional)

ETP Log Type EXP LOG(Optional)

ETT End Time ADD OP(Mandatory)

EWEEK End week SET TZ(Mandatory)

EWSEQ End week sequence SET TZ(Mandatory)

EX_ANO1_SIG_MAX Upper Limit of Signal ADD EMU(Optional)

EX_ANO1_SIG_MIN Lower Limit of Signal ADD EMU(Optional)

EX_ANO1_TYPE Sensor Type of Extern ADD EMU(Optional)

EX_ANO1_VAL_MAX Upper Limit of Measur ADD EMU(Optional)

EX_ANO1_VAL_MIN Lower Limit of Measur ADD EMU(Optional)












ADD PPPLNK(Optional)ADD MPGRP(Optional)ADD PPPLNK(Optional)ADD MPGRP(Optional)





EXCACC Exclusive Access SET GCELLSERVPARA(Optional)

EXCEPFRAMETHRES Exceptional Frame ThrSET GCELLSOFT(Optional)

EXPDLRXLEV Expected DL RX_LEV SET GCELLPWRBASIC(Optional)

EXPULRXLEV Expected UL RX_LEV SET GCELLPWRBASIC(Optional)

EXT2GCELLID Cell Index ADD GEXT2GCELL(Mandatory)

EXT2GCELLNAME Cell Name ADD GEXT2GCELL(Mandatory)

EXT3GCELLID Cell Index ADD GEXT3GCELL(Mandatory)

EXT3GCELLNAME Cell Name ADD GEXT3GCELL(Mandatory)

EXTADJCELLID BSC Adjacent Cell Ind ADD EXTNCELL(Mandatory)

EXTADJCELLNAME BSC Adjacent Cell Na ADD EXTNCELL(Mandatory)

EXTCELLTHRENH Extended Cell Throug SET GCELLPSOTHERPARA(Optional)

EXTFlag Extended Switch of In SET BTSALM(Optional)

EXTMEASORD Extension Measureme SET GCELLEXTMSRPARA(Optional)

EXTRPTPERIOD Extension MR Period SET GCELLEXTMSRPARA(Optional)

EXTRPTTYPE Extension MR Type SET GCELLEXTMSRPARA(Optional)

EXTTP Cell Extension Type ADD GCELL(Optional)

EXTUTBFNODATA Not Send Dummy MessaSET GCELLPSBASE(Optional)

FACCHRESENDINT FACCH Msg Resend IntSET GCELLGSMR(Optional)

FACCHSENDNOTMSGI FACCH Send Notificati SET GCELLGSMR(Optional)

FACCHSENDPGMSGIN FACCH Send Paging MsSET GCELLGSMR(Optional)

FACTORSW TRM Factor switch SET BSCABISPRIMAP(Optional)

FACTORYMODE Factory Mode SET GCELLCHMGBASIC(Optional)

FAILSIGSTRPUNISH Penalty Level after HO SET GCELLHOFITPEN(Optional)

FANADJUSTCOMMAND Continuous adjustme SET FANSPEED(Optional)

FANADJUSTCOMMAND Discrete adjustment SET FANSPEED(Optional)

FANADJUSTCOMMAND Duty ratio adjustmen SET FANSPEED(Optional)

FANADJUSTMODE Fan adjustment mode SET FANSPEED(Optional)

FANFLAG Fan Type SET FANSPEED(Mandatory)

FANSPEEDMODE Speed adjustment mo SET FANSPEED(Mandatory)

FANTYPE FanBox Type LOD FAN(Mandatory)

FASTCALLTCHTHRESH Fast Call Setup TCH U SET GCELLBASICPARA(Optional)

FASTCNETFLAG Configure Ring II SET BTSRINGATTR(Optional)

FaultDetectSwitch Fault Detect Switch SET TCPARA(Optional)

FC Physical layer flow conSET ETHPORT(Optional)

FC Flow Control SET BTSETHPORT(Optional)

FCETHD Flow Control End Thre SET GTRXFC(Optional)

FCINDEX Flow control parameteSET ETHPORT(Mandatory)

FCINDEX Flow control parameteADD PPPLNK(Optional)

FCINDEX Flow control parameteADD MPGRP(Optional)

FCINDEX Flow control parameteADD IPLOGICPORT(Optional)

FCINDEX Flow control parameteADD PORTFLOWCTRLPARA(Mandatory)

FCINDEX Flow control parameteADD ETHTRK(Optional)

FCINDEX Flow control parameteSET BSCABISPRIMAP(Mandatory)

FCN Cabinet No. of Parent ADD BTSAUTOPLAN(Mandatory)

FCN Cabinet No. of Father ADD BTSCONNECT(Optional)

FCSTHD Flow Control Start Thr SET GTRXFC(Optional)

FCSTYPE CRC check mode ADD PPPLNK(Optional)

FCSTYPE CRC check mode ADD MPLNK(Optional)

FCSW Flow control switch SET FCSW(Mandatory)

FCV Float-Charging Voltag SET BTSAPMUBP(Optional)

FDDBA1TAG FDDBA1 Input Tag SET GCELLIDLEFDDBA1(Mandatory)

FDDBA2TAG FDDBA2 Input Tag SET GCELLHOFDDBA2(Mandatory)

FDDCELLOFF FDD Reporting Offset SET GCELLCCUTRANSYS(Optional)

FDDCELLTHRED FDD Reporting Thresh SET GCELLCCUTRANSYS(Optional)

FDDDIVERSITY Diversity Indication SET GCELLIDLEFDDBA1(Mandatory)

FDDDLUARFAN Downlink Frequency SET GCELLIDLEFDDBA1(Mandatory)

FDDECQUALTHRSH PS FDD Ec/No Quality ADD GEXT3GCELL(Optional)

FDDFREQCNUM FDD Multirate Reporti SET GCELLCCUTRANSYS(Optional)

FDDQMIN FDD Qmin SET GCELLCCUTRANSYS(Optional)

FDDQMINOFFSET FDD Qmin Offset SET GCELLCCUTRANSYS(Optional)

FDDQOFF FDD Q Offset SET GCELLCCUTRANSYS(Optional)

FDDREP FDD REP QUANT SET GCELLCCUTRANSYS(Optional)

FDDRSCPMIN FDD RSCP Min. SET GCELLCCUTRANSYS(Optional)

FDDRSCPQUALTHRSH PS FDD RSCP Quality TADD GEXT3GCELL(Optional)

FDDSCRAMBLE Scrambling Code SET GCELLIDLEFDDBA1(Mandatory)

FDWINDOW Fast judgement windo SET FCCPUTHD(Optional)

FERRPTEN FER Report Enable SET GCELLSOFT(Optional)

FERSTATTH1 FER Threshold 1 SET GCELLOTHEXT(Optional)







FHMODE Frequency Hopping M

FILE File Name EXP LOG(Optional)

FILE Target File Path ZIP FILE(Mandatory)

FileName File Name BKP LOGDB(Optional)

SET GCELLHOPTP(Optional)SET GCELLHOPQUICKSETUP(Mandatory)

FILEPATH Export File Path

FILETYPE Log File Type EXP ALMLOG(Optional)

FILTERWNDSIZE Filter Window Size SET GCELLNC2PARA(Optional)

FIN Final EXP LOG(Optional)

FINESTEPPCALLOWED 0.2dB Power Control ESET GCELLPWR3(Optional)

FIRESET Fire-extinguishing Eq SET BTSOUTPUT(Optional)

FIXABISPRIORABISLO Fix Abis Prior Choose SET BTSFLEXABISPARA(Optional)

FlashAlmClrThd Flash Alarm Clear Thr SET BTSALMFLASHTHD(Optional)

FlashAlmOccurThd Flash Alarm Occur Thr SET BTSALMFLASHTHD(Optional)

FlashFilterEn Flash Filter Enable SET BTSALMFLASHTW(Optional)

FlashStatisAlmClrTW Flash Statistic Alarm SET BTSALMFLASHTW(Optional)

FlashStatisAlmOccurT Flash Statistic Alarm SET BTSALMFLASHTW(Optional)

FLEXABISMODE Flex Abis Mode ADD BTS(Optional)

FLEXMAIO Start Flex MAIO SwitchADD GCELL(Optional)

FLEXTSCSWITCH Flex TSC Switch SET GCELLSOFT(Optional)

FlowCountPeriodTicks Flux Measurement PerSET BSCPSSOFTPARA(Optional)

FLOWCOUNTPERIODTSFast Flux MeasurementSET BSCPSSOFTPARA(Optional)

FLOWCTRLSWITCH Flow control switch SET ETHPORT(Optional)

FLOWCTRLSWITCH Flow control switch ADD PPPLNK(Optional)

FLOWCTRLSWITCH Flow control switch ADD MPGRP(Optional)

FLOWCTRLSWITCH Flow control switch ADD IPLOGICPORT(Optional)

FLOWCTRLSWITCH Flow control switch ADD ETHTRK(Optional)

FLOWCTRLSWITCH Flow control switch SET BSCABISPRIMAP(Optional)

FLTPARAA1 Filter Parameter A1 SET GCELLHOEMG(Optional)








FLTPARAB Filter Parameter B SET GCELLHOEMG(Optional)

FLUSHTRANSFERSWIT FLUSH-LL PDU TransferSET BSCPSSOFTPARA(Optional)

FMSMAXOPCC MS_TXPWR_MAX_CCH SET GCELLCCCH(Optional)

FMUTYPE FMU Board Type SET BTSFMUABP(Optional)

FN File Name EXP ELABEL(Optional)

FN File Name

FN File Name EXP DEVFILE(Optional)

FN File Name

FN File Name

FN File Name

EXP CFGMML(Optional)EXP GCELLTEMPLATE(Optional)

DLD LICENSE(Mandatory)ULD LICENSE(Mandatory)

RTR DB(Mandatory)EXP GCELLTEMPLATE(Optional)CHK DATA2LIC(Optional)RVK LICENSE(Optional)ULD BTSLOG(Mandatory)DLD BTSSW(Mandatory)

FN File Name DLD BTSPATCH(Optional)

FORBIDEDGU Allow E Down G Up SwSET BSCPSSOFTPARA(Optional)

FORBIDNO7FLASHDIS Anti DPC Intermittent ADD GCNNODE(Optional)

Force_Limit_Time Force Limit Time SET TCPARA(Optional)

Force2Phase Force MS Two-phase ASET BSCPSSOFTPARA(Optional)

FORCEDCELLEFRSWIT Allow Forced EFR in CeSET GCELLSOFT(Optional)

FORCEMSACCESS Force MS to Send Ho SET GCELLSOFT(Optional)

FPN Dest Father BTS Port NADD BTSAUTOPLAN(Mandatory)

FPN Dest Father BTS Port NADD BTSCONNECT(Mandatory)

FPTIMER Maximum Delay Time[ADD IPMUX(Optional)

FQBSICOPTSWITCH Freq. and BSIC Optimi SET BTSAUTOPLANCFG(Optional)

FQBSICSWITCH Freq. and BSIC Plan SwSET BTSAUTOPLANCFG(Optional)

FQBSICSWITCH1 Freq. and BSIC Plan SwSET BTSAUTOPLANCFG(Optional)

FRAGSIZE MP flake size ADD MPGRP(Optional)

FRAMEOFFSET Frame Offset [Frame N

FRAMEOFFSET Frame Offset SET GCELLOTHEXT(Optional)

FRDLDTX FR Use Downlink DTX SET GCELLBASICPARA(Optional)

FREQ Time Mode EXP LOG(Mandatory)

FREQ Time Mode ADD SUBTSK(Mandatory)

FREQ Frequency ADD GTRX(Mandatory)

FREQ1 Frequency 1

FREQ10 Frequency 10

FREQ11 Frequency 11

FREQ12 Frequency 12

FREQ13 Frequency 13

FREQ14 Frequency 14

FREQ15 Frequency 15

FREQ16 Frequency 16

FREQ17 Frequency 17

FREQ18 Frequency 18

FREQ19 Frequency 19

FREQ2 Frequency 2

FREQ20 Frequency 20

FREQ21 Frequency 21

FREQ22 Frequency 22

FREQ23 Frequency 23

FREQ24 Frequency 24

FREQ25 Frequency 25

FREQ26 Frequency 26

FREQ27 Frequency 27

FREQ28 Frequency 28

SET BTSEXCURSION(Mandatory)SET BSCSYNCOFF(Mandatory)

ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)

FREQ29 Frequency 29

FREQ3 Frequency 3

FREQ30 Frequency 30

FREQ31 Frequency 31

FREQ32 Frequency 32

FREQ33 Frequency 33

FREQ34 Frequency 34

FREQ35 Frequency 35

FREQ36 Frequency 36

FREQ37 Frequency 37

FREQ38 Frequency 38

FREQ39 Frequency 39

FREQ4 Frequency 4

FREQ40 Frequency 40

FREQ41 Frequency 41

FREQ42 Frequency 42

FREQ43 Frequency 43

FREQ44 Frequency 44

FREQ45 Frequency 45

FREQ46 Frequency 46

FREQ47 Frequency 47

FREQ48 Frequency 48

FREQ49 Frequency 49

FREQ5 Frequency 5

FREQ50 Frequency 50

FREQ51 Frequency 51

FREQ52 Frequency 52

FREQ53 Frequency 53

FREQ54 Frequency 54

FREQ55 Frequency 55

FREQ56 Frequency 56

FREQ57 Frequency 57

FREQ58 Frequency 58

FREQ59 Frequency 59

FREQ6 Frequency 6

FREQ60 Frequency 60

FREQ61 Frequency 61

FREQ62 Frequency 62

FREQ63 Frequency 63

FREQ64 Frequency 64

FREQ7 Frequency 7

ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)

FREQ8 Frequency 8

FREQ9 Frequency 9

FREQADJ Frequency Adjust Swit SET GCELLOTHEXT(Optional)

FREQADJVALUE Frequency Adjust ValuSET GCELLOTHEXT(Optional)

FREQBAND Frequency Band AttribADD BTSANTFEEDERBRD(Optional)

FREQLOADSHARETRAFGSM900 Band Traffic LSET GCELLCHMGAD(Optional)

FREQLST Freq Band List SET GCELLFREQSCAN(Optional)

FREQREUSEMODE Frequency Reuse Mod SET GTRXDEV(Optional)

FREQS Frequency List STR NCS(Mandatory)

FREQSCANRLSTTYPE Frequency Scan Resul SET GCELLSOFT(Optional)

FRINGEHOEN Edge HO Allowed SET GCELLHOBASIC(Optional)

FRULDTX FR Uplink DTX SET GCELLBASICPARA(Optional)

FSN Slot No. of Father BTS ADD BTSAUTOPLAN(Mandatory)

FSN Slot No. of Father BTS ADD BTSCONNECT(Optional)

FSRN Subrack No. of Parent ADD BTSAUTOPLAN(Mandatory)

FSRN Subrack No. of Father ADD BTSCONNECT(Optional)

FT File Type EXP LOG(Optional)

FTI Factor table index ADD ADJMAP(Mandatory)

FTI Factor table index ADD TRMFACTOR(Mandatory)

FTI Factor table index SET BSCABISPRIMAP(Mandatory)

FULLTOHALFHOATCBOF-H ATCB Offset Overl SET GCELLHOBASIC(Optional)

FULLTOHALFHODURATF-H Ho Duration SET GCELLHOBASIC(Optional)

FULLTOHALFHOLASTTIF-H Ho Last Time SET GCELLHOBASIC(Optional)

FULLTOHALFHOPATHOF-H Pathloss Offset OvSET GCELLHOBASIC(Optional)

FULLTOHALFHOPERIO F-H Ho Period SET GCELLHOBASIC(Optional)

FULLTOHALFHOSTATT F-H Ho Stat. Time SET GCELLHOBASIC(Optional)

FWDCONGBW Forward congestion r ADD TRMLOADTH(Optional)

FWDCONGCLRBW Forward congestion cl ADD TRMLOADTH(Optional)

FWDCONGCLRTH Forward congestion cleADD TRMLOADTH(Optional)

FWDCONGTH Forward congestion reADD TRMLOADTH(Optional)

FWDOVLDCLRRSVBW Forward overload congADD TRMLOADTH(Optional)

FWDOVLDCLRTH Forward overload congeADD TRMLOADTH(Optional)

FWDOVLDRSVBW Forward overload congADD TRMLOADTH(Optional)

FWDOVLDTH Forward overload congADD TRMLOADTH(Optional)

FWDRESVHOTH Forward handover reseADD TRMLOADTH(Optional)

FWDRSVHOBW Forward handover res ADD TRMLOADTH(Optional)

G2G3GLdBlcDeltaThrdCS 2G 3G Load BalanceSET OTHSOFTPARA(Optional)

G2GLoadAdjustCoeff 2G Load Adjustment CoSET GCELLHOINTERRATLDB(Optional)

G711_Mode G711 Mode SET TCPARA(Optional)

GAMMA GAMMA SET GCELLPSPWPARA(Optional)

GATHET Offset Information Col ADD AISSCFG(Optional)

ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)ADD GCELLFREQ(Optional)ADD GCELLMAGRP(Optional)

GATHLOD Load Threshold of OffsADD AISSCFG(Optional)

GATHON Offset Information Col ADD AISSCFG(Mandatory)

GATHST Offset Information Col ADD AISSCFG(Optional)

GBRQOS Support GBR QoS SET GCELLPSOTHERPARA(Optional)

GCChk Group Call Check SET BSCBASIC(Optional)

GCDF GCDF ADD GPS(Optional)

GCSCHNASSULCHNEN VGCS Channel Assign iSET GCELLGSMR(Optional)

GCSIMPREEMPTIONEN VGCS IM Preemption ESET GCELLGSMR(Optional)

GLOBALROUTESW Global route managemSET GLOBALROUTESW(Mandatory)

GMSKDELAY Diversity Transmitter SET GCELLBASICPARA(Optional)

GPRS GPRS SET GCELLGPRS(Mandatory)

GPRS Support GPRS ADD GCELLQUICKSETUP(Optional)

GPRSCELLRESELECTHYGPRS Cell Reselect HysSET GCELLRESELECTPARA(Optional)

GPRSCHPRI PDCH Channel Priority SET GTRXCHAN(Optional)

GPRSHCSTHR Threshold of HCS SignaSET GCELLSERVPARA(Optional)

GPRSPENALTYTIME GPRS Penalty Time SET GCELLNCRESELECTPARA(Optional)

GPRSRXQUALLIMIT GPRS Quality ThresholSET GCELLNC2PARA(Optional)

GPRSTEMPOFFSET GPRS Temporary OffseSET GCELLNCRESELECTPARA(Optional)

GPSORGLONASS GPS or Glonass

GPSPERIOD GPS data report perio ADD GPS(Optional)

GRADEACCALLOW Grade Access Allow SET GCELLCHMGBASIC(Optional)

GROUPCALLNUM1 Group Call Num 1 SET BTSCHNFALLBACK(Mandatory)

GROUPCALLNUM2 Group Call Num 2 SET BTSCHNFALLBACK(Mandatory)

GROUPINDEX BSC Node RedundancySET GBSCREDGRP(Mandatory)

GROUPNAME BSC Node RedundancySET GBSCREDGRP(Optional)

GROUPRELTSNUM Group Release TS NumSET BTSFLEXABISPARA(Optional)

GRPID Transport Resource Gr

GRPT Transport Resource G ADD RSCGRP(Mandatory)

GS Geography Scope

GSMCSBWRATE CS ratio ADD TRMLOADTH(Optional)

GSMCSUSERHIGHPRIL GSM CS High Level St SET BSCBASIC(Optional)

GSMFREQCNUM Serving Band ReportinSET GCELLCCUTRANSYS(Optional)

GSMTOTDALLOWED GSM-to-TD Cell ReseleSET GCELLPSOTHERPARA(Optional)

GUARDTYPE ICMP type which will ADD ICMPGUARD(Mandatory)

GWIP BTS SeGW IP Address ADD BTSAUTOPLAN(Optional)

GWIP BTS Security Gateway SET BTSIP(Optional)

HalfRateDataSupport Support Half Rate DataSET OTHSOFTPARA(Optional)

HALFTOFULLATCBOFF H-F ATCB Offset Overl SET GCELLHOBASIC(Optional)

HALFTOFULLHODURATH-F Ho Duration SET GCELLHOBASIC(Optional)

HALFTOFULLHOLASTTIH-F Ho Last Time SET GCELLHOBASIC(Optional)

HALFTOFULLHOPATHOH-F Pathloss Offset OvSET GCELLHOBASIC(Optional)

SET BTSDGPSBP(Optional)SET BTSUSCUBP(Optional)

ADD RSCGRP(Mandatory)SET BTSIP(Mandatory)

SET GCELLSBC(Optional)ADD GSMSCB(Mandatory)

HALFTOFULLHOSTATT H-F Ho Stat. Time SET GCELLHOBASIC(Optional)

HAVETT1 Antenna Tributary 1 FlSET BTSRXUBP(Optional)

HAVETT2 Antenna Tributary 2 FlSET BTSRXUBP(Optional)

HBINTER Heartbeat interval ADD SCTPLNK(Optional)

HCN Head Cabinet No. ADD BTSRXUCHAIN(Mandatory)

HCSLASTTIME HCS HO Valid Time ADD G2GNCELL(Optional)

HCSSTATTIME HCS HO Watch Time ADD G2GNCELL(Optional)

HIERPWRPARA1 Hierarchical Power Pa SET BTSBAT(Optional)

HIERPWRPARA2 Hierarchical Power Pa SET BTSBAT(Optional)

HiFreqBandSupport Support High Frequen SET BSCBASIC(Optional)

HIGHESTPRIORITQUALFHighest Priority for QuaSET GCELLCHMGBASIC(Optional)

HIGHLEVPREEM Highest-Priority MSs SET OTHSOFTPARA(Optional)

HIGHPRIUSERQUALFIR Highest Priority User QSET GCELLCHMGBASIC(Optional)

HIGHTEMPLOADPWROFHigh Temp Load PowerSET BTSAPMUBP(Optional)

HISPRIOALLOW History Record Priorit SET GCELLCHMGAD(Optional)

HISTORYPWDNUM Maximum History Pas SET PWDPOLICY(Optional)

HMCDTM Support HMC DTM SET GCELLGPRS(Optional)

HOALGOPERMLAY Pref. Subcell in HO of SET GCELLHOIUO(Optional)

HOBTWNOTHOPALLO Handover Between OpeADD GCNOPERATOR(Optional)

HOCDCMINDWPWR Min DL Level on CandidSET GCELLHOBASIC(Optional)

HOCDCMINUPPWR Min UL Level on CandidSET GCELLHOBASIC(Optional)

HOCELLIDTYPE Specify Index of Cell SET FHO(Mandatory)

HOCELLNAME Cell Name of HandoverSET FHO(Mandatory)

HOCTRLSWITCH Current HO Control Al

HODIRFORECASTEN Handover Direction FoSET GCELLHOFAST(Optional)

HODIRLASTTIME Handover Direction FoSET GCELLHOFAST(Optional)

HODIRSTATIME Handover Direction ForSET GCELLHOFAST(Optional)

HODOWNTRIGE Quick Handover Down SET GCELLHOFAST(Optional)

HODURT3G FDD 3G Better Cell HOADD G3GNCELL(Optional)

HODURT3GTDD TDD 3G Better Cell HOADD G3GNCELL(Optional)

HOECNOTH3G Ec/No Threshold for BeSET GCELLHOUTRANFDD(Optional)

HOLASTTIME Quick Handover Last ADD G2GNCELL(Optional)

HOMOD Handover Scope SET FHO(Mandatory)

HOOFFSET Quick Handover Offset

HOOLRXLEVOFFSET Handover to OverlayerSET GCELLCHMGAD(Optional)

HOOPTSEL Inter-rat HO Preferenc

HOPENALTYTIME Inter UL/OL Subcells SET GCELLHOEDBPARA(Optional)

HOPINDEX Hop Index ADD GCELLMAGRP(Mandatory)

HOPINDEX Hop Index SET GCELLMAIOPLAN(Mandatory)

HOPMODE Hop Mode ADD GCELLMAGRP(Mandatory)

HOPOWERBOOST Power Boost before HOSET GCELLOTHBASIC(Optional)

SET GCELLHOFITPEN(Optional)SET GCELLHOIUO(Optional)

ADD GEXT2GCELL(Optional)SET GCELLHOFAST(Optional)


HOPRETH2G HO Preference Threshol

HopSingleFreqOptSwitHop Group Single FreqSET OTHSOFTPARA(Optional)

HOPTRXHSN Hop TRX Group HSN ADD GCELLHOPANTGRP(Optional)

HOPTRXINDEX Hop TRX Group Index ADD GCELLHOPANTGRP(Mandatory)

HOPTYPE Hop Type SET GTRXHOP(Optional)

HOPUNISHVALUE Quick Handover Punish

HOREFTMR BSC HO Protect Time ADD AISSCFG(Optional)

HORSCPTH3G RSCP Threshold for Be

HoSdcchSpeechVer Speech VER in SDCCH SET MSGSOFTPARA(Optional)

HOSTAT3G FDD 3G Better Cell H ADD G3GNCELL(Optional)

HOSTAT3GTDD TDD 3G Better Cell H ADD G3GNCELL(Optional)

HOSTATICTIME Quick Handover Static ADD G2GNCELL(Optional)

HOSTTYPE The host type of signalADD OPC(Optional)

HOSTTYPE HostType SET BTSIP(Optional)

HOTHRES Inter-layer HO Thresho

HOUPTRIGE Quick Handover Up TriSET GCELLHOFAST(Optional)

HPANTMODE Cell Antenna Hopping SET GCELLHOPANT(Optional)

HPANTMODE Cell Antenna Hopping SET GCELLHOPANTQUICKSETUP(Mandatory)

HPN Head Port No. ADD BTSRXUCHAIN(Mandatory)

HPRIOR Highest Priority SET GCELLCHMGBASIC(Optional)

HPVFLAG Hierarchical Power-off

HPVTHD Load Power-off Voltag SET BTSDPMUBP(Optional)

HRATESPT Support Half Rate SET GCELLCCCH(Optional)

HRDLDTX HR Use Downlink DTX SET GCELLBASICPARA(Optional)

HRIUOLDRATESELALL Load of UL-OL Cells RaSET GCELLCHMGAD(Optional)

HRULDTX HR Uplink DTX SET GCELLBASICPARA(Optional)

HSN HSN ADD GCELLMAGRP(Optional)

HSN Head Slot No. ADD BTSRXUCHAIN(Mandatory)

HSNSW HSN Modification Swit ADD GCELL(Optional)

HSRN Head Subrack No. ADD BTSRXUCHAIN(Mandatory)

HT Hop Type ADD BTSBFD(Mandatory)

HTCP High Temperature CritiSET BTSDHEUBP(Optional)

HTDO High Temperature DeltSET BTSDHEUBP(Optional)

HTSDF High Temperature ShuSET BTSAPMUBP(Optional)

HUM_MASK Enable Humidity AlarmADD EMU(Optional)

HUM_THD_HIGH Upper Limit of Humidi ADD EMU(Optional)

HUM_THD_LOW Lower Limit of Humidi ADD EMU(Optional)

HUMALAMRTHRESHOLUpper Threshold of HuSET BTSAPMUBP(Optional)

HUMALAMRTHRESHOLUpper Threshold of HuSET BTSDPMUBP(Optional)

HUMALAMRTHRESHOLLower Threshold of HuSET BTSAPMUBP(Optional)

HUMALAMRTHRESHOLLower Threshold of HuSET BTSDPMUBP(Optional)




ADD GEXT2GCELL(Optional)SET GCELLHOBASIC(Optional)


HYSON Hysteresis for On SET BTSAIRCON(Optional)

IARXTMR Inactive RX timer SET SCCPTMR(Optional)

IASUDURAT Duration STR TRANSPERFTST(Mandatory)

IASUPORT Port No. STR TRANSPERFTST(Mandatory)

IASUSLCTTMU Transmission Board T STR TRANSPERFTST(Mandatory)

IATXTMR Inactive TX timer SET SCCPTMR(Optional)

IBCAAFRSOFTBLKTHR IBCA AMR FR Soft BlocSET GCELLCHMGAD(Optional)

IBCAAHRSOFTBLKTHR IBCA AMR HR Soft BlocSET GCELLCHMGAD(Optional)

IBCAALLOWED IBCA Allowed SET GCELLCHMGAD(Optional)

IBCAASSWAITMEASUREIBCA Assign Waiting MSET GCELLCHMGAD(Optional)

IBCACALLINFOFILTERL IBCA Call Information FSET GCELLCHMGAD(Optional)

IBCACALLSOFTBLOCKTIBCA Set-up Call Soft SET GCELLCHMGAD(Optional)

IBCACALLTARGETCIROTarget CIR Offset of IBSET GCELLCHMGAD(Optional)

IBCADLPATHLOSSOFF IBCA Downlink Path LoSET GCELLCHMGAD(Optional)

IBCADYNCMEASURENCIBCA Dyn Measure NeigADD G2GNCELL(Optional)

IBCAEHOASSWAITMEAIBCA Urgent HO Waiti SET GCELLCHMGAD(Optional)

IBCAFLEXTSCALLOWE IBCA Flexible TSC All SET GCELLCHMGAD(Optional)

IBCAFORCEDBTSSYNC IBCA Forced BTS SynchSET GCELLCHMGAD(Optional)

IBCAFRSOFTBLKTHRD IBCA FR/EFR Soft Bloc SET GCELLCHMGAD(Optional)

IBCAHOASSWAITMEASIBCA HO Waiting Effec SET GCELLCHMGAD(Optional)

IBCAHRSOFTBLKTHRD IBCA HR Soft Block Th SET GCELLCHMGAD(Optional)

IBCAICDMRELEVOFFSEIBCA ICDM Initial LevelSET GCELLCHMGAD(Optional)

IBCAICDMSWITCH IBCA ICDM Switch SET GCELLCHMGAD(Optional)

IBCAINBSCINFORPTPR IBCA Info Report Perio SET OTHSOFTPARA(Optional)

IBCAINITPCRXLEVDLO IBCA Init. Power Contr SET GCELLCHMGAD(Optional)

IBCAINITPCRXLEVULOFIBCA Init. Power Contr SET GCELLCHMGAD(Optional)

IBCAINITPCRXQUALDL IBCA Init. Pwr Ctrl Rx SET GCELLCHMGAD(Optional)

IBCAINITPCRXQUALUL IBCA Init. Pwr Ctrl Rx SET GCELLCHMGAD(Optional)

IBCAIUOPATHLOSSOFFIBCA IUO Path Loss OffSET GCELLCHMGAD(Optional)

IBCAMAIOUSMTD IBCA MAIO Using MethSET GCELLCHMGAD(Optional)

IBCAMAXINTFSRCNUMIBCA Max. Interferenc SET GCELLCHMGAD(Optional)

IBCANCELLFLAG IBCA Neighbor Cell FlaADD G2GNCELL(Optional)

IBCANCELLPATHLOSSEIBCA Pathloss Est of N SET GCELLCHMGAD(Optional)

IBCANEWCALLCIROFFSTarget CIR Offset of I SET GCELLCHMGAD(Optional)

IBCANHOASSWAITMEAIBCA Natural HO Waiti SET GCELLCHMGAD(Optional)

IBCANONMEANCELLSTIBCA Non MeasurementSET GCELLCHMGAD(Optional)

IBCAOPRREVISEFACTOCorrected Factor of IBCSET GCELLCHMGAD(Optional)

IBCAOUTBSCINFORPT IBCA Info Report Peri SET OTHSOFTPARA(Optional)

IBCAPATHLOSSOFF IBCA Pathloss Offset SET GCELLCHMGAD(Optional)

IBCAPLFILTFACTOR IBCA Path Lose Filter FSET GCELLCHMGAD(Optional)

IBCARXLEVOFFSET IBCA RxLev Offset ADD G2GNCELL(Optional)

IBCASCELLPATHLOSS IBCA Service Cell Path SET GCELLCHMGAD(Optional)

IBCASOFTBLKSAICOFF IBCA Soft Block SAIC OSET GCELLCHMGAD(Optional)

IBCASOFTBLKSWITCH IBCA Soft Block SwitchSET GCELLCHMGAD(Optional)

IBCASUBCHNHANDOV IBCA Sub-Channel HanSET GCELLCHMGAD(Optional)

IBCATARGETCIRTHRSHIBCA MAIO Target C/I SET GCELLCHMGAD(Optional)

IBCAUSEDIUOSUBLAY IUO IBCA Allowed SET GCELLCHMGAD(Optional)

IBCAUSRDYNCMEASURIBCA User Dyn MeasureSET GCELLCHMGAD(Optional)

IBCAWAFRSOFTBLKTH IBCA WAMR FR Soft Bl SET GCELLCHMGAD(Optional)

ICBALLOW ICB Allowed SET GCELLBASICPARA(Optional)

ICF Intelligent Control Fla SET BTSAPMUBP(Optional)

ICMPPKGLEN ICMP packet Length ADD IPPATH(Optional)

ICTHP1DSCP DSCP of PRI.1 INTACT[SET BSCPSTCDSCPMAP(Optional)



ID Task ID

ID Task ID STR SCHTSK(Optional)

ID Index ADD BTSBRDCAP(Mandatory)

Idle_Code Idle Code SET TCPARA(Optional)

IDLECODE Idle code SET E1T1LOP(Optional)

IDLESDTHRES Idle SDCCH Threshold SET GCELLCHMGBASIC(Optional)

IDTYPE Index Type

IDTYPE BTS Index Type

IDTYPE Index Type

IDTYPE Index Type ADD G2GNCELL(Mandatory)

IDTYPE Index Type SET GCELLHOINTERRATLDB(Mandatory)

IDTYPE Index Type

IDTYPE Index Type

IDTYPE Index Type

IDX Semipermanent Link I ADD SEMILINK(Mandatory)

IDXTYPE Index Type

IDXTYPE Index Type SET PSCELLTODSP(Mandatory)

IFCBSHAKEHAND If CB Shake Hand ADD GCBSADDR(Optional)

IFNO Outgoing Interface No.

IFOFFSETHIG Positive or Minus OffseSET BTSRXUBP(Optional)

IFOFFSETLOW Indication Offset SET BTSRXUBP(Optional)

IFREPPRO Report Process Flag

IGNOREMRNUM Ignore Measurement RSET GCELLHOFAST(Optional)

IMEI IMEI

IMMASSAINTERFTIMERIMM ASS A IF Creation SET GCELLTMR(Optional)

IMMASSCBB Immediate AssignmentSET GCELLBASICPARA(Optional)

IMMASSDLSHIFT Move Immediate Assi SET GCELLPSOTHERPARA(Optional)

ADD SUBTSK(Optional)ADD SUBCMD(Optional)

SET BSCSYNCOFF(Mandatory)SET BTSAISS(Mandatory)ADD BTSESN(Mandatory)SET BSCABISPRIMAP(Mandatory)SAV GCELLTEMPLATE(Mandatory)IMP BTSVLAN(Mandatory)

SET GCELLGPRS(Mandatory)SET GPSCHRSCOPE(Mandatory)SET GCELLFREQSCAN(Mandatory)SWP BTSLOCGRP(Mandatory)EXP BTSIPRT(Mandatory)STR BTSRFTST(Mandatory)

TST SNDRSI(Mandatory)TST UPDMSRAC(Mandatory)

ADD BTSIPRT(Mandatory)IMP BTSIPRT(Mandatory)

STR BTSLOG(Optional)ULD BTSLOG(Optional)

STR CALLRESLOP(Mandatory)ADD GCSCHRUSER(Mandatory)

IMMASSEN TCH Immediate Assig SET GCELLBASICPARA(Optional)

IMMASSMAXDELAYTIMMax Delay of IMM ASS SET GCELLCCTMR(Optional)

IMMASSMAXSENDNUMMax Transmit Times o SET GCELLCCTMR(Optional)

IMMASSRESENDEN Use IMM ASS RetransmSET GCELLCCTMR(Optional)

IMMASSTAALLOW TA Pref. of Imme-Assi SET GCELLHOIUO(Optional)

IMMASSTATHRES TA Threshold of Imme-SET GCELLHOIUO(Optional)

IMMFNAD Immediate Initial AdjusADD AISSCFG(Optional)

IMMREJWAITINDTIMER T3122 SET GCELLTMR(Optional)

IMSI IMSI

IMSI IMSI

INBSCHOTIMER T3121 SET GCELLTMR(Optional)

INCHLOD Fine Tuning Threshold ADD AISSCFG(Optional)

INCHPRD Fine Tuning Period in ADD AISSCFG(Optional)

INCLUDEANG Included Angle SET GCELLLCS(Optional)

INCN In Port Cabinet No. ADD BTSCONNECT(Optional)

INDEN3 Independent E1 Port 3SET BTSDOMUBP(Optional)

INFHHOLAST Intracell F-H HO Last SET GCELLHOBASIC(Optional)

INFHHOSTAT Intracell F-H HO Stat SET GCELLHOBASIC(Optional)

INFOEXCHGLIST Info Exchange ContentADD GNRNC(Mandatory)

INFRA_RED_MASK Infrared alarm switch ADD EMU(Optional)

INHOF2HTH F2H HO Threshold SET GCELLHOBASIC(Optional)

INHOH2FTH H2F HO Threshold SET GCELLHOBASIC(Optional)

INHOPWROVERLOADT Power Overload ThreshoSET GTRXDEV(Optional)

INITCDMDF AMR Starting Mode[F] SET GCELLCCAMR(Optional)

INITCDMDH AMR Starting Mode[H] SET GCELLCCAMR(Optional)

INITCDMDWB AMR Starting Mode[WBSET GCELLCCAMR(Optional)

INMASK In BSC Mask ADD SEMILINK(Optional)

INNASSOPTEN OL Subcell AssignmentSET GCELLHOEDBPARA(Optional)

INNCELLEDGEHOEN Inner Cell EDGE HO EnSET GCELLHOEDBPARA(Optional)

INNCELLID BSC Inner Cell Index ADD EXTNCELL(Mandatory)

INNCELLNAME BSC Inner Cell Name ADD EXTNCELL(Mandatory)

INNLOADHOEN Load HO of OL Subcell SET GCELLHOEDBPARA(Optional)

INNLOADHOPERI OL Subcell Load DiversSET GCELLHOEDBPARA(Optional)

INNLOADHOSTEP Step Length of OL SubSET GCELLHOEDBPARA(Optional)

INNSERIOVERLDTHRE Inner Cell Serious Ove SET GCELLHOEDBPARA(Optional)

INPN In BSC Port No. ADD SEMILINK(Mandatory)

INPN BTS In Port No. ADD BTSCONNECT(Mandatory)

INPORTNO DXX In Port No. ADD DXXTSEXGRELATION(Mandatory)

INPUTMD Latitude and Longitud SET GCELLLCS(Optional)

INRBSCSDHOEN Inter-BSC SDCCH HO SET GCELLHOCTRL(Optional)

INSN In BSC Slot No. ADD SEMILINK(Mandatory)

STR CALLRESLOP(Mandatory)ADD GCSCHRUSER(Mandatory)TST UPDMSRAC(Mandatory)ADD GPSCHRUSER(Mandatory)

INSN In Port Slot No. ADD BTSCONNECT(Optional)

INSRN In BSC Subrack No. ADD SEMILINK(Mandatory)

INSRN In Port Subrack No. ADD BTSCONNECT(Optional)

INT Broadcast Interval ADD GSMSCB(Mandatory)

INTELEVHOHYST Adjacent Cell Inter-la ADD G2GNCELL(Optional)

INTERBANDSTATALGOInterfere Band Stat Al SET GCELLSOFT(Optional)

INTERCELLHYST Inter-cell HO HysteresiADD G2GNCELL(Optional)

INTERFEREHOPENTIMEPenalty Time on Inter SET GCELLHOFITPEN(Optional)

INTERFERELASTTIME Interfere HO Valid TimSET GCELLHOBASIC(Optional)

INTERFERESTATTIME Interfere HO Static Ti SET GCELLHOBASIC(Optional)

INTERFHOEN Interference HO Allow SET GCELLHOBASIC(Optional)

INTERFPRIALLOW Interf. Priority Allowed SET GCELLCHMGAD(Optional)

INTERFTHRES0 Interference Band Thr SET GCELLOTHEXT(Optional)






INTERIORSYNCTMR BSC Interior Clock SynADD AISSCFG(Optional)

INTERPERIOD Interference Calculati SET GCELLOTHEXT(Optional)

INTERRATCELLRESELE Inter-RAT Cell Reselec SET GCELLHOBASIC(Optional)

InterRatCsServiceLoa Inter-RAT CS Service SET GCELLHOINTERRATLDB(Optional)

INTERRATINBSCHOEN Inter-RAT In BSC HandSET GCELLHOBASIC(Optional)

InterRatIurgInBscHoEnAllow Incoming BSC HaSET GCELLHOBASIC(Optional)

InterRATLoadHoEcNoBInter-RAT Load HO BanSET GCELLHOINTERRATLDB(Optional)

InterRATLoadHoEcNoStInter-RAT Load HO EcNoSET GCELLHOINTERRATLDB(Optional)

InterRATLoadHoEcNoSInter-RAT Hierarchy L SET GCELLHOINTERRATLDB(Optional)

InterRATLoadHoRSCPBInter-RAT Load HO Ba SET GCELLHOINTERRATLDB(Optional)

InterRATLoadHoRSCPStInter-RAT Load HO RSCPSET GCELLHOINTERRATLDB(Optional)

InterRATLoadHoRSCPSInter-RAT Hierarchy L SET GCELLHOINTERRATLDB(Optional)

INTERRATOUTBSCHOEInter-RAT Out BSC Ha SET GCELLHOBASIC(Optional)

InterRatServiceLoadH Allow Inter-RAT Load HSET GCELLHOINTERRATLDB(Optional)

INTERVAL Relative Time EXP LOG(Optional)

INTERVAL Send PKT Interval[s] STR ETHOAMLOOPTST(Optional)

INTFREQUENCY Interference Frequenc SET GCELLEXTMSRPARA(Optional)

INTOINNREXLEVTHREDIncoming OL Subcell HSET GCELLHOEDBPARA(Optional)

INTRABSCCODECHOCMT25 SET GCELLTMR(Optional)

INTRABSCHOTIMER T3103A SET GCELLTMR(Optional)

INTRACELLFHHOEN Intracell F-H HO Allow SET GCELLHOBASIC(Optional)

INTRACELLHOEN Intracell HO Allowed SET GCELLHOBASIC(Optional)

INTRACELLHOTIMER T3103C SET GCELLTMR(Optional)

INTRAMBSC Co-MBSC ADD GNRNC(Mandatory)

IntRATLoadHOEcNoThrInter-RAT Load HO EcNSET GCELLHOINTERRATLDB(Optional)

IntRATLoadHoPeriod Inter-RAT Hierarchical SET GCELLHOINTERRATLDB(Optional)

IntRATLoadHORSCPThrInter-RAT Load HO RSCSET GCELLHOINTERRATLDB(Optional)

INTSN In BSC Start Timeslot ADD SEMILINK(Mandatory)

INTSNO DXX In Time Slot No. ADD DXXTSEXGRELATION(Mandatory)

INTV Time Interval ADD SUBTSK(Optional)

INTV OMU Automatic SwitchoSET ASWPARA(Mandatory)

INVALBSICEN Invalid BSIC Reporting SET GCELLCCUTRANSYS(Optional)

IP IP Address ADD XPUVLAN(Mandatory)

IP IP Address

IP Local IP Address ADD NSVLLOCAL(Mandatory)

IP Remote IP Address ADD NSVLREMOTE(Mandatory)

IP Physical IP

IP FTPServer IP

IPADDR Local IP address ADD IPPATH(Mandatory)

IPADDR IP address ADD DEVIP(Mandatory)

IPADDR Local IP address ADD ETHIP(Mandatory)

IPADDR Packet source IP addreADD ICMPGUARD(Mandatory)

IPADDR Next Hop IP address. ADD VLANID(Mandatory)

IPADDR Local IP address ADD ETHTRKIP(Mandatory)

IPADDR IP Address ADD SGSNROUTEINFO(Mandatory)

IPADDR1 IP Address1 ADD SGSN(Mandatory)

IPADDR1 Master Clock Server IPSET BTSIPCLKPARA(Mandatory)

IPADDR2 IP Address2 ADD SGSN(Optional)

IPADDR2 Slave Clock Server IP SET BTSIPCLKPARA(Mandatory)



IPEAAT IP Frame Error Alarm

IPEADT IP Frame Error Alarm

IPHC Head compress ADD PPPLNK(Optional)

IPHC Head compress ADD MPGRP(Optional)

IPINDEX IP address index ADD ETHIP(Mandatory)

IPINDEX IP address index ADD ETHTRKIP(Mandatory)

IPMUXINDEX IP MUX Index ADD IPMUX(Optional)

IPPHYTRANSTYPE IP Phy Trans Type ADD BTS(Optional)

IPPHYTRANSTYPE IP Physical Tran. Type

ISADDEDTMPCONTROLDHEU Heater Control SET BTSDHEUBP(Optional)

ISBASICBSC Base BSC ADD AISSCFG(Mandatory)

ISCHAINNCELL Chain Neighbor Cell ADD G2GNCELL(Optional)

ISCLKREDUCY Clock Server Redunda SET BTSIPCLKPARA(Mandatory)

DLD LICENSE(Mandatory)ULD LICENSE(Mandatory)

SET BTSETHPORT(Optional)IMP BTSDEVIP(Optional)ULD BTSLOG(Mandatory)DLD BTSSW(Mandatory)

IMP BTSPPPLNK(Optional)IMP BTSMPGRP(Optional)IMP BTSPPPLNK(Optional)IMP BTSMPGRP(Optional)

ADD BTSAUTOPLAN(Optional)IMP BTSIPPARA(Mandatory)

ISCLKREDUCYBAK Clock Server Redunda SET BTSIPCLKPARA(Mandatory)

ISCONFIGEDRING Config Ring ADD BTS(Optional)

ISCONFIGTHD Configure Check ThresADD BTSRXUBRD(Optional)

ISEDGESUPPORT EDGE Support in ExterADD GEXT2GCELL(Optional)

ISFIRSTCLASS Is First Class Transpo ADD RSCGRP(Mandatory)

ISGPRSSUPPORT GPRS Support in Exter ADD GEXT2GCELL(Optional)

ISMAINBCCH Is Main BCCH TRX ADD GTRX(Optional)

IsMainBSC Is Main BSC SET BSCBASIC(Mandatory)

ISMAINLOCGRP Is Main Local Group ADD BTSLOCGRP(Mandatory)

ISNC2SUPPORT NC2 Support in ExternaADD GEXT2GCELL(Optional)

ISNCMODE Subnetwork Configure ADD NSE(Optional)

ISQOSPATH IS QOSPATH ADD IPMUX(Mandatory)

ISSPTBSCAISS Support BSC AISS ADD AISSCFG(Mandatory)

ISSPTDEMUS Demu Configure Infor SET BTSENVALM(Mandatory)

ISSUPERBTS Is Supper BTS SET BTSOTHPARA(Optional)

ISSUPPORTBTSLSWITCSupport BTS Local Swi SET BTSLSW(Optional)

IsSupportTcPool Is Support Tc Pool SET BSCBASIC(Optional)

ISTCBRD TC board ADD BRD(Mandatory)

ISTCCENTRAL Remote TC Central ADD SUBRACK(Optional)

ISTMPCTRL DHEU Temperature ConSET BTSDHEUBP(Optional)

ISTRANCABCON Tran. Cabinet Configu SET BTSPSUFP(Optional)

ITEM NCCELL No.

ITEMINDEX Item Index SET GCELLREV(Mandatory)

ITEMVALID Item Valid

ITEMVALUE Value SET GCELLREV(Mandatory)

ITFT Interface Type

ITFType Interface Type

IUO Concentric Attribute SET GTRXIUO(Mandatory)

IUOCHNTRAN Dynamic Channel ConveSET GCELLPSCHM(Optional)

IUOHODURATIME UO HO Valid Time SET GCELLHOIUO(Optional)

IUOHOSTATIME UO HO Watch Time SET GCELLHOIUO(Optional)

IUOTP Cell IUO Type ADD GCELL(Optional)

J0ALMSWITCH J0 trace mismatch alaSET OPT(Optional)

J0BYTE_FORMAT J0 Byte Format SET OPT(Mandatory)

J0RXVALUE J0 expected incept val SET OPT(Optional)

J0TXVALUE J0 transmit value SET OPT(Optional)

J0TYPE J0 type SET OPT(Optional)

J1ALMSWITCH J1 trace mismatch alaSET OPT(Optional)

J1BYTE_FORMAT J1 Byte Format SET OPT(Mandatory)

J1RXVALUE J1 expected incept val SET OPT(Optional)

J1TXVALUE J1 transmit value SET OPT(Optional)



ADD ADJMAP(Mandatory)ADD TRMMAP(Mandatory)ADD BTSIPRT(Mandatory)IMP BTSIPRT(Mandatory)

J1TYPE J1 type SET OPT(Optional)

J2ALMSWITCH J2 mismatch alarm swiSET COPTLNK(Optional)

J2BYTE_FORMAT J2 Byte Format SET COPTLNK(Optional)

J2MODE J2 length SET COPTLNK(Optional)

J2RXVALUE J2 expected incept val SET COPTLNK(Optional)

J2TXVALUE J2 transmit value SET COPTLNK(Optional)

JAUTOADD Automatic Append J By

JBF LAPD Jitter Buffer AlgoSET BTSJBF(Mandatory)

JITBUFDELAY PS Jitter Buffer Delay SET BTSOTHPARA(Optional)

JITBUFSWITCH Jitter Buffer switch SET OTHSOFTPARA(Optional)

K2MODE K2 Mode SET MSP(Optional)

KBIAS K Bias SET GCELLHOAD(Optional)

KEEPALIVE Keep-alive timer lengt

LAC Cell LAC

LAC1 Cell LAC SET BTSAUTOPLANCFG(Optional)

LACPMODE Aggregation Mode ADD ETHTRK(Mandatory)

LATIDECI Latitude Decimal Part SET GCELLLCS(Mandatory)

LATIDEGREE Latitude Degree Part SET GCELLLCS(Mandatory)

LATIINT Latitude Int Part SET GCELLLCS(Mandatory)

LATIMINUTE Latitude Minute Part SET GCELLLCS(Mandatory)

LATISECONDDECI Latitude Second DecimSET GCELLLCS(Mandatory)

LATISECONDINT Latitude Second Int PaSET GCELLLCS(Mandatory)

LATITUDE GPS antenna latitude ADD GPS(Mandatory)

LATITUDESEC GPS antenna latitude ADD GPS(Mandatory)

LATPRD Delay measure period ADD IPLOGICPORT(Optional)

LATSUSTM Delay adjust suspend ADD IPLOGICPORT(Optional)

LATTH Rate down threshold foADD IPLOGICPORT(Optional)

LATUDK average delay down filADD IPLOGICPORT(Optional)

LATUPK average delay up filte ADD IPLOGICPORT(Optional)

LAYER Layer of The Cell SET GCELLBASICPARA(Optional)

LAYER Layer of the cell ADD GEXT2GCELL(Optional)

LAYHOLOADTH Inter-Layer HO Load T SET GCELLHOAD(Optional)

LBCongestProtect1 Lb Congestion Protect ADD GEXTSMLC(Optional)

LBCongestProtect2 Lb Congestion Protect ADD GEXTSMLC(Optional)

LDRFOUH LDR Fourth SET LDR(Optional)

LDRFST LDR First SET LDR(Optional)

LDRSND LDR Second SET LDR(Optional)

LENO Local entity No.

LEVEL Log Level EXP LOG(Optional)

LEVEL Log Level COL LOG(Optional)

LEVEL Alarm Mask Switch SET ALMML(Mandatory)

SET OPT(Optional)SET COPTLNK(Optional)

ADD PPPLNK(Optional)ADD MPLNK(Optional)SET BTSAUTOPLANCFG(Optional)ADD GCELLQUICKSETUP(Mandatory)

ADD M3LE(Mandatory)ADD M3DE(Mandatory)

Level MD LEVEL ADD ETHMD(Optional)

LEVELRPT Level Report Switch SET GCELLBASICPARA(Optional)

LEVHOEN Level HO Allowed SET GCELLHOBASIC(Optional)

LEVHOHYST Inter-layer HO HystereSET GCELLHOBASIC(Optional)

LEVLAST Layer HO Valid Time ADD G2GNCELL(Optional)

LEVSTAT Layer HO Watch Time ADD G2GNCELL(Optional)

LGCAPPTYPE Logical function type ADD BRD(Optional)

LGCAPPTYPE Logical function type

LGCAPPTYPE Logic function type

LGCUSAGETYPE Application type of P ADD BRD(Optional)

LGIDX PbSL Logical Index ADD PBSL(Optional)

LHUMTHD Lower Humidity Thres SET BTSEXD(Optional)

LICALMCTHD Alarm occur threshold SET LICALMTHD(Mandatory)

LICALMRTHD Alarm recover threshoSET LICALMTHD(Mandatory)

LINKNO Link No. LOP LAPDLNK(Mandatory)

LISTTYPE Query Type EXP GCELLTEMPLATE(Optional)

LKTATE Link rate type ADD MTP3LNK(Optional)

LL Lower Limit SET ALMPORT(Optional)

LL Lower Limit SET BTSENVALMPORT(Optional)

LLCN Channel No. SET E1T1LOP(Optional)

LNA1 LNA Threshold1 SET BTSRXUBP(Optional)

LNA2 LNA Threshold2 SET BTSRXUBP(Optional)

LNKNUMMODE Tributary Numbering SET OPT(Optional)

LNKRATE Semipermanent Link RADD SEMILINK(Optional)

LNKREDFLAG Initial bearing traffic a ADD M3LNK(Optional)

LNKSLSMASK Signalling link mask ADD MTP3LKS(Optional)

LNKSLSMASK Signalling link mask ADD M3LKS(Optional)

LoadAccThres Load handover Load A

LOADBALANCEALG MSC Pool Load BalanciADD GCNOPERATOR(Optional)

LOADBROADCASTPERINC2 Load Broadcast PeSET BSCPSSOFTPARA(Optional)

LOADCURRENTDIV Load Current Shunt CoeSET BTSPMUBP(Optional)

LOADHOAD Enhanced Load HO All SET GCELLHOAD(Optional)

LoadHoEn Load Handover SupporSET GCELLHOBASIC(Optional)

LoadHoEnExt2G Load Handover SupporADD GEXT2GCELL(Optional)

LoadHoEnExt3G Load Handover SupporADD GEXT3GCELL(Optional)

LOADHOPBGTMARGIN Load HO PBGT ThreshoADD G2GNCELL(Optional)

LOADHOPENTIME Penalty Time on Load SET GCELLHOFITPEN(Optional)

LOADHOPENVALUE Penalty Value on Load SET GCELLHOFITPEN(Optional)

LOADHOPERIOD Load HO Step Period SET GCELLHOAD(Optional)

LOADHOSTEP Load HO Step Level SET GCELLHOAD(Optional)

LOADHOUSRRATIO HO Ratio of Enhanced SET GCELLHOAD(Optional)

LOD PATCH(Optional)LOD BRD(Optional)ADD PPPLNK(Mandatory)ADD MPGRP(Mandatory)

ADD GEXT3GCELL(Optional)SET GCELLHOAD(Optional)

LOADOFFSET Load HO Bandwidth SET GCELLHOAD(Optional)

LOADPWROFFEN Load Power-off Allowe SET BTSDPMUBP(Optional)

LOADRESELALLOW Cell Load Reselection SET GCELLNC2PARA(Optional)

LOADRESELMAXRXLEVLoad Reselect Level T SET GCELLNC2PARA(Optional)

LOADRESELRXTHRSH Load Reselection ReceSET GCELLNC2PARA(Optional)

LOADRESELSTARTTHRLoad Reselection StartSET GCELLNC2PARA(Optional)

LOADSHAREALLOW Balance Traffic Allowe SET GCELLCHMGAD(Optional)

LOADSTATYPE Type of Cell Load Calc SET GCELLCHMGAD(Optional)

LOADTHSW TRM Load Threshold s SET BSCABISPRIMAP(Optional)

LocalBSCID Local BSC ID SET GBSCREDGRP(Mandatory)

LOCALIP Local IP address ADD PPPLNK(Mandatory)

LOCALIP Local IP address ADD MPGRP(Mandatory)

LOCALIP Local IP Address

LOCALIP Local IP Address

LOCALNSVLI Local NSVL ID ADD NSVLLOCAL(Mandatory)

LOCALPORTNO Local Port No. ADD SGSNROUTEINFO(Mandatory)

LOCGRPNO Location Group No.

LOCGRPNO Location Group No. ADD BTSOBJALMSHLD(Mandatory)

LOCINFOKEY Filter of Location Info

LOCIP1 First local IP address ADD SCTPLNK(Mandatory)

LOCIP2 Second local IP addresADD SCTPLNK(Optional)

LOCKST Set Locked/Unlock SET OPLOCK(Mandatory)

LOCPN Local SCTP port No. ADD SCTPLNK(Mandatory)

LODCTRL Board Start Load ContrSET LODCTRL(Mandatory)

LODMODE Loading Mode

LOGCTHD Log control threshold SET FCCPUTHD(Optional)

LOGCTHD Log control threshold SET FCMSGQTHD(Optional)

LOGPORTFLAG Logic Port Flag ADD SCTPLNK(Mandatory)

LOGPORTNO Logic Port No. ADD SCTPLNK(Mandatory)

LOGPORTSN Logic Port Slot No. ADD SCTPLNK(Mandatory)

LOGRTHD Log restore threshold SET FCCPUTHD(Optional)

LOGRTHD Log restore threshold SET FCMSGQTHD(Optional)

LOGSW Log control switch SET FCSW(Optional)

LOGTYPE Log File Type COL LOG(Mandatory)

LOGTYPE Log Type

LONGIDECI Longitude Decimal ParSET GCELLLCS(Mandatory)

LONGIDEGREE Longitude Degree PartSET GCELLLCS(Mandatory)

LONGIINT Longitude Int Part SET GCELLLCS(Mandatory)

LONGIMINUTE Longitude Minute Part SET GCELLLCS(Mandatory)

LONGISECONDDECI Longitude Second DeciSET GCELLLCS(Mandatory)

LONGISECONDINT Longitude Second Int PSET GCELLLCS(Mandatory)

ADD BTSPPPLNK(Mandatory)IMP BTSPPPLNK(Mandatory)ADD BTSMPGRP(Mandatory)IMP BTSMPGRP(Mandatory)

ADD BTSRXU2LOCGRP(Mandatory)SWP BTSLOCGRP(Mandatory)


LOD BTSSW(Optional)LOD BTSPATCH(Optional)

STR BTSLOG(Mandatory)ULD BTSLOG(Mandatory)

LONGITUDE GPS antenna longitudeADD GPS(Mandatory)

LONGITUDESEC GPS antenna longitudeADD GPS(Mandatory)

LoopLevel Loop Level STR BTSTST(Optional)

LOOPMODE Loopback Type STR FRPORTLOOP(Mandatory)

LOOPSW Loop Detect Switch SET E1T1(Optional)

LOOPTYPE Loop type LOP LAPDLNK(Mandatory)

LOOSESDCCHLOADTH IBCA Loose Trx SDCCHSET GCELLCHMGAD(Optional)

LOPDIR Loop Direction STR CALLRESLOP(Mandatory)

LOPLOC Loop Position STR CALLRESLOP(Mandatory)

LOPT Loop type SET E1T1LOP(Mandatory)

LOPT Loop type. SET OPTLOP(Mandatory)

LOPTIME Loop Time STR CALLRESLOP(Optional)

LOSTSUSTM Suspend times after b ADD IPLOGICPORT(Optional)

LOWLEVSUBRESPREEMLow-level Sublink Res SET GCELLSOFT(Optional)

LOWLEVSUBRESPREEMLow Lev Sub Res Pree SET BTSFLEXABISPARA(Optional)

LOWNOISESWH Diversity LNA Bypass SET GCELLOTHBASIC(Optional)

LOWRXLEVOLFORBIDSAllocate OL Channel B SET GCELLCHMGAD(Optional)

LOWTEMPLOADPWROFLow Temperature StartSET BTSAPMUBP(Optional)

LOWTEMPLOADPWROFLow Temperature StartSET BTSDPMUBP(Optional)

LPBKMODE Loop Back Mode STR TRANSPERFTST(Mandatory)

LPN IP Logic Port No. ADD IPPATH(Mandatory)

LPN Logic port No. ADD IPLOGICPORT(Optional)

LPN Logic port No. SET BTSIP(Mandatory)

LPNSN IP Logic Port Slot No. ADD IPPATH(Mandatory)

LPNTYPE Type of the logic port ADD IPLOGICPORT(Mandatory)

LQCMODE Link Quality Control M SET GCELLEGPRSPARA(Optional)

LSDF Load Shutdown Flag SET BTSAPMUBP(Optional)

LSDV Load Shutdown VoltagSET BTSAPMUBP(Optional)

LSRTRD LDR Third SET LDR(Optional)

LSTCMD Whether Include List EXP LOG(Optional)

LstFormat Result list format CMP TBLDATA(Optional)

LSTFORMAT Result List Format

LT Load type LOD BRD(Optional)

LT Log Type SET LOGLIMIT(Mandatory)

LT Log Type EXP LOG(Mandatory)

LTCP Low Temperature CriticSET BTSDHEUBP(Optional)

LTEMTHD Lower Temperature ThSET BTSEXD(Optional)

LTFERLOWTH Uplink Long-term FER SET GCELLCCAMR(Optional)

LTFERTGT Uplink Long-term FER SET GCELLCCAMR(Optional)

LTFERUPTH Uplink Long-term FER SET GCELLCCAMR(Optional)

LTTHADJFA Uplink Threshold AdjusSET GCELLCCAMR(Optional)

EXP BTSMPLNK(Optional)EXP BTSIPRT(Optional)

LVDS252DSPNUM Number of DSPs with SET DSPLVDSMODE(Mandatory)

Lvl1Vswr Lvl1 Vswr SET BTSRXUBP(Optional)

Lvl2Vswr Lvl2 Vswr SET BTSRXUBP(Optional)

LVSDF Low Voltage ShutdownSET BTSAPMUBP(Optional)

M3UASRVPN M3UA service listeningSET SCTPSRVPORT(Optional)

MAC MAC Address ADD XPUVLAN(Mandatory)

MACEAAT MAC Frame Error Alar SET BTSETHPORT(Optional)

MACEADT MAC Frame Error Alar SET BTSETHPORT(Optional)

MACODINGMOD ARFCN Coding Schem SET GCELLSOFT(Optional)

MAIDX MA Index

MAINBCCHPWDTACTC Power Derating Active SET GCELLOTHEXT(Optional)

MAINBCCHPWRDTEN Power Derating Enabl SET GCELLOTHEXT(Optional)

MAINBCCHPWRDTETIMPower Derating End T SET GCELLOTHEXT(Optional)

MAINBCCHPWRDTRANPower Derating RangeSET GCELLOTHEXT(Optional)

MAINBCCHPWRDTSTIMPower Derating Start SET GCELLOTHEXT(Optional)

MAINDEVTAB BTS Interface Board B ADD BTSESN(Mandatory)

MAINDEVTAB PTU Main Dev. Tab ADD BTSAUTOPLAN(Mandatory)

MAINLOCGRPNO Main Location Group NADD BTSBINDLOCGRP(Mandatory)

MAINPORTNO Main Port No ADD BTS(Optional)

MainVer Main Version No.of TMSET BTSAUTODLDACTINFO(Mandatory)

MAIO1 MAIO 1 SET GCELLMAIOPLAN(Optional)












MAJORALMUP0 Feed Tri. 0 TMA Over CSET BTSDATUBP(Optional)






MANAME MA Name

MANAME MA Name

MASK Subnet mask ADD PPPLNK(Mandatory)

PING MAC(Mandatory)TRC MAC(Mandatory)

PING BTSCFM(Mandatory)TRC BTSCFM(Mandatory)ADD BTSETHLCMEP(Mandatory)ADD BTSETHRMMEP(Mandatory)

MASK Subnet mask ADD MPGRP(Mandatory)

MASK Subnet mask

MASK Packet source mask ADD ICMPGUARD(Mandatory)

MASK Subnet mask

MASK Mask ADD GCBSADDR(Mandatory)

MASK IP Mask

MASK Subnet Mask

MASK Subnet Mask

MASTERIPADDR Master Clock Server IPADD BTSAUTOPLAN(Mandatory)

MASTERIPADDR Clock Server IP AddresSET BTSIPCLKPARA(Mandatory)

MAXADJPCVAL MAX Up Adj. PC Value SET GCELLPWR2(Optional)

MAXASSOCRETR Association max retra ADD SCTPLNK(Optional)

MAXBW Max bandwidth [64kbpADD IPLOGICPORT(Optional)

MAXCNTNUM MAX Consecutive HO SET GCELLHOAD(Optional)

MaxDlAssRetryTimes Retry Times of Downli SET BSCPSSOFTPARA(Optional)

MaxDlEstRetryNum Retry Times of Downli SET BSCPSSOFTPARA(Optional)

MAXDROPPWRTHRESHMax Drop Power ThresSET BTSBAKPWR(Optional)

MAXFQNUM Maximum TRX Number

MAXFQNUM1 Maximum TRX NumberSET BTSAUTOPLANCFG(Optional)

MAXFRAMELEN Maximum Frame LengtADD IPMUX(Optional)

MAXLOADBTSNUM Max BTS Num of ParallSET OTHSOFTPARA(Optional)

MAXMFLEN PPP mux max mux-fra ADD PPPLNK(Optional)

MAXMFLEN PPP mux max mux-fra ADD MPGRP(Optional)

MaxMissTimes Maximum Retry TimesSET PWDPOLICY(Optional)

MAXNUM Max Alarm Log NumbeSET ALMCAPACITY(Optional)

MAXOUTPUTPOWER Diesel Max Output Po SET BTSDPMUBP(Optional)

MAXPATHRETR Path max retrans ADD SCTPLNK(Optional)

MaxPbLinkChkNum Pb Link Check Max Ti SET OTHSOFTPARA(Optional)

MAXPDCHNUM Maximum Number of SET GTRXBASE(Optional)

MAXPDCHRATE Maximum Rate ThresholSET GCELLPSCHM(Optional)

MaxPollingRetryTimes Retry Times of DownlinSET BSCPSSOFTPARA(Optional)

MAXPROMPTDATES Expire Prompt Dates SET PWDPOLICY(Optional)

MAXRECHARGECURRECharge Coefficient SET BTSPMUBP(Optional)

MAXRECHARGECURRECharge Coefficient SET BTSDPMUBP(Optional)

MAXRESEND Max Resend Times of PSET GCELLHOAD(Optional)

MAXRETRANS1 Max Retransmissions foSET GCELLPRACH(Optional)




MAXSFLEN PPP mux max sub-framADD PPPLNK(Optional)

MAXSFLEN PPP mux max sub-framADD MPGRP(Optional)

ADD ETHIP(Mandatory)ADD EMSIP(Mandatory)

ADD IPRTBIND(Mandatory)ADD ETHTRKIP(Mandatory)

SET BTSETHPORT(Optional)IMP BTSDEVIP(Optional)ADD BTSPPPLNK(Mandatory)IMP BTSPPPLNK(Mandatory)ADD BTSMPGRP(Mandatory)IMP BTSMPGRP(Mandatory)

ADD BTSAUTOPLAN(Mandatory)SET BTSAUTOPLANCFG(Optional)

MAXSTEP0 MAX Down Adj.Value QSET GCELLPWR2(Optional)



MAXTA Max TA SET GCELLBASICPARA(Optional)

MAXTADROPCALLFILT MAX TA Drop Call FilteSET GCELLCCAD(Optional)

MAXTADROPCALLSWITMax TA Drop Call Swit SET GCELLCCAD(Optional)

MAXTADROPCALLTHR MAX TA Drop Call ThreSET GCELLCCAD(Optional)

MAXTIME Maximum time for posSTR POSAVE(Optional)

MAXTSOCP Maximum Number of OcSET GTRXBASE(Optional)

MAXTTL MAX TTL TRC IPADDR(Optional)

MAXVALADJRX MAX Up Adj. PC Value SET GCELLPWR2(Optional)

MAXVALIDDATES Maximum Valid Dates SET PWDPOLICY(Optional)

MBFDCHKN MBFD Check Index ADD IPRTBIND(Mandatory)

MBFDLOCALIP Multi hop BFD detect loSTR IPCHK(Mandatory)

MBR Multi-band report SET GCELLCCBASIC(Optional)

MBSIGNLEN Filter Length for SD SET GCELLHOFITPEN(Optional)

MBTRAFFLEN Filter Length for TCH SET GCELLHOFITPEN(Optional)

MBTSID Second BTS Index COL SYNCINFO(Mandatory)

MBTSNAME Second BTS Name COL SYNCINFO(Mandatory)

MCC MCC

MCC1 Cell MCC SET BTSAUTOPLANCFG(Optional)

MCCLASS MC PRI number ADD MPGRP(Optional)

MCCLASS MC PRI Number

MCELLID Second Cell Index

MCELLNAME Second Cell Name

MCN Cabinet No. of Manag

MCPAOPTALG MCPA Optimization SwSET GCELLCHMGAD(Optional)

MCSTANDARD GSM Multi Carrier BTS SET BTSPSUFP(Optional)

MDIDX MD INDEX

MDLEVEL MD Level ADD BTSETHMD(Optional)

MDName MD NAME

MDNAME MD Name

MEASORDER Allow MR Command orSET GCELLPSI1(Optional)

MEASPERIOD Measurement Period ADD GNRNC(Mandatory)

MEASURETYPE Measurement Report SET GCELLCCUTRANSYS(Optional)

MEPID MEP ID ADD ETHMEP(Mandatory)

MEPID MEP ID

MEPTYPE MEP Type ADD ETHMEP(Mandatory)

MHF MP/MC list head optionADD MPGRP(Optional)

MHF MP/MC List Head Optio

MINACCRXLEV Cell Reselection Level SET GCELLNC2PARA(Optional)


ADD BTSMPGRP(Optional)IMP BTSMPGRP(Optional)ADD NCELL(Mandatory)COL SYNCINFO(Mandatory)ADD NCELL(Mandatory)COL SYNCINFO(Mandatory)SET BTSDEMUBP(Optional)SET BTSDHEUBP(Optional)

ADD ETHMD(Mandatory)ADD ETHMA(Mandatory)

PING BTSCFM(Mandatory)TRC BTSCFM(Mandatory)ADD BTSETHLCMEP(Mandatory)ADD BTSETHRMMEP(Mandatory)

ADD BTSETHLCMEP(Mandatory)ADD BTSETHRMMEP(Mandatory)

ADD BTSMPGRP(Optional)IMP BTSMPGRP(Optional)

MINBW Min bandwidth [64kbpADD IPLOGICPORT(Optional)

MINECNOTHRES Min Ec/No threshold ADD GEXT3GCELL(Optional)

MINOFFSET Min Access Level OffseADD G2GNCELL(Optional)

MinorAlmThdA ANT_A ALD Current MinSET BTSRXUBP(Optional)

MinorAlmThdB ANT_B ALD Current MinSET BTSRXUBP(Optional)

MINORALMUP0 Feed Tri. 0 TMA Over SET BTSDATUBP(Optional)






MinorClrThdA ANT_A ALD Current MinSET BTSRXUBP(Optional)

MinorClrThdB ANT_B ALD Current MinSET BTSRXUBP(Optional)

MINPWRLEVDIRTRY Min Power Level For DiSET GCELLHOCTRL(Optional)

MINRESTIMETCH TCH Minimum RecoverSET GCELLCHMGBASIC(Optional)

MINRSCPTHRES Min RSCP threshold ADD GEXT3GCELL(Optional)

MINRXINT Min interval of BFD pa STR IPCHK(Optional)

MINRXINTERVAL Minimum RX Interval ADD BTSBFD(Optional)

MINTXINT Min interval of BFD pa STR IPCHK(Optional)

MINTXINTERVAL Minimum TX Interval ADD BTSBFD(Optional)

MIRRORDPN Mirror Dest Port No. STR ETHMIRRORPORT(Mandatory)

MIRRORSPN Mirror Source Port No. STR ETHMIRRORPORT(Mandatory)

MIRRORTYPE Mirror Type STR ETHMIRRORPORT(Mandatory)

MNC MNC

MNC1 Cell MNC SET BTSAUTOPLANCFG(Optional)

MOCACCESSCPURATE MOC Access CPU Rate SET BSCFCPARA(Optional)

MODE System clock working SET CLKMODE(Mandatory)

MODE Signalling link mode ADD SCTPLNK(Mandatory)

MODE Configure Mode SET QUICKCFG(Mandatory)

MODE Mode after Switchover

MODE File Output Mode SET GCSFILE(Mandatory)

MODE Backup mode SET MSP(Optional)

MODE Check mode STR IPCHK(Optional)

MODE0 Feed Tri. 0 Alarm Mod SET BTSDATUBP(Optional)






MONITORPERIOD Monitor Period STR BTSRACKTEMPMON(Mandatory)

MONITORTIME Monitor Time STR BTSRACKTEMPMON(Mandatory)


SWP MBSCMODE(Mandatory)CHK MODEDATA(Mandatory)

Month Month SET BTSAUTODLDACTINFO(Mandatory)

MOVESPEEDTHRES Quick Move Speed ThrSET GCELLHOFAST(Optional)

MPGRPEAAT MP Group Frame Error

MPGRPEADT MP Group Frame Error

MPGRPN MP Group No.

MPGRPN MP Group No. ADD IPLOGICPORT(Optional)

MPGRPN MLPPP Group No.

MPMODE Multiplexing Mode ADD BTS(Optional)

MPN Connect Port No.

MPSWITCH MCPPP Switch

MPTYPE MP type ADD MPGRP(Optional)

MPUSLOT MPU Slot No.

MPUSUBRACK MPU Subrack No.

MRCOMPREG MR. Compensation All SET GCELLPWR2(Optional)

MRMISSCOUNT Allowed MR Number LoSET GCELLHOFITPEN(Optional)

MRMISSNUM MRMissNumber SET GCELLPWR3(Optional)

MRPREPROCFREQ Sent Freq.of preproce SET GCELLHOCTRL(Optional)

MRRUATTENFACTOR1 Antenna Tributary 1 FaSET BTSRXUBP(Optional)

MRRUATTENFACTOR2 Antenna Tributary 2 FaSET BTSRXUBP(Optional)

MRSCOPESWITCH MR Collection Scope S SET GMRSCOPE(Mandatory)

MRSWITCH MR Collection Control SET GMRCTRL(Mandatory)

MRU Max Receive Unit

MS Number of MSs ADD AISSCFG(Optional)

MSCAPABLESTATSWIT MS Capability Statistic SET GCELLSOFT(Optional)

MSCCAP MSC Available Capabi ADD GCNNODE(Optional)

MSCNRILEN Length of NRI in TMSI ADD GCNOPERATOR(Mandatory)

MSCNULLNRI MSC NULL-NRI Value ADD GCNOPERATOR(Optional)

MSCPOOLALLOW MSC Pool Function EnaADD GCNOPERATOR(Optional)

MSCSTATUE MSC Administrable StaADD GCNNODE(Optional)

MSCVER MSC Version Indicatio SET GCELLCCUTRANSYS(Optional)

MSIPFAILINDDELAY TREESTABLISH SET GCELLTMR(Optional)

MSISDN MSISDN

MSISDNPREFIX1 MSISDN prefix 1 SET BSCBASIC(Optional)





MsisdnPrfxList2StartB Prefix Number for BSCSET BSSLS(Optional)




ADD BTSMPGRP(Optional)IMP BTSMPGRP(Optional)ADD BTSMPGRP(Optional)IMP BTSMPGRP(Optional)ADD MPGRP(Mandatory)ADD MPLNK(Mandatory)

IMP BTSMPGRP(Mandatory)IMP BTSMPLNK(Mandatory)

SET BTSDEMUBP(Optional)SET BTSDHEUBP(Optional)ADD BTSMPGRP(Optional)IMP BTSMPGRP(Optional)

SET MPUBIND(Mandatory)ADD BRD(Mandatory)SET MPUBIND(Mandatory)ADD BRD(Mandatory)

IMP BTSPPPLNK(Optional)IMP BTSMPLNK(Optional)








MsisdnPrfxList2StartB Prefix Number for BTS SET BSSLS(Optional)










MsisdnSegList2AvoidBAvoid Number for BSC SET BSSLS(Optional)










MsisdnSegList2AvoidBAvoid Number for BTS SET BSSLS(Optional)










MSLEVSTRQPBGT EN Quick PBGT HO AL SET GCELLHOFAST(Optional)

MSMAXRETRAN MS MAX Retrans SET GCELLCCBASIC(Optional)

MSPCMD MSP Control CommandSET MSPCMD(Mandatory)

MSRDMCSLEV MSRD MCS Threshold SET GCELLPSCHM(Optional)

MSRDPDCHLEV MSRD PDCH Multiplex SET GCELLPSCHM(Optional)

MSRN Subrack No. of Manag

MSRXMIN Min DL level on candidADD GEXT2GCELL(Optional)

MSRXQUALSTATTHRSHMS Rx Quality Statisti SET GCELLNC2PARA(Optional)

MSTF MS Flow Control TimerSET BSSGPPARA(Optional)

MSTSERVACTDELAY Master Service Active SET GBSCREDGRP(Optional)

MSTXPWRMAX Maximum TX Power forSET GCELLSERVPARA(Optional)

MSW Self-healing Switch f SET SLFSLVSW(Optional)

MTCACCESSCPURATE MTC Access CPU Rate SET BSCFCPARA(Optional)

MTHD Method CHK E1T1CRS(Mandatory)

MTP2LNKN MTP2 link No. ADD MTP3LNK(Mandatory)

MTRLGY Metrology ADD GPS(Optional)

MTU MTU value ADD SCTPLNK(Optional)

MTU MTU[Byte] SET ETHPORT(Optional)

MTU MTU SET BTSETHPORT(Optional)

MTVT Hierarchical Power Su SET BTSBAT(Optional)

MULTIBANDREP Multi-Band Report SET GCELLSERVPARA(Optional)

MUTECHECKCLASS1PEPeriod of Mute Detect SET GCELLSOFT(Optional)

MUTECHECKCLASS2SWMute Detect Class2 SwSET GCELLSOFT(Optional)

MUTECHECKPEIROD Period of Mute Detect SET GCELLSOFT(Optional)

MUTEFORBITCALLTMINAccess Prohibited Up SET GCELLSOFT(Optional)

MUTERELCALLEN Forced Call Release U SET GCELLSOFT(Optional)

MUXTIME PPP mux framing out-tADD PPPLNK(Optional)

MUXTIME PPP mux framing out-tADD MPGRP(Optional)

MUXTYPE IP MUX Type ADD IPMUX(Mandatory)

MWTRXNO Min Quantity of Worki SET BTSCABPARA(Optional)

MYDISCRIMINATOR My discriminator of B STR IPCHK(Optional)

N200 N200 SET BTSRINGATTR(Optional)

N200ESTAB N200 of Establish SET GCELLCCTMR(Optional)

N200FFULL N200 of FACCH/Full RaSET GCELLCCTMR(Optional)

N200FHALF N200 of FACCH/Half R SET GCELLCCTMR(Optional)

N200PARASWITCH Use LAPDm N200 SET GCELLCCTMR(Optional)

N200REL N200 of Release SET GCELLCCTMR(Optional)

N200SACCH N200 of SACCH SET GCELLCCTMR(Optional)

N200SDCCH N200 of SDCCH SET GCELLCCTMR(Optional)

N3101 Maximum Value of N3 SET GCELLSTANDARDOPTPARA(Optional)



N391 Parameter of DTE [N3 ADD BC(Optional)



NACCSPT Support NACC SET GCELLGPRS(Optional)


NAME OSP name ADD OPC(Mandatory)

NAME DSP name ADD N7DPC(Mandatory)

NAME Signalling Route nameADD MTP3RT(Mandatory)

NAME Signalling link set na ADD MTP3LKS(Mandatory)

NAME Signalling link name ADD MTP3LNK(Mandatory)

NAME Adjacent Node Name ADD ADJNODE(Mandatory)

NAME Local entity name ADD M3LE(Mandatory)

NAME Destination entity na ADD M3DE(Mandatory)

NAME M3UA route name ADD M3RT(Mandatory)

NAME M3UA Signalling link ADD M3LKS(Mandatory)

NAME M3UA Signaling link n ADD M3LNK(Mandatory)

NAME PCU Name ADD PCU(Mandatory)

NAMRLFRMTRXALLOWAssign Non-AMR User SET GCELLCHMGAD(Optional)

NAVGI N_AVG_I SET GCELLPSPWPARA(Optional)

NBAMRTFOSWITCH TFO Switch SET GCELLBASICPARA(Optional)

NBR2GNCELL1ID Neighbor 2G Cell 1 In ADD GIBCAPNCGRP(Mandatory)

NBR2GNCELL1NAME Neighbor 2G Cell 1 N ADD GIBCAPNCGRP(Mandatory)

NBR2GNCELL2ID Neighbor 2G Cell 2 In ADD GIBCAPNCGRP(Mandatory)

NBR2GNCELL2NAME Neighbor 2G Cell 2 N ADD GIBCAPNCGRP(Mandatory)

NBR2GNCELLID Neighbor 2G Cell Inde ADD G2GNCELL(Mandatory)

NBR2GNCELLNAME Neighbor 2G Cell Nam ADD G2GNCELL(Mandatory)

NBR3GNCELLID Neighbor Cell Index ADD G3GNCELL(Mandatory)

NBR3GNCELLNAME Neighbor Cell Name ADD G3GNCELL(Mandatory)

NBRCELLSWITCH Neighbor Cell Plan SwiSET BTSAUTOPLANCFG(Optional)

NBRCI Neighbour Cell CI ADD G2GNCELL(Mandatory)

NBRLAC Neighbour Cell LAC ADD G2GNCELL(Mandatory)

NBRMCC Neighbour Cell MCC ADD G2GNCELL(Mandatory)

NBRMNC Neighbour Cell MNC ADD G2GNCELL(Mandatory)

NBRSPT64 Support 64 Neighbour SET GCELLGPRS(Optional)

NC2LoadResel NC2 Load Reselection SET BSCPSSOFTPARA(Optional)

NC2SPT Support NC2 SET GCELLGPRS(Optional)

NCC NCC

NCC NCC ADD GCELLQUICKSETUP(Optional)

NCCPERMIT NCC Permitted SET GCELLIDLEBASIC(Optional)

NCCPERMITED NCC Permitted SET GCELLEXTMSRPARA(Optional)

NCELLFILTER Neighbor Cell Filter SET GCELLHOFAST(Optional)

NCELLFLTLEN Filter Length for Ncell SET GCELLHOFITPEN(Optional)

NcellInterFLevelThres NeighborCell Interfere SET OTHSOFTPARA(Optional)




ADD GCELL(Optional)ADD GEXT2GCELL(Mandatory)





NCHOCBLOCKNUM NCH Occupy Block Nu SET GCELLGSMR(Optional)

NCHSTARTBLOCK NCH Start Block SET GCELLGSMR(Optional)

NCO Network Control Mode SET GCELLPSBASE(Optional)

NEIGHBOR Adjacent flag ADD N7DPC(Optional)

NETMASK Net Mask ADD XPUVLAN(Mandatory)

NEWURGHOMININTV Min Interval for EmergSET GCELLHOCTRL(Optional)

NEXTHOP Forward Route Addres ADD OMUIPRT(Mandatory)

NEXTHOP Forward route addressADD IPRT(Mandatory)

NEXTHOP Forward route addressADD IPRTBIND(Mandatory)

NEXTHOP Forward Route Addres

NI Network ID ADD OPC(Mandatory)

NM Download file name DLD TCFILE(Mandatory)

NMO Network Operation MoSET GCELLPSBASE(Optional)

NMSACN No Mains Supply AlarmSET BTSALMPORT(Mandatory)

NMSAPN No Mains Supply AlarmSET BTSALMPORT(Mandatory)

NMSASN No Mains Supply AlarmSET BTSALMPORT(Mandatory)

NMSASRN No Mains Supply AlarmSET BTSALMPORT(Mandatory)

NO1M48ALMTHDDOW Lower limit of No.1 inpSET PWRPARA(Optional)

NO1M48ALMTHDUP Upper limit of No.1 inpSET PWRPARA(Optional)











NOAMRFULLTOHALFH Non-AMR F-H Ho AllowSET GCELLHOBASIC(Optional)

NOAMRFULLTOHALFHONon-AMR F-H Ho ATCB SET GCELLHOBASIC(Optional)

NOAMRFULLTOHALFH Non-AMR F-H Ho ATCB SET GCELLHOBASIC(Optional)

NOAMRFULLTOHALFHONon-AMR F-H Ho PathloSET GCELLHOBASIC(Optional)

NOAMRFULLTOHALFHONon-AMR F-H Ho PathloSET GCELLHOBASIC(Optional)

NOAMRFULLTOHALFH Non-AMR F-H Ho Qual.SET GCELLHOBASIC(Optional)

NOAMRFULLTOHALFTHNon-AMR F-H Traffic T SET GCELLHOBASIC(Optional)

NOAMRHALFTOFULLH Non-AMR H-F Ho ATCB SET GCELLHOBASIC(Optional)


NOAMRHALFTOFULLHONon-AMR H-F Ho PathloSET GCELLHOBASIC(Optional)

NOAMRHALFTOFULLH Allow Non-AMR H-F QuSET GCELLHOBASIC(Optional)

NOAMRHALFTOFULLH Non-AMR H-F Ho Qual.SET GCELLHOBASIC(Optional)

NOAMRHALFTOFULLTHNon-AMR H-F Traffic T SET GCELLHOBASIC(Optional)

NODET Adjacent Node Type ADD ADJNODE(Mandatory)

NODLMRHOALLOWLIMICons.No Dl Mr.HO Allo SET GCELLHOEMG(Optional)

NODLMRHOEN No Dl Mr.HO Allowed SET GCELLHOEMG(Optional)

NODLMRHOQUALLIMITNo Dl Mr.Ul Qual HO LiSET GCELLHOEMG(Optional)

NOMINALCAPACITY Norminal Capacity{AHSET BTSPMUBP(Optional)

NONAMRCALLPCALLO Allow III Power Contro SET GCELLPWR3(Optional)

NONDRXPERIOD Non-DRX Period SET GCELLNWCTRLMSRPARA(Optional)

NormalCurDurA A ALD Cur-Minor AlarmSET BTSRXUBP(Optional)

NormalCurDurB B ALD Cur-Minor AlarmSET BTSRXUBP(Optional)

NORMALRESELALLOW Cell Normal Reselecti SET GCELLNC2PARA(Optional)

NORTHD Normal Work TEMP ThrSET BTSCABPARA(Optional)

NOTMSIALLCELLPAGINDiscard TMSI All Cell SET OTHSOFTPARA(Optional)

NOTRASP Statistical Period of NoSET GTRXRLALM(Optional)

NOVGCSTIME No VGCS Call Time SET BTSFALLBACK(Optional)

NQUERIES Number of TRACERT PaTRC IPADDR(Optional)

NRBSDCCHFFLEN Filter Length for SD SET GCELLHOFITPEN(Optional)

NRBTCHFFLEN Filter Length for TC SET GCELLHOFITPEN(Optional)

NRI NRI Value ADD NRIMSCMAP(Mandatory)

NRI NRI Value ADD NRISGSNMAP(Mandatory)

NRofFDDCellFlag Support NR_of_FDD_celSET OTHSOFTPARA(Optional)

NSEI NSE Identifier

NSEI NSE Identifier ADD GCELLQUICKSETUP(Optional)

NSIGSTRFLTLEN NCell Filter Length fo SET GCELLHOFITPEN(Optional)

NSLATI NS Latitude SET GCELLLCS(Optional)

NSVCI NSVC Identifier ADD NSVC(Mandatory)

NSVCIDX NSVC Index

NTDI Normal Temperature DSET BTSDHEUBP(Optional)

NTDO Normal Temperature DSET BTSDHEUBP(Optional)

NY2 Ny2 SET GCELLGSMR(Optional)

OAMFLOWBW OAM flow min bandwidSET ETHPORT(Optional)

OAMFLOWBW OAM flow min bandwidADD PPPLNK(Optional)

OAMFLOWBW OAM flow min bandwidADD MPGRP(Optional)

OAMFLOWBW OAM flow min bandwidADD IPLOGICPORT(Optional)

OAMFLOWBW OAM flow min bandwidADD ETHTRK(Optional)

OAMFLOWDSCP DSCP of OAM flow SET QUEUEMAP(Mandatory)

OAMMINBWKEY OAM flow min bandwidSET QUEUEMAP(Optional)

OBJECTTYPE Operate Object SET BTSANTANGLE(Mandatory)

ADD PTPBVC(Mandatory)BLK PTPBVC(Mandatory)

ADD NSVC(Mandatory)BLK NSVC(Mandatory)

OBJECTTYPE Object Type STR TRXBURSTTST(Mandatory)

OBJIDX User Index ADD GCSCHRUSER(Optional)

OBJIDX Object Index ADD GPSCHRUSER(Optional)

OBJTP Object Type ADD OBJALMSHLD(Mandatory)

OBJTP Object Type ADD BTSOBJALMSHLD(Mandatory)

OBJTYPE Object Type SET FHO(Mandatory)

OccupyStreamingSwit Preempt Switch of Str SET GCELLPSOTHERPARA(Optional)

OLTOULHOALLOW OL to UL HO Allowed SET GCELLHOIUO(Optional)

OMLBKUP Configure Backup OMLSET BTSOMLBACKUP(Optional)

OMLDETECTSWITCH OML Detection Switch SET BTSOMLDETECT(Mandatory)

OmlDetectTime OML Lapd Link Detect SET OTHSOFTPARA(Optional)

OMLDSCP OML DSCP SET BSCABISPRIMAP(Optional)

OMLESLDL BTS OML&ESL AverageSET BTSBWPARA(Mandatory)

OMLESLUL BTS OML&ESL AverageSET BTSBWPARA(Mandatory)

OMLPRI OML Priority SET BSCABISPRIMAP(Optional)

OMLSP OML Service PRI SET BSCSRVPRI(Optional)

OMLVLANID OML VlanId SET BSCABISPRIMAP(Optional)

OMLWS OML/ESL/EML LAPD DowSET BTSLAPDWS(Optional)

OMUIP OMU External Network ADD EMSIP(Optional)

OMUMASK OMU External NetworkADD EMSIP(Optional)

OP Operator

OPC OSP Code ADD GCELLOSPMAP(Mandatory)

OPC OSP Code ADD GCELLQUICKSETUP(Mandatory)

OPCIDX OPC Index

OperatorType Operator Type ADD GCNOPERATOR(Mandatory)

OPINDEX Operator Index ADD GCNOPERATOR(Mandatory)

OPINDEXSET OP INDEX SET ADD GCBSADDR(Mandatory)

OPMODE Operate mode UPD JTGCPLD(Mandatory)

OPMODE Operation Mode BLK ACIC(Mandatory)

OPMODE Operation Mode BLK ATERE1T1(Mandatory)

OPMODE Operation Mode BLK AE1T1(Mandatory)

OPMODE Operation Mode BLK PBCIC(Mandatory)

OPNAME Operator Name

OPTILAYER Assign Optimum LayerSET GCELLHOIUO(Optional)

OPTILEVTHRES Assign-optimum-level SET GCELLHOIUO(Optional)

OPTITATHRES TA Threshold of Assig SET GCELLHOIUO(Optional)

OPTL TRX Priority SET GTRXDEV(Optional)

OPTM Optical interface stan SET OPT(Optional)

OPTP Operation Type SWP BTSBRD(Mandatory)

OPTYPE Operate Type SET BTSFORBIDTS(Mandatory)

OPX OPX ADD GNRNC(Mandatory)

ULK USR(Mandatory)ADD BTSOP(Mandatory)

BLK ACIC(Mandatory)ADD AE1T1(Mandatory)

ADD NRISGSNMAP(Mandatory)ADD PCU(Mandatory)

ORIPORT Originally E1/T1 Port NADD BTSTOPCONFIG(Mandatory)

OT Operation type

OTHERFREQ Other Frequency ADD GCELLQUICKSETUP(Optional)

OTHMODNUM Number of Other-RAT SET BTSOTHPARA(Optional)

OTOURECEIVETH OtoU HO Received LevSET GCELLHOIUO(Optional)

OUTASSOPTEN UL Subcell AssignmentSET GCELLHOEDBPARA(Optional)

OUTBSCHOCLEARTIMET8 SET GCELLTMR(Optional)

OUTBSCHOCMDTIMER T7 SET GCELLTMR(Optional)

OutBscLoadHoEn Inter BSC Load Inform SET GCELLHOAD(Optional)

OUTGENOVERLDTHRE UL Subcell General OvSET GCELLHOEDBPARA(Optional)

OUTHOPWROVERLOADPower Overload ThreshSET GTRXDEV(Optional)

OUTINNREXLEVTHREDOutgoing OL Subcell HSET GCELLHOEDBPARA(Optional)

OUTLOADHOENABLE Load HO Allowed SET GCELLHOEDBPARA(Optional)

OUTLOADHOMODPERI MOD Step LEN of UL L SET GCELLHOEDBPARA(Optional)

OUTLOADHOPERIOD UL Subcell Load HierarSET GCELLHOEDBPARA(Optional)

OUTLOADHOSTEP Step Length of UL Sub SET GCELLHOEDBPARA(Optional)

OUTLOWLOADTHRED UL Subcell Lower LoadSET GCELLHOEDBPARA(Optional)

OUTMASK Out BSC Mask ADD SEMILINK(Optional)

OUTPN Out BSC Port No. ADD SEMILINK(Mandatory)

OUTPORTNO DXX Out Port No. ADD DXXTSEXGRELATION(Mandatory)

OUTPORTTS DXX Out Time Slot No.ADD DXXTSEXGRELATION(Mandatory)

OUTPUT0 Cannel 0 Digital ControSET BTSDTMUBP(Optional)




OUTPUTPOWER Output Power ADD BTSLOCGRP(Mandatory)

OUTPUTPOWER1 Output Power ADD BTSLOCGRP(Mandatory)

OUTPUTPOWERUNIT Output Power Unit ADD BTSLOCGRP(Optional)

OUTSERIOVERLDTHREUL Subcell Serious Ov SET GCELLHOEDBPARA(Optional)

OUTSERVICEALM Cell Out-of-Service Al SET GCELLSOFT(Optional)

OUTSN Out BSC Slot No. ADD SEMILINK(Mandatory)

OUTSN Load Outlet Slot No. ADD ABISLOADSHARE(Mandatory)

OUTSRN Out BSC Subrack No. ADD SEMILINK(Mandatory)

OutSysLoadHoEn Allow Inter-RAT Load SET GCELLHOINTERRATLDB(Optional)

OUTSYSSERVHOREASSService Handover Rea SET OTHSOFTPARA(Optional)

OUTSYSSERVICEHOENService Based HandovSET OTHSOFTPARA(Optional)

OUTTIMER Load Info Timeout TimADD GNRNC(Optional)

OUTTSN Out BSC Start TimeslotADD SEMILINK(Mandatory)

OverCurAlmThdA ANT_A ALD Over CurreSET BTSRXUBP(Optional)

OverCurAlmThdB ANT_B ALD Over CurreSET BTSRXUBP(Optional)

OverCurAlmThdRET RET ALD Over Current SET BTSRXUBP(Optional)

CON PATCH(Optional)LOD PATCH(Optional)

OverCurClrThdA ANT_A ALD Over CurrenSET BTSRXUBP(Optional)

OverCurClrThdB ANT_B ALD Over CurrenSET BTSRXUBP(Optional)

OverCurClrThdRET RET ALD Over Current SET BTSRXUBP(Optional)

OverCurDurA A ALD Cur-Minor AlarmSET BTSRXUBP(Optional)

OverCurDurB B ALD Cur-Minor AlarmSET BTSRXUBP(Optional)

OVERLOADINTV Overload Indication PeSET GCELLCCCH(Optional)

OVERTHD Derating TEMP Thresh SET BTSCABPARA(Optional)

P11 CPU Usage for Critical SET BSCFCPARA(Optional)

P12 CPU Usage for Major P SET BSCFCPARA(Optional)

P13 CPU Usage for Minor PSET BSCFCPARA(Optional)

P14 CPU Usage for Slight PSET BSCFCPARA(Optional)

PaAdjVol PA Intelligent Adjust V SET BTSOTHPARA(Optional)

PACKASSDLSHIFT Move Packet AssignmeSET GCELLPSOTHERPARA(Optional)

PAGINGAVGCAPACITYI Average Paging MessaSET GCELLSOFT(Optional)

PAGINGLIFETIME BTS Paging Lifetime SET GCELLSOFT(Optional)

PAGINGMAXCAPACITYIMAX Paging Message NSET GCELLSOFT(Optional)

PAGTIMES Paging Times SET GCELLCCBASIC(Optional)

PANDEC PAN_DEC SET GCELLPSBASE(Optional)

PANINC PAN_INC SET GCELLPSBASE(Optional)

PANMAX PAN_MAX SET GCELLPSBASE(Optional)

PAOPTILEVEL Priority of Shut Down SET GTRXDEV(Optional)

PatchNo Patch No. SET BTSAUTODLDACTINFO(Mandatory)

PatchNo1 Patch Number SET BTSAUTODLDACTINFO(Mandatory)

PATHCHK IP path check flag ADD IPPATH(Optional)

PATHID IP path ID ADD IPPATH(Mandatory)

PATHID IP path ID

PATHLOSS Path Loss of Different SET GCELLPWRBASIC(Optional)

PATHLOSSHOEN Pathloss Ho. Enable SET GCELLHOBASIC(Optional)

PATHT IP path type ADD IPPATH(Optional)

PATTYPE Patch type

PB Pb SET GCELLPSPWPARA(Optional)

PBGTHOEN PBGT HO Allowed SET GCELLHOBASIC(Optional)

PBGTLAST PBGT Valid Time ADD G2GNCELL(Optional)

PBGTMARGIN PBGT HO Threshold ADD G2GNCELL(Optional)

PBGTSTAT PBGT Watch Time ADD G2GNCELL(Optional)

PbMtnMsgReSend MAX Retrans MaintenaSET OTHSOFTPARA(Optional)

PCADJPERIOD PC Interval SET GCELLPWRBASIC(Optional)

PCMEASCHAN PC_MEAS_CHAN SET GCELLPSPWPARA(Optional)

PCU PCU No BLK PBCIC(Mandatory)

PCUINDEX PCU No. ADD PCU(Mandatory)

PCUNO PCU No. ADD PBE1T1(Mandatory)

ADD IPMUX(Mandatory)ADD IPPATHBIND(Mandatory)

CON PATCH(Optional)LOD PATCH(Optional)

PCUNO PCU No. SET GCELLGPRS(Mandatory)

PCUPREEMPTFLAG PCU Support PREEMPTSET BTSFLEXABISPARA(Optional)

PDCHDWNLEV PDCH Downlink MultiplSET GCELLPSCHM(Optional)

PDCHPWRSAVEN PDCH Power Saving EnSET GCELLSOFT(Optional)

PDCHREFORMING PDCH Reforming SET GCELLPSCHM(Optional)

PDCHUPLEV PDCH Uplink Multiplex SET GCELLPSCHM(Optional)

PDTMRVALUE PENDING timer ADD M3LKS(Optional)

PeerBSCID Peer BSC ID SET GBSCREDGRP(Mandatory)

PEERBSCID Peer BSC ID SET BTSIP(Mandatory)

PEERBSCIP Peer BSC IP SET BTSIP(Mandatory)

PEERBSCMASK Peer BSC Mask SET BTSIP(Mandatory)

PEERBTSID Peer BTS ID SET BTSIP(Mandatory)

PEERIP Peer IP address ADD PPPLNK(Mandatory)

PEERIP Peer IP address ADD MPGRP(Mandatory)

PEERIP Peer IP address STR IPCHK(Mandatory)

PEERIP Peer IP Address

PEERIP Peer IP Address

PEERIP1 First destination IP ad ADD SCTPLNK(Mandatory)

PEERIP2 Second destination IP ADD SCTPLNK(Optional)

PEERIPADDR Peer IP address ADD IPPATH(Mandatory)

PEERMASK Peer subnet mask ADD IPPATH(Optional)

PEERPN Destination SCTP port ADD SCTPLNK(Mandatory)

PEERVERSION Peer Version SET BTSLOADCTRL(Mandatory)

PENALTYEN Penalty Allowed SET GCELLHOCTRL(Optional)

PENALTYLASTTM Cell Penalty Duration SET GCELLNC2PARA(Optional)

PENALTYRXLEV Cell Penalty Level SET GCELLNC2PARA(Optional)

PENALTYTIMER CfgPenaltyTimer SET GCELLHOFITPEN(Optional)

PERIOD Ping Check Period ADD IPPATH(Optional)

PERIOD Measurement Period STR NCS(Mandatory)

PFC Protocal field compres ADD PPPLNK(Optional)

PFC Protocol field compres ADD MPGRP(Optional)

PFC Support Protocol Fiel

PFCSUP PFC Support ADD NSE(Optional)

PGCLASSIFINGALLOW Paging Message ClassiSET BSCFCPARA(Optional)

PGMAXMSGNUMINPER Max CS Paging MessagSET BSCFCPARA(Optional)

PGMAXPSMSGNUMINPEMax PS Paging MessagSET BSCFCPARA(Optional)

PGSTATPERIOD Paging Statistical Peri SET BSCFCPARA(Optional)

PHB Per-Hop Behavior SET PHBMAP(Mandatory)

PHB PHB ADD IPMUX(Mandatory)

PI Cell Reselect ParameteSET GCELLIDLEBASIC(Optional)

PKPEnableSta Private Key Password SET CERTFILE(Optional)

ADD BTSPPPLNK(Mandatory)IMP BTSPPPLNK(Mandatory)ADD BTSMPGRP(Mandatory)IMP BTSMPGRP(Mandatory)

IMP BTSPPPLNK(Optional)IMP BTSMPGRP(Optional)

PKTCOUNT PKT Count STR ETHOAMLOOPTST(Optional)

PKTLEN PKT Size[Byte] STR ETHOAMLOOPTST(Optional)

PKTLEN Packet Length STR FRPORTLOOP(Mandatory)

PKTLENTHRES Maximum Frame LengADD BTSABISMUXFLOW(Optional)

PKTSI PACKET SI SET GCELLGPRS(Optional)

PKTSIZE Size of packet PING IP(Optional)

PKTSIZE PKT Size

PL1 Persistence Level 1 SET GCELLPRACH(Optional)

PL16QAM 16QAM Transmitter PoSET GTRXDEV(Optional)



PL32QAM 32QAM Transmitter PoSET GTRXDEV(Optional)


PL8PSK TRX 8PSK Level SET GTRXDEV(Optional)

PLPRD Packet lost measure p ADD IPLOGICPORT(Optional)

PLTH Packet discard threshoADD IPLOGICPORT(Optional)

PLYPOINT Play Point SET TCPLYVOICE(Mandatory)

PLYSWITCH Play Switch SET TCPLYVOICE(Mandatory)

PLYTIME Play Time SET TCPLYVOICE(Optional)

PMCTHD Performance monitor cSET FCCPUTHD(Optional)

PMCTHD Performance monitor cSET FCMSGQTHD(Optional)

PMI Interval for Sending C SET GCELLSOFT(Mandatory)

PMNUM Number of Cell PagingSET GCELLSOFT(Mandatory)

PMOAFLAG Cell Paging Package S SET GCELLSOFT(Optional)

PMRTHD Performance monitor rSET FCCPUTHD(Optional)

PMRTHD Performance monitor rSET FCMSGQTHD(Optional)

PMSW Performance monitoringSET FCSW(Optional)

PN Port No. SET SCUPORT(Optional)

PN Port No. SET ALMPORT(Mandatory)

PN Port No. SET XPUPORT(Optional)

PN Port No ADD ATERE1T1(Mandatory)

PN Port No

PN BM Port No BLK ATERE1T1(Mandatory)

PN Port No. ADD PBE1T1(Mandatory)

PN Port No. ADD OBJALMSHLD(Mandatory)

PN Port No.

PN Port No. SET E1T1LOP(Optional)

PN Port No.

PN Port No. STR E1T1TST(Optional)

PN Port No. SET OPTLOP(Mandatory)

PN Port No. SWP ETHPORT(Mandatory)

PING MAC(Optional)PING BTSCFM(Optional)

ADD AE1T1(Mandatory)BLK AE1T1(Mandatory)

SET MSPCMD(Mandatory)SET MSP(Mandatory)

LOP E1T1(Optional)SET E1T1(Optional)

PN Port No. SET OPT(Optional)

PN Port No. SET COPTLNK(Optional)

PN Port No.

PN Physics port No. ADD IPLOGICPORT(Optional)

PN Port No.

PN Port No. STR FRPORTLOOP(Optional)

PN Port No. CHK E1T1CRS(Mandatory)

PN Port No. ADD BC(Mandatory)

PN Port No. ADD PBSL(Mandatory)

PN Port No. ADD BTSAUTOPLAN(Mandatory)

PN Port No.

PN Port No.

PN Port No. SET BTSOMLTS(Mandatory)

PN Port No. ADD BTSCONNECT(Mandatory)

PN Port No.

PN Port No. ADD BTSETHLCMEP(Mandatory)

PN Port No. STR BTSTST(Optional)

POCDELAY Transmission Delay of SET GCELLPSOTHERPARA(Optional)

POCGBRMAX Max. GBR for POC ServSET GCELLPSOTHERPARA(Optional)

POCGBRMIN Min. GBR for POC ServSET GCELLPSOTHERPARA(Optional)

PocSup POC Support SET GCELLPSOTHERPARA(Optional)

PODECTHRES Power Output ReductioSET GCELLOTHEXT(Optional)

POERRTHRES Power Output Error ThSET GCELLOTHEXT(Optional)

POINTDESINFO Rollback Point Descrip ADD ROLLBACKPOINT(Optional)

POINTNAME Rollback Point Name

Port Destination Port ADD FTPSCLTDPORT(Mandatory)

PORT Port SWP BTSRING(Optional)

PORT Port SWP BTSOMLLINK(Optional)

PORTNO DXX In Port No. ADD DXXCONNECT(Mandatory)

PORTNUM DXX Port Number ADD DXX(Optional)

PORTPROTYPE Port protocol type ADD PORTFLOWCTRLPARA(Mandatory)

PortSwitch Panel Port Switch SET XPUPORT(Mandatory)

PORTTYPE Port Type ADD ETHMEP(Mandatory)

PORTTYPE Port Type ADD BTSTOPCONFIG(Mandatory)

POS2QUATER 2Quater Message TranSET GCELLCCUTRANSYS(Optional)

POT Patch Operation Type

POWER Rated Power SET BTSAPMUBP(Optional)

POWER_RELAY1 Switch for Relay 1 ADD EMU(Optional)




ADD ETHIP(Mandatory)ADD ETHMEP(Mandatory)

STR IPCHK(Optional)STR ETHOAMLOOPTST(Mandatory)

SET BTSENVALMPORT(Mandatory)ADD BTSOBJALMSHLD(Mandatory)IMP BTSPPPLNK(Mandatory)IMP BTSMPLNK(Mandatory)

SET BTSETHPORT(Mandatory)IMP BTSDEVIP(Mandatory)

BEG FORWARD(Mandatory)ADD ROLLBACKPOINT(Mandatory)




POWERCURRENTDIV Battery Shunt Coeffici SET BTSPMUBP(Optional)

POWERREDUCE16QAM16QAM Transmitter PoSET GCELLBASICPARA(Optional)

POWERREDUCE32QAM32QAM Transmitter PoSET GCELLBASICPARA(Optional)

POWERTYPE Power Type SET BTSPMUBP(Optional)

POWERTYPE Cabinet Power SystemSET BTSPOWERTYPE(Optional)

POWL Power Level SET GTRXDEV(Optional)

POWT Power Type SET GTRXDEV(Optional)

PPPEAAT PPP Frame Error Alarm

PPPEADT PPP Frame Error Alarm

PPPLNKN PPP link No. ADD PPPLNK(Optional)

PPPLNKN PPP sub-link No. ADD MPLNK(Optional)

PPPLNKN PPP link No. ADD IPLOGICPORT(Optional)

PPPLNKN PPP Link No.

PPPMUX PPP mux

PQNUM Priority queue numberADD PORTFLOWCTRLPARA(Optional)

PREEMFORHONOTREL Preempted Call Not ReSET OTHSOFTPARA(Optional)

PREEMFORHOPDCH PDCH Preemption Allo SET OTHSOFTPARA(Optional)

PREEMPTIONPERMIT Emergency Call PreemSET GCELLCCAD(Optional)

PREMRSAMPLE Preprocess MR SampleSET GMRCTRL(Optional)

PRI Route Priority

PRIACCTHR Packet Access Priority SET GCELLPSBASE(Optional)

PRIFCEN Support Priority BasedSET BSCFCPARA(Optional)

PRIMMESPPT Transfer Original MR SET GCELLHOCTRL(Optional)

PRINTCTHD Print control threshold SET FCCPUTHD(Optional)

PRINTCTHD Print control threshold SET FCMSGQTHD(Optional)

PRINTRTHD Print restore thresholdSET FCCPUTHD(Optional)

PRINTRTHD Print restore thresholdSET FCMSGQTHD(Optional)

PRINTSW Print Flow control swit SET FCSW(Optional)

PRIOR Cell Priority SET GCELLBASICPARA(Optional)

PRIOR Cell Priority ADD GEXT2GCELL(Optional)

PRIORABISLOADTHRE Flex Abis Prior Choose SET BTSFLEXABISPARA(Optional)

PRIORCLASS Cell HCS Prior Class SET GCELLSERVPARA(Optional)

PRIORITY Route priority

PRIORITY Signalling link priority

PRIORITY Priority ADD IPRT(Mandatory)

PRIVATEPROBEFST Preferential Customiz SET BTSOTHPARA(Mandatory)

PRIVATEPROBENUM Number of CustomizedSET BTSOTHPARA(Mandatory)

PRIVATEPROBESND Subsidiary CustomizedSET BTSOTHPARA(Mandatory)

PrivKey Private Key File Name SET CERTFILE(Optional)

ADD BTSPPPLNK(Optional)IMP BTSPPPLNK(Optional)ADD BTSPPPLNK(Optional)IMP BTSPPPLNK(Optional)

IMP BTSPPPLNK(Mandatory)IMP BTSMPLNK(Mandatory)ADD PPPLNK(Optional)ADD MPGRP(Optional)

ADD BTSIPRT(Optional)IMP BTSIPRT(Optional)

ADD MTP3RT(Optional)ADD M3RT(Optional)ADD MTP3LNK(Optional)ADD M3LNK(Optional)

PROBESEQ BTS Port Detection Se SET BTSOTHPARA(Optional)

PROT SS7 protocol type ADD N7DPC(Optional)

PROT Frame Relay Protocol ADD BC(Optional)

PROTECTDELAYTIME Protection Delay for D SET BTSABISTROP(Optional)

PROTECTTIME Dyn. Turning Off Cell SET GCELLDYNTURNOFF(Optional)

ProtectTimeTrxPower TRX Power-on Protecti SET BSCDSTPA(Optional)

PS Port select

PS Port select SET OPT(Optional)

PS Port select SET COPTLNK(Mandatory)

PSCHRABIS PS CHR Abis SET GPSCHRCTRL(Optional)

PSCHRGB PS CHR Gb SET GPSCHRCTRL(Optional)

PSCHRINNINFO PS CHR Inner InformatSET GPSCHRCTRL(Optional)

PSCHRINNMSG PS CHR Inner MessageSET GPSCHRCTRL(Optional)

PSCHRUM PS CHR Um SET GPSCHRCTRL(Optional)

PSDATADL GSM PS data service dADD TRMFACTOR(Optional)

PSDATAUL GSM PS data service upADD TRMFACTOR(Optional)

PSHOSUP PS Handover Support ADD NSE(Optional)

PSHPRIDATAPATH PS high PRI data path ADD TRMMAP(Optional)

PSHPRIDATAPRI PS high PRI data priori ADD TRMMAP(Optional)

PSHPSP PS High PRI Service PRADD GCELL(Optional)

PSI1RPT PSI1 Repetition Period SET GCELLPSI1(Optional)

PSISTATUSIND Support PSI Status Me SET GCELLPSI1(Optional)

PSLPRIDATAPATH PS low PRI data path ADD TRMMAP(Optional)

PSLPRIDATAPRI PS low PRI data priorit ADD TRMMAP(Optional)

PSLPSVP PS Low PRI Service PRIADD GCELL(Optional)

PSOTOURECEIVETHRS PS OtoU HO Receive LeSET GCELLHOIUO(Optional)

PSOUTMODE Mode Control SET GPSCHRCTRL(Optional)

PSRACHACCLEV PS RACH Min. Access LSET GCELLCCACCESS(Optional)

PSRACJACCLEV PS Min.Access Level ADD BTSLOCGRP(Optional)

PSRCDSW PS CHR Switch SET GPSCHRCTRL(Mandatory)

PSRESREQMSGNUMINPMax PS Resource REQ SET BSCFCPARA(Optional)

PSRESREQSTATPERIO PS Resource REQ StatisSET BSCFCPARA(Optional)

PSU0 DPSU 0 Configured

PSU1 DPSU 1 Configured

PSU2 DPSU 2 Configured SET BTSAPMUBP(Optional)

PSU2 DPSU 2 Configured SET BTSDPMUBP(Optional)






SET E1T1(Optional)CHK E1T1CRS(Mandatory)

SET BTSAPMUBP(Optional)SET BTSDPMUBP(Optional)SET BTSAPMUBP(Optional)SET BTSDPMUBP(Optional)

PSUTOORECEIVETHRS PS UtoO HO Receive LeSET GCELLHOIUO(Optional)

PSUTURNINGOFFENABPSU Turning Off Enabl SET BTSOTHPARA(Optional)

PSW Self-healing Switch fo SET SLFSLVSW(Optional)

PT Port Type SET ALMPORT(Mandatory)

PT Port ADD SNTPSRVINFO(Mandatory)

PT Cell Reselect Penalty SET GCELLIDLEAD(Optional)

PT Subnet Protocol Type ADD NSE(Mandatory)

PT Port Type SET BTSENVALMPORT(Optional)

PTCODE Line code SET E1T1(Optional)

PTRXT Frame receive Structu SET E1T1(Optional)

PTTXT Frame send Structure SET E1T1(Optional)

PTTYPE Frame Structure SET E1T1(Optional)

PTUID HDLC Path Index In BT

PTYPE Port type SET ETHPORT(Mandatory)

PTYPE Power System Type SET BTSAPMUBP(Optional)

PubCert Certificate File Name SET CERTFILE(Optional)

PV BTS Patch Version SET BTSAUTODLDACTINFO(Optional)

PV Patch Version

PVCUSERATETIMER PVC Utilization Report SET BSCPSSOFTPARA(Optional)

PWD Private Key Password SET CERTFILE(Mandatory)

PWD Password

PWD User Password

PwdMinLen Minimum Password Le SET PWDPOLICY(Optional)

PWL Power Level STR BTSTST(Mandatory)

PWRALMSSW1 First Alarm Switch SET PWRALMSW(Optional)

PWRALMSSW2 Second Alarm Switch SET PWRALMSW(Optional)

PWRBCDALLOWD Power Forecast AlloweSET GCELLPWRBASIC(Optional)

PWRCTRLOPTIMIZEDE III Power Control Opti SET GCELLPWR3(Optional)

PWRCTRLSW Power Control Switch SET GCELLPWRBASIC(Optional)

PWRDIV Power Deviation SET GCELLCCACCESS(Optional)

PWRDIVIND Power Deviation IndicaSET GCELLCCACCESS(Optional)

PWRLOCATION Location Group Power SET GCELLSOFT(Optional)

PWRMODE Power Class

PWROFFPROTECTSTARPower-off Protect Star SET BTSBAKPWR(Optional)

PWRPRIORALLOW Power Priority AllowedSET GCELLCHMGAD(Optional)

PWRSPNR Power Finetune SET GTRXDEV(Optional)

PwrSwitchA ANT_A ALD Power SwitSET BTSRXUBP(Optional)

PwrSwitchB ANT_B ALD Power SwitSET BTSRXUBP(Optional)

PwrSwitchRET RET ALD Power SwitchSET BTSRXUBP(Optional)

Q0MINDSCP Min DSCP of queue 0 SET QUEUEMAP(Optional)


ADD BTSBIND2HDLCPATH(Mandatory)ADD GTRXBIND2HDLCPATH(Mandatory)


DLD LICENSE(Mandatory)ULD LICENSE(Mandatory)ULD BTSLOG(Mandatory)DLD BTSSW(Mandatory)





QCI Qsearch C Initial SET GCELLCCUTRANSYS(Optional)

QCKMVHOEN MS Fast Moving HO Al SET GCELLHOBASIC(Optional)

QCKSTATCNT MS Fast-moving Watch SET GCELLHOAD(Optional)

QCKTIMETH MS Fast-moving Time SET GCELLHOAD(Optional)

QCKTRUECNT MS Fast-moving Valid CSET GCELLHOAD(Optional)

QI Qsearch I SET GCELLCCUTRANSYS(Optional)

QLENSD Filter Length for TCH QSET GCELLCHMGAD(Optional)

QLENSI Filter Length for SDCC SET GCELLCHMGAD(Optional)

QOSOPT Support QoS Optimize SET GCELLPSOTHERPARA(Optional)

QP Qsearch P SET GCELLCCUTRANSYS(Optional)

QSEARCHC Qsearch C SET GCELLCCUTRANSYS(Optional)

QTRUCHANMANGSWITQTRU Signal Merge AvoSET GCELLSOFT(Optional)

QTRUDNPWRLASTTIMEQtru Down Power InadSET GCELLCHMGAD(Optional)

QTRUDNPWRSTATTIMEQtru Down Power InadSET GCELLCHMGAD(Optional)

QTRUPWRSHARE Multi-Density TRX PowSET GCELLCHMGAD(Optional)

QUALOFFTIMES Qualified Times for OffSET BTSAIRCON(Optional)

QUALONTIMES Qualified Times for OnSET BTSAIRCON(Optional)

QUALSTEP MAX Down Adj. PC ValuSET GCELLPWR2(Optional)

QUERYCMAFTERINBSCQuery Classmark afterSET GCELLSOFT(Optional)

QUICKHOEN Quick Handover Enabl SET GCELLHOBASIC(Optional)

R0AuxDev SubRack0 Auxiliary E SET BTSAUXEQP(Optional)

R0BatAllow SubRack0 Storage BattSET BTSBAT(Optional)

R0BatCap SubRack0 Storage BattSET BTSBAT(Mandatory)

R0BatCoeff SubRack0 Storage BattSET BTSBAT(Mandatory)

R0BatType SubRack0 Storage BatSET BTSBAT(Mandatory)











RA RAC ADD GEXT2GCELL(Optional)

RA Route Area ADD GEXT3GCELL(Optional)

RA Routing Area SET GCELLGPRS(Optional)

RA Route Area SET BTSAUTOPLANCFG(Optional)

RA Route Area ADD GCELLQUICKSETUP(Optional)

RA1 Route Area SET BTSAUTOPLANCFG(Optional)

RACHACCLEV CS RACH Min. Access LSET GCELLCCACCESS(Optional)

RACHBUSYTHRED RACH Busy Threshold SET GCELLCCBASIC(Optional)

RACHLDAVERSLOT Average RACH Load TiSET GCELLCCCH(Optional)

RACJACCLEV CS Min.Access Level ADD BTSLOCGRP(Optional)

RACOLOR Routing Area Color Co SET GCELLPSBASE(Optional)

RANDACCESSRETRY Allow MS to Access to SET GCELLRESELECTPARA(Optional)

RANERRTHRED Random Access Error SET GCELLCCACCESS(Optional)

RARESELECTHYST Accessorial Hysteresis SET GCELLRESELECTPARA(Optional)

RATE Rate SET BTSETHPORT(Optional)

RATECTRLSW AMR Rate Control SwitSET GCELLCCAMR(Optional)

RATSCCHENABLED Is RATSCCH Function SET GCELLCCAMR(Optional)

RAWMRSAMPLE Raw MR Sample Ratio SET GMRCTRL(Optional)

RBPTYPE Type of Rollback Point BEG FORWARD(Mandatory)

RCDT Result Recording TypeRUN BATCHFILE(Optional)

RCN Chain No.

RCN1 First RXU Chain No. CBN BTSRXUCHAIN(Mandatory)

RCN2 Second RXU Chain No.CBN BTSRXUCHAIN(Mandatory)

RCVMD Receive Mode SET GTRXDEV(Optional)

RDC Rate down coefficient ADD IPLOGICPORT(Optional)

REASSEN Allow Reassign SET GCELLCCBASIC(Optional)

REASSFREQBAND Frequency Band of Re SET GCELLCCAD(Optional)

RECEIVEQUALTHRSHA ReceiveQualThrshAMRSET GCELLHOIUO(Optional)

RECEIVEQUALTHRSHA ReceiveQualThrshAM SET GCELLHOIUO(Optional)

RECLEVHYST RX_LEV Hysteresis SET GCELLHOIUO(Optional)

RECLEVTHRES RX_LEV Threshold SET GCELLHOIUO(Optional)

RECLEVUOHOALLOW RX_LEV for UO HO All SET GCELLHOIUO(Optional)

RecordDiscardedPaginRecord Discarded Pag SET OTHSOFTPARA(Optional)

RECOVERTHD Decrease rate alarm r ADD IPLOGICPORT(Optional)

RECQUALTH RX_QUAL Threshold SET GCELLHOIUO(Optional)

RECQUALUOHOALLOWRX_QUAL for UO HO ASET GCELLHOIUO(Optional)

RED Backup ADD BRD(Mandatory)

ReduceTransBwInt Interval to Reduce Tr SET BSCPSSOFTPARA(Optional)

ReduceTransBwNum Number of Transmissi SET BSCPSSOFTPARA(Optional)

REF2MCLK2SRC Port for LINE2 SET CLK(Optional)

REF2MCLK2SRCBAK Back-up port for LINE2SET CLK(Optional)

REF2MCLKSRC Port for LINE1 SET CLK(Optional)

REF2MCLKSRCBAK Back-up port for LINE1SET CLK(Optional)

REF2MCLKSW1 Switch of panel 2M BI SET CLK(Optional)

SET BTSBREAKPOINT(Mandatory)SPT BTSRXUCHAIN(Mandatory)

REF2MCLKSW2 Switch of panel 2M BI SET CLK(Optional)

REFUSELOCALCLK Use SGSN clock sourc SET CLK(Optional)

REGION Region Information SET BTSLSW(Optional)

REHOSTABSTIME ReHost Absolute Time SET GREDGRPPRIMHOSTPOLICY(Mandatory)

REHOSTDELAYTIME ReHostDelayTime SET GREDGRPPRIMHOSTPOLICY(Mandatory)

REHOSTTYPE ReHost Type SET GREDGRPPRIMHOSTPOLICY(Mandatory)

REINITTBL Reinitialize Neighbour ADD AISSCFG(Mandatory)

RELATEDCN Associated Board CN SET BTSRXUBP(Mandatory)

RELATEDFCUENABLEDExtend Connection ConSET BTSDFCUBP(Optional)

RELATEDMODFUNC Associated Board FuncSET BTSRXUBP(Optional)

RELATEDSN Associated Board SN SET BTSRXUBP(Mandatory)

RELATEDSRN Associated Board SRN SET BTSRXUBP(Mandatory)

RELATEDTRACK Cascading Tributary SET BTSDFCUBP(Optional)

REMARK Remark

REMARK Route use description ADD IPRT(Mandatory)

REMOTENSVLI Remote NSVL ID ADD NSVLREMOTE(Mandatory)

REP Repeat ADD GSMSCB(Mandatory)

REPEATDLFASET Repeated Downlink F SET GCELLCCBASIC(Optional)

REPEATDLFATHRED Repeated Downlink FASET GCELLCCBASIC(Optional)

REPEATSASET Repeated SACCH SET GCELLCCBASIC(Optional)

RESALMID Reserved Alarm ID. SET BTSENVALMPORT(Optional)

ResCheckAllowed ResCheckAllowed SET OTHSOFTPARA(Optional)

RESELHYST Cell Reselection HysteSET GCELLNC2PARA(Optional)

RESELINTERVAL Cell Reselect Interval SET GCELLNC2PARA(Optional)

RESELWATCHPERIOD Normal Cell Reselecti SET GCELLNC2PARA(Optional)

RESELWORSENLEVTHRNormal Cell Reselecti SET GCELLNC2PARA(Optional)

ReservedDynPdchPre Number of Reserved DSET GCELLPSCHM(Optional)

ReservedIdleCh Reserved TCH Number SET GCELLOTHEXT(Optional)

ResetAlmDelaySwitch BTS Reset Alarm DelaySET OTHSOFTPARA(Optional)

ResetAlmDelayTime BTS Reset Alarm Dela SET OTHSOFTPARA(Optional)

RESETINTERVAL Reset Interval of Acco SET PWDPOLICY(Optional)

RESETRETRY Reset Retry SET BSCNSPARA(Optional)

RESETTIME BTS Reset Time SET BTSOTHPARA(Optional)

RESETTIMER Reset Timer SET BSCNSPARA(Optional)

RESID Reason TST SNDRSI(Mandatory)

RespReqSel Response on Out-BSC SET OTHSOFTPARA(Optional)

REST Resume Broken Downl

RESTARTTMR Sub-protocol negotiateADD PPPLNK(Optional)

RESTARTTMR Sub-protocol negotiateADD MPLNK(Optional)

RESTYPE Alarm Restore Type

RESUMETIMER Resume Timer ADD GNRNC(Optional)

ADD TRMMAP(Optional)ADD TRMFACTOR(Mandatory)

DLD LICENSE(Optional)ULD LICENSE(Optional)


REVCHANNUM Reserved Channel Nu SET GCELLCHMGBASIC(Optional)

RFMAXPWRDEC Max RC Power ReductiSET GCELLOTHEXT(Optional)

RFRESINDPRD Radio Resource ReportSET GCELLCCCH(Optional)

RFT Execute Interval ADD SUBTSK(Optional)

RFUCFGBYSLOT Configure RFU by Slot ADD BTS(Optional)

RGPSINDICATION GPS or RGPS SET BTSDGPSBP(Optional)

RIMSUP RIM Support ADD NSE(Optional)

RLCN Channel No. SET E1T1LOP(Optional)

RLT Radio Link Timeout SET GCELLCCBASIC(Optional)

RMTTCATERTRANSMO Remote TC Subrack AtSET BSCBASIC(Optional)

RNCID RNC ID ADD GEXT3GCELL(Mandatory)

RNCINDEX Neighboring RNC Inde ADD GEXT3GCELL(Optional)

RNCINDEX Neighboring RNC Inde

RNCNAME Neighboring RNC NamADD GNRNC(Mandatory)

RootCert Root Certificate File SET CERTFILE(Optional)

ROUTENO Route No. ADD SGSNROUTEINFO(Mandatory)

ROUTEPORTNO Route Port No. ADD SGSNROUTEINFO(Mandatory)

RPTDLVQIALLOWED Report Downlink VQI ASET GCELLSOFT(Optional)

RPTPERIODI Cell Reselection MR PeSET GCELLNWCTRLMSRPARA(Optional)

RPTPERIODT Cell Reselection MR PeSET GCELLNWCTRLMSRPARA(Optional)

RPTTHD Decrease rate alarm reADD IPLOGICPORT(Optional)

RPTVOICE Report Speech QualitySET GCELLOTHBASIC(Optional)

RQSIGNLEN Filter Length for SD SET GCELLHOFITPEN(Optional)

RQTRAFFLEN Filter Length for TCH SET GCELLHOFITPEN(Optional)

RSCGRPN Rscgrp No. ADD IPPATH(Mandatory)

RSCMNGMODE Resource Managemen ADD RSCGRP(Mandatory)

RSCMNGMODE Resource managemenADD IPLOGICPORT(Optional)

RSCPENALTYTIMER RscPenaltyTimer SET GCELLHOFITPEN(Optional)

RSCPOFF RSCP Offset ADD G3GNCELL(Optional)

RSCPTHRES RSCP Threshold for LayADD GEXT3GCELL(Optional)

RSDSRC RSD alarm source SET OPT(Optional)

RSFSRC RSF alarm source SET OPT(Optional)

RSLCTOFFER GPRS Reselection Offs SET GCELLNCRESELECTPARA(Optional)

RSLDL BTS RSL Average Dow SET BTSBWPARA(Mandatory)

RSLDSCP RSL DSCP SET BSCABISPRIMAP(Optional)

RSLPRI RSL Priority SET BSCABISPRIMAP(Optional)

RSLUL BTS RSL Average Up-bSET BTSBWPARA(Mandatory)

RSLVLANID RSL VlanId SET BSCABISPRIMAP(Optional)

RSLWS RSL LAPD Window SizeSET BTSLAPDWS(Optional)

RSNDES Lock Reason LCK CMCTRL(Mandatory)

RSSThres Relative Signal Streng SET OTHSOFTPARA(Optional)

ADD GNRNC(Mandatory)ADD GIURGCONN(Mandatory)

RSTDESFILE Reset file UPD JTGCPLD(Mandatory)

RSTF Result File Name RUN BATCHFILE(Optional)

RSTFUN Restart switch ADD OPC(Optional)

RSTIME Restart Timer

RSVCHMFORECNUM Max Channel Num ReseSET GCELLCHMGBASIC(Optional)

RSVDPARA1 Reserved Parameter 1SET TRANSPATCHPARA(Optional)










RsvIdleChanNum Reserve Idle Channel SET BSCDSTPA(Optional)

RT Revertive type SET MSP(Optional)

RTCONTEXT Routing Context

RTCPBWRATIO RTCP Bandwidth Usag ADD GCNNODE(Optional)

RTCPSWITCH Enable RTCP ADD GCNNODE(Optional)

RTDEST Destination Network AADD OMUIPRT(Mandatory)

RTDESTMASK Destination Address MADD OMUIPRT(Mandatory)

RTIDX Route Index

RTOALPHA RTO alpha value ADD SCTPLNK(Optional)

RTOBETA RTO beta value ADD SCTPLNK(Optional)

RTOINIT RTO initial value ADD SCTPLNK(Optional)

RTOMAX RTO max value ADD SCTPLNK(Optional)

RTOMIN RTO min value ADD SCTPLNK(Optional)

RTPSWITCH Measure Link Delay SwSET GCELLBASICPARA(Optional)

RTTIPDCHMULTIPLEXT RTTI PDCH Multiplex T SET GCELLPSCHM(Optional)

RTTYPE Route Type

RUS Rate up step [kbps] ADD IPLOGICPORT(Optional)

RUSPRD Rate up step adjust peADD IPLOGICPORT(Optional)

RVer R-Version No. SET BTSAUTODLDACTINFO(Mandatory)

RXBW Backward Bandwidth ADD IPPATH(Mandatory)

RxBw Backward Bandwidth ADD RSCGRP(Mandatory)

RXLEVACCMIN Minimum Receiving levSET GCELLSERVPARA(Optional)

RXLEVOFF Interfere HO Qual. Thr SET GCELLAMRQUL(Optional)

RXMIN Minum Access RXLEV SET GCELLBASICPARA(Optional)

RXQCKFALLHOEN Rx_Level_Drop HO All SET GCELLHOBASIC(Optional)

RXQUAL1 Interfere HO Qual. Th SET GCELLAMRQUL(Optional)


ADD M3LE(Optional)ADD M3DE(Optional)

ADD BTSIPRT(Optional)IMP BTSIPRT(Mandatory)

ADD BTSIPRT(Mandatory)IMP BTSIPRT(Mandatory)












RXUCHAINNO RXU Chain No ADD TRXBIND2PHYBRD(Mandatory)

RXUCHAINNO RXU Chain No. SET BTSRXUBP(Mandatory)

RXUCHAINNO RXU Chain No. ADD BTSRXUBRD(Mandatory)

RXUIDTYPE RXU Index Type ADD TRXBIND2PHYBRD(Mandatory)

RXUIDTYPE RXU Index Type SET BTSRXUBP(Mandatory)

RXUNAME RXU Name ADD TRXBIND2PHYBRD(Mandatory)

RXUNAME RXU Name SET BTSRXUBP(Mandatory)

RXUNAME RXU Name ADD BTSRXUBRD(Mandatory)

RXUPOS RXU Chain Position ADD TRXBIND2PHYBRD(Mandatory)

RXUPOS RXU Chain Position SET BTSRXUBP(Mandatory)

RXUPOS RXU Board Position ADD BTSRXUBRD(Mandatory)

RXUTYPE RXU Board Type SET BTSRXUBP(Mandatory)

S1SWITCH S1 value setting switc SET OPT(Optional)

S1VALUE S1 Value SET OPT(Optional)

SAADIS Special Analog Alarm SET BTSDEMUBP(Optional)

SAAF Special Analog Alarm SET BTSAPMUBP(Optional)

SaGsmrMsc Trunking MSC ADD GCNNODE(Optional)

SAICALLOWED SAIC Allowed SET GCELLPWRBASIC(Optional)

SAICTHREDAPDTVALU Power Control ThresholSET GCELLPWR2(Optional)

SAICTHREDAPDTVALU Power Control thresholSET GCELLPWR3(Optional)

SALOG Special Analog Alarm SET BTSDPMUBP(Optional)

SAMECVGCELLID Same Coverage Cell NSET GCELLDYNTURNOFF(Mandatory)

SAMECVGCELLIDTYPE Same Coverage Cell I SET GCELLDYNTURNOFF(Mandatory)

SAMECVGCELLLOADSTSame Coverage Cell LoSET GCELLDYNTURNOFF(Optional)

SAMECVGCELLLOADT Same Coverage Cell L SET GCELLDYNTURNOFF(Optional)

SAMECVGCELLNAME Same Coverage Cell SET GCELLDYNTURNOFF(Mandatory)

SAMULFRM SACCH Multi-Frames SET GCELLCCBASIC(Optional)

SAS Special Alarm Switche SET BTSDPMUBP(Optional)

SASE Special Alarm Switch SET BTSDEMUBP(Optional)

SASV Special Alarm Switch VSET BTSDEMUBP(Optional)

SAVEENABLED Energy Saving SupportSET BTSDOMUBP(Optional)

SBAF Special Bool Alarm Fla SET BTSAPMUBP(Optional)

SBTSID First BTS Index COL SYNCINFO(Mandatory)

SBTSNAME First BTS Name COL SYNCINFO(Mandatory)

SCALEORDER SCALE_ORDER SET GCELLCCUTRANSYS(Optional)

SCDSCP DSCP of STREAM[QoS]SET BSCPSTCDSCPMAP(Optional)

SCELLFILTER Serving Cell Filter L SET GCELLHOFAST(Optional)

SCELLID First Cell Index

SCELLNAME First Cell Name

SCHEME Coding Scheme

SCHNNO Sub Channel No. STR BTSTST(Optional)

SCMD Command String

SCOPETYPE Scope Type SET GMRSCOPE(Mandatory)

SCPIDX Subrack CommunicatioADD SRCONPATH(Optional)

SCRAMBLE Scrambling Code or Ce

SCSN Start Serial No.

SCTPLNKN SCTP link No.

SD Start Date ADD SUBTSK(Mandatory)

SD Start Date EXP ALMLOG(Optional)

SD Start Date STA ALMLOG(Optional)

SD Alarm Log Saved TimeSET ALMCAPACITY(Optional)

SDALMTHD SD Alarm Threshold SET MSP(Optional)

SDATE Start Date STR BTSLOG(Optional)

SDAY Start date SET TZ(Mandatory)

SDCCHNUM SDCCHChannelNumbeADD GCELLQUICKSETUP(Optional)

SDCCHWaitMREn Waiting for MR on SD SET GCELLHOAD(Optional)

SDCCHWaitMRTimeLe Duration for Waiting SET GCELLHOAD(Optional)

SDDROPSTATDLLEV DL Level Threshold fo SET GCELLOTHEXT(Optional)

SDDROPSTATDLQUAL DL Quality Threshold SET GCELLOTHEXT(Optional)

SDDROPSTATULLEV UL Level Threshold fo SET GCELLOTHEXT(Optional)

SDDROPSTATULQUAL UL Quality Threshold SET GCELLOTHEXT(Optional)

SDDYN SDCCH Dynamic AllocaSET GCELLBASICPARA(Optional)

SDENABLE SD Enable SET MSP(Optional)

SDFASTHOSWITCH SD Quick HO SET GCELLSOFT(Optional)

SDFLAG Shut Down Enabled SET GTRXDEV(Optional)

SDHOMININTV Min Interval for SDCC SET GCELLHOCTRL(Optional)

SDMRCUTNUM SdMrCutNum SET GCELLPWR3(Optional)

SDPUNTIME Penalty Time on Fast ADD GEXT2GCELL(Optional)

SDPUNVAL Penalty on Fast Movin ADD GEXT2GCELL(Optional)

SDSCP DSCP of Signaling SET BSCPSTCDSCPMAP(Optional)

SDSFPRI SDSF Priority SET MSP(Optional)

ADD NCELL(Mandatory)COL SYNCINFO(Mandatory)ADD NCELL(Mandatory)COL SYNCINFO(Mandatory)SET GCELLSBC(Optional)ADD GSMSCB(Mandatory)

ADD SUBTSK(Mandatory)ADD SUBCMD(Mandatory)

ADD GEXT3GCELL(Mandatory)SET GCELLHOFDDBA2(Mandatory)EXP ALMLOG(Optional)STA ALMLOG(Optional)ADD SCTPLNK(Mandatory)ADD M3LNK(Mandatory)

SDT Shutdown TemperaturSET BTSAPMUBP(Optional)

SDTMWDALMDIS Sliding Time Window AADD BTSALMMGMRULE(Mandatory)

SDTMWDALMOC Sliding Time Window ADD BTSALMMGMRULE(Mandatory)

SDV Shutdown Voltage SET BTSAPMUBP(Optional)

SEARCH3G 3G Search PRIO SET GCELLCCUTRANSYS(Optional)

SELFVERSION Self Version SET BTSLOADCTRL(Mandatory)

Send2QuterFlag Support Sent 2QUATE SET OTHSOFTPARA(Optional)

SendBssInvokeTrace Spt BSS Invoke Trace SET OTHSOFTPARA(Mandatory)

SENDCMAFTERINBSCHSend Classmark ENQ RSET GCELLSOFT(Optional)

SendConfusionToMSC Sent Confusion Messa SET AITFOTHPARA(Optional)

SENDDOWNLINKMESS Send Downlink MessagSET OTHSOFTPARA(Optional)

SENDFACCHNOTPRI Send FACCH NotificatioSET GCELLGSMR(Optional)

SENDFACCHPAGPRI Send FACCH Paging PriSET GCELLGSMR(Optional)

SENDSAMBE BSC Auto Link Flag SET BTSOTHPARA(Optional)

SENDSI2TERFLAG Send System InformatiSET OTHSOFTPARA(Optional)

SENDSI5TERFLAG Send System InformatiSET OTHSOFTPARA(Optional)

SendUtranECSCFlag Send 3G Class Flag SET OTHSOFTPARA(Optional)

SEPARATEPOS Separate Position SPT BTSRXUCHAIN(Mandatory)

SEPERATEMODE Separate Mode ADD BTS(Optional)

SERCMDPORT The Command Port of SET FTPSSRV(Mandatory)

SERDATAPORT The Source Date Port oSET FTPSSRV(Mandatory)

SERIALNO Device Serial No. ADD BTSRETANT(Mandatory)

ServerIP FTP Server IP Address ADD FTPSCLTDPORT(Mandatory)

ServiceMode Service mode SET BSCBASIC(Optional)

SERVICEMODE Service Type ADD BTS(Optional)

SERVICEMODE Service Type ADD BTSAUTOPLAN(Mandatory)

ServiceName Service Name EXP LOG(Optional)

SERVICETYPE Service Type

SETDIESELENGINEENADiesel Engine Configu

SETENVPARAENABLEDENV TEMP CFG Enable SET BTSAPMUBP(Optional)

SETENVPARAENABLEDENV TEMP CFG Enable SET BTSDPMUBP(Optional)

SETHUMPARAENABLEDEnvironment Humidity

SFPPORTNO SFP Port No ADD BTSSFPMODE(Mandatory)

SGSNCAP Configure Capacity<K ADD SGSNNODE(Optional)

SGSNNAME SGSN Name ADD SGSN(Mandatory)

SGSNNRILEN SGSN NRI Length ADD GCNOPERATOR(Mandatory)

SGSNNULLNRI SGSN NullNRI Value ADD GCNOPERATOR(Optional)

SGSNPOOLALLOW Allow SGSN Pool ADD GCNOPERATOR(Optional)

SGSNR Protocol Version Supp SET GCELLPSBASE(Optional)

SGSNSTATUS SGSN Management StaADD SGSNNODE(Optional)

SHAREINCPURATE Share in CPU Rate SET BSCFCPARA(Optional)

SET BTSVLAN(Mandatory)IMP BTSVLAN(Mandatory)SET BTSAPMUBP(Optional)SET BTSDPMUBP(Optional)


SHARESN Load Sharing Slot No. ADD ABISLOADSHARE(Mandatory)

SHARINGALLOW Sharing Allow SET BTSSHARING(Optional)

SHLDFLG Shield Flag SET ALMSHLD(Mandatory)

SHUTDOWNTRXSTARTTShutdown TRX Start T SET BTSBAKPWR(Optional)

SI2TerSwitch SI 2ter Switch SET OTHSOFTPARA(Optional)

SIGCHANHOEN SDCCH HO Allowed SET GCELLHOBASIC(Optional)

SIGLAST Signal Strength Durat ADD AISSCFG(Optional)

SIGLKSX Signalling link set ind

SIGLKSX Signalling link set ind

SIGLNKID Signaling link ID ADD M3LNK(Mandatory)

SIGLW Signaling Load WeightADD NSVLLOCAL(Optional)

SIGLW Signaling Load WeightADD NSVLREMOTE(Optional)

SIGNALSP Signal Service PRI SET BSCSRVPRI(Optional)

SIGOBS Signal Strength Obser ADD AISSCFG(Optional)

SIGQUAFLTLEN Filter Length for SDCC SET GCELLHOFITPEN(Optional)

SIGSLC Signalling link code ADD MTP3LNK(Mandatory)

SIGSTRFLTLEN Filter Length for SDCC SET GCELLHOFITPEN(Optional)

SilenceTicksOfResReq Interval Between ResoSET BSCPSSOFTPARA(Optional)

SinglePassExcludeMsi Single Pass Exclude SET BSCBASIC(Optional)




















SIPADDR Source IP address PING IP(Mandatory)

SIPADDR Source IP address TRC IPADDR(Optional)

SITES Sites COL LOG(Optional)

ADD MTP3LKS(Mandatory)ADD MTP3LNK(Mandatory)ADD M3LKS(Mandatory)ADD M3LNK(Mandatory)

SITESYNCZONE Site Sync Zone SET BTSAISS(Mandatory)

SLAVEIPADDR Clock Server IP AddresSET BTSIPCLKPARA(Mandatory)

SLAVELOCGRPNO Sub-Location Group NoADD BTSBINDLOCGRP(Mandatory)

SLPTYPE Self Loop Type STR TRANSPERFTST(Mandatory)

SLSMASK Signalling route mask ADD N7DPC(Optional)

SLVSERVACTDELAY Slave Service Active DSET GBSCREDGRP(Optional)

SM StartType SET TZ(Mandatory)

SMLCIDX SMLC Index ADD GEXTSMLC(Mandatory)

SMLCMode SMLC Mode ADD GEXTSMLC(Mandatory)

SMOKE_MASK Enable Smoke Alarm RADD EMU(Optional)

SMONTH Start month SET TZ(Mandatory)

SMWINDOW Filter window

SN Slot No.

SN Slot No. DLD TCFILE(Mandatory)

SN Slot No.

SN Slot No. ADD M3LNK(Mandatory)

SN Slot No

SN BM Slot No BLK ATERE1T1(Mandatory)

SN Slot No.

SN Slot No.

SN Slot No. ADD OBJALMSHLD(Optional)

SN Slot No.

SN Main Board Logic slot

SN Slot No.

SN Slot No. ADD GIURGCONN(Mandatory)

SN Slot No.

SN Slot No.

SN Slot No. ADD NSE(Mandatory)

SN Slot No. ADD PBSL(Mandatory)

SN Port Slot No.

SN Slot No. ADD BTSCONNECT(Mandatory)

SN Slot No. OPR BTSBRDPWR(Mandatory)

SNDMD Send Mode SET GTRXDEV(Optional)

SndRcvMode DRRU Sending ReceiviSET BTSRXUBP(Optional)

SndRcvMode1 DRFU Sending Receivi SET BTSRXUBP(Optional)

SndRcvMode2 MRRU/GRRU Sending RSET BTSRXUBP(Optional)

SndRcvMode3 MRFU/GRFU Sending RSET BTSRXUBP(Optional)

SndRcvMode4 BTS3900E Sending RecSET BTSRXUBP(Optional)

SP Sync Period SET SNTPCLTPARA(Mandatory)

SPC OSP code[Whole NumbADD OPC(Optional)

SPCBITS OSP code bits ADD OPC(Mandatory)

SET FCCPUTHD(Optional)SET FCMSGQTHD(Optional)SET DSPLVDSMODE(Mandatory)ADD BTSAUTOPLAN(Mandatory)

ADD MTP3LNK(Optional)ADD SCTPLNK(Mandatory)

ADD ATERE1T1(Mandatory)ADD AE1T1(Mandatory)

BLK AE1T1(Mandatory)ADD PBE1T1(Mandatory)EXP ALMLOG(Optional)STA ALMLOG(Optional)

CHK E1T1CRS(Mandatory)SET BTSIP(Mandatory)SWP ETHPORT(Mandatory)ADD ETHREDPORT(Mandatory)SET TCPLYVOICE(Mandatory)SET TCPARA(Mandatory)

CHG BTSPTUSHKTM(Mandatory)IMP BTSDEVIP(Optional)ADD BTSBFD(Optional)ADD BTSIPRTBIND(Optional)


SPCDNF OSP code[Divided NumADD OPC(Optional)

SPCIC Start PCIC ADD PBE1T1(Mandatory)

SPDF Signal point data form

SPECACC Special Access ControlSET GCELLCCBASIC(Optional)

SPECIALSWITCH Special Alarm Switch SET BTSFMUABP(Optional)

SPECIALSWITCHERLEVSpecial Alarm Valid Le SET BTSFMUABP(Optional)

SpeechAlmPeriod One-Way Mute Alarm RSET BSCBASIC(Optional)

SpeechVerInAssCmp Speech VER Send FlagSET MSGSOFTPARA(Optional)

SpeechVerinHoPerfor Speech VER Send FlagSET MSGSOFTPARA(Optional)

SpeechVerInHoReqAckSpeechVerSend Flag i SET MSGSOFTPARA(Optional)

SpeechVerInHoRqd HO_RQD Speech VER SET MSGSOFTPARA(Optional)

SPEECHVERMODE1 Speech Version Mode SET BTSCHNFALLBACK(Mandatory)

SPEECHVERMODE2 Speech Version Mode SET BTSCHNFALLBACK(Mandatory)

SPEECHVERSION Speech Version SET BTSCHNFALLBACK(Mandatory)

SPEED ETHPORT SPEED SET ETHPORT(Optional)

SPEEDPUNISH Penalty on MS Fast MoSET GCELLHOAD(Optional)

SPEEDPUNISHT Penalty Time on Fast SET GCELLHOAD(Optional)

SPGCCCCHSUP Support SPLIT_PG_CYCSET GCELLPSBASE(Optional)

SpprtCB Support Cell Broadcas ADD GCNOPERATOR(Optional)

SPTCOMMMEAS Allow Common MeasureADD GNRNC(Optional)

SPTINFOEXCHG Allow Info Exchange atADD GNRNC(Optional)

SPTINTERRATINBSCPS Support In Inter-RAT I SET GCELLGPRS(Optional)

SPTINTERRATOUTBSC Support Out Inter-RAT SET GCELLGPRS(Optional)

SPTNACCResGuarante Support NACC ResourcSET BSCPSSOFTPARA(Optional)

SptPaging Support Paging Messa ADD GCNNODE(Optional)

SptPbLapdCheck Support Pb Lapd Chec SET OTHSOFTPARA(Optional)

SptPbResCheck Support Pb Resource SET OTHSOFTPARA(Optional)

SptPbSglPassCheck Support Pb Single Pas SET OTHSOFTPARA(Optional)

SptPCICCheck Support PCIC Check SET OTHSOFTPARA(Optional)

SptRanSharing Support RAN Sharing SET BSCBASIC(Optional)

SPTREDUCELATENCY Support Reduced LatenSET GCELLGPRS(Optional)

SPTSHARING RanSharing Support SET BTSRXUBP(Optional)

SPTSTATEFWL Support State Firewall SET FTPSCLT(Optional)

SPX OSP index

SRANMODE Is Support Normalized ADD BTS(Mandatory)

SRANMODE Is Support SingleRAN ADD BTSAUTOPLAN(Mandatory)

SRANMODE Is Support SingleRAN ADD BTSCABINET(Optional)

SRC2GNCELLID Source Cell Index

SRC2GNCELLNAME Source Cell Name

SRC3GNCELLID Source Cell Index ADD G3GNCELL(Mandatory)

SRC3GNCELLNAME Source Cell Name ADD G3GNCELL(Mandatory)

ADD OPC(Optional)ADD N7DPC(Optional)

ADD N7DPC(Mandatory)ADD M3LE(Mandatory)

ADD G2GNCELL(Mandatory)ADD GIBCAPNCGRP(Mandatory)ADD G2GNCELL(Mandatory)ADD GIBCAPNCGRP(Mandatory)

SRCCI Source Cell CI ADD G2GNCELL(Mandatory)

SRCF Source File Name RUN BATCHFILE(Mandatory)

SRCGRD Clock source priority SET CLKMODE(Mandatory)

SRCGRD Clock source priority ADD CLKSRC(Mandatory)

SRCHOCTRLSWITCH Current HO CTRL AlgorADD G2GNCELL(Optional)

SRCIP Source IP Address ADD BTSBFD(Mandatory)

SRCLAC Source Cell LAC ADD G2GNCELL(Mandatory)

SRCMCC Source Cell MCC ADD G2GNCELL(Mandatory)

SRCMEPID MEP ID

SRCMNC Source Cell MNC ADD G2GNCELL(Mandatory)

SRCPORTNO Source port No. ADD TSCROSS(Mandatory)

SRCT Clock source type ADD CLKSRC(Mandatory)

SRCTSMASK Source timeslot mask ADD TSCROSS(Mandatory)

SRN Subrack No.

SRN Subrack No.

SRN Subrack No.

SRN Subrack No.

SRN Subrack No. ADD M3LNK(Mandatory)

SRN BM Subrack No BLK ATERE1T1(Mandatory)

SRN Subrack No COL LOG(Optional)

SRN Subrack No.

SRN Subrack No.

SRN Subrack No.

SRN Subrack No. ADD GIURGCONN(Mandatory)

SRN Subrack No.

SRN Subrack No.

SRN Subrack No. ADD NSE(Mandatory)

SRN Subrack No. ADD PBSL(Mandatory)

SRN Port Subrack No.

SRN Subrack No. ADD BTSCONNECT(Mandatory)

SRN Subrack No. OPR BTSBRDPWR(Mandatory)

SRN1 Subrack 1 No ADD SRCONPATH(Mandatory)

SRN2 Subrack 2 No ADD SRCONPATH(Mandatory)

SRName Subrack name ADD SUBRACK(Mandatory)

SRNO Tributary No. SET BTSTMA(Mandatory)

SRT Subrack type SET CLK(Mandatory)

SRTORD Sort Order EXP ALMLOG(Optional)

SRVLW User Data Load WeighADD NSVLLOCAL(Optional)

SRVLW User Data Load WeighADD NSVLREMOTE(Optional)

SRVPRIPOLICY Service Priority Policy SET BTSPSUFP(Optional)

SRVTYPE Service Type ADD BTSABISMUXFLOW(Mandatory)

PING MAC(Mandatory)TRC MAC(Mandatory)

SET DSPLVDSMODE(Mandatory)ADD BTSAUTOPLAN(Mandatory)ADD SUBRACK(Mandatory)SET CLK(Mandatory)ADD MTP3LNK(Optional)ADD SCTPLNK(Mandatory)ADD ABISLOADSHARE(Mandatory)ADD PBE1T1(Mandatory)

STA ALMLOG(Optional)ADD OBJALMSHLD(Mandatory)ADD ETHTRKIP(Mandatory)STR ETHMIRRORPORT(Mandatory)SET TCPLYVOICE(Mandatory)SET TCPARA(Mandatory)

CHG BTSPTUSHKTM(Mandatory)IMP BTSDEVIP(Optional)ADD BTSBFD(Optional)ADD BTSIPRTBIND(Optional)


SSBQPUNISH Penalty Level after B SET GCELLHOFITPEN(Optional)

SSCPUAVEUSAGEALMTCPU occupancy alarm cSET CPUTHD(Optional)

SSCPUMAXUSAGEALM CPU occupancy alarm SET CPUTHD(Optional)

SSDSPAVEUSAGEALMTDSP occupancy alarm cSET CPUTHD(Optional)

SSDSPMAXUSAGEALM DSP occupancy alarm SET CPUTHD(Optional)

SSLENSD Filter Length for TCH LSET GCELLCHMGAD(Optional)

SSLENSI Filter Length for SDCC SET GCELLCHMGAD(Optional)

SSN Subsystem No.

SSN Subsystem No. ADD GIURGCONN(Mandatory)

SSSN Start Sync Serial No. EXP ALMLOG(Optional)

SSTAPUNISH Penalty Level after TA SET GCELLHOFITPEN(Optional)

ST StartTime SET TZ(Mandatory)

ST Start Time EXP LOG(Optional)

ST Start Time ADD SUBTSK(Mandatory)

ST Start Time COL LOG(Optional)

ST Start Time EXP ALMLOG(Optional)

ST Start Time STA ALMLOG(Optional)

ST Start Time ADD GSMSCB(Mandatory)

STARTAID Start Alarm ID

STARTCBSHORTMSGF Prefer Variable Bitma SET BSCFCPARA(Optional)

STARTCHREQARRIVAL CHAN REQ Arrival ContSET BSCFCPARA(Optional)

STARTCIC Start CIC BLK ACIC(Mandatory)

STARTCIC Start CIC BLK PBCIC(Mandatory)

StartDayDSTPA Prohibit Power Saving ADD BSCDSTPADATE(Mandatory)

STARTHEATTEMP Heater Startup TempeSET BTSDHEUBP(Optional)

StartMonthDSTPA Prohibit Power Saving ADD BSCDSTPADATE(Mandatory)

STARTPGARRIVALCTRLPaging Arrival Control SET BSCFCPARA(Optional)

STARTPSRESREQARRIVPS Resource REQ ArrivSET BSCFCPARA(Optional)

STARTSUBTS Start Sub Timeslot No.SET BTSFORBIDTS(Optional)

STARTTIME Fallback Start Time SET BTSFALLBACK(Optional)

StartTimeTACloseTrxP Time When the FunctioSET BSCDSTPA(Optional)

STARTTS Start TS BLK ATERE1T1(Mandatory)

STARTTS Start TS BLK AE1T1(Mandatory)

STARTTS Start Timeslot No. SET BTSFORBIDTS(Mandatory)

STC Smart Temperature CoSET BTSFMUABP(Optional)

STC Smart Temperature CoSET BTSNFCBBP(Optional)

STCIC Start CIC ADD AE1T1(Mandatory)

STCN Out Port Cabinet No. ADD BTSMONITORTS(Optional)

STD Start Date ADD OP(Mandatory)

STEP Measurement Step STR NCS(Mandatory)

STFLG Satellite flag ADD MTP3LNK(Optional)

LOD BRD(Optional)CMP TBLDATA(Mandatory)


STIME Start Time STR BTSLOG(Optional)

STIRCALLOWED EICC Allowed SET GCELLSOFT(Optional)

STOPSI5SWITCH Stop Send SI 5/5bis/5t SET GCELLSOFT(Optional)

STOPTIME Fallback Stop Time SET BTSFALLBACK(Optional)

STP STP function switch ADD N7DPC(Optional)

STPN Out-BTS Port No. ADD BTSMONITORTS(Mandatory)

STRTM Start Time SET GCELLFREQSCAN(Optional)

STSN Out Port Slot No. ADD BTSMONITORTS(Optional)

STSRN Out Port Subrack No. ADD BTSMONITORTS(Optional)

STSUBTS Out-BTS Sub Timeslot ADD BTSMONITORTS(Mandatory)

STT Start Time ADD OP(Mandatory)

STTS Out-BTS Timeslot No. ADD BTSMONITORTS(Mandatory)

STTYPE BTS Type SET BTSAUTODLDACTINFO(Optional)

SUBBSCTID ID of slave BSC in TC PBLK ACIC(Mandatory)

SUBBSCTID ID of slave BSC in TC PADD AE1T1(Mandatory)

SUBCMD Command Parameter STR BTSLOG(Optional)

SUBFRAMELEN Max subframe length[bADD IPMUX(Optional)

SUBFRAMETHRES Max Subframe Length ADD BTSABISMUXFLOW(Optional)

SUBID Subtask ID

SUBNET Subnet No SET SUBNET(Mandatory)

SUBRESPREEMPTFLG Sublink Resources Pre SET GCELLSOFT(Optional)

SUBRESPREEMPTFLG Sub Res Preempt Flag SET BTSFLEXABISPARA(Optional)

SUBTS Sub Timeslot No. SET BTSOMLTS(Mandatory)

SubVer Sub-Version No.of TM SET BTSAUTODLDACTINFO(Mandatory)

SupportApplyUsedCic Support Apply Used A SET OTHSOFTPARA(Optional)

SUPPORTBAKCLK2SRCUse Back-up port for L SET CLK(Optional)

SUPPORTBAKCLKSRC Use Back-up port for L SET CLK(Optional)

SUPPORTCELLBROADCSupport Cell Broadcas SET GCELLSBC(Optional)

SUPPORTDL5TS Support High Multislot SET BSCPSSOFTPARA(Optional)

SUPPORTDTM Support DTM SET GCELLGPRS(Optional)

SUPPORTEDA Support EDA SET BSCPSSOFTPARA(Optional)

SUPPORTENDTM Support Enhanced DT SET GCELLGPRS(Optional)

SupportIpSpanBtsLSwiSupport FE/GE SPAN BTSET BSSLS(Optional)

SupportTFOCodecOpti Support TFO Codec OpSET BSCBASIC(Optional)

SupptCellList SupptCellList ADD GNRNC(Optional)

SVALUE S Value SET GCELLPRACH(Optional)

SVRIP Server IP ADD NSE(Mandatory)

SVRPORT Server UDP Port ADD NSE(Mandatory)

SW Switch SET ALMPORT(Optional)

SW OMU Automatic SwitchSET ASWPARA(Mandatory)

SW Switch SET OBJAUTHSW(Mandatory)

ADD SUBTSK(Mandatory)ADD SUBCMD(Mandatory)

SW Switch SET BTSENVALMPORT(Mandatory)

SW Power Switch OPR BTSBRDPWR(Mandatory)

SWEEK Start week SET TZ(Mandatory)

Switch Port switch SET SCUPORT(Mandatory)

SWITCH Self-healing Switch SET SLFSLVSW(Mandatory)

SWITCH Grace Protection PerioSET LICENSECTRL(Mandatory)

SWITCH Bfd Protocol Switch SET BFDPROTOSW(Mandatory)

SWITCH Alarm Parameter ConfiSET BTSALMPORT(Mandatory)

SWITCH3AH 3ah Switch SET BTSETHPORT(Optional)

SWITCHBACKFLAG Switch primary IP addrADD SCTPLNK(Optional)

SWITCHBACKHBNUM Switch back HB numbeADD SCTPLNK(Optional)

SwitchParameter1 SwitchParameter1 SET SS7PATCHSWITCH(Optional)










SWITCHPORTNO Switch Port ADD BTSSFPMODE(Optional)

SWOP Set Enable/Disable SET OPSW(Mandatory)

SWSEQ Start week sequence SET TZ(Mandatory)

SYMOFFSET BTS Symbol Offset SET BTSAISS(Optional)

SYNCCASE Sync case ADD GEXT3GCELL(Mandatory)

SYNCMETHOD Site Synchronization SET BTSOTHPARA(Optional)

SYNMODE Clock Synchronization SET BTSIPCLKPARA(Mandatory)

SYNTIMEDAY Days of Inter Sync Per SET BTSIPCLKPARA(Optional)

SYNTIMEHOUR Hours of Inter Sync Pe SET BTSIPCLKPARA(Optional)

SYNTIMEMIN Minutes of Inter Sync SET BTSIPCLKPARA(Optional)

SYSCONTACT Contact mode of the mSET SYS(Optional)

SYSDESC System description SET SYS(Optional)

SYSFLOWLEV System Flux ThresholdSET GCELLHOAD(Optional)

SYSLOCATION System Location SET SYS(Optional)

SysMsg10Allowed Send System Message SET BSCBASIC(Optional)

SYSOBJECTID NE Name SET SYS(Optional)

SYSSERVICES System services SET SYS(Optional)

T1 T1 SET BSSGPPARA(Optional)

T1 Time1 CHG BTSPTUSHKTM(Optional)

T10TMR Signalling route set te SET MTP3TMR(Optional)

T12TMR Uninhibit ACK timer SET MTP3TMR(Optional)

T13TMR Force uninhibit timer SET MTP3TMR(Optional)

T14TMR Inhibition ACK timer SET MTP3TMR(Optional)

T17TMR Link realignment timerSET MTP3TMR(Optional)

T1TMR Time-control changeovSET MTP3TMR(Optional)



T200 T200 SET BTSRINGATTR(Optional)

T200FACCHF T200 FACCH/F SET GCELLCCTMR(Optional)

T200FACCHH T200 FACCH/H SET GCELLCCTMR(Optional)

T200SACCH3 T200 SACCH TCH SAPISET GCELLCCTMR(Optional)

T200SACCHS T200 SACCH SDCCH SET GCELLCCTMR(Optional)

T200SACCT0 T200 SACCH TCH SAPISET GCELLCCTMR(Optional)

T200SDCCH T200 SDCCH SET GCELLCCTMR(Optional)

T200SDCCH3 T200 SDCCH SAPI3 SET GCELLCCTMR(Optional)

T203 T203 SET BTSRINGATTR(Optional)

T22TMR Local inhibit test timerSET MTP3TMR(Optional)

T23TMR Remote inhibit test ti SET MTP3TMR(Optional)

T2TMR Changeover ACK timerSET MTP3TMR(Optional)



T3105 T3105 SET GCELLHOAD(Optional)

T3115 T3115 SET GCELLGSMR(Optional)

T3168 T3168 SET GCELLPSBASE(Optional)

T3192 T3192 SET GCELLPSBASE(Optional)

T3212 T3212 SET GCELLIDLEBASIC(Optional)

T391 Parameter of DTE [T39ADD BC(Optional)

T3TMR Time-control changebaSET MTP3TMR(Optional)


T4TMR Changeover ACK first SET MTP3TMR(Optional)


T5TMR Changeover ACK seconSET MTP3TMR(Optional)



T8TMR Transmission prohibiteSET MTP3TMR(Optional)

TAFLTLEN Filter Length for TA SET GCELLHOFITPEN(Optional)

TAFORUOHOALLOW TA for UO HO Allowed SET GCELLHOIUO(Optional)

TAHOEN TA HO Allowed SET GCELLHOBASIC(Optional)

TAHYST TA Hysteresis SET GCELLHOIUO(Optional)

TALASTTIME TA HO Valid Time ADD G2GNCELL(Optional)

TALIMIT TA Threshold SET GCELLHOEMG(Optional)

TALKERINFINT Talker Info Interval SET GCELLGSMR(Optional)

TASIGSTRFLTLEN TA Filter Length for S SET GCELLHOFITPEN(Optional)

TASKIDX AISS Task Index

TASTATTIME TA HO Watch Time ADD G2GNCELL(Optional)

TATHRES TA Threshold SET GCELLHOIUO(Optional)

TAVGT T_AVG_T SET GCELLPSPWPARA(Optional)

TAVGW T_AVG_W SET GCELLPSPWPARA(Optional)

TB Output Segment No EXP DEVFILE(Optional)

TB Output Segment No. EXP BTSDEVFILE(Optional)

TBS Try Switching Duratio SET BTSOMLBACKUP(Optional)

TBS Ring I Try Rotating Du SET BTSRINGATTR(Optional)

TC Test code ADD MTP3LNK(Optional)

TC Tc SET BSSGPPARA(Optional)

TCC Temperature CompensaSET BTSAPMUBP(Optional)

TCCRCAllowed TC CRC Allowed SET BSCBASIC(Optional)

TCHAJFLAG TCH Rate Adjust Allow SET GTRXDEV(Optional)

TCHBUSYTHRES TCH Traffic Busy Thre SET GCELLCHMGAD(Optional)

TCHDROPSTATDLFER DL FER Threshold for SET GCELLOTHEXT(Optional)

TCHDROPSTATDLLEV DL Level Threshold forSET GCELLOTHEXT(Optional)

TCHDROPSTATDLQUALDL Quality Threshold f SET GCELLOTHEXT(Optional)

TCHDROPSTATULFER UL FER Threshold for SET GCELLOTHEXT(Optional)

TCHDROPSTATULLEV UL Level Threshold forSET GCELLOTHEXT(Optional)

TCHDROPSTATULQUALUL Quality Threshold f SET GCELLOTHEXT(Optional)

TCHHOMININTV Min Interval for TCH H SET GCELLHOCTRL(Optional)

TCHMRCUTNUM TchMrCutNum SET GCELLPWR3(Optional)

TCHRATEMODIFY TCH Rate Modify SET OTHSOFTPARA(Optional)

TCHTIMEHOPERIOD TCH Time Handover PeSET GCELLSOFT(Optional)

TCHTIMEHOSWITCH TCH Time Handover SwSET GCELLSOFT(Optional)

TCHTRIBUSYUNDERLA Tch Traffic Busy UnderSET GCELLCHMGAD(Optional)

TCHTRICBUSYOVERLA Tch Traffic Busy Overl SET GCELLCHMGAD(Optional)

TCLEN Test code length ADD MTP3LNK(Optional)

TCMODE TC mode ADD MTP3LNK(Mandatory)

TCMUTEDETECTFLAG Mute Detect Class1 SwSET GCELLSOFT(Optional)

TCN Tail Cabinet No.

TCPN TC Port No ADD ATERCONPATH(Mandatory)

TCPOOLID TC Pool ID SET BSCBASIC(Mandatory)

TCSN TC Slot No ADD ATERCONPATH(Mandatory)

TCSRN TC Subrack No ADD ATERCONPATH(Mandatory)

TCTYPE The type of TC resour SET TCTYPE(Mandatory)

TDDBA1TAG TDD BA1 Input Tag SET GCELLIDLETDDBA1(Mandatory)

TDDBA2TAG TDDBA2 Input Tag SET GCELLHOTDDBA2(Mandatory)

SET BSCSYNCOFF(Mandatory)COL BSCSYNCINFO(Mandatory)

ADD BTSRXUCHAIN(Mandatory)CBN BTSRXUCHAIN(Mandatory)

TDDCELLOFF TDD Reporting Offset SET GCELLCCUTRANSYS(Optional)

TDDCELLRESELDIV TDD Cell Reselect DiveSET GCELLCCUTRANSYS(Optional)

TDDCELLTHRED TDD Reporting Thresh SET GCELLCCUTRANSYS(Optional)

TDDDIVERSITY Diversity SET GCELLIDLETDDBA1(Mandatory)

TDDDLUARFAN DL UARFAN SET GCELLIDLETDDBA1(Mandatory)

TDDMIOPTIMIZEDALL TDD MI System InformSET GCELLCCUTRANSYS(Optional)

TDDMIPROHIBIT TDD MI System INFO BrSET GCELLCCUTRANSYS(Optional)

TDDRSCPQUALTHRSH PS TDD RSCP Quality TADD GEXT3GCELL(Optional)

TDDSCRAMBLE Cell Parameter ID SET GCELLIDLETDDBA1(Mandatory)

TDDSCRAMBLE Cell Parameter ID SET GCELLHOTDDBA2(Mandatory)

TDDSIOPTIMIZEDALL TDD System Informati SET GCELLCCUTRANSYS(Optional)

TDDSYNCCASE Sync Case

TDMCONGCLRTH Congestion clear remaiADD TRMLOADTH(Optional)

TDMCONGTH Congestion remain ratADD TRMLOADTH(Optional)

TDMN1 Subrack 1 TDM Port N ADD SRCONPATH(Mandatory)

TDMN2 Subrack 2 TDM Port N ADD SRCONPATH(Mandatory)

TEI TEI ADD PBSL(Optional)

TEMP_MASK Enable Temperature AADD EMU(Optional)

TEMP_THD_HIGH Upper Limit of TemperADD EMU(Optional)

TEMP_THD_LOW Lower Limit of TemperADD EMU(Optional)

TEMPALARMTHRESHO Upper ENV TEMP Alar SET BTSAPMUBP(Optional)

TEMPALARMTHRESHO Upper ENV TEMP Alar SET BTSDPMUBP(Optional)

TEMPALARMTHRESHOLLower ENV TEMP Alar SET BTSAPMUBP(Optional)

TEMPALARMTHRESHOLLower ENV TEMP Alar SET BTSDPMUBP(Optional)

TEMPCOMPENSATECOECoefficient of Temp C SET BTSDPMUBP(Optional)

TEMPLATEDESC Cell Template DescriptSAV GCELLTEMPLATE(Optional)

TEMPLATEID Cell Template Index EXP GCELLTEMPLATE(Mandatory)

TEMPLATEID Cell Template Index SAV GCELLTEMPLATE(Optional)

TEMPLATENAME Cell Template Name

TEMPOFHIGHTEMPLOATemp Of High Temp. LSET BTSAPMUBP(Optional)

TEMPOFLOWTEMPLOA Low Temperature StarSET BTSAPMUBP(Optional)

TEMPOFLOWTEMPLOA Low Temperature StarSET BTSDPMUBP(Optional)

TER2INDICATOR TER Indicator of Syste SET OTHSOFTPARA(Optional)

TESTTIMER Test Timer SET BSCNSPARA(Optional)

TEXT Content of Message ADD GSMSCB(Mandatory)

TFOOptSwitch TFO Option Switch SET TCPARA(Optional)

TFREQ Test Frequency STR BTSVSWRTST(Optional)

TFRMSTARTTIME Frame Start Time SET GCELLOTHEXT(Optional)

TG Target OMU SWP OMUAREA(Mandatory)

TGWID TGW ID ADD TGWIP(Mandatory)

TGWIPOAMIP TGW IP_TRANS IP addrADD TGWIP(Mandatory)

SET GCELLIDLETDDBA1(Mandatory)SET GCELLHOTDDBA2(Mandatory)

SAV GCELLTEMPLATE(Mandatory)ADD GCELLQUICKSETUP(Optional)

TGWIPOAMMASK TGW IP_TRANS IP Mas ADD TGWIP(Mandatory)

TGWPEERSN TGW TRANS Slot No. ADD TGWIP(Mandatory)

TGWPEERSRN TGW Trans Subrack NoADD TGWIP(Mandatory)

TH Th SET BSSGPPARA(Optional)

THDOFF Volt Threshold for Off SET BTSAIRCON(Optional)

THDON Volt Threshold for On SET BTSAIRCON(Optional)

THP1ARP1PRIWEIGHT THP1-ARP1 Priority WeSET GCELLPSCHM(Optional)









THTYPE Threshold type ADD TRMLOADTH(Mandatory)

TI_WAIT_SGSN_PRIVA Receive SGSN Config. SET BSCTMR(Optional)

TIGHTBCCHASSMAINB Level Thresh for Ass SET GCELLCHMGAD(Optional)

TIGHTBCCHASSMAINB Quality Thresh for As SET GCELLCHMGAD(Optional)

TIGHTBCCHHOLASTTI TIGHT BCCH HO Valid SET GCELLHOBASIC(Optional)

TIGHTBCCHHOLOADTHLoad Threshold for T SET GCELLHOAD(Optional)

TIGHTBCCHHOSTATTI TIGHT BCCH HO WatchSET GCELLHOBASIC(Optional)

TIGHTBCCHRXQUALTHRX_QUAL Threshold foSET GCELLHOAD(Optional)

TIGHTBCCHSWITCH TIGHT BCCH Switch SET GCELLCHMGBASIC(Optional)

TIGHTSDCCHRXLEVTHIBCA Tight Trx SDCCH SET GCELLCHMGAD(Optional)

TIIMSIPAGING IMSI Paging Timer ADD GCNOPERATOR(Optional)

TIME Time Limit ADD OP(Optional)

TIME Time SET TIME(Optional)

TIME Duration SET GCELLFREQSCAN(Optional)

TIMEAMRFHPUNISH Penalty Time after AM SET GCELLHOFITPEN(Optional)

TIMEBQPUNISH Penalty Time after BQ SET GCELLHOFITPEN(Optional)

TIMEOTOUFAILPUN Penalty Time after OtoSET GCELLHOIUO(Optional)

TIMEOUT Reply Time-Out[ms] PING IP(Optional)

TIMEOUT Reply Time-Out[ms] TRC IPADDR(Optional)

Timeout Time Out

TIMEOUT Time Out

TIMEOUT Maximum Delay Time ADD BTSABISMUXFLOW(Optional)

TIMEPUNISH Quick Handover Punis

TIMES Number of ping packetPING IP(Optional)

TIMESLOTVOLADJALL Voltage Adjust Based SET GCELLBASICPARA(Optional)

TIMETAPUNISH Penalty Time after TA SET GCELLHOFITPEN(Optional)

PING MAC(Optional)PING BTSCFM(Optional)TRC MAC(Optional)TRC BTSCFM(Optional)


TIMEUTOOFAILPUN Penalty Time after UtoSET GCELLHOIUO(Optional)

TIQUEUINGTIMER T11 SET GCELLTMR(Optional)

TIWAITMSCMSG Receive MSC Configur ADD GCNOPERATOR(Optional)

TL Time Limit SET LOGLIMIT(Optional)

TLLI TLLI

TLT Tout Limit SET BTSDHEUBP(Optional)

TLTHD Temperature Alarm LoSET BTSAPMUBP(Optional)

TLTHD Temperature Alarm LoSET BTSDHEUBP(Optional)

TM Execute Time ADD SUBTSK(Mandatory)

TM1 Execute Time 1 ADD SUBTSK(Mandatory)

TM2 Execute Time 2 ADD SUBTSK(Optional)




TMI TRMMAP ID ADD TRMMAP(Mandatory)

TMIGLD TRMMAP index ADD ADJMAP(Mandatory)

TMLEN Time Length STR FRPORTLOOP(Mandatory)

TMODE Test Mode STR BTSVSWRTST(Optional)

TMRBADQUALDISCSTATimer for Bad Quality DSET GCELLSOFT(Optional)

TMRISTHRD Upper time threshold oSET ALMBLKPARA(Optional)

TMSI TMSI

TMSTLTHRD Lower time threshold oSET ALMBLKPARA(Optional)

TMT1TMR Signalling link test AC SET MTP3TMR(Optional)

TMT2TMR Signalling link repeat SET MTP3TMR(Optional)

TNAME Data Table CMP TBLDATA(Optional)

TNMODE Transmission Mode

TNMODE Transmission Mode ADD PBE1T1(Optional)

TO AdjustMethod SET TZ(Mandatory)

TO Cell Reselect TemporarSET GCELLIDLEAD(Optional)

TOPBOARDCN TOP Board Cabinet No.ADD BTSTOPCONFIG(Optional)

TOPBOARDSLOTNO TOP Board Slot No. ADD BTSTOPCONFIG(Mandatory)

TOPBOARDSRN TOP Board Subrack NoADD BTSTOPCONFIG(Optional)

TP Log Type COL FAMLOG(Mandatory)

TPN Tail Port No.

TQHO Into-BSC HO REQ QueuSET GCELLTMR(Optional)

TRACECTHD Debug tracking controlSET FCCPUTHD(Optional)

TRACECTHD Debug tracking controlSET FCMSGQTHD(Optional)

TRACERTHD Debug tracking restoreSET FCCPUTHD(Optional)

TRACERTHD Debug tracking restoreSET FCMSGQTHD(Optional)

TRACESW Debug Flow control swSET FCSW(Optional)

TrafficClassDlCoefficieDL Priority Decision T SET BSCPSSOFTPARA(Optional)

TST SNDRSI(Mandatory)TST UPDMSRAC(Mandatory)




TrafficClassUlCoefficie UL Priority Decision T SET BSCPSSOFTPARA(Optional)

TRAMODE Traffic mode ADD M3LKS(Optional)

TransMode Transmission Mode SET BTSTRANS(Mandatory)

TRANSSN Load Transmitting SlotADD ABISLOADSHARE(Mandatory)

TRANST Transport Type ADD IPPATH(Optional)

TRANST Transport Type ADD TRMMAP(Optional)

TRANST Transport Type ADD TRMLOADTH(Mandatory)

TRANSTYPE Carrier Type SET BSCABISPRIMAP(Mandatory)

TRANSTYPE BTS Transmission Typ SET BTSBWPARA(Mandatory)

TRANSTYPE0 E1 Port 0 Set Optical SET BTSDOMUBP(Optional)




TRCRNGLMT Trace Mode SET BTSCLKPARA(Mandatory)

TRESEL Cell Reselection Forb SET GCELLRESELECTPARA(Optional)

TRIGTHRES Load HO Threshold SET GCELLHOAD(Optional)

TRKLNKPN Trunk Link No. ADD ETHTRKLNK(Mandatory)

TRKLNKSN Trunk Link Slot No. ADD ETHTRKLNK(Mandatory)

TRKN Trunk No.

TRMI User TRMMAP index SET BSCABISPRIMAP(Mandatory)

TRMLOADTHINDEX TRM load threshold in ADD IPPATH(Optional)

TRMLOADTHINDEX TRM load threshold in ADD RSCGRP(Optional)

TRMLOADTHINDEX TRM load threshold in ADD TRMLOADTH(Mandatory)

TRMLOADTHINDEX TRM load threshold in ADD PPPLNK(Optional)

TRMLOADTHINDEX TRM load threshold in ADD MPGRP(Optional)

TRMLOADTHINDEX TRM load threshold in ADD IPLOGICPORT(Optional)

TRMLOADTHINDEX TRM load threshold in SET BSCABISPRIMAP(Mandatory)

TRMMAPSW Transport Resource MaSET BSCABISPRIMAP(Optional)

TRUNKN The Trunk group No. ADD IPLOGICPORT(Optional)

TRUNKN Trunk group No. STR IPCHK(Optional)

TRUNKN Trunk No. ADD ETHMEP(Mandatory)

TRXAIDSWITCH TRX Aiding Function CoSET GCELLCCACCESS(Optional)

TRXDURATS Duration Second STR BTSTST(Mandatory)

TRXHOPINDEX Channel Hop Index SET GTRXCHANHOP(Optional)

TRXID TRX ID

TRXID TRX ID ADD BTSBINDLOCGRP(Mandatory)

TRXID1 No.1 TRX ID ADD GCELLHOPANTGRP(Optional)





ADD ETHTRKLNK(Mandatory)ADD ETHTRKIP(Mandatory)

STR BTSTST(Mandatory)STR TRXBURSTTST(Mandatory)




















TRXIDLST TRXID LST

TRXIDLST TRX Index List STR TRXPERFTST(Mandatory)

TRXMAIO Channel MAIO SET GTRXCHANHOP(Optional)

TRXNO TRX No. ADD GTRX(Optional)

TrxNum TRX Number

TRXPN TRX Board Pass No. ADD TRXBIND2PHYBRD(Mandatory)

TRXPN Sub-Location Group TRADD BTSBINDLOCGRP(Mandatory)

TRXPRIALLOW Allocation TRX Priority SET GCELLCHMGAD(Optional)

TRXTP TRX Board Type ADD TRXBIND2PHYBRD(Mandatory)

TS Time Slot BLK ATERE1T1(Mandatory)

TS Time Slot BLK AE1T1(Mandatory)

TS time slot No.

TS Bearing Timeslot ADD BC(Mandatory)

TS Time Slot NO. SET BTSOMLTS(Mandatory)

TSBITMAP Bearing time slot ADD PPPLNK(Mandatory)

TSBITMAP Bearing time slot ADD MPLNK(Mandatory)

TSBITMAP Bearing Time Slot

TSC TSC ADD GCELLMAGRP(Optional)

TSCOUNT Idle TS Count SET BTSIDLETS(Mandatory)

TSCPLANEN TSC Plan Enable SET GCELLSOFT(Optional)

TSCROSSX Time slot cross index ADD TSCROSS(Optional)

TSDURAT Duration * 10 minutes STR TRANSPERFTST(Mandatory)

SET GCELLHOPQUICKSETUP(Optional)SET GCELLHOPANTQUICKSETUP(Optional)


LOP E1T1(Mandatory)STR E1T1TST(Optional)

IMP BTSPPPLNK(Mandatory)IMP BTSMPLNK(Mandatory)

TSIDX Timeslot Index ADD BTSMONITORTS(Optional)

TSKN Task Name

TSMASK Timeslot Mask ADD ATEROML(Mandatory)

TSMASK TS Mask

TSN Tail Slot No.

TSNO Timeslot No. ADD PBSL(Mandatory)

TSPRIORITY Timeslot Priority SET GTRXCHAN(Optional)

TSPWRRESERVE Timeslot Power Reser SET GTRXDEV(Optional)

TSRAPIDADJPERIOD Fast Flux MeasuremenSET BSCPSSOFTPARA(Optional)

TSRAPIDADJSWITCH Fast Flux Detection SwSET BSCPSSOFTPARA(Optional)

TSRATE Time Slot Rate ADD BTSMONITORTS(Mandatory)

TSRN Tail Subrack No.

TSTMODE Test Mode STR BTSTST(Mandatory)

TSTTIMESLOT Test Timeslot STR TRANSPERFTST(Mandatory)

TSTTYPE Test Type STR BTSBATTTST(Mandatory)

TSTTYPE Test Type STR BTSRFTST(Mandatory)

TsTurningOffEnable Allow Turning Off TimeSET BSCDSTPA(Optional)

TT Topo Type ADD BTSRXUCHAIN(Mandatory)

TTL Time to Live PING IP(Optional)

TTL PKT TTL

TURNOFFCELLCHANN Dyn. Turning Off Cell SET GCELLDYNTURNOFF(Optional)

TURNOFFCELLSTPTIMEDyn. Turning Off Cell SET GCELLDYNTURNOFF(Optional)

TURNOFFCELLSTRTIMEDyn. Turning Off Cell SET GCELLDYNTURNOFF(Optional)

TURNOFFENABLE Enable Turning Off CelSET GCELLDYNTURNOFF(Mandatory)

TURNONCELLLOADTH Dyn. Turning On Cell SET GCELLDYNTURNOFF(Optional)

TUTHD Temperature Alarm UpSET BTSAPMUBP(Optional)

TUTHD Temperature Alarm UpSET BTSDHEUBP(Optional)

TWFCMCHIDLE Observation Cell ChanADD AISSCFG(Optional)

TWFCMTRXIDLE Observation Cell TRX ADD AISSCFG(Optional)

TWFCSCHIDLE Serving Cell TCHF Res ADD AISSCFG(Optional)

TWFRRMRSP Information Collectio ADD AISSCFG(Optional)

TWFSEEKMS MS Search Timer ADD AISSCFG(Optional)

TWFSYNCACK BTS Reserved ResourceADD AISSCFG(Optional)

TWFSYNCRPT BTS SYNC_REPORT TimADD AISSCFG(Optional)

TX TX-integer SET GCELLIDLEBASIC(Optional)

TXAOPER1 Assigned Power of PasSET BTSRXUBP(Optional)




TXBOPER1 Assigned Power of PasSET BTSRXUBP(Optional)


ADD SUBCMD(Optional)STR SCHTSK(Optional)

ADD BTSABISHDLCPATH(Mandatory)ADD BTSTOPCONFIG(Mandatory)ADD BTSRXUCHAIN(Mandatory)CBN BTSRXUCHAIN(Mandatory)


TRC MAC(Optional)TRC BTSCFM(Optional)



TXBW Forward Bandwidth ADD IPPATH(Mandatory)

TxBw Forward Bandwidth ADD RSCGRP(Mandatory)

TXINT Interval of send[ms] PING IP(Optional)

TXINT TX_INT SET GCELLPRACH(Optional)

TYPE Subrack Type ADD SUBRACK(Mandatory)

TYPE Finish Type RUN BATCHFILE(Mandatory)

TYPE Freq. Band ADD GCELL(Mandatory)

TYPE PCU Type SET BSCPCUTYPE(Mandatory)

TYPE Freq. Band ADD BTSAUTOPLAN(Mandatory)

TYPE Cabinet Type ADD BTSCABINET(Optional)

TYPE Cell Type ADD GCELLQUICKSETUP(Mandatory)

U0GEN Up0 Power AttenuationSET BTSANTFEEDERCONNECT(Optional)

U0TOW Up0 Tower-Top AmplifiSET BTSANTFEEDERCONNECT(Optional)

U0TRX Up0 Link No. SET BTSANTFEEDERCONNECT(Optional)

U0TRXBPN Up0 TRX Board Pass NSET BTSANTFEEDERCONNECT(Optional)

U0TRXSN Up0 TRX Slot No. SET BTSANTFEEDERCONNECT(Optional)

U0TRXSRN Up0 TRX Subrack No. SET BTSANTFEEDERCONNECT(Optional)

U1GEN Up1 Power AttenuationSET BTSANTFEEDERCONNECT(Optional)

U1TOW Up1 Tower-Top AmplifiSET BTSANTFEEDERCONNECT(Optional)

U1TRX Up1 Link No. SET BTSANTFEEDERCONNECT(Optional)

U1TRXBPN Up1 TRX Board Pass NSET BTSANTFEEDERCONNECT(Optional)

U1TRXSN Up1 TRX Slot No. SET BTSANTFEEDERCONNECT(Optional)

U1TRXSRN Up1 TRX Subrack No. SET BTSANTFEEDERCONNECT(Optional)

ucCSPrefCallReestPrio CS Preferred Call ReestSET CSABISCONGCTRL(Optional)

ucCSPrefCSEmergCallPCS Preferred CS EmergeSET CSABISCONGCTRL(Optional)

ucCSPrefCSOrgCallPrioCS Preferred CS MOC PrSET CSABISCONGCTRL(Optional)

ucCSPrefCSTermCallPrCS Preferred CS MTC PrSET CSABISCONGCTRL(Optional)

ucCSPrefInBscHoPrio CS Preferred Into-BSC SET CSABISCONGCTRL(Optional)

ucCSPrefIntraBscHoPriCS Preferred Intra-BSCSET CSABISCONGCTRL(Optional)

ucCSPrefOtherPrio CS Preferred Other SerSET CSABISCONGCTRL(Optional)

ucCSPrefPSPrio CS Preferred PS Priorit SET CSABISCONGCTRL(Optional)

ucCSPrefSupplePrio CS Preferred SupplemenSET CSABISCONGCTRL(Optional)

ucCSPrefVBSPrio CS Preferred VBS PriorSET CSABISCONGCTRL(Optional)

ucCSPrefVGCSPrio CS Preferred VGCS PrioSET CSABISCONGCTRL(Optional)

ucCtrlOfCicIE Controlling of CIC IE SET MSGSOFTPARA(Optional)

UCISRAIFAULT RAI Alarm Switch SET OTHSOFTPARA(Optional)

ucPSPrefCallReestPrio PS Preferred Call ReestSET PSPREFABISCONGCTRL(Optional)

ucPSPrefCSEmergCallPPS Preferred CS EmergeSET PSPREFABISCONGCTRL(Optional)

ucPSPrefCSOrgCallPrioPS Preferred CS OriginaSET PSPREFABISCONGCTRL(Optional)

ucPSPrefCSTermCallPrPS Preferred CS TerminSET PSPREFABISCONGCTRL(Optional)

ucPSPrefInBscHoPrio PS Preferred In HandovSET PSPREFABISCONGCTRL(Optional)

ucPSPrefIntraBscHoPri PS Preferred Intra HanSET PSPREFABISCONGCTRL(Optional)

ucPSPrefOtherPrio PS Preferred Other ServSET PSPREFABISCONGCTRL(Optional)

ucPSPrefPSPrio PS Preferred PS ServiceSET PSPREFABISCONGCTRL(Optional)

ucPSPrefSupplePrio PS Preferred SupplemenSET PSPREFABISCONGCTRL(Optional)

ucPSPrefVBSPrio PS Preferred VBS ServiSET PSPREFABISCONGCTRL(Optional)

ucPSPrefVGCSPrio PS Preferred VGCS ServSET PSPREFABISCONGCTRL(Optional)

ucSpeechVerOptiInHo Speech Ver Change OpSET AITFOTHPARA(Optional)

UDPMUXMODRECV Receive UDP MUX ModADD IPMUX(Mandatory)

UDPMUXMODSEND Sender UDP MUX Mod ADD IPMUX(Mandatory)

UDPPN Local UDP Port No. ADD NSVLLOCAL(Mandatory)

UDPPN Remote UDP Port No. ADD NSVLREMOTE(Mandatory)

UG Operator Level ADD OP(Optional)

UHUMTHD Upper Humidity Thres SET BTSEXD(Optional)

UIC UIC SET GCELLGSMR(Optional)

UINTTIME Unit time[ms] STR E1T1TST(Optional)

UL Upper Limit SET ALMPORT(Optional)

UL Upper Limit SET BTSENVALMPORT(Optional)

ULADJPRD PwrCtrlULAdjPeriod SET GCELLPWR3(Optional)

ULAFSREXQUALHIGHT ULAFSRexQualHighThrSET GCELLPWR3(Optional)

ULAFSREXQUALLOWT ULAFSRexQualLowThr SET GCELLPWR3(Optional)

ULAHSREXQUALHIGHTULAHSRexQualHighTh SET GCELLPWR3(Optional)

ULAHSREXQUALLOWT ULAHSRexQualLowThrSET GCELLPWR3(Optional)

ULBQLASTTIME UL BQ HO Last Time ADD G2GNCELL(Optional)

ULBQSTATTIME UL BQ HO Static Time ADD G2GNCELL(Optional)

ULCOEFFICIENTTSRAPIFast UL Priority Decis SET BSCPSSOFTPARA(Optional)

ULDATAFWDTMR Timer for UL Data For SET GCELLTMR(Optional)

ulDlAckFreq RRBP Frequency for G SET BSCPSSOFTPARA(Optional)

ULEDGETHRES Edge HO UL RX_LEV ThSET GCELLHOBASIC(Optional)

ulEgprsDlAckFreq RRBP Frequency for E SET BSCPSSOFTPARA(Optional)

ulEgprsUlAckFreq ACK Frequency for EG SET BSCPSSOFTPARA(Optional)

ULFILTADJFACTOR III UL Filter Adjust FactSET GCELLPWR3(Optional)

ULFSREXQUALHIGHTHULFSRexQualHighThreSET GCELLPWR3(Optional)

ULFSREXQUALLOWTH ULFSRexQualLowThre SET GCELLPWR3(Optional)

ULHSREXQUALHIGHTHULHSRexQualHighThreSET GCELLPWR3(Optional)

ULHSREXQUALLOWTH ULHSRexQualLowThre SET GCELLPWR3(Optional)

ULHYSTF1 AMR UL Coding Rate adSET GCELLCCAMR(Optional)



ULHYSTH1 AMR UL Coding Rate adSET GCELLCCAMR(Optional)



ULHYSTWB1 AMR UL Coding Rate aSET GCELLCCAMR(Optional)

ULHYSTWB2 AMR UL Coding Rate aSET GCELLCCAMR(Optional)

UlLdrThrd2GCell 2G Cell UL Basic Cong SET GCELLHOINTERRATLDB(Optional)

ULLEVFILTLEN Filter Length for UL R SET GCELLPWR2(Optional)

ULMAXDOWNSTEP ULMAXDownStep SET GCELLPWR3(Optional)

ULMAXUPSTEP ULMAXUpStep SET GCELLPWR3(Optional)

UlOlcThrd2GCell 2G Cell UL Overload C SET GCELLHOINTERRATLDB(Optional)

ULPREDLEND UL MR. Number PredicSET GCELLPWR2(Optional)

ULQHIGHTHRED UL Qual. Upper ThreshSET GCELLPWRBASIC(Optional)

ULQLOWTHRED UL Qual. Lower ThreshSET GCELLPWRBASIC(Optional)

ULQUAFILTLEN Filter Length for UL QuSET GCELLPWR2(Optional)

ULQUALBADTRIG UL Qual. Bad Trig ThreSET GCELLPWR2(Optional)

ULQUALBADUPLEV UL Qual. Bad UpLEVDifSET GCELLPWR2(Optional)

ULQUALIMIT UL Qual. Threshold SET GCELLHOEMG(Optional)

ULQUALIMITAMRFR UL Qual. Limit for AMRSET GCELLAMRQUL(Optional)

ULQUALIMITAMRHR UL Qual. Limit for AM SET GCELLAMRQUL(Optional)

ULREXLEVADJFCTR ULRexLevAdjustFactorSET GCELLPWR3(Optional)

ULREXLEVEXPFLTLEN ULRexLevExponentFiltSET GCELLPWR3(Optional)

ULREXLEVHIGHTHREDULRexLevHighThred SET GCELLPWR3(Optional)

ULREXLEVLOWTHRED ULRexLevLowThred SET GCELLPWR3(Optional)

ULREXLEVSLDWINDO ULRexLevSlideWindowSET GCELLPWR3(Optional)

ULREXQUALADJFCTR ULRexQualAdjustFactoSET GCELLPWR3(Optional)

ULREXQUALEXPFLTLE ULRexQualExponentFilSET GCELLPWR3(Optional)

ULREXQUALSLDWIND ULRexQualSlideWindo SET GCELLPWR3(Optional)

ULRXLEVPROTECTFAC III UL RexLev Protect FSET GCELLPWR3(Optional)

ULRXQUALPROTECTFAIII UL RexQual Protect SET GCELLPWR3(Optional)

ULSSHIGHTHRED UL RX_LEV Upper ThreSET GCELLPWRBASIC(Optional)

ULSSLOWTHRED UL RX_LEV Lower ThreSET GCELLPWRBASIC(Optional)

ULTHF1 AMR UL Coding Rate adSET GCELLCCAMR(Optional)



ULTHH1 AMR UL Coding Rate adSET GCELLCCAMR(Optional)



ULTHWB1 AMR UL Coding Rate aSET GCELLCCAMR(Optional)

ULTHWB2 AMR UL Coding Rate aSET GCELLCCAMR(Optional)

ULTOOLHOALLOW UL to OL HO Allowed SET GCELLHOIUO(Optional)

ulUlAckFreq ACK Frequency for GPRSET BSCPSSOFTPARA(Optional)

UMCROSSTALKOPTAL Um Interface CrosstalkSET GCELLSOFT(Optional)

UMPENALTYTIMER UmPenaltyTimer SET GCELLHOFITPEN(Optional)

UmVer Um Interface Tag SET BSCBASIC(Optional)

UNBA Support Balance SET E1T1(Optional)

UNBLOCKRETRY Unblock Retry SET BSCNSPARA(Optional)

UnderCurAlmThdA ANT_A ALD Under CurrSET BTSRXUBP(Optional)

UnderCurAlmThdB ANT_B ALD Under CurrSET BTSRXUBP(Optional)

UnderCurAlmThdRET RET ALD Under CurrenSET BTSRXUBP(Optional)

UnderCurClrThdA ANT_A ALD Under CurreSET BTSRXUBP(Optional)

UnderCurClrThdB ANT_B ALD Under CurreSET BTSRXUBP(Optional)

UnderCurClrThdRET RET ALD Under CurrentSET BTSRXUBP(Optional)

UPBTSID Up BTS Index ADD BTSAUTOPLAN(Mandatory)

UPBTSID Dest Father BTS IndexADD BTSCONNECT(Mandatory)

UPBTSIDTYPE UPBTS Index type ADD BTSAUTOPLAN(Mandatory)

UPBTSIDTYPE Dest Father Index Typ ADD BTSCONNECT(Mandatory)

UPBTSNAME Up BTS Name ADD BTSAUTOPLAN(Mandatory)

UPBTSNAME Dest Father BTS NameADD BTSCONNECT(Mandatory)

UPDATE Update ADD GSMSCB(Mandatory)

UPDEFAULTCS Uplink Default CS Typ SET GCELLPSCS(Optional)

UPDEFAULTMCS Uplink Default MCS Ty SET GCELLEGPRSPARA(Optional)

UPDYNCHNTRANLEV Uplink Multiplex Thre SET GCELLPSCHM(Optional)

UPE2ADEFAULTMCS Uplink EGPRS2-A Defa SET GCELLEGPRSPARA(Optional)

UPE2AFIXMCS Uplink EGPRS2-A Fixe SET GCELLEGPRSPARA(Optional)

UPEXTTBFINACTDELAYInactive Period of Ext SET GCELLPRIVATEOPTPARA(Optional)

UPFIXCS Uplink Fixed CS Type SET GCELLPSCS(Optional)

UPFIXMCS Uplink Fixed MCS TypeSET GCELLEGPRSPARA(Optional)

UPINTERFQUALLIMIT Interf.of UL Qual. Thre SET GCELLCHMGAD(Optional)

UPINTERLEVLIMIT Interf.of UL Level Thre SET GCELLCHMGAD(Optional)

UPLNKMAXLENGTH Uplink Max Length SET BTSFALLBACK(Optional)

UPOMLWS OML/ESL/EML LAPD UplSET BTSLAPDWS(Optional)

UPPCEN UL PC Allowed SET GCELLBASICPARA(Optional)

UPPERGRPID Upper Class Transport ADD RSCGRP(Mandatory)

UPPERLP The Upper logic port ADD IPLOGICPORT(Optional)

UPRXLEVLASTTIME Duration of Uplink RecSET GCELLCHMGAD(Optional)

UPRXLEVSMOOTHPAR Smooth Factor of Upli SET GCELLCHMGAD(Optional)

UPRXLEVSTATICTIME Observe Time of UL RXSET GCELLCHMGAD(Optional)

UPSENDSMDIS Short Message Uplink SET GCELLCCAD(Optional)

UPTBFRELDELAY Release Delay of Non- SET GCELLPRIVATEOPTPARA(Optional)

UPTHDCSDEGRADE1 Uplink TBF Threshold SET GCELLPSCS(Optional)



UPTHDCSUPGRADE1 Uplink TBF Threshold SET GCELLPSCS(Optional)



URGENTRESELALLOW Cell Urgent Reselectio SET GCELLNC2PARA(Optional)

USERIDTYPE User Query Type

USFGRAN4BLK Support USF Granulari SET BSCPSSOFTPARA(Optional)

USR User Name of FTP Serv

USR FTPServer User

USTBGNTIME Energy Saving Start SET BTSDOMUBP(Mandatory)

USTENDTIME Energy Saving End Ti SET BTSDOMUBP(Mandatory)

UTEMTHD Upper Temperature ThSET BTSEXD(Optional)

UTOOFAILMAXTIME MaxRetry Time after USET GCELLHOIUO(Optional)

UTOOHOPENTIME Penalty Time of UtoO SET GCELLHOIUO(Optional)

UTOORECTH UtoO HO Received LevSET GCELLHOIUO(Optional)

UTOOTRAFHOALLOW UtoO Traffic HO Allow SET GCELLHOIUO(Optional)

UTRAFHOPERIOD Underlay HO Step PeriSET GCELLHOIUO(Optional)

UTRAFHOSTEP Underlay HO Step LeveSET GCELLHOIUO(Optional)

UTRANCELLTYPE Utran Cell Type ADD GEXT3GCELL(Mandatory)

VENDORCODE Vendor Code ADD BTSRETANT(Mandatory)

VGCSMAXNUM Maximum Number of CSET GCELLGSMR(Optional)

VGCSPREEMPT Channel Allocation Str SET GCELLGSMR(Optional)

VGCSRSRVNUM Reserved Number of CSET GCELLGSMR(Optional)

VIPACCESSCPURATE VIP Access CPU Rate SET BSCFCPARA(Optional)

VIPCELL VIP Cell ADD GCELL(Optional)

VIPPRIORITY VIP Priority SET BSCFCPARA(Optional)

VIPSHAREINCPURATE VIP Share in CPU Rate SET BSCFCPARA(Optional)

VLANFlAG VLANID Flag ADD IPPATH(Optional)

VLANFLAG Vlan Flag SET BSCABISPRIMAP(Optional)

VLANFLAG1 VLANID Flag of First LoADD SCTPLNK(Optional)

VLANFlAG2 VLANID Flag of SecondADD SCTPLNK(Optional)

VLANID VLAN ID.

VLANID VLAN ID ADD ETHMA(Mandatory)

VLANID VLAN ID

VLANID VLAN ID ADD BTSETHMA(Mandatory)

VLANID1 VLAN ID of First Local ADD SCTPLNK(Mandatory)

VLANID2 VLAN ID of Second LocADD SCTPLNK(Mandatory)

VLANPRI VLAN Priority SET DSCPMAP(Optional)

VLANPRI VLAN Priority

VLANSWITCH VLAN Switch

VOICEVER Speech Version SET GCELLCCACCESS(Optional)

VOL24_MASK Enable Alarm ReportinADD EMU(Optional)

VOL24_THD_HIGH Upper Limit of Alarm ADD EMU(Optional)


DLD LICENSE(Mandatory)ULD LICENSE(Mandatory)ULD BTSLOG(Mandatory)DLD BTSSW(Mandatory)

ADD IPPATH(Mandatory)ADD VLANID(Mandatory)

SET BTSVLAN(Optional)IMP BTSVLAN(Optional)

SET BTSVLAN(Optional)IMP BTSVLAN(Optional)SET BTSVLAN(Optional)IMP BTSVLAN(Optional)

VOL24_THD_LOW Lower Limit of Alarm ADD EMU(Optional)

VOL48_MASK Enable Alarm ReportinADD EMU(Optional)

VOL48_THD_HIGH Upper Limit of Alarm ADD EMU(Optional)

VOL48_THD_LOW Lower Limit of Alarm ADD EMU(Optional)

VSWRENABLED Standing Wave Alarm SET BTSDFCUBP(Optional)

VSWRERRTHRES VSWR TRX Unadjusted SET GCELLOTHEXT(Optional)

VSWRFILETERCOUNTESerious VSW Alarm Fil

VSWRTHRES1 Standing Wave Radio

VSWRTHRES2 Serious VSW Alarm Th

VSWRUNJUSTTHRES VSWR TRX Error ThresSET GCELLOTHEXT(Optional)

VVer V-Version No. SET BTSAUTODLDACTINFO(Mandatory)

WAITFORRELIND T3109 SET GCELLTMR(Optional)

WAITFORRELINDAMRF Wait for REL Indicatio SET GCELLTMR(Optional)

WAITFORRELINDAMRHT3109 for AMR HR SET GCELLTMR(Optional)

WaitMSLocationRespo Timer of MS Location ADD GEXTSMLC(Optional)

WAITRESVCHANREFRETimer of Reserved TCHSET GCELLTMR(Optional)

WAITSDCCHIDLETIMERIBCA Wait SDCCH Idle SET GCELLCHMGAD(Optional)

WaitSMLCLocationRes Timer of MS Location ADD GEXTSMLC(Optional)

WARMSET Heating Equipment SET BTSOUTPUT(Optional)

WATER_MASK Enable Water Alarm ReADD EMU(Optional)

WEEK Week Limit ADD OP(Optional)

WELONGI WE Longitude SET GCELLLCS(Optional)

WETSET Humidification EquipmSET BTSOUTPUT(Optional)

WHETHERAFFECTSWA Whether affect the po STR IPCHK(Optional)

WINADJSWITCH LAPD Window Adjust SSET OTHSOFTPARA(Optional)

WK Week ADD OP(Mandatory)

WKMODE Work mode ADD M3LKS(Optional)

WLAETIME End Time of WLA DeteSET GTRXRLALM(Optional)

WLAFLAG Wireless Link Alarm CriSET GTRXRLALM(Optional)

WLARP WLA Prompting RecoveSET GTRXRLALM(Optional)

WLASTIME Begin Time of WLA DetSET GTRXRLALM(Optional)

WLNKALMFLAG Wireless Link Alarm Fl SET GTRXRLALM(Mandatory)

WORKAREA Work Area Flag FMT DATA(Optional)

WORKINGSTANDARD Working Standard SET BTSRXUBP(Optional)

WORKMODE Work Mode ADD SUBRACK(Mandatory)

WORKMODE Work Mode SET E1T1(Optional)

WORKMODE Work Mode ADD BTS(Optional)

WS Window Size

WTBS Wait Time before OML SET BTSOMLBACKUP(Optional)

WTBS Ring I Wait Time BeforSET BTSRINGATTR(Optional)

WTRT WTR Time[Sec] SET MSP(Optional)

SET BTSDFCUBP(Optional)SET BTSDDPUBP(Optional)SET BTSDFCUBP(Optional)SET BTSDDPUBP(Optional)SET BTSDFCUBP(Optional)SET BTSDDPUBP(Optional)


ZONET TimeZone SET TZ(Optional)

Meaning Feature Name Value Type GUI Value Range

Downlink quality level Assignment and ImmedInterval Type 0~70

Uplink quality level th Assignment and ImmedInterval Type 0~70

The maximum duration fAssignment and ImmedInterval Type 10~80

Whether to enable theAbis Bypass Enumeration Type TRUE(Support), FALSE(

GSM Flow Control Enumeration Type NO(No), YES(Yes)

GSM Flow Control Interval Type 10~255


This parameter controlEGPRS Enumeration Type IDLETSALLOC_0(Any idle

This parameter controlEGPRS Enumeration Type CLOSE(CLOSE), OPEN(

Threshold for enablingBTS Local Switch Interval Type 0~100

Flex Abis Enumeration Type NO(NO), YES(YES)

PDCH Dynamic Adjust Interval Type 10~3600

Phase tag for GSM protConfiguration Manage Enumeration Type GSM_PHASE_1, GSM_PH

Duration available for Soft-Synchronized Net Interval Type 1~255

Voice Quality Index (U Interval Type 0~250

Access Enumeration Type 8BIT(8BIT), 11BIT(11BI

Access control class o Access Interval Type 0~65535

When the cell supports Repeated This parametEnumeration Type NO(No), YES(Yes)

This parameter specifies the index of the accesInterval Type 0~31

Subcell preferred durinConcentric Cell Enumeration Type OSubcell(Overlaid subc

This parameter specifies the index of an accesInterval Type 0~31

Whether the initial serAdaptive Adjustment oEnumeration Type ULPRIORITY(Uplink Prio

This parameter is used to specify the startingInterval Type 0~9

This parameter is used to specify the ACC sli Interval Type 1~10

This parameter is used to specify the sliding Interval Type 15~7200

Whether to compress th Enumeration Type Disable(Disable), Enab

A flag bit indicates W Abis IP over E1/T1 Enumeration Type NO(No), YES(Yes)

This parameter specifiBSS Paging Coordinati Enumeration Type CLOSE(Close), OPEN(O

Enumeration Type COMPUL0(Compulsory 0

Active coding set (ACS) Bit Field Type 4_75KBIT/S~0 5_15KBI

Active coding set (ACS) Bit Field Type 4_75KBIT/S~0 5_15KBI

Active coding set (ACS Bit Field Type 6_60KBIT/S, 8_85KBIT/

Whether to activate th Enumeration Type NO(No), YES(Yes)

Valid duration of the Soft-Synchronized Net Interval Type 1~255

O&M of BTS Interval Type 60~300

The BTS reports an alaO&M of BTS Interval Type 610~3000

The BTS reports an alaO&M of BTS Interval Type 600~2990


Whether to hand over Enumeration Type NO(No), YES(Yes)

Whether to permit Abis flow control.The flow control function helps in better call management. If congestion occurs, the system lightens its load by rejecting some services or prolonging the time for service requests. The Abis flow control is used to lighten the system load caused by Abis flows.Used along with "Abis Flow Control Timer 2" to control the change in cell flow control levels.When the flow control level in the cell changes, the values of MS MAX Retrans and Tx-integer in the system information are changed accordingly. When immediate assignment fails, the BSC6900 starts T1 and T2.Used along with "Abis Flow Control Timer 1" to control the change in cell flow control levels.When the flow control level in the cell changes, the values of MS MAX Retrans and Tx-integer in the system information are changed accordingly. When immediate assignment fails, the BSC6900 starts T1 and T2.

It specifies whether the TCHH is preferentially allocated to the MS by the BSC6900, when Abis resources are insufficient.If the Abis resource load is greater than "Flex Abis Prior Choose Load Thred" or "Fix Abis Prior Choose Abis Load Thred" when the parameter is set to "YES", the BSC6900 preferentially allocates the TCHH to the MS.Interval between detection of the Abis timeslot being in idle state and releasing of the Abis timeslot. When channels are idle, the timer is started. When the timer is expires, the Abis timeslot is released. When all the TBFs on the channel are released, the Abis timeslot is not released at once. Instead, the timer is started when the channels are idle. Before the timer expires, if new service request is received and the Abis timeslot is occupied, then the timer is stopped; otherwise, the timeslot is released after the timer expires.When "Number of Dynamic Channel Pre-Converted" is greater than 0, the Abis timeslots are not released after the static PDCH and pre-converted PDCH are idle.

Mean opinion score (threshold) for judging an abnormal call. The BTS computes the MOS of a call periodically and reports the call MOS to the BSC in custom measurement reports. According to the call MOS, the BSC checks whether the call is normal. If the call MOS is less than this threshold, the BSC considers the call abnormal and records the abnormity in the call history record (CHR).To prevent the impact of a decimal fraction, set this parameter to the product of 50 and the actual MOS.Access pulse type of the PRACH, uplink PTCCH and packet control acknowledge message of the MS.8bit: 8 bit pulse access mode; 11bit: 11 bit pulse access mode.

Abis IP over E1/T1A IP over E1/T1

The default value of this parameter is 0 in system message 3 and, has no special significance.In system message 4, if the value of this parameter is 0, it means that the MSs must retrieve the PI parameters and other parameters relevant to cell reselection and the parameters relevant to C2 calculation from the remaining bytes of system message 4.If the value is 1, it means that the MS must retrieve the parameters from the remaining bytes of system message 7 or 8.

Basic Cell Re-selectionSystem Information SendingAMR FRTFOAMR HRTFOWB AMRTFOCall ControlHandover Re-establishment

AC voltage alarm lower threshold. When the input AC voltage is lower than the value of this parameter, an alarm indicating the abnormal AC is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

The BTS reports an alarm if the AC voltage exceeds the value of the AC voltage alarm upper threshold. When the input AC voltage is higher than the value of this parameter, an alarm indicating the abnormal AC is reported.In multi-mode scenario, the value of this parameter must be the same as the value of the parameter in other modes.HUAWEI I Handover

HUAWEI II Handover

Communication address O&M of BTS Interval Type 0~254

Interval for requestin GSM Flow Control Interval Type 0~50

Bandwidth requested eaGSM Flow Control Interval Type 0~768

O&M of BTS Bit Field Type PORT0_CDEF, PORT1_

The destination signal A Interface Protocol P Interval Type 1~16777215

Whether to adjust the Soft-Synchronized Net Enumeration Type BYMANUAL(By Manual)

Dynamically Adjusting Enumeration Type 0(Not support dynamic

This parameter specifieO&M of BTS Enumeration Type OFF(OFF), ON(ON)

This parameter specifiO&M of BTS Enumeration Type COMMON_DLD(Common D

Administrative state ofO&M of BTS Enumeration Type LOCK(Lock), UNLOCK(

Administrative state o O&M of BTS Enumeration Type Lock(Lock), Unlock(Un

Administrative state o O&M of BTS Enumeration Type Lock(Lock), Unlock(Un

End time for adjusting Soft-Synchronized Net Compound Type hour, min

Cell load threshold for Soft-Synchronized Net Interval Type 0~100

Offset Time AdjustmenSoft-Synchronized Net Enumeration Type OFF(OFF), ON(ON)

Start time for adjustin Soft-Synchronized Net Compound Type hour, min

Advanced alarm managFaulty Management Enumeration Type RATIORULE(Ratio Rule

O&M of BTS String Type None


If the echo path is tr Acoustic Echo Cancell Interval Type 0~600

This parameter is use Acoustic Echo Cancell Interval Type 0~60

If the local input volt Acoustic Echo Cancell Interval Type -60~-35,0

Extra delay due to the Acoustic Echo Cancell Interval Type 0~1000

This parameter is usedAcoustic Echo Cancell Interval Type 0~15

This parameter indicatAcoustic Echo Cancell Enumeration Type CLOSE(Close), OPEN(O

Threshold for detecti Acoustic Echo Cancell Interval Type 10~100

Time for detecting th Acoustic Echo Cancell Interval Type 1~10

Counter for radio link AMR Wireless Link TimEnumeration Type 4_Times, 8_Times, 12_

Number of SACCH multiAMR Wireless Link TimInterval Type 0~63

GPS receiver ID BSC/RNC Clock Interval Type 0~65534

GPS receiver type. BSC/RNC Clock Enumeration Type BSC(BSC)

Counter for radio link AMR Wireless Link TimEnumeration Type 4_Times, 8_Times, 12_

Number of SACCH multiAMR Wireless Link TimInterval Type 0~63

Alarm ID Faulty Management Interval Type 65334~65383


Identifier of the alarm Faulty Management Interval Type 1~65535



Alarm ID O&M of BTS Interval Type 65033~65533

Alarm ID Faulty Management String Type None

Delay time for mutual-aTRX Cooperation Interval Type 1~60

alarm port's customer definition switch is enabled.It does not take effect to DC RRU, whose external alarm ports are always defined by customer.

value 1 indicates that the uplink coding scheme is adjusted according to downlink quality measurements reported by MS; value 2 indicates that the uplink coding scheme is adjusted according to uplink quality measurements reported by BTS.

Method 1: If the BTS software or the cold patch is downloaded to the OMU through the MML command DLD BTSSW, you can run the MML command LST BTSSW to obtain the number of the version to be loaded according to the returned result.Method 2: If the BTS software version or the cold patch is not downloaded to the OMU, you can decompress the BTS software package or cold patch package. Then, check the vercfg.xml file in the level-1 directory of the compressed package. The value after the label "SoftwareVersion" is the software version.Method 1: If the BTS software or the cold patch is downloaded to the OMU through the MML command DLD BTSSW, you can run the MML command LST BTSSW to obtain the number of the version to be loaded according to the returned result.Method 2: If the BTS software version or the cold patch is not downloaded to the OMU, you can decompress the BTS software package or cold patch package. Then, check the vercfg.xml file in the level-1 directory of the compressed package. The value after the label "SoftwareVersion" is the software version.

Type of alarm selectio Faulty Management Enumeration Type ALL(All), ONEBYONE(O

Alarm selection mode Faulty Management Enumeration Type ALL(all), ONEBYONE(on

Whether to trace A-intEnd-to-End MS Signali Enumeration Type NO(No), YES(Yes)

Whether to allow flow cGSM Flow Control Enumeration Type NO(No), YES(Yes)

whether to allow flow cGSM Flow Control Enumeration Type NO(No), YES(Yes)

Whether to allow flow GSM Flow Control Enumeration Type NO(No), YES(Yes)

Whether to allow flow cGSM Flow Control Enumeration Type NO(No), YES(Yes)

Whether to enable theGSM Flow Control Enumeration Type NO(No), YES(Yes)

Flow control method usGSM Flow Control Enumeration Type ABIS(Abis), A(A)

Rate of discarded serviGSM Flow Control Interval Type 0~100






CSD(Circuit Switched DA over IP Enumeration Type NO(Not Supported), R

Fixed gain value in fi Automatic Level ControInterval Type -12~12

Target level in fixed l Automatic Level ControInterval Type -23~-4

This parameter restraiAutomatic Level ControInterval Type 3~12

Maximum target level Automatic Level ControInterval Type -23~-4

Mimumum target levelAutomatic Level ControInterval Type -23~-4

ALC level control mod Automatic Level ControEnumeration Type FIXEDLEVEL(Fixed lev

Whether to enable the Automatic Level ControEnumeration Type CLOSE(Close), OPEN(O

Retry times after the tGb Over FR Interval Type 5~15

Duration of the timer tGb Over FR Interval Type 1~255

Specifies the bandwid IP QOS Interval Type 0~4000000

Whether to reassign thGPRS Enumeration Type NOTALLOW(Not Allow),

When this parameter iPDCH Dynamic Adjust Enumeration Type OFF(OFF), ON(ON)

Enhanced Channel AssInterval Type 0~100

Whether to allow EDA mEDA(Extended DynamicEnumeration Type NOTALLOW(Not Allow),

Number of allowed measNetwork-Controlled CelInterval Type 0~16


Value ALLCIC indicatesA Interface Circuit M Enumeration Type ALLCIC(Set all Timeslo

Value ALLCIC indicatesO&M of BSC Enumeration Type ALLCIC(Set all Timeslo

If the feed current of Interval Type 0~2000






Accumulated alarm cleaFaulty Management Interval Type 0~65535

Maximum ratio of the number of AMR half rate channels to the total number of channels in a cell. When the resource allocation principle is determined by the BSC, no AMR half rate channel can be further assigned if the ratio of the number of AMR half rate channels to the total number of channels in the cell is greater than or equal to the value of this parameter. When the resource allocation principle is not determined by the BSC, radio resource allocation does not depend on the setting of this parameter.Total number of channels = number of half rate channels + number of full rate channels x 2

Maximum ratio of the number of half rate channels to the total number of channels in a cell. When the resource allocation principle is determined by the BSC, no half rate channel can be further assigned if the ratio of the number of half rate channels to the total number of channels in the cell is greater than or equal to the value of this parameter. When the resource allocation principle is not determined by the BSC, radio resource allocation does not depend on the setting of this parameter.Total number of channels = number of half rate channels + number of full rate channels x 2

Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)

Faulty Management Enumeration Type NO(NO), YES(YES)

ID of the intermittent Faulty Management Interval Type 0~65534


If the input current of Faulty Management Interval Type 0~15

If the input current o Faulty Management Interval Type 45~155

If the input current o Faulty Management Interval Type 125~175

Accumulated alarm occuFaulty Management Interval Type 0~65535

Alarm Occur AccumulatiFaulty Management Interval Type 0~100

Alarm Clear AccumulatiFaulty Management Interval Type 0~100

If the number of alarm Faulty Management Interval Type 0~250

If the number of alarm Faulty Management Interval Type 0~250

Whether the configuratFaulty Management Enumeration Type NO(NO), YES(YES)

Type of the alarm. TheFaulty Management Enumeration Type flt(Fault), evt(Event), a

It is used to perform Power Control Enumeration Type 0(0.0), 1(0.1), 2(0.2),

Decimal part of the anBSS-Based LCS (Cell I Interval Type 0~9

Height of the specifie BSC/RNC Clock Interval Type -1000~10000

Integer part of the ant BSS-Based LCS (Cell I Interval Type 0~6553

Height of the specifie BSC/RNC Clock Interval Type -3281~32810

Alarm severity. One or Faulty Management Bit Field Type Critical, Major, Minor,

Alarm severity. One or Faulty Management Enumeration Type Critical(Critical), Maj

Whether to supply pow Enumeration Type DISABLED(Disabled),






Maximum degree by whiAMR Power Control Interval Type 1~16

Whether to enable the HUAWEI III Power ContEnumeration Type OFF(Not Allowed), ON(

Whether to enable the AMR Coding Rate ThreEnumeration Type NO(No), YES(Yes)

Number of measurementAMR Power Control Interval Type 1~20

AMR Power Control Interval Type 0~3

Quality level threshol AMR Power Control Interval Type 0~7


Number of measurementAMR Power Control Interval Type 1~20

During downlink power AMR Power Control Interval Type 0~7

During downlink power AMR Power Control Interval Type 0~63



Whether to enable the HUAWEI II Handover Enumeration Type NO(No), YES(Yes)

HUAWEI II Handover Interval Type 0~255

ATCB threshold for the HUAWEI II Handover Interval Type 0~255

Whether the configuration of alarm parameters is allowed.In multi-mode scenario, the value of this parameter must be the same as the value of the parameter in other modes.

O&M of BTSConnection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)

To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filter. The BSC can sample several downlink measurement reports in a short time and filter them according to a specific weight to predict future N measurement reports.This parameter specifies the number N.

Power decrease = downlink received signal level - ("AMR DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2The maximum power adjustment step allowed by the quality zone is chosen from "AMR MAX Down Adj. Value Qual. Zone 0", "AMR MAX Down Adj. Value Qual. Zone 1", and "AMR MAX Down Adj. Value Qual. Zone 2" according to the quality zone.If the downlink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is increased by the least of the power increase, "AMR MAX Up Adj. PC Value by RX_LEV", and "AMR MAX Up Adj. PC Value by Qual.".Power increase = ("AMR DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2 - downlink received signal level.

With "F-H Ho Period" and the duration for triggering handover from full rate to half rate, this parameter determines the current ATCB offset by which to choose the MSs to undergo handover from full rate to half rate.ATCB offset = (duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1) x "AMR F-H Ho ATCB Adjust Step"


Path loss threshold forHUAWEI II Handover Interval Type 0~255

Quality threshold for t HUAWEI II Handover Interval Type 0~7

Load threshold for the HUAWEI II Handover Interval Type 0~100

ATCB threshold for the HUAWEI II Handover Interval Type 0~255

Path loss threshold forHUAWEI II Handover Interval Type 0~255


Quality threshold for t HUAWEI II Handover Interval Type 0~7

Load threshold for the HUAWEI II Handover Interval Type 0~100

Maximum step by whichAMR Power Control Interval Type 0~32





AMR Power Control Enumeration Type NO(No), YES(Yes)

Minimum interval bet AMR Power Control Interval Type 1~15


Number of levels by wEnhanced Power ControInterval Type 0~15

Whether to enable the AMR HR Enumeration Type OFF(Off), ON(On)

Load threshold for assiAMR HR Interval Type 0~99

Whether to enable the AMR Coding Rate ThreEnumeration Type NO(No), YES(Yes)

Number of measurement AMR Power Control Interval Type 1~20




Number of measurement AMR Power Control Interval Type 1~20

During uplink power coAMR Power Control Interval Type 0~7

During uplink power coAMR Power Control Interval Type 0~63



Maximum number of retrA Interface Circuit M Interval Type 0~65535

Maximum number of timeA Interface Circuit M Interval Type 0~65535

Maximum gain to the siAutomatic Noise CompInterval Type 3~30

Whether to enable the Automatic Noise CompEnumeration Type CLOSE(Close), OPEN(O

The system adjusts the Automatic Noise CompInterval Type 10~30

Tilt angle of the RET a Remote Electrical Tilt String Type None

Uniquely identifies an Interval Type 0~4599

Adjacent node identifieNone Interval Type 0~4599

New name of the alar Faulty Management String Type None

ANR mode Automatic Noise Restr Enumeration Type MODE0(Mode 0), MODE

This parameter determiAutomatic Noise Restr Interval Type -32~0

With "F-H Ho Period" and the duration for triggering handover from full rate to half rate, this parameter determines the current path loss offset by which to choose the MSs to undergo handover from full rate to half rate.Path loss offset = (duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1) x "AMR F-H Ho Pathloss Adjust Step"

Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 0. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum step by which the power can be decreased according to signal level varies according to the quality zones.Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 1. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum step by which the power can be decreased according to signal level varies according to the quality zones.Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 2. Huawei power control algorithm generation II classifies the received signal quality into three quality zones. The maximum step by which the power can be decreased according to signal level varies according to the quality zones.

If this parameter is set to YES, Huawei power control algorithm generation II puts a currently received measurement report into the measurement report compensation queue. Then, the algorithm records the change in the transmit power based on the MS/BTS power in the measurement report. According to the power change, the algorithm compensates the received signal level in a history measurement report after measurement report interpolation.Before making a power control decision, the BSC samples and weights the received signal level and quality in several history measurement reports. The MS/BTS transmit power may vary over these measurement reports. To ensure the accuracy of the received signal level and quality to be weighted, the power control algorithm needs to compensate the received signal level and quality in the history measurement reports where the transmit power differs from the current transmit power.

To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filter. The BSC can sample several downlink measurement reports in a short time and then weigh them to predict future N measurement reports.This parameter specifies the number N.

Power decrease = uplink received signal level - ("AMR UL RX_LEV Upper Threshold" + "AMR UL RX_LEV Lower Threshold")/2The maximum power adjustment step allowed by the quality zone is chosen from "AMR MAX Down Adj. Value Qual. Zone 0", "AMR MAX Down Adj. Value Qual. Zone 1", and "AMR MAX Down Adj. Value Qual. Zone 2" according to the quality zone.If the uplink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is increased by the least of the power increase, "AMR MAX Up Adj. PC Value by RX_LEV", and "AMR MAX Up Adj. PC Value by Qual.".Power increase = ("AMR UL RX_LEV Upper Threshold" + "AMR UL RX_LEV Lower Threshold")/2 - uplink received signal level.


ANR target noise levelAutomatic Noise Restr Interval Type -64~0

Whether to enable the Automatic Noise Restr Enumeration Type CLOSE(Close), OPEN(O

Size of the azimuth an Interval Type 0~360

Length of the feeder c Interval Type 0~1000

Power supply switch o Enumeration Type SENDPOWER(Send Pow

E1T1 anti-error switch. Enumeration Type OFF(OFF), ON(ON)

Whether to enable the O&M of BTS Enumeration Type NO(No), YES(Yes)

Number of the antenn Remote Electrical Tilt Interval Type 0~35

Number of the antenn O&M of BTS Enumeration Type A(A), B(B)

Antenna pass No. of thMulti-site Cell Enumeration Type A(A), B(B)

Antenna pass number oO&M of BTS Enumeration Type A(A), B(B), NULL(NULL

Number of a port on thA Interface Protocol P Interval Type 0~335

Upper layer applicatio A over IP Enumeration Type M3UA(M3UA), BBAP(BB

Application type of th Semi-Permanent ConneEnumeration Type MTP2(MTP2), OTHER(O

Update frequency of thPS Active Package Ma Interval Type 1~65535

Upper length thresholdPS Active Package Ma Interval Type 1~65535

Congestion threshold oPS Active Package Ma Interval Type 1~65535

Initial value of the i PS Active Package Ma Interval Type 1~65535

Lower threshold of the PS Active Package Ma Interval Type 1~65535

Upper threshold of thePS Active Package Ma Interval Type 1~65535

AQM switch PS Active Package Ma Enumeration Type CLOSE(Close), OPEN(O

Target threshold of th PS Active Package Ma Interval Type 1~65535

Local area code, for e Configuration Manage Interval Type 0~65535

Area flag BSC/RNC Software Ma Enumeration Type PRIMARY(Primary Area)

Area flag BSC/RNC Software Ma Enumeration Type PRIMARY(Primary), ST

Threshold for reportin Radio Dedicated Chan Interval Type 0~80

Radio Dedicated Chan Interval Type 5~126

Threshold for reportin Radio Dedicated Chan Interval Type 5~100

Retransmission times uIP Fault Detection Ba Interval Type 3~10

ARP packet timeout ti Interval Type 3~10

Number of the slot wheA Interface Protocol P Interval Type 0~27

Number of the slot wheA Interface Protocol P Interval Type 0~27

Number of the subrack A Interface Protocol P Interval Type 0~11

Network management tyFaulty Management Bit Field Type power, env, sig, trunk

Network management tyFaulty Management Enumeration Type power(Power System),

Switch for assigning t Assignment and ImmedEnumeration Type OFF(Off), ON(On)

When this parameter is Direct Retry Enumeration Type DISABLE(Disable), EN

Offset relative to the Concentric Cell Interval Type 0~61

Number of the cabinetO&M of BTS Interval Type 0~62,255

Number of the cabinetO&M of BTS Interval Type 0~62

Number of the slot wheO&M of BTS Interval Type 0~23,255

BSS-Based LCS (Cell ID + TA)Soft-Synchronized NetworkBTS GPS SynchronizationBTS/NodeB ClockBTS GPS SynchronizationBTS/NodeB ClockAbis IP over E1/T1A IP over E1/T1

If the percentage of the abnormal channel releases in the latest S channel releases exceeds the Abnormal Warn Threshold, the abnormal release alarm is reported.If the percentage of the abnormal channel releases in the latest S channel releases is equal to or less than the Abnormal Release Threshold, the recovery alarm for the abnormal release alarm is reported. That is, the abnormal release alarm is cleared.


Number of the slot wheO&M of BTS Interval Type 0~23

Number of the subrack O&M of BTS Interval Type 0~255


Absolute level thresho2G/3G Neighboring CelInterval Type 0~63

After the BSC6900 del Assignment and ImmedInterval Type 500~60000

O&M of BSC Interval Type 1~300

MSC reset protection A Interface Circuit M Interval Type 1~300

T17 timer. When receivGSM Flow Control Interval Type 1~300

T18 timer. When receivGSM Flow Control Interval Type 1~300

Interval Type 1~300

Timer for waiting for O&M of BSC Interval Type 1~300

Timer for waiting for A Interface Circuit M Interval Type 1~300

Whether to enable the Concentric Cell Enumeration Type NO(Close), YES(Open)

Hysteresis in the dist Enhanced Dual-Band Interval Type 0~63

Enhanced Dual-Band Interval Type 0~63

Whether to enable the BFlex Ater Enumeration Type NO(No), YES(Yes)

Whether to enable the Flex Ater Enumeration Type Close(Close), Open(Op

Threshold for consideriFlex Ater Interval Type 80~100

Index of an Ater conneO&M of BSC Interval Type 0~254

Threshold for enablingBSC Local Switch Interval Type 0~100

Ater interface timeslo O&M of BSC Bit Field Type TS1, TS2, TS3, TS4, T

Whether to configure thSemi-Permanent ConneEnumeration Type NO, YES

Ater maintenance link Configuration Manage Interval Type 0~1

Ater connection path Configuration Manage Interval Type 0~254

Indentifies an Ater sig O&M of BSC Interval Type 0~2047

Transport mode of the Ater Compression TranEnumeration Type TDM(TDM), IP(IP)

Number of the RF port O&M of BTS Enumeration Type A(Tributary A), B(Tribu

A interface timeslot m A Interface Protocol P Bit Field Type TS1, TS2, TS3, TS4, T

Attach-detach Allowed IMSI Detach Enumeration Type NO(No), YES(Yes)

TMA attenuation factor Interval Type 0~15

TMA attenuation factor Interval Type 0~15

It specifies the loopba None Interval Type 1~65535

It specifies the test du None Interval Type 1~60

SSL authentication modSecurity Management Enumeration Type NONE(Verify None), PEE

Validation mode of the Enumeration Type SERVER(SERVER), CLIE

Validation mode of the Enumeration Type SERVER(SERVER), CLIE

Validation mode of theAbis IP over E1/T1 Enumeration Type SERVER(Server), CLIEN

Username to validate, String Type None

Username to validate, String Type None

Username to validate, Abis IP over E1/T1 String Type None

Password to validate, String Type None

Timer for waiting for a single A-interface circuit blocking or unblocking answer.The BSC6900 starts this T1 timer after sending a single A-interface circuit blocking or unblocking message. If the BSC6900 does not receive a blocking or unblocking answer from the MSC before this timer expires for the first time, the BSC6900 resends the single A-interface circuit blocking or unblocking message to the MSC. If the timer expires for the second time, the BSC6900 reports an alarm for BSC circuit blocking or unblocking failure.

Timer for waiting for an A-interface circuit reset answer.The BSC6900 starts this timer after sending an A-interface circuit reset message. When this timer expires for the first time, the BSC6900 resends the circuit reset message to the MSC. If this timer expires for the second time, the BSC6900 reports an alarm for BSC circuit resetting failure.

O&M of BSCA Interface Circuit Management

Distance between the boundary of the overlaid subcell and the boundary of the underlaid subcell. This parameter specifies the difference between the coverage of the overlaid subcell and the coverage of the underlaid subcell in the concentric cell or dual-frequency network scenario. The boundaries of the overlaid and underlaid subcells are determined according to the relative value between the signal strength of the serving cell and the signal strength of the neighbor cell. Assume that the signal strength of the serving cell is SS(s) and that the signal strength of the neighbor cell is SS(n). If SS(s) = SS(n), the MS is on the boundary of the underlaid subcell. If SS(s) - SS(n) > "Distance Between Boudaries of Subcells", the MS is in the coverage of the overlaid subcell.In the tight BCCH handover algorithm, this parameter specifies the difference between the coverage of the TRX that carries the BCCH and the coverage of the TRX that does not carry the BCCH. The relevant computation is the same as the preceding computation.

O&M of BTSConnection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)

Abis IP over E1/T1A IP over E1/T1Abis IP over E1/T1A IP over E1/T1



Password to validate, String Type None

Password to validate, Abis IP over E1/T1 String Type None

Type of validation prot Enumeration Type NO_V(NO_V), PAP_V(PA

Type of validation prot Enumeration Type NO_V(NO_V), PAP_V(PA

Type of the validation Abis IP over E1/T1 Enumeration Type NO_V(No Validate), PA

IP Fault Detection Ba Enumeration Type ENABLE, DISABLE

Whether inter-subrackConfiguration Manage Enumeration Type NO(NO), YES(YES)

Whether to allow automAMR FR Enumeration Type NO(No), YES(Yes)

Whether to allow automAMR HR Enumeration Type NO(No), YES(Yes)


Whether to enable theAbis over IP Enumeration Type DISABLED(Disabled),

The parameter specifi O&M of BTS Enumeration Type BTSAUTODLDACT(BTS S

Auto unlock switch Security Management Enumeration Type OFF(Off), ON(On)

Duration of time after Security Management Interval Type 1~65535

optical adaptation typ None Enumeration Type AU4(AU4), AU3(AU3)

Phase tag for GSM protA Interface Protocol P Enumeration Type GSM_PHASE_1, GSM_PH

Alarm level for a digitaFaulty Management Enumeration Type LOW(LOW), HIGH(HIGH

Alarm level. It is valid Faulty Management Enumeration Type LOW(LOW), HIGH(HIGH

Threshold of B1 and B2None Enumeration Type O1E3_R1E4(OCCUR:1E-

Threshold of B1 and B2None Enumeration Type O1E3_R1E4(OCCUR:1E-

Threshold of B3 signal None Enumeration Type O1E4_R1E5(OCCUR:1E-

Threshold of B3 signal None Enumeration Type O1E4_R1E5(OCCUR:1E-

Switch of backplane L BSC/RNC Clock Enumeration Type OFF(OFF), ON(ON)

Switch of backplane L BSC/RNC Clock Enumeration Type OFF(OFF), ON(ON)

Directory for saving th String Type None

Path (complete path) oConfiguration Manage String Type None

Quality threshold for dRadio Dedicated Chan Interval Type 0~70

Whether the downlink TGPRS Enumeration Type CLOSE(Close), LOCALTLL

Bar code 2 of the inte None String Type None

IP address of the back IP Fault Detection Ba IP Address Type None

Mask of the backup poIP Fault Detection Ba IP Address Type None

Active Backup Power CEnumeration Type BYTRX(Turn off TRX),

Active Backup Power CEnumeration Type BYCOVER(Cover Priority

Whether the cells at Multi-band Sharing On Interval Type 0~1



Duration in which intr Interval Type 1~200

List of bar codes of al O&M of BTS String Type None

The reference BTS musSoft-Synchronized Net Interval Type 0~2047

O&M of BTS Enumeration Type Battery1Temp(Battery

O&M of BTS Enumeration Type Battery1Temp(Battery



2. If the self-negotiation mode is adopted, the FE port rate, working mode and flow control mode must be in accordance with the negotiation result. If the self-negotiation mode is not adopted, the FE port rate, working mode and flow control mode must be specified. Make sure that the specified attributes are the same as that of the peer. Otherwise, transmission failure must be incurred.3. If the self-negotiation mode is adopted on the local system, the peer must use the self-negotiation mode.

O&M of BSCSecurity Management

This parameter specifies the method of saving the BTS backup power. When this parameter is set to "Turn off TRX", the BSC preferentially shuts down some TRXs when the BTS experiences a power failure. When this parameter is set to "Reduce Backup Power", the BSC saves the power according to the configured "Backup Power Saving Policy" when the BTS experiences a power failure.This parameter specifies the backup power saving policy of the BTS.When this parameter is set to "Cover Priority", the BTS shuts down some TRXs, waits for a certain period of time, and then decreases the power of the BCCH TRX. When this parameter is set to "Capability Priority", the BTS decreases the power of the BCCH TRX, waits for a certain period of time, and then shuts down some TRXs. When this parameter is set to "Saving Priority", the BTS shuts down some TRXs and meanwhile decreases the power of the BCCH TRX.

HUAWEI I HandoverHUAWEI II Handover

For the EPS4815 boards, this parameter can only be configured as "Battery1Temp".In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Number of the temperature sensor corresponding to a battery group.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.


O&M of BTS Enumeration Type NO(NO), YES(YES)

Allowed percentage of O&M of BTS Interval Type 0~90

O&M of BTS Enumeration Type NO_BAT(No Storage Bat

Number of the BBAP serBSC Node RedundancyInterval Type 1024~65535

Reference difference Interval Type 0~254


Base station color cod Configuration Manage Interval Type 0~7

Base station color cod Configuration Manage Interval Type 0~7

BTS color code. It uni Configuration Manage Interval Type 0~7

BCCH frequency of the Configuration Manage Interval Type 0~1023

Frequency of the BCC Frequency Band Interval Type 0~1023

Frequency hopping modFrequency Hopping (R Enumeration Type NO_Hop(No hop), Hop(

Threshold for reportin Gb Over FR Interval Type 0~100

Threshold for clearing Gb Over FR Interval Type 0~100

DSCP corresponding toGb over IP Interval Type 0~63

Identifies one BC at t Gb Over FR Interval Type 0~511




ARP1 priority in the B QoS ARP&THP Interval Type 1~10



Enumeration Type MTP3(MTP3), M3UA(M3

Time interval for sen BSC Node RedundancyInterval Type 1~60

Average period for se EGPRS Interval Type 0~10

Number of UTRAN TDD cGSM/TD-SCDMA InteropInterval Type 0~3

This parameter specifi Enumeration Type NO(No), YES(Yes)




Timeout times of the BIP Fault Detection Ba Interval Type 3~10

BFD Session No. IP Fault Detection Ba Interval Type 1~2

Interval Type 10~254

Mutual-aid changeback TRX Cooperation Enumeration Type ALL(All), PART(Part)

Bit offset in the frame Soft-Synchronized Net Interval Type -10000~10000




Base Station ControllerFaulty Management Enumeration Type DISABLE(Disable), EN

Alarm blink filter thre Faulty Management Interval Type 0~65534

Battery capacity.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether the configuration of external battery is allowed. The value "YES" indicates that the external battery can be configured, and the value "NO" indicates that the external battery cannot be configured.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Battery type.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Processing of Measurement ReportPre-processing of Measurement ReportBattery capacity. The battery capacity should be set according to the vendor specification. If it is improperly configured, the battery life may be shortened.

In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Current limit coefficient of the battery. The maximum charging current equals the value of "Battery Current Limiting Coefficient" multiplexed by "Battery Capacity". If the charging current is 5 A higher than the maximum charging current, the overcharge alarm is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Boost-Charging Voltage. See the vendor specification for the setting of this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether the configuration of external battery is allowed.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

M3UA: indicates that the lower layer bearer is the M3UA used in IP scenario;MTP3_M3UA: indicates that the lower layer bearer is the MTP3 and M3UA used in ATM/TDM/IP scenario.

A Interface Protocol ProcessSTP (Signaling Transport Point)

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number P.According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number N.

Allowed fluctuation of the difference between uplink and downlink levels relative to the reference difference. If the difference between uplink and downlink levels is outside the fluctuation range, the uplink and downlink are considered imbalanced.For example, assume that the Up Down Balance Basic Difference is set to 8 and that the Up Down Balance Floating Range is set to 30. If the difference between uplink and downlink levels is greater than 38 (= 8 + 30) or less than -22 (= 8 - 30), the uplink and downlink are considered imbalanced. If the difference between uplink and downlink levels is between -22 and 38, the uplink and downlink are considered balanced.

Processing of Measurement ReportPre-processing of Measurement Report

Measurement period of Faulty Management Interval Type 60~65534

Switch controlling whetFaulty Management Enumeration Type DISABLE(Disable), EN

Retry times after the Gb Over FR Interval Type 1~6

Duration of the peer Gb Over FR Interval Type 1~120

Number of the port in None Interval Type 0~335

Number of the slot in None Interval Type 0~5,8~27

Number of the BM subrNone Interval Type 0~11

Duration of the flow c GSM Flow Control Interval Type 0~5000

Whether to use the devi Enumeration Type NO(NO), YES(YES)

Whether to report the Faulty Management Enumeration Type nonrpt(Not Report), rp

Position of break poin O&M of BTS Enumeration Type 0(0), 1(1), 2(2), 3(3),

Position of break poin O&M of BTS Enumeration Type 0(0), 1(1), 2(2), 3(3),

Whether to enable the Enumeration Type NO(No), YES(Yes)


If ("downlink level of Interval Type 0~127


Classes of boards clas Configuration Manage Enumeration Type SCU, GCU, XPU, INT,

Classes of boards clas Configuration Manage Enumeration Type SCU, GCU, XPU, DPU,

Classes of boards clas Configuration Manage Enumeration Type SCU, GCU, MPU, GCP,

Classes of boards clas Configuration Manage Enumeration Type INT, DPU, XPU, TNU,

Number of the board O&M of BTS Interval Type 0~72

Number of the RF fron O&M of BTS Interval Type 0~47

Upper threshold of tot O&M of BTS Interval Type 0~1000

Software type of the O&M of BTS Enumeration Type DATM_MAIN, DATU_MAI

Upper threshold of tot O&M of BTS Interval Type 0~1000

Type of the board Configuration Manage Enumeration Type DPUa, DPUc

Type of the board Configuration Manage Enumeration Type PEUa, FG2a, GOUa, EI

Board type None Enumeration Type FG2a, GOUa, FG2c, G

Board type None Enumeration Type PEUa, POUc



Type of RXU board. TogO&M of BTS Enumeration Type MRRU, GRRU, MRFU, G

Type of the board. T O&M of BTS Enumeration Type TMU(TMU/DTMU), DTRU

To avoid intermittent Fast Ring Network Swi Interval Type 0~255

Contents of a cell br Simplified Cell Broadc Any Type None

Time interval for a ce Simplified Cell Broadc Interval Type 2~3600

Backup mode of the log Enumeration Type ENTIRE(Entire Backup

BS-AG-BLKS-RES, indic Interval Type 0~7

DPC of the external BSA over IP Interval Type 1~16777215

This parameter specifiTRX Power Amplifier I Enumeration Type NO(No), YES(Yes)

It indicates whether t Enumeration Type MAINBSC(MAIN BSC),


HUAWEI I HandoverHUAWEI II HandoverAccording to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the handover is triggered.

This parameter specifies the number P.HUAWEI I HandoverHUAWEI II HandoverAccording to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the handover is triggered.

This parameter specifies the number N.

O&M of BSCSecurity ManagementLocation UpdatingPaging

A Interface Circuit ManagementTC Pool

Gateway IP address of Short Message ServiceIP Address Type None

End time for collectingSoft-Synchronized Net Compound Type hour, min

Start time for collecti Soft-Synchronized Net Compound Type hour, min

Uniquely identifies a B Interval Type 0~15

ID of the BSC that contConfiguration Manage Interval Type 0~15

Period for fine tuning Soft-Synchronized Net Interval Type 5~60

Short Message ServiceIP Address Type None

IP address of an inter Abis over IP IP Address Type None

BSC Local Switch Enumeration Type UNCONDITIONALSTART(U

Unique name of the exConnection Inter BSC oString Type None

Whether to allow high-pEnhanced Multi Level Enumeration Type NO(No), YES(Yes)

Whether to allow the cEnhanced Multi Level Enumeration Type NO(No), YES(Yes)

In-BSC6900 port No. ofSemi-Permanent ConneInterval Type 0~335

Port number used for Short Message ServiceInterval Type 0~65535

Enhanced Multi Level Enumeration Type NO(No), YES(Yes)

Whether to allow calls Enhanced Multi Level Enumeration Type NO(No), YES(Yes)

Whether to allow the sEnhanced Multi Level Enumeration Type NO(No), YES(Yes)

Reserved parameter 1 tConfiguration Manage Interval Type 0~65535

Reserved parameter 10 Configuration Manage Interval Type 0~65535























IP QOSTC Pool

IP address of the BSC6900. If the connection mode of the BSC6900 and the CBC is to lead cables out of the PIU, the value of this parameter must be the same as the preset IP address of the PIU port.If the connection mode is to lead cables out of the XPU panel, the value of this parameter must be the same as the preset IP address of the XPU panel.

ATERCONGESTS: The function of BSC local switching is enabled when the congestion rate of the Ater interface exceeds the value of "Ater Cong Thres for BSC LocalSwitch".PREFIXNUMBER: The function of BSC local switching is enabled when the leading digits of the calling or called MSISDN are the preset value of "Prefix Number for BSC (1-10)".

If this parameter is set to YES, then during the resource preemption, the priorities of all the services are compared, and the resources are assigned to the services with a higher priority. If this parameter is set to NO, then during the resource preemption, all the services with an eMLPP priority greater than 2 are considered to have the same priority, and the resources are assigned equally.






In-BSC6900 slot No. ofSemi-Permanent ConneInterval Type 0~27

In-BSC6900 subrack No.Semi-Permanent ConneInterval Type 0~11

In-BSC6900 sub-timesloSemi-Permanent ConneInterval Type 0~7

When the BTS clock is Soft-Synchronized Net Interval Type 0~2500

ID of the BSC at the otTC Pool Interval Type 0~15

ID of slave BSC in TC PTC Pool Interval Type 1~15

In-BSC6900 timeslot NoSemi-Permanent ConneInterval Type 1~31

This parameter is usedGPRS Interval Type 0~15

Whether to enable thePre-processing of Mea Enumeration Type NO(No), YES(Yes)

Number of PAGCH blocConfiguration Manage Interval Type 0~12

Enumeration Type 2_M_PERIOD(2 Multifra

Number of PBCCH blocConfiguration Manage Interval Type 1~4

Number of PRACH blocConfiguration Manage Interval Type 0~12

General strategy of th Enumeration Type NEITHERSTART(Neither

Enumeration Type NONSUPPORT(Not Suppo

Whether to support the Enumeration Type NO(NO), YES(YES)

Type of the board BSC/RNC Clock Enumeration Type PEUa, EIUa, OIUa, POU

Type of the board BSC/RNC Software Ma Enumeration Type SCUa, GCUa, GCGa, PE

Type of the board BSC/RNC Software Ma Enumeration Type SCUa, GCUa, GCGa, PE

Board type None Enumeration Type PEUa, POUc, EIUa, OIU

Board type None Enumeration Type PEUa, POUc, EIUa

Board type None Enumeration Type PEUa, POUc, EIUa, OIU

Board type None Enumeration Type POUc, OIUa

Board type None Enumeration Type POUc, OIUa

Board type None Enumeration Type FG2a, GOUa, FG2c, G

Board type None Enumeration Type EIUa

Remote Electrical Tilt Enumeration Type DATU(DATU), GATM(GA

Type of the newly add O&M of BTS Enumeration Type CDU(CDU), PCDU(PCDU

Type of the newly add O&M of BTS Enumeration Type PWC(PWC), EAC_EMUA(

Type of the newly ad O&M of BTS Enumeration Type DRRU(DRRU), DRFU(DR

Type of the board O&M of BTS Enumeration Type TRX(TRX_DEFAULT), TR

Type of the board O&M of BTS Enumeration Type CDU(CDU), CDUC(CDUC

The configuration flag Enumeration Type CFGBM(BM), CFGTC(TC

Ater Interface 4:1 MultEnumeration Type CFGBM(BM), CFGTC(TC

This parameter specifiO&M of BTS Enumeration Type NO(No), YES(Yes)

Bard code of BTS BBU O&M of BTS String Type None

Number of multiframes in a cycle on a paging sub-channel. In fact, this parameter specifies the number of paging sub-channels that a paging channel in a cell is divided into.In an actual network, an MS does not listen to other paging sub-channels but its belonging paging sub-channel only. Refer to GSM Rec. 05.02 and GSM Rec. 05.08. The larger the value of this parameter, the more the number of the paging sub-channels in a cell, and the fewer the number of the users belonging to each paging sub-channel. In this case, the mean uptime of the MS battery can be prolonged. Refer to the computing mode of paging group in GSM 05.02 of GSM Standards. The larger the value of this parameter, however, the larger the time delay of a paging message in a space segment. Thus, the average service performance of the system lowers. Based on the principle of ensuring that overload does not occur to paging channels, you must set this parameter to a value as small as possible. You must regularly measure the overload conditions of the paging channels in a running network and accordingly adjust the value of this parameter properly. A paging message in a location area must be sent in all the cells within this location area at the same time. Therefore, the capacity of a paging channel of each cell in a location area must be the same or nearly the same. The capacity refers to the calculated number of paging sub-channels of each cell.

PagingRadio Common Channel Management

BSC Local SwitchBTS Local SwitchBASIC: Assignment request messages and handover request messages sent by the MSC contain a flag indicating whether to allow an MS for local switching. The BSS must identify this flag when performing local switching.

ENHANCED: Assignment request messages and handover request messages sent by the MSC contain a flag indicating whether to allow an MS for local switching. The BSS must identify this flag when performing local switching. In addition, when the BSS enables or stops local switching, the BSS sends a local switching enabled or stopped message to the MSC.BSC Local SwitchBTS Local SwitchBSS Paging CoordinationBSS Paging Coordination

2. GATM: It is applicable to the BTS3900 GSM, BTS3900A GSM, BTS3036, and BTS3036A.3. RXU:DRRU,MRRU,MRFU,GRRU,GRFU,BTS3900E support the RET antenna connect directly.

Ater Interface 4:1 MultiplexingTC PoolWhen this parameter is set to "CFGBM", a BM signaling link is added.

When this parameter is set to "GFGTC", a TC signaling link is added.

Communication type oAbis over IP Enumeration Type LOGICIP(Logic IP), POR

Communication type oAbis over IP Enumeration Type LOGICIP(Logic IP), POR

Peer equipment type oO&M of BTS String Type None

BTS detection switch. Abis over IP Enumeration Type CLOSE(CLOSE), OPEN(

BTS index of the adjacIP QOS Interval Type 0~2047

Index of the BTS, uniq O&M of BTS Interval Type 0~2047

Index of the BTS runn O&M of BTS Interval Type 0~2047

Number of the BTS conAbis Transmission Opt Interval Type 0~2047

List of BTS indexes. O&M of BTS Interval Type 0~2047

Whether to collect off Soft-Synchronized Net Enumeration Type BYIDX(By BTS Index),

Index type of the BTS Remote Electrical Tilt Enumeration Type BYNAME(By Name), BYI

Base station index, 655Security Management Interval Type 0~2047,65535

IP address of a BTS. WAbis over IP IP Address Type None

BTS Local Switch Enumeration Type UNCONDITIONALSTART(U

Subnet mask of BTS. Abis over IP IP Address Type None

Whether to enable thePre-processing of Mea Enumeration Type BSC_Preprocessing(BSC

Name of the BTS, uniquO&M of BTS String Type None

Connect BSC BTS Name.ItAbis Transmission Opt String Type None

List of BTS names. Yo O&M of BTS String Type None

Abis over IP Enumeration Type OFF(Off), ON(On)

Active Backup Power CEnumeration Type NO(No), YES(Yes)

Maximum degree by whiEnhanced Power ControInterval Type 1~16

Whether to specify "P Network Support SAIC Enumeration Type OFF(Off), ON(On)

Software version numbO&M of BTS String Type None

Transmission compressiAbis Transmission Opt Interval Type 1~250

Type of the BTS O&M of BTS Enumeration Type BTS30, BTS312, BTS3

Type of the BTS Compact BTS AutomaticEnumeration Type BTS3900B_GSM(BTS39

Type of the BTS O&M of BTS Enumeration Type BTS3012(BTS3012), B

Time for which the BTSIP Fault Detection Ba Interval Type 0~1000000

Type of TRX loopback BTS Test Function Enumeration Type BIULOOP(BIU Loopback

O&M of BTS Enumeration Type NO_BAT(No Storage Bat

If the OML is not estabFast Ring Network Swi Interval Type 10~255

Whether to enable the A over IP Enumeration Type NO(NO), YES(YES)

Identifies a unique PT Gb Interface Function Interval Type 2~65534

The BSSGP virtual conneGb Interface Function Interval Type 2~65534

Duration of BVC flow coGb Interface Function Interval Type 1000~3000

Switch for adjusting thIP QOS Enumeration Type OFF(OFF), ON(ON)

If the available backw IP QOS Interval Type 0~200000


If the ratio of availa IP QOS Interval Type 0~100


ABISCONGESTS: The function of BTS local switching is enabled when the congestion rate of the Abis interface exceeds the value of "Abis Cong Thres for BTS LocalSwitch".PREFIXNUMBER: The function of BTS local switching is enabled when the leading digits of the calling or called MSISDN are the preset value of "Prefix Number for BTS (1-10)".

If the parameter is set to "ON", all the Ping packets are sent.If the parameter is set to "OFF", all the Ping packets are discarded.This parameter specifies whether the BSC is allowed to shut down the BCCH TRX that is configured as "Shut Down Enabled" to save power after the BSC receives a power failure message from the BTS. When this parameter is set to Yes, the BSC shuts down all the TRXs that are configured as "Shut Down Enabled", including the BCCH TRX, after receiving a power failure message from the BTS. When this parameter is set to No, the BSC shuts down only the non-BCCH TRXs that are configured as "Shut Down Enabled" after receiving a power failure message from the BTS.

Battery type.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.





Ratio of reserved bac IP QOS Interval Type 0~100

Reserved backward baIP QOS Interval Type 0~200000

Maximum ratio of the IP QOS Interval Type 100~1000

Bandwidth mode IP QOS Enumeration Type FULL_DUPLEX(Full Dup

Threshold of bandwidthIP QOS Interval Type 0~100

Threshold for reportin Interval Type 20~100

Index type. The value Configuration Manage Enumeration Type BYIDX(By Cell Index),

Whether the reselectioGPRS Enumeration Type C31NOTUSE(Not Use c3

Whether GPRS cell reselGPRS Interval Type 0~1

Descriptive informatio O&M of BTS String Type None

List of all the cabinet O&M of BTS Interval Type 0~8

Whether the added cabConfiguration Manage Enumeration Type NO(NO), YES(YES)

Whether to allow call rCall Reestablishment Enumeration Type NO(No), YES(Yes)

Calibration value of th O&M of BTS Interval Type 0~4095

Whether an MS uses the Enumeration Type NO(No), YES(Yes)

Whether to enable the Compact BTS AutomatiEnumeration Type OFF(OFF), ON(ON)

Card Frequency Attrib O&M of BTS Enumeration Type GSM900(GSM900), DCS

Whether to indicate thaIP QOS Enumeration Type NULL(NULL), IPLGCPORT

Bearer type of the logiIP QOS Enumeration Type ETHER, IPLOGICPORT,

Port type of the SBFD None Enumeration Type ETHPORT, TRUNK

Enumeration Type NO(NO), YES(YES)

Uniquely identifying a Short Message ServiceInterval Type 0~3

IP address of a CBC Short Message ServiceIP Address Type None

Short Message ServiceInterval Type 0~63

Port number at the CBShort Message ServiceInterval Type 0~65535

Duration of no cell br Short Message ServiceInterval Type 5~180

Enumeration Type NO(No), YES(Yes)

Maximum burst size ( IP QOS Interval Type 4500~32767

Timer interval for se Short Message ServiceInterval Type 1~5

Number of enhanced meEnhanced MeasuremenInterval Type 0~31

Number of enhanced meEnhanced MeasuremenInterval Type 0~31

Country code, for examConfiguration Manage Interval Type 0~65535

Security Management Enumeration Type DISABLE(Disabled), E

Time interval for send Radio Common Chann Interval Type 0~255

This parameter is usedRadio Common Chann Interval Type 20~100


Transmission period o Ethernet OAM Enumeration Type 10, 100, 1000


Frequency Hopping (RF hopping, baseband hopping)System Information Sending

YES NO Low NormalYES YES Low Normal

Basic Cell SelectionBasic Cell Re-selection

Bit 4: whether the bsc supports repetitive message references. The value 0 indicates that the bsc supports repetitive message references; the value 1 indicates that the bsc does not support repetitive message references.Bit 5: content of the recovery indication in the restart-indication message during the reset procedure. The value 0 indicates that the data is lost; the value 1 indicates that the data is available.

YES NO Low NormalYES YES Low Normal

Basic Cell SelectionLocation Updating

DISABLE: indicating that the certificate chain is disabledENABLE: indicating that the certificate chain is enabled

Threshold of forbiddin Direct Retry Interval Type 0~100

Interval Type 0~7

Interval Type 0~7

BCCH frequency of a 2GConfiguration Manage Interval Type 0~1023

Whether to generate thConfiguration Manage Enumeration Type AUTO(Auto), MANU(Ma

BCCH frequency of a 2GConfiguration Manage Interval Type 0~1023

This parameter indicatConfiguration Manage Enumeration Type AUTO(Auto), MANU(Ma

Power Control Interval Type 0~50

Interval Type 0~7

Interval Type 0~7

Whether the cell can be Enumeration Type Permit(Permit Cell Acc

O&M of BTS Enumeration Type OUTDOOR_CELL(Outdoor

Even charging voltage O&M of BTS Interval Type 240~289


Float charging voltage O&M of BTS Interval Type 240~289


Index of a cell, unique Configuration Manage Interval Type 0~2047

ID of the cell. The cell Configuration Manage Interval Type 0~2047

Index of a cell, uniquelMBSC Load Balancing Interval Type 0~2047

Index of a cell, unique Configuration Manage Interval Type 0~2047,65535

Index of a cell, unique Configuration Manage Interval Type 0~2047

Cell Index O&M of BTS Interval Type 0~2047

List of the user-defin 2G/3G Neighboring CelString Type None

Index type of a cell Configuration Manage Enumeration Type BYNAME(By name), BYI

Index type of the cell Configuration Manage Enumeration Type BYNAME(By Name), BYI

Index type of the cell Remote Electrical Tilt Enumeration Type BYNAME(By Name), BYI

This parameter specifiEnhanced Dual-Band Enumeration Type Inner(Inner), Extra(Ext

Layer of the cell. If th Enumeration Type 1, 2, 3, 4

List of cell indexes. Configuration Manage String Type None

A Interface Protocol P Enumeration Type NO(No), YES(Yes)

Maximum number of SDCSDCCH Dynamic AdjusInterval Type 0~255

Name of a cell, uniquelConfiguration Manage String Type None

Name of a cell, uniquelMBSC Load Balancing String Type None

Name of a cell, uniquelO&M of BTS String Type None

Configuration Manage String Type None

Power of each passageRAN Sharing Enumeration Type OP1(Operator 1), OP2(

Threshold of the downl Interval Type 0~63

Threshold of the TA of Interval Type 0~63

Maximum number of repoRadio Common Chann Interval Type 1~20



...7: 42 dB

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability6: 36 dB

7: positive infinityGSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

Timeslot power attenuation level of the EDGE TRX in 8PSK. The attenuation level ranges from 0 to 50, each of which corresponds to an attenuation of 0.2 dB. When the EDGE TRX sends signals in 8PSK, the transmit power must be lower than the mean power in GMSK....7: 42 dB

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability6: 36 dB

7: positive infinityGSM/WCDMA InteroperabilityGSM/TD-SCDMA InteroperabilitySystem Information SendingGPRSIf the coverage type of a cell is outdoor coverage, the BTS detects whether the standing wave alarm is generated only when the forward power is greater than 35 dBm.

If the coverage type of a cell is indoor coverage, the BTS detects whether the standing wave radio alarm is generated only when the forward power is greater than 30 dBm.

Even charging voltage of the battery. The battery is charged at the voltage as specified by this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Float charging voltage of the battery. The battery is charged at the voltage as specified by this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.


According to GSM Rec. 08.08, during a channel assignment, an assignment complete message contains a cell list only when the cell of the MS changes.For the MSCs of some vendors, however, assignment complete messages must contain cell lists. To meet such a requirement, the value of this parameter must be YES.

? | : < > " @ # ! % ^ & * . [ ] / \ \\ '

Processing of Measurement ReportPre-processing of Measurement ReportProcessing of Measurement ReportPre-processing of Measurement Report

Whether to allow the power-off of the battery.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Battery power-off voltage.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

This parameter specifieNetwork-Controlled CelEnumeration Type 2G(Preference for 2G C

The number of times thNetwork-Controlled CelInterval Type 0~100

Information about the c Enumeration Type COMMON(COMMON), MU

This parameter specifiFast 3G Reselection atEnumeration Type NO(No), YES(Yes)

Faulty Management Interval Type 400~790

Faulty Management Interval Type -190~50


O&M of BTS Interval Type -500~0


Threshold of the downl Interval Type 0~63

Threshold of the TA of Interval Type 0~63

Threshold for stopping GSM Flow Control Interval Type 20~90

Name of the certificateSecurity Management String Type None


Indicates whether the IIP QOS Enumeration Type NULL(NULL), IPLGCPORT

Compact BTS AutomaticEnumeration Type AUTO(AUTOPLAN), NO

Configuration Switch. O&M of BTS Enumeration Type DISABLE(Disable), EN

Whether to enable the O&M of BTS Enumeration Type NO(NO), YES(YES)


Confirm password. The Password Type None

Customized command g Enumeration Type G_15, G_16, G_17, G_1

This parameter is vali Bit Field Type G_0~0 G_1~1 G_2~2

Congestion end thresholO&M of BSC Interval Type 20~90

Congestion end thresholO&M of BSC Interval Type 20~90

If the parameter is set PICO Automatic ConfigEnumeration Type OFF(OFF), ON(ON)

Name of the command String Type None

Number of the cabinet GPRS Interval Type 0~2

Congestion start threshO&M of BSC Interval Type 30~100



This parameter indicateChain Cell Handover Enumeration Type QUICK_HO_NCELL_TYPE

Combination type of c O&M of BTS Enumeration Type CHAINTORING(ChainTo

Enhanced Channel AssEnumeration Type CAPABILITY(Capability

This parameter specifiNone Interval Type 0~100

This parameter determinO&M of BSC Enumeration Type OFF(Off), ON(On)

This parameter specifiO&M of BSC Interval Type 0~100

Message Identifier of Simplified Cell Broadc Interval Type 0~65535

Whether to measure theEnhanced Channel AssEnumeration Type NO(No), YES(Yes)

When the value of thisA Interface Protocol P Enumeration Type NO(No), YES(Yes)

This parameter is usedNone Interval Type 1~64

Number of ping check tIP QOS Interval Type 1~5

Uplink EGPRS2-ADownlink EGPRS2-A

The BTS reports an alarm if the temperature of battery group 1 exceeds the value of this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.The BTS reports an alarm if the temperature of battery group 1 is lower than the value of this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Upper limit of the temperature measured by the temperature sensor of the battery group 1. If the measured value is greater than the value of this parameter, the value of this parameter is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Lower limit of the temperature measured by the temperature sensor of the battery group 1. If the measured value is smaller than the value of this parameter, the value of this parameter is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to allow the configuration of parameters related to the temperature compensation of the battery groupIn multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Processing of Measurement Report

Pre-processing of Measurement ReportProcessing of Measurement ReportPre-processing of Measurement Report

Whether to allow the configuration of alarm parameters. The value "YES" indicates that the configuration is allowed, and the value "NO" indicates that the configuration is not allowed. If the parameter is set to "YES", all the other parameters are reset to the default values in this command.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

BTS configuration modes include auto plan mode and normal mode. In auto plan mode, the user can enable the auto planning algorithms and auto optimization algorithms according to the BTS type. In normal mode, the auto planning algorithms and auto optimization algorithms are disabled.

O&M of BSCSecurity ManagementO&M of BSCSecurity ManagementO&M of BSCSecurity Management


If this parameter is set to PSRELATIVELY, the factors are listed as follows in a descending order of priority: capacity factors, PS cooperation factors, quality factors, and management factors.If this parameter is set to PSABSOLUTELY, the factors are listed as follows in a descending order of priority: PS cooperation factors, capacity factors, quality factors, and management factors.

Whether to enable the Tree Topology Enumeration Type NO(No), YES(Yes)

Enumeration Type MODE1(Mode 1), MODE

Enumeration Type MODE1(Mode 1), MODE

Detection index. The inIP Fault Detection Ba Interval Type 0~511

Detection index IP Fault Detection Ba Interval Type 0~511

Total number of times O&M of BTS Interval Type 5~20

Total number of times O&M of BTS Interval Type 5~20

Whether to perform c A over IP Enumeration Type NO(NO), YES(YES)

Whether to perform c A over IP Enumeration Type NO(NO), YES(YES)

Checksum arithmetic tA over IP Enumeration Type ALDER32(ALDER32), C

Type of the detection IP Fault Detection Ba Enumeration Type SBFD, ARP, MBFD

Duration BTS Test Function Interval Type 0~12

Number of the channelConfiguration Manage Interval Type 1~7

Timeslot for playing s O&M of BSC Interval Type 0~169

Number of the channelConfiguration Manage Interval Type 0~7

Type of channel loopbaBTS Test Function Enumeration Type TRXRFSELFLOOP(TRX RF

Channel type of the ti Configuration Manage Enumeration Type FULLTCH(FULLTCH), H

Whether an assignmentA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether a handover peA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether an HO REQ ACA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether an encryptionA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether a handover peA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether an assignmentA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether an HO REQ ACKA Interface Protocol P Enumeration Type NOSENDING(Force NO S

Whether to allow a mulEnhanced Channel AssEnumeration Type NO(No), YES(Yes)

This parameter indicatNone Enumeration Type OFF(OFF), ON(ON)

Maximum number of allGSM Flow Control Interval Type 10~800

Average number of all GSM Flow Control Interval Type 10~800

Statistic period of th GSM Flow Control Interval Type 100~600000

Configuration Manage Enumeration Type TCHFR(TCH Full Rate

Configuration Manage Interval Type 0~65535

Cell identity code. TheConfiguration Manage Interval Type 0~65535

Indicates the A interf A Interface Circuit M Interval Type 0~65535


The TC DSP compares neA Interface Circuit M Interval Type 0~160

This parameter indicatA Interface Circuit M Interval Type 1~12

This parameter determA Interface Circuit M Enumeration Type OFF(Off), ON(On)

This parameter indicatA Interface Circuit M Interval Type 1~100

If one-way mute framesA Interface Circuit M Interval Type 1~60

Whether an assignment A Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether an HO FAIL mesA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse current, while the critical alarm current is fixed. When the parameter is set to 1, "ANT_A ALD Current Minor Alarm Occur Th", "ANT_A ALD Current Minor Alarm Clear Th", "A ALD Cur-Minor Alarm Over-Cur Duration", and "A ALD Cur-Minor Alarm N-Cur Duration" cannot be configured. When the parameter is set to 2, "A ALD Cur-Minor Alarm Over-Cur Duration", and "A ALD Cur-Minor Alarm N-Cur Duration" cannot be configured. When the parameter is set to 3, "ANT_A ALD Current Minor Alarm Occur Th", and "ANT_A ALD Current Minor Alarm Clear Th" cannot be configured.

O&M of BTSConnection with TMA (Tower Mounted Amplifier)Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse current, while the critical alarm current is fixed.

When the parameter is set to 1, "ANT_B ALD Current Minor Alarm Occur Th", "ANT_B ALD Current Minor Alarm Clear Th", "B ALD Cur-Minor Alarm Over-Cur Duration", and "B ALD Cur-Minor Alarm N-Cur Duration" cannot be configured. When the parameter is set to 2, "B ALD Cur-Minor Alarm Over-Cur Duration", and "B ALD Cur-Minor Alarm N-Cur Duration" cannot be configured. When the parameter is set to 3, "ANT_B ALD Current Minor Alarm Occur Th", and "ANT_B ALD Current Minor Alarm Clear Th" cannot be configured.O&M of BTSConnection with TMA (Tower Mounted Amplifier)

In the case of half-rate networking, each E1 supports up to 13 TRXs. If the LAPD signaling links are unmultiplexed, each E1 supports fewer TRXs.Identity code of a cell, A cell is a wireless coverage area identified by a base station identity code and a global cell identification.Can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214.

Indicates the Pb interface CIC. If the search object mode is set to search by the specified No., the parameter is mandatory.The parameter supports multiple values.

Whether an assignment A Interface Protocol P Enumeration Type NOTSENDING(Not sendin

Whether an HO FAIL mesA Interface Protocol P Enumeration Type NOTSENDING(Not sendin

Whether an assignment A Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether an HO REQ ACK A Interface Protocol P Enumeration Type NO(No), YES(Yes)

Bandwidth of the logicIP QOS Interval Type 1~1562

This parameter specifieEnhanced Channel AssInterval Type 0~22

Slot number of the BS O&M of BTS Interval Type 0~27

Subrack number of theO&M of BTS Interval Type 0~11

Whether the cell suppoClass11 DTM Enumeration Type UNSUPPORT(Not Suppor

Whether to enable theCall Control Enumeration Type NO(No), YES(Yes)

Error clear threshold. Enumeration Type ERR_PFM_1E6(RECOVER

Clock mode O&M of BTS Enumeration Type INCLK(Internal Clock)

Type of the clock protoO&M of BTS Enumeration Type HW_DEFINED(Huawei Use

Type of the clock boar BSC/RNC Clock Enumeration Type GCUa, GCGa

BTS/NodeB Clock Enumeration Type INT_CLK(Internal Cloc

Delay for which the BTO&M of BTS Interval Type 0~255

Whether the alarm to bFaulty Management Bit Field Type cleared, uncleared

Interval at which the O&M of BTS Interval Type 0~255

Name of the command String Type None

You can select one o String Type None

Sequence number of thO&M of BSC Interval Type 0~19

Number of the cabinetConfiguration Manage Interval Type 1~3


Number of the cabinetIP Fault Detection Ba Interval Type 0~62

Number of the cabinet O&M of BTS Interval Type 0~62


Number of the cabinetO&M of BTS Interval Type 0

Time delay in the deteBSC Node RedundancyInterval Type 1~60

Used to uniquely identMSC Pool Interval Type 0~4095

Uniquely identifies a SGSN Pool Interval Type 0~4095

Index of an MSC. It is MSC Pool Interval Type 0~31

Index of the operator License Management Interval Type 0~3

Policy of the BSC6900 BSC Node RedundancyEnumeration Type NONE(None), AINTFBLO

Number of returned alaFaulty Management Interval Type 1~150000

Type of the cabinet. T O&M of BTS Enumeration Type BTS3002C, BTS3012A,

Type of the BTS cabineO&M of BTS Enumeration Type BTS3012(BTS3012), B

Maximum number of rec Interval Type 10000~50000

Assume that this thre Faulty Management Interval Type 0~250

Assume that this thresFaulty Management Interval Type 0~250

Whether to adjust the Enumeration Type NO(No), YES(Yes)

Simplified Cell Broadc Interval Type 1~1023


If this parameter is set to UM_CLK, the BTS keeps pace with the signals broadcast on the downlink main BCCH of a neighboring BTS.If this parameter is set to PEER_CLK, the multimode BTS(GSM) keeps pace with the signals that the other mode offer.

O&M of BSCSecurity ManagementO&M of BSCSecurity Management


HUAWEI I HandoverHUAWEI II HandoverThe value of this parameter cannot be 0.

This parameter, "Geography Scope", and "Update" uniquely decide a cell broadcast message.

O&M of BTS Enumeration Type INACTIVE(Inactive), AC

Whether to collect offsSoft-Synchronized Net Enumeration Type BYSITE(By Site), BYCEL

Combined loss used toActive Power Control Interval Type 0~100

Level of common access Bit Field Type L0_FORBID, L1_FORBID

Complexity of the pas Security Management Bit Field Type LOWERCASE, UPPERCAS

BTS compress rate. O&M of BTS Interval Type 1~100

Whether the BSC that c Enumeration Type NO(No), YES(Yes)

Index type of the BTS O&M of BTS Enumeration Type BYNAME(By Name), BYI

If the duration for buf 2G/3G Co-Transmissio Interval Type 10~150

If the duration for buf None Interval Type 10~150












Number of the port th Tree Topology Interval Type 0~335

Whether to connect thConfiguration Manage Enumeration Type NO(NO), YES(YES)

Type of the connectio Enumeration Type ALL(ALL Type), ONLY_S

Whether the Iur-g comMBSC Load Balancing Enumeration Type INNER(Internal RNC),

Interval Type 0~60

The twice intra-cell h Interval Type 1~200

Whether to perform the2G/3G Co-Transmissio Enumeration Type NO(NO), YES(YES)

Transmitted packets 2G/3G Co-Transmissio Interval Type 1~28

Duration for starting t BTS Test Function Interval Type 1~60


CPU number on a boarConfiguration Manage Interval Type 0~7

Whether to enable theO&M of BTS Enumeration Type OFF(Off), ON(On), NO

Cell reselection hyster Enumeration Type 0dB, 2dB, 4dB, 6dB, 8

Name of the certificate Security Management String Type None

Security Management Enumeration Type DISABLE(Disable), EN

Time interval for the Interval Type 1~255

Number of times the B Interval Type 1~255

Basic Cell Re-selectionInterval Type 0~63

Threshold of the time O&M of BSC Interval Type 1~255

The field indicates wh Enumeration Type UNAVAILABLE(UNAVAIL

Whether to start the refrigeration equipment of the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Location UpdatingIMSI Detach




Minimum interval between the two consecutive handover decisions of an MS. The BSC cannot make a handover decision during the minimum interval.To avoid frequent handover events in the cell, the BSC starts a timer after delivering a handover command to an MS. The BSC allows the MS to make a second handover decision only after the timer expires. This parameter specifies the duration of the timer.

HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover

Location UpdatingPaging

DISABLE: indicating that the certificate revocation list is disabledENABLE: indicating that the certificate revocation list is enabledPublic Voice Group Call Service

Public Voice Broadcast ServicePublic Voice Group Call ServicePublic Voice Broadcast ServiceProper setting of this parameter can reduce the number of handover times, helpful for assigning an MS to a better cell. In a special case that the PT is 31, the larger the CRO value is, the lower the possibility of handing over an MS to the cell.

Generally, do not set the CRO to a value larger than 25 dB. The CRO with a too large value will cause uncertain states in a network. The CRO values of the cells with different priorities in a network are almost the same. Refer to GSM Rec. 05.08 and GSM Rec. 04.08. The setting of this parameter affects only the MSs supporting the protocol of GSM Phase 2 or a later version.

A over IPA IP over E1/T1

Output range of the s O&M of BSC Bit Field Type VOICEINF, MR, CALLAP

Rate threshold of bad O&M of BSC Interval Type 0~100

Whether MR is containO&M of BSC Enumeration Type OFF(Not Output), ON(O

Whether the informati O&M of BSC Bit Field Type RESINSUFF, UMABNORM

GSM CS data service dIP QOS Interval Type 0~100

CS data path IP QOS Enumeration Type BE, AF11, AF12, AF13,

CS data priority IP QOS Interval Type 0~7

GSM CS data service upIP QOS Interval Type 0~100


Whether handover infoO&M of BSC Enumeration Type OFF(Not Output), ON(O

Whether the MR beforeO&M of BSC Enumeration Type OFF(Not Output), ON(O

Whether the MR beforeO&M of BSC Enumeration Type OFF(Not Output), MRHO

O&M of BSC Enumeration Type COMMONUSRM(Common U

Area in which CHRs neO&M of BSC Enumeration Type ABNORMREC(Output Abno

Whether to output the O&M of BSC Enumeration Type OFF(OFF), ON(ON)

Type of signaling cont O&M of BSC Enumeration Type OFF(Not Output), ALL(O

Threshold for starting GSM Flow Control Interval Type 30~100

Type of the service w O&M of BSC Bit Field Type LU, SMS, CALL

GSM CS voice service IP QOS Interval Type 0~100

Whether speech informaO&M of BSC Enumeration Type OFF(Not Output), ON(O

CS voice path IP QOS Enumeration Type BE, AF11, AF12, AF13,

CS voice priority IP QOS Interval Type 0~7

GSM CS voice service uIP QOS Interval Type 0~100


Self-healing switch for None Enumeration Type ON(ON), OFF(OFF)

Timer alignment ready.A Interface Protocol P Interval Type 40000~50000

Timer not aligned. TimeA Interface Protocol P Interval Type 5000~150000

Timer aligned. Timer T3A Interface Protocol P Interval Type 1000~2000

Timer emergency provingA Interface Protocol P Interval Type 400~600

Timer normal proving. TA Interface Protocol P Interval Type 7500~9500

Timer sending SIB. If oA Interface Protocol P Interval Type 80~120

Timer remote congestioA Interface Protocol P Interval Type 3000~6000

Timer excessive delay A Interface Protocol P Interval Type 500~2000

Timer interval of resenA Interface Protocol P Interval Type 1~100

Critical threshold of GSM Flow Control Interval Type 30~100

Critical threshold of GSM Flow Control Interval Type 30~100

DPC of the control BS Soft-Synchronized Net Interval Type 1~16777215

Format of the control GPRS Enumeration Type 4BURST(4Burst), RLC

Control Flag O&M of BTS Enumeration Type NO(Cancel Control Flag

Number of the cabinetRemote Electrical Tilt Interval Type 0~62

ControlPort No. of RETRemote Electrical Tilt Interval Type 0~5

Priority of the CS data service. The parameter is used for BSC6900 flow control.The smaller the value of this parameter, the higher the priority.

CHR output mode. In common user mode, the CHRs of all the MSs specified by "CHR Output Range" are output. In specified user mode, the CHR of a specific MS, which is specified by running the ADD GCSCHRUSER command, is output.These two modes can co-exist and they do not affect each other.

Priority of a speech service in the CS domain. The parameter is used for BSC6900 flow control.The smaller the value of this parameter, the higher the priority.

Number of the slot wheRemote Electrical Tilt Interval Type 0~23

Number of the subrackRemote Electrical Tilt Interval Type 0~254

Slot number of the MP IP QOS Interval Type 0,2,4,8,10,12,14,16,1

Number of the BSC6900 O&M of BTS Interval Type 0~27,255

Number of the BSC6900O&M of BTS Interval Type 0~11,255

Configuration rollback Configuration Manage Enumeration Type ON(ON), OFF(OFF)

Whether an HO_RQD meA Interface Protocol P Enumeration Type NO(No), YES(Yes)

C-version number of t O&M of BTS Interval Type 0~99

Period of new file geneNone Interval Type 10~255

This is the data file f BSC/RNC Software Ma String Type None

Number of measurement Interval Type 1~31


Data service supporte Bit Field Type NT14_5K~0 NT12K~1

Whether to limit the o Enumeration Type NOLIMIT(No Limit), LIM

Date O&M of BSC Compound Type YEAR, MONTH, DAY

Unique number of the TRX Power Amplifier I Interval Type 1~12

Date when the TMU boaO&M of BTS Interval Type 0~31


Whether the primary BCCo-BCCH Cell Enumeration Type Inner(Inner), Extra(Ext

Index of a same groupEnhanced Dual-Band Interval Type 0~2047

Name of a same group Enhanced Dual-Band String Type None

Index type of a same Enhanced Dual-Band Enumeration Type BYNAME(By Name), BYI

DC Lowvoltage Alarm O&M of BTS Interval Type 0~255

DC Lowvoltage Alarm PO&M of BTS Interval Type 0~255

DC Lowvoltage Alarm SO&M of BTS Interval Type 0~255

DC Lowvoltage Alarm O&M of BTS Interval Type 0~255





PDCH Dynamic Adjust Interval Type 0~32

Timer for delaying a c Call Control Interval Type 500~60000

The destination entity Interval Type 0~186

Description of the ope String Type None


Destination IP addressNone IP Address Type None



Identifies a maintenanNone Interval Type 1~1000

Type of the object the Compact BTS AutomaticEnumeration Type BSC, BTS

Type of the object th O&M of BTS Enumeration Type BTS, BSC, DXX, OTHER

HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover14.4kbit/s Circuit Switched DataBearer ServiceO&M of BSCSecurity Management

Temperature error allowed when the temperature control system adjusts the temperature.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

DC voltage alarm lower threshold. When the busbar output voltage is lower than the value of this parameter, an alarm indicating the abnormal busbar voltage is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.The BTS reports an alarm if the DC voltage exceeds the value of this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.The BTS reports an alarm if the DC voltage is lower than the value of this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.DC voltage alarm upper threshold. When the busbar output voltage is higher than the value of this parameter, an alarm indicating the abnormal busbar voltage is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When this parameter is greater than 0, three sub-links are bound to the static PDCH and pre-converted PDCH in a cell by default. The pre-converted PDCH can be preempted. You can set "Number of Reserved Dynamic Channel" as required when you expect the pre-converted PDCH not to be preempted.

A over IPA IP over E1/T1O&M of BSCSecurity ManagementWhether to start the anti-theft equipment of the BTS.


Slot No. of the subsy MBSC Load Balancing Interval Type 0~27

Subrack No. of the su MBSC Load Balancing Interval Type 0~11

No. of the subsystem MBSC Load Balancing Interval Type 0~7

ID of the TRX that car Configuration Manage Interval Type 0~3071

Interval for sending te O&M of BSC Interval Type 0~255

Maximum number of periIP Fault Detection Ba Interval Type 3~10

Switch for Abis Timesl O&M of BTS Enumeration Type OFF(OFF), ON(ON)

Name of the RET ante Remote Electrical Tilt String Type None

Number of the RET an Remote Electrical Tilt Interval Type 0~35

Device IP address of t None IP Address Type None

Device IP Address Typ None Enumeration Type LOGIC_IP(Logical IP Ad

Downlink frequency of Interval Type 0~16383


Number of the subrackO&M of BTS Interval Type 0~254

MSC Pool Enumeration Type NO(Not Default DPC),

Enumeration Type DEFAULTPORT(Default

Period for reporting di BSC/RNC Clock Interval Type 1~60

This parameter indica IP Address Type None

DHCP Relay ID None Interval Type 0~63

Whether to enable the O&M of BTS Enumeration Type DISABLE(DISABLE), E

Whether to allow an M Enumeration Type NO(No), YES(Yes)

Day in the month on O&M of BSC Enumeration Type MON_1(No.1), MON_2(N

Day in the week on w O&M of BSC Enumeration Type SUN(Sunday), MON(Mon

The relative path in th String Type None

Directory of the softw O&M of BTS String Type None

Whether the BSC sends Direct Retry Enumeration Type NO(No), YES(Yes)

Whether to enable a diDirect Retry Enumeration Type NO(No), YES(Yes)

HUAWEI I Handover Enumeration Type NO(No), YES(Yes)

Timer to control the d Interval Type 0~15

Whether to activate tr GSM/WCDMA InteroperaEnumeration Type NO(No), YES(Yes)

Delay of transmit dive Downlink EGPRS2-A Interval Type 4~32

Delay of transmit dive Downlink EGPRS2-A Interval Type 4~32

Delay of transmit dive EGPRS Interval Type 4~32

Whether to support tranTransmit Diversity Enumeration Type N0(No), YES(Yes)

Minimum interval bet HUAWEI III Power ContInterval Type 0~255

If the downlink receiveHUAWEI III Power ContInterval Type 1~30




ID of the data link co Gb Over FR Interval Type 16~1007

If the ratio of downlin Adaptive Adjustment oInterval Type 1~255


When multiple DPCs are configured, this parameter also determines the DPC that allows the generation of ESN. In this case, the parameter is set to "YES" for this DPC while the value for other DPCs is "NO". For the CN of a secondary operator, this parameter must be set to "YES" when only one DPC is configured. This indicates that all the calls for the secondary operator are accessed through the CN. When multiple DPCs are configured, this parameter is invalid.DEFAULTPORT: indicating that the FTP server uses the default port 21 as a command port and port 20 as a data port to provide FTP servicesCUSTOMPORT: indicating that the FTP server uses the customized port to provide FTP services



SDCCH HandoverEnhanced Channel Assignment Algorithm

O&M of BSCLicense Management

Whether a cell is a repeater. With simpler functions than a BTS, a repeater is a coverage extension device of a BTS. It is applied to widely-stretched areas or indoor areas to solve the dead zone problem of BTS coverage. Using repeaters cannot increase the traffic capacity of a network but improve the coverage only. Because the BTS coverage increases, however, the total traffic improves accordingly.The setting of this parameter has effects on handovers. Repeaters use the asynchronous transfer mode (ATM) due to a greater distance between them. Therefore, handovers between repeaters are asynchronous. Synchronous handovers will fail.HUAWEI I Handover

HUAWEI II Handover

Whether the cell supp Dual Carriers in DownlEnumeration Type UNSUPPORT(Not Suppor

Threshold for downlink Interval Type 0~63

Filter adjustment fact HUAWEI III Power ContInterval Type 1~10

Upper quality thresholdHUAWEI III Power ContInterval Type 1~30

Lower quality thresholdHUAWEI III Power ContInterval Type 1~30

Expanded size of the GGPRS Interval Type 0~127

Upper quality thresholdHUAWEI III Power ContInterval Type 1~30

Lower quality thresholdHUAWEI III Power ContInterval Type 1~30

Adjustment hysteresis AMR FR Interval Type 0~15



Adjustment hysteresis AMR HR Interval Type 0~15



Adjustment hysteresis WB AMR Interval Type 0~15

Adjustment hysteresis WB AMR Interval Type 0~15

Threshold for determin Interval Type 0~63

Threshold for determini Interval Type 0~70

When the downlink load GSM/WCDMA Load BasInterval Type 1~100

Number of measurement Enhanced Power ControInterval Type 1~20

Lower voice quality th AMR Coding Rate ThreInterval Type 2~255

Target value of the vo AMR Coding Rate ThreInterval Type 2~255

Upper voice quality th AMR Coding Rate ThreInterval Type 2~255

Factor of downlink thr AMR Coding Rate ThreInterval Type 2~255

Maximum step by whichHUAWEI III Power ContInterval Type 1~30

Maximum step by whichHUAWEI III Power ContInterval Type 1~30

When the downlink load GSM/WCDMA Load BasInterval Type 1~100

Enhanced Power ControInterval Type 0~3

Quality level threshol Enhanced Power ControInterval Type 0~7

Quality level threshol Enhanced Power ControInterval Type 0~7

Number of measurement Enhanced Power ControInterval Type 1~20

During downlink power Enhanced Power ControInterval Type 0~7

During downlink power Enhanced Power ControInterval Type 0~63

Downlink quality thres Interval Type 0~70

Downlink quality limit Interval Type 0~70

Downlink quality limit Interval Type 0~70

This parameter specifiHUAWEI III Power ContInterval Type 0~10

Length of the exponentHUAWEI III Power ContInterval Type 0~19

Upper receive level th HUAWEI III Power ContInterval Type 0~63

Lower receive level thrHUAWEI III Power ContInterval Type 0~63

Length of the slide wi HUAWEI III Power ContInterval Type 1~20



To prevent late power control to a certain degree, the power control algorithm involves a measurement report prediction filter. The BSC can sample several downlink measurement reports in a short time and then weigh them to predict future N measurement reports.This parameter specifies the number N.

HUAWEI I HandoverHUAWEI II HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I Handover

This parameter specifieHUAWEI III Power ContInterval Type 0~10

Length of the exponentHUAWEI III Power ContInterval Type 0~19

Length of the slide wi HUAWEI III Power ContInterval Type 1~20

A power control step cHUAWEI III Power ContInterval Type 0~100

A power control step cHUAWEI III Power ContInterval Type 0~100



Time interval between Extended Uplink TBF Interval Type 0~300

Interval for resending Interval Type 0~255

Number of times of the Interval Type 1~255

Adjustment threshold 1AMR FR Interval Type 0~63



Adjustment threshold 1AMR HR Interval Type 0~63



Adjustment threshold 1WB AMR Interval Type 0~63

Adjustment threshold 2WB AMR Interval Type 0~63

MDU board number whenO&M of BTS Interval Type 0~255

MDU board number whenO&M of BTS Interval Type 0~255

Clock domain required Clock over IP support Interval Type 0~255

Coding scheme of the dCoding Scheme Enumeration Type CS1(CS1), CS2(CS2),

Default coding scheme Enumeration Type MCS1(MCS1), MCS2(MC

Default coding scheme Downlink EGPRS2-A Enumeration Type MCS1(MCS1), MCS2(MC

Fixed coding scheme thDownlink EGPRS2-A Enumeration Type MCS1(MCS1), MCS2(MC

Adjustment mode of the Enumeration Type CS1(CS1), CS2(CS2),

Coding scheme of the d Enumeration Type MCS1(MCS1), MCS2(MC

Whether to allow BTS Enumeration Type NO(No), YES(Yes)

Whether to prohibit sePoint To Point Short M Enumeration Type NO(No), YES(Yes)

Delay of releasing the GPRS Interval Type 0~5000

Retransmission threshoCoding Scheme Interval Type 0~64

Retransmission thresho Interval Type 0~64



Retransmission thresh Interval Type 0~64


Door status alarm swi Faulty Management Enumeration Type CLOSE(Close), OPEN(O

Dual-antenna gain useActive Power Control Interval Type 0~255

As an integer, the DSP Interval Type 1~16777215

DSP code expressed inA Interface Protocol P String Type None

As a key field for iden A Interface Circuit M Interval Type 0~31

Power decrease = downlink received signal level - ("DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2The maximum power adjustment step allowed by the quality zone is chosen from "MAX Down Adj.Value Qual.Zone 0", "MAX Down Adj.Value Qual.Zone 1", and "MAX Down Adj.Value Qual.Zone 2" according to the quality zone.If the downlink received signal level is less than this threshold, a power increase is computed. Then, the power is increased by the least of the power increase, "MAX Up Adj. PC Value by RX_LEV", and "MAX Up Adj. PC Value by Qual.".Power increase = ("DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold")/2 - downlink received signal level

Public Voice Group Call ServicePublic Voice Broadcast ServicePublic Voice Group Call ServicePublic Voice Broadcast Service

EGPRSCoding Scheme

GPRSCoding SchemeEGPRSCoding SchemeEnhanced Power Control AlgorithmHUAWEI III Power Control Algorithm

CS-3/CS-4Coding SchemeCS-3/CS-4Coding Scheme


A Interface Protocol ProcessSTP (Signaling Transport Point)

Index of the DPC gro A Interface Circuit M Interval Type 0~31

MSC Pool Interval Type 0~31

Enumeration Type STP(STP), A(A), IUR_G(

The DSP index uniquely Interval Type 0~186

Iur-g DPC index of a MBSC Load Balancing Interval Type 0~182

Maximum signal level d Interval Type 0~128

Whether to optimize theRadio Dedicated Chan Interval Type 0~1


Whether to optimize thRadio Dedicated Chan Interval Type 0~1
















If the duration for bu None Interval Type 10~150

If the duration for bu 2G/3G Co-Transmissio Interval Type 10~150





This parameter specifiActive Backup Power CInterval Type 1~60



Simplified Cell Broadc Enumeration Type NO(No), YES(Yes)

Discontinuous Recepti Enumeration Type 0(0), 1(1), 2(2), 4(4),


Number of the E1T1 porNone Interval Type 0~335

Number of the E1T1 por Interval Type 0~335

The DSCP is a field of A over IP Interval Type 0~63

Service code of the P Interval Type 0~63

Differentiated service Interval Type 0~63

When multiple DPCs or one DPC serves as a logical entity, this logical entity is called a DPC group.When the MSC pool function is activated, the user plane resources on the A interface are shared among the MSCs in the pool, and thus load balancing is achieved.IUR_G: indicates the signaling point of the base station controller that is connected to the BSC. LB: indicates the signaling point of the LB interface.

A Interface Protocol ProcessSTP (Signaling Transport Point)A over IPA IP over E1/T1


Whether to support the discontinuous reception mechanism (DRX). To reduce the power consumption, the DRX is introduced into the GSM Specification. MSs supporting the DRX can consume less power to receive interested broadcast messages. This prolongs the service time of MS batteries.BSCs supporting the DRX must send scheduling messages to MSs so that the MSs can use the DRX function. The period occupied by broadcast messages that are contained in a scheduling message is called a scheduling period. In the sending sequence, a scheduling message contain the description of each short message to be broadcasted and the position of each broadcast message in the scheduling period.1: switch to the DRX mode in one second.Value n indicates that the MS enters the DRX mode n seconds later.Whether to start the dehumidification equipment of the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.



DSCP to be contained inIP QOS Interval Type 0~63

Duration for recoveringGPRS Interval Type 1~3600

Number of the DSP. If Configuration Manage Interval Type 0~27


Number of the DSP wheFaulty Management Interval Type 0~27

Number of the DSP in Configuration Manage Interval Type 0~21

Target DSP number GPRS Interval Type 0~21

This parameter specifieGPRS Interval Type 0~30

Whether daylight savi Enumeration Type NO(NO), YES(YES)

Name of the destinatioO&M of BTS String Type None


Destination IP address IP Fault Detection Ba IP Address Type None

Destination IP addressAbis over IP IP Address Type None

Subnet mask None IP Address Type None

Subnet mask of BTS RoAbis over IP IP Address Type None

Destination of timeslotNone Interval Type 0~335

Target timeslot mask None Bit Field Type TS1, TS2, TS3, TS4, T

Threshold of the load iDirect Retry Interval Type 0~100

Type of the DRX supporPublic Voice Group CalEnumeration Type NO(No), YES(Yes)

Downlink TRX index n O&M of BTS Interval Type 1~12

Index number of the doO&M of BTS Enumeration Type 1(1), 2(2), 3(3), 4(4),

TRX board pass numberO&M of BTS Interval Type 0~1

TRX board pass numberO&M of BTS Interval Type 0~1,255




Number of the subrack O&M of BTS Interval Type 0~53,255

Whether a BTS randomizA5/1 Encryption Flow Enumeration Type OFF(Off), ON(On)

The duplex mode of FE Abis over IP Enumeration Type FULL(FULL), HALF(HAL





Downlink multiplex th Interval Type 10~80

An MS can be used to tSoft-Synchronized Net Interval Type 0~63

Number of a DXX. It is O&M of BTS Interval Type 0~2047

Number of a DXX. It is O&M of BSC Interval Type 0~2047

Number of the upper O&M of BTS Interval Type 0~15

Time to wait for relea PDCH Dynamic Adjust Interval Type 10~3600

Enumeration Type LEVEL0(Preempt all dy

Number of full-rate TC Interval Type 0~8

Content:noneRecommended value(default value):none

Support of Daylight Saving TimeConfiguration Management

Load SharingAdaptive Adjustment of Uplink and Downlink Channels

"No preempt of CCHs" indicates the circuit domain can preempt all the dynamic channels except the CCHs."No preempt of service TCHF" indicates the circuit domain cannot preempt all the dynamic channels of bearer services.

Load SharingAdaptive Adjustment of Uplink and Downlink ChannelsGPRSPDCH Dynamic Adjustment


Whether to enable the Dynamic Transmit DiveEnumeration Type NOTSUPPORT(Not Suppo

Duration for the test O&M of BTS Interval Type 1~60

Number of the E1 portO&M of BTS Interval Type 0~7

Number of the E1 portAbis Transmission Opt Interval Type 0~31

Type of the transmissi BTS Test Function Enumeration Type ACTIVE(ACTIVE TMU/M

E1/T1 port number None Interval Type 0~83

Number of the E1/T1 poBTS/NodeB Clock Interval Type 0~7

Number of the port extIP-Based 2G/3G Co-TraInterval Type 16~19

Type of the E1/T1 fromBTS/NodeB Clock Enumeration Type E1(E1), T1(T1)

Peer IP address to be IP QOS IP Address Type None

GSM/WCDMA InteroperaInterval Type 0~49

Threshold for determiniGSM/WCDMA InteroperaInterval Type 0~49

The early classmark seSystem Information SeEnumeration Type NO(No), YES(Yes)

End serial number of t Faulty Management Interval Type 1~2147483646

Date when the schedulO&M of BSC Compound Type year, month, date

End date of the alarm Faulty Management Compound Type year, month, day

End date of the alarm Faulty Management Compound Type year, month, day

End date O&M of BTS Compound Type year, month, day

End date of the daylig Interval Type 1~31




Whether the current c EGPRS Enumeration Type NO(No), YES(Yes)




HUAWEI I Handover Interval Type 1~32



Effect Immediately FlaO&M of BTS Enumeration Type NO(Effect Later), YES(

Whether to support th 11-Bit EGPRS Access Enumeration Type NO(NO), YES(YES)

Whether the current c Enumeration Type NO(No), YES(Yes)

Used for EDGE 8PSK traNetwork-Controlled CelInterval Type 0~31

Used for EDGE GMSK traNetwork-Controlled CelInterval Type 0~31

Type of the end date. Enumeration Type DATE(Input with date)

Priority level of an e Interval Type 1~15

Whether to verify the cA Interface Protocol P Enumeration Type OFF(OFF), ON(ON)

Error emit threshold. None Enumeration Type ERR_PFM_5E6(OCCUR:5

Differentiated service Interval Type 0~63

Enhanced Multi Level Enumeration Type NO(No), YES(Yes)

As a performance counter for 3G cells, Ec/No indicates the ratio of the energy per received chip to the spectral noise power density.If the Ec/No of a 3G neighbor cell is greater than "HOECNOTH3G" plus this parameter, the neighbor cell is listed in the candidate cell queue.

Support of Daylight Saving TimeConfiguration ManagementAccording to the P/N rule, if the conditions for the handover between the subcells of an enhanced dual-frequency network are met during P of N measurements, the handover is triggered.

This parameter specifies the number P.According to the P/N rule, if the conditions for the handover between the subcells of an enhanced dual-frequency network are met during P of N measurements, the handover is triggered.This parameter specifies the number N.

. CPU usage smaller than 80% corresponds to level 0. CPU usage equal to or greater than CPU flow control threshold 80% corresponds to level 2. An increase of 5% means an increase of 2 levels. Level 10 is the highest. The level value can be 0, 2, 4, 6, 8, and 10.

According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N measurement reports, the edge handover to the neighbor cell is triggered.This parameter specifies the number P.According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N measurement reports, the edge handover to the neighbor cell is triggered.This parameter specifies the number N.According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is triggered.This parameter specifies the number P.According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number P.According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is triggered.This parameter specifies the number N.According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number N.

Uplink EGPRS2-ADownlink EGPRS2-A

Support of Daylight Saving TimeConfiguration ManagementEmergency Call Service (TS12)Guaranteed Emergency Call

Abis IP over E1/T1A IP over E1/T1The eMLPP has up to seven priorities: A, B, 0, 1, 2, 3, and 4. The two highest priorities A and B are internally reserved for local use only. Priorities 0 to 4 can be subscribed by MSs for global use.After the operator configures eMLPP priority mapping (consisting of 14 priority levels) on the MSC, the MSC sends a message containing the mapping to the BSC. The BSC then performs queuing and preemption based on the priority mapping.

With the support of the MSC, HLR, and mobile terminal (containing a SIM card), the eMLPP function can be perfectly implemented.

Indicating whether the Group Call EMLPP Enumeration Type NoPriority(No Priority),

Whether to include th Enhanced Multi Level Enumeration Type NO(No), YES(Yes)

Service priority of the Interval Type 0~7

Service priority of the IP QOS Interval Type 0~7

Specified EML Vlan Id O&M of BTS Interval Type 2~4094

Month on which DST e Enumeration Type JAN(January), FEB(Feb

IP address of the NE O&M of BTS IP Address Type None

Whether to enable the Group Call Reliability Enumeration Type NO(No), YES(Yes)

Whether to enable theO&M of BTS Enumeration Type ENABLED(Enabled), DI

Encryption algorithm Bit Field Type A5/0~0 A5/1~1 A5/2~

O&M of BSC Enumeration Type AUTO(Automatic), PLA

O&M of BSC Enumeration Type AUTO(Auto), PLAINTEXT

Whether to enable end-End-to-End MS Signali Enumeration Type NO(No), YES(Yes)

End number of the ala Faulty Management Interval Type 1~65535

It indicates the end C A Interface Circuit M Interval Type 0~65535

It indicates the end C O&M of BSC Interval Type 0~65535

This parameter specifiTRX Power Amplifier I Interval Type 1~31


This parameter specifiTRX Power Amplifier I Enumeration Type JAN(Jan.), FEB(Feb.),

Number of the end subO&M of BTS Enumeration Type 0(0), 2(2), 4(4), 6(6)

This parameter specifiTRX Power Amplifier I Compound Type hour, min

It indicates the end CI Ater Interface 4:1 MultInterval Type 8~255

It indicates the end C A Interface Circuit M Interval Type 1~31

Number of the end timO&M of BTS Interval Type 1~31

Status of the scheduleO&M of BSC Enumeration Type DISABLED(Prohibit to

Status of the scheduleO&M of BSC Enumeration Type DISABLED(Prohibit to

If the load of the unde Concentric Cell Interval Type 0~100

Whether to support PS 2G/3G Co-Transmissio Enumeration Type OFF(OFF), ON(ON)

Concentric Cell Enumeration Type OFF(Off), ON(On)

Concentric Cell Interval Type 1~255

Signal level step for t Concentric Cell Interval Type 0~63

If the load of the unde Concentric Cell Interval Type 0~100

When this parameter is IP QOS Enumeration Type OFF(Off), ON(On)

When this parameter isIP QOS Enumeration Type OFF(Off), ON(On)

If the load of the und Concentric Cell Interval Type 0~100

Whether to enable the Dynamic Adjustment Enumeration Type NO(No), YES(Yes)

Enumeration Type M3UA_ASP(M3UA_ASP),

A over IP Enumeration Type M3UA_SGP(M3UA SGP),

Initial signal level u Concentric Cell Interval Type 0~63

Whether to enable theEnhancement Packet LEnumeration Type OFF(Off), ON(On)

Return code of the comm Interval Type 1~4294967295



A5/1 and A5/2 Ciphering AlgorithmA5/3 Ciphering AlgorithmPLAINTEXT: indicating that the plain text mode is used forcibly.

ENCRYPTED: indicating that the encrypted mode is used forcibly.PLAINTEXT: indicating that the plain text mode is used forcibly.ENCRYPTED: indicating that the encrypted mode is used forcibly.

If the ambient temperature reaches the value of this parameter, the heater is shut down.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

If a cell supports the enhanced concentric cell function, when an overlaid-to-underlaid handover or an underlaid-to-overlaid handover is decided, the MS compares the receive level value respectively with the values of "OtoU HO Received Level Threshold" and "UtoO HO Received Level Threshold" in "SET GCELLHOIUO" to decide whether to trigger an enhanced concentric cell handover.If the cell does not support the enhanced concentric cell function, the MS compares the actual receive level value with the threshold of receive level to decide whether to trigger a concentric cell handover. In addition, when an underlaid-to-overlaid handover is decided, the underlay cell load is considered.If all the calls in the overlaid subcell are handed over to the underlaid subcell when the channel seizure ratio of the underlaid subcell is less than "En Iuo Out Cell Low Load Thred", the BSC load increases sharply. In this case, the target subcell may be congested and drop calls. To avoid such a problem, the hierarchical load-based handover algorithm is used to hand over the calls from the overlaid subcell to the underlaid cell level by level.This parameter specifies the period of the handover at each hierarchy level.

M3UA_ASP: suggested to use when there is a signaling transfer point (STP) between the local entity and the destination entityM3UA_IPSP: suggested to use when there is no signaling transfer point (STP) between the local entity and the destination entity

A over IPA IP over E1/T1M3UA_SS7SP: suggested to use when the destination entity is a narrowband signaling point

M3UA_SP: represents all types of the destination entity


Whether to disable emeEmergency Call ServicEnumeration Type NO(No), YES(Yes)

Error-frame alarm threEthernet OAM Enumeration Type O1E3_R5E4(OCCUR:1E-

Error-frame detect swiEthernet OAM Enumeration Type OFF(OFF), ON(ON)

Differentiated service None Interval Type 0~63

Service priority of the None Interval Type 0~7

Priority of a service r IP QOS Interval Type 0~7

Specified ESL Vlan Id O&M of BTS Interval Type 2~4094

End synchronization n Faulty Management Interval Type 1~2147483646

Timer for the BSC waitAssignment and ImmedInterval Type 500~60000

Whether to add the TA Simple Mode LCS(Cell Enumeration Type CLOSE(Close), OPEN(O

When the OML is switchFast Ring Network Swi Interval Type 0~255

End time of DST Compound Type HOUR, MIN, SEC

The operation time of tO&M of BSC Compound Type year, month, date, hou

Time when the scheduleO&M of BSC Compound Type hour, min

O&M of BSC Enumeration Type ONE_BY_ONE(Execute O

The operation time of t Compound Type year, month, date, hou

End time of the alarm Faulty Management Compound Type hour, min, sec

End time of the alarm Faulty Management Compound Type hour, min, sec

End date and time of aSimplified Cell Broadc Compound Type year, month, day, hour

End date of the user Compound Type year, month, day

End time O&M of BTS Compound Type hour, min, sec

Type of the log to be q Enumeration Type LOGINEVENT(Login Eve

End time of the user Compound Type hour, min, sec

Weekday on which DS Enumeration Type SUN(Sunday), MON(Mon

Sequence of the end Enumeration Type FIRST(First), SECOND(

Upper limit of extendedFaulty Management String Type None

Lower limit of extendedFaulty Management String Type None

Sensor type of extendeFaulty Management Enumeration Type VOLTAGE(Voltage), CU

Maximum measurement raFaulty Management String Type None

Minimum measurement raFaulty Management String Type None













1. ONE_BY_ONE: indicating that the commands are executed one by one according to the execution sequence. Only one command can be executed once.2. PARALLEL: indicating that multiple commands are executed in parallel. Multiple commands can be executed once.O&M of BSC

Security Management


O&M of BSCSecurity ManagementO&M of BSCSecurity ManagementSupport of Daylight Saving TimeConfiguration ManagementSupport of Daylight Saving TimeConfiguration Management





Whether it is a SoLSA eGPRS Enumeration Type NoExclusive(NoExclusiv

Threshold for the rate O&M of BSC Interval Type 0~100

Received signal strengActive Power Control Interval Type 0~63

Received signal strengActive Power Control Interval Type 0~63

ID of the cell. The cel Configuration Manage Interval Type 2048~5047

Name of the cell O&M of BTS String Type None

ID of the cell. The cel Configuration Manage Interval Type 5048~8047

Name of the cell O&M of BTS String Type None

Index of the cell in th Configuration Manage Interval Type 2048~5047

Name of the cell in th Configuration Manage String Type None

Whether to support theExtended Cell Enumeration Type CLOSE(Close), OPEN(O

Whether to enable alarO&M of BTS Enumeration Type NO(No), YES(Yes)

Whether the network r Enumeration Type EM0(EM0), EM1(EM1)

Time interval between Enumeration Type 60sec(60sec), 120sec

Enumeration Type TYPE1(TYPE1), TYPE2(

Extended Cell Enumeration Type Normal_cell(Normal cel

Whether to send the DExtended Uplink TBF Enumeration Type SEND(SEND), NOTSEN

Interval of sending a Interval Type 0~255

Whether to allow sendinGroup Call EMLPP Enumeration Type NO(No), YES(Yes)

Whether to allow sendiGroup Call EMLPP Enumeration Type NO(No), YES(Yes)

Activation factor switc O&M of BTS Enumeration Type OFF(OFF), ON(ON)

If this parameter is s Enhanced Channel AssEnumeration Type OFF(Off), ON(On)

Penalty signal level i Interval Type 0~63

Continuous speed adj Configuration Manage Enumeration Type PLUS_1(Current FanSpe

Discrete speed adjust Configuration Manage Enumeration Type HIGH_SPEED, LOW_SP

Duty ratio-based spee Configuration Manage Interval Type 55~100

Fan adjustment mode Configuration Manage Enumeration Type CONTINUOUS(Continuou

Type of the fan Configuration Manage Enumeration Type NORMAL_FAN(Normal Fa

Fan adjustment mode Configuration Manage Enumeration Type NO_SPEED_ADJUSTMENT

Type of the fan box Configuration Manage Enumeration Type IND_FAN(Independent

After a channel requesAssignment and ImmedInterval Type 0~100

Ring II function switch Fast Ring Network SwiEnumeration Type NO(No), YES(Yes)

Whether to enable theO&M of BSC Enumeration Type OFF(Off), ON(On)

Whether to send and prNone Enumeration Type OFF(OFF), ON(ON)

If the parameter is set Abis over IP Enumeration Type CLOSE(Close), OPEN(O

Threshold for stoppingGSM Flow Control Interval Type 0~100

Flow control parameteNone Interval Type 0~1999

Processing of Measurement ReportPre-processing of Measurement ReportProcessing of Measurement ReportPre-processing of Measurement ReportType 2: The MS sends the network a measurement report on the six strongest TRXs. For the six carriers, the BSIC must be decoded successfully and the NCC specified by NCC_PERMITTED is carried. The measurement report contains the received signal level and the decoded BSIC.

Type 3: The MS does not need to decode the BSIC for the TRXs that the measurement report concerns. The measurement report contains the received signal level and the interference measurement of one of the concerned TRXs.Processing of Measurement ReportPre-processing of Measurement ReportWhether a cell is an extension cell.

A double-timeslot extension cell regards an additional TDMA frame as access delay extension. In theory, the supported TA value is 219, that is, a time delay of about 120 kilometers.

Public Voice Group Call ServicePublic Voice Broadcast Service



Flow control paramete Interval Type 0~1999



Flow control paramete2G/3G Co-Transmissio Interval Type 0~1999


Cabinet No. of the par Compact BTS AutomaticInterval Type 0~62

Cabinet No. for the porO&M of BTS Interval Type 0~62

Threshold for starting GSM Flow Control Interval Type 0~100

CRC verification mode Link aggregation Enumeration Type None(None), 16bit(16bi

CRC verification mode O&M of BTS Enumeration Type None(None), 16bit(16bi

Flow control switch. O GSM Flow Control Enumeration Type ON, OFF


GSM/WCDMA InteroperaEnumeration Type AUTO(Auto), MANU(Ma

This parameter indicatConfiguration Manage Enumeration Type AUTO(Auto), MANU(Ma



Diversity indication o GSM/WCDMA InteroperaInterval Type 0~1

Downlink frequency nuGSM/WCDMA InteroperaInterval Type 0~16383

Minimum Ec/No of the GSM/WCDMA InteroperaInterval Type 0~49

Number of UTRAN FDD cGSM/WCDMA InteroperaInterval Type 0~3




This parameter specifi Enumeration Type RSCP(RSCP), EcN0(Ec/


Minimum RSCP of the 3GSM/WCDMA InteroperaInterval Type 0~63


Number of CPU usage saGSM Flow Control Interval Type 1~1000

Whether the BTS reporVoice Quality Index (U Enumeration Type NO(No), YES(Yes)

If the FER carried in Voice Quality Index (U Interval Type 0~1000







This parameter specifiFrequency Hopping (R Enumeration Type NO_FH(No frequency ho

The name of the file ca String Type None

Path of the target file String Type None

Name of the backup file String Type None


Float charging voltage. Float charging compensates the discharged capacity of the battery so that the battery can be charged to full voltage indefinitely. The value of this parameter is slightly lower than the even charging voltage. See the vendor specification for the setting of this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.AUTO: In this mode, the system fills in the BA1 and BA2 lists according to neighboring relations of cells.MANU: In this mode, you can maintain the BA tables by yourself. If the neighboring relations of cells are changed, for example, after a neighboring cell is added or deleted, you must maintain the BA1 and BA2 lists by yourself.

...7: 42 dB6: 36 dB7: positive infinity

6: -14 dB,7: -12 dB.If multiple FDD cells meet the preceding conditions, the MS reselects the cell with the strongest receive level. See 3GPP TSs 45.008 and 25.304....15: 28 dB. Processing of Measurement Report

Pre-processing of Measurement Report14 = -86 dBm, 15 = -84 dBm.

Scrambling code of a 3G cell, used for distinguishing MSs or cells. Scrambling codes are used after spreading. Therefore, the bandwidth of a signal is not changed. Instead, signals from different sources are differentiated. Scrambling prevents multiple transmitters from using the same code word for spreading.On the uplink, the scrambling function is used for differentiating MSs. On the downlink, the function is used for differentiating cells.

O&M of BSCSecurity ManagementO&M of BSCBSC/RNC Software ManagementO&M of BSCSecurity Management

Path to save the exportConfiguration Manage String Type None

Type of the alarm log f Enumeration Type txt(.txt File), csv(.csv F

Maximum number of formeNetwork-Controlled CelInterval Type 0~32

Enumeration Type FALSE(Failed), TRUE(

Whether to enable 0.2 HUAWEI III Power ContEnumeration Type NO(No), YES(Yes)


This parameter specifieFlex Abis Interval Type 0~100

Time threshold for delaFaulty Management Interval Type 0~65534

Time threshold for delaFaulty Management Interval Type 0~65534

Whether to enable the Faulty Management Enumeration Type DISABLE(DISABLE), E

Time window for observFaulty Management Interval Type 60~65534

Time window for observFaulty Management Interval Type 60~65534

Service timeslot assig Flex Abis Enumeration Type FIX_16K_ABIS(Fix Abis)

Whether to enable the Flex MAIO Enumeration Type OFF(Off), ON(On)

Whether to enable the Enumeration Type OFF(Off), ON(On)

Period of collecting the Adaptive Adjustment oInterval Type 0~65535

Fast flux measurement pAdaptive Adjustment oInterval Type 0~65535

Port flow control switc None Enumeration Type OFF(OFF), ON(ON)

Link flow control switc None Enumeration Type OFF(OFF), ON(ON)

Link flow control switc None Enumeration Type OFF(OFF), ON(ON)

Logical port flow contr Enumeration Type OFF(OFF), ON(ON)

Port flow control switc None Enumeration Type OFF(OFF), ON(ON)

Specified port flow con Enumeration Type OFF(OFF), ON(ON)









Trend of the received sHUAWEI I Handover Interval Type 0~200

This parameter determiGPRS Enumeration Type CLOSE(Close), OPEN(O

Interval Type 0~19

Type of the FMUA boa O&M of BTS Enumeration Type INDOOR(Indoor), OUT

Name of the electronic Inventory ManagemenString Type None

Name of the file String Type None

Name of the file O&M of BSC String Type None

Name of the file. The foConfiguration Manage String Type None

Name of the specified fLicense Management String Type None

File name of the soft O&M of BTS String Type None

O&M of BSCFaulty Management

Execution result.If you select "FALSE", only the records of failed operations are displayed. If you select "TRUE", only the records of successful operations are displayed. If this parameter is not specified, all the records are displayed.


Whether to start the fire-extinguishing equipment of the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Soft-Synchronized NetworkFlex MAIO


IP QOS2G/3G Co-Transmission Resources Management on MBSCIn the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.

Setting the filter helps to configure the maximum allowed signal level drop degree.In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.Setting the filter helps to configure the maximum allowed signal level drop degree.In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.Setting the filter helps to configure the maximum allowed signal level drop degree.In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.Setting the filter helps to configure the maximum allowed signal level drop degree.In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.Setting the filter helps to configure the maximum allowed signal level drop degree.In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.Setting the filter helps to configure the maximum allowed signal level drop degree.In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.Setting the filter helps to configure the maximum allowed signal level drop degree.In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. C(nt) indicates the received signal level in the uplink measurement report of the serving cell received at time nt.Setting the filter helps to configure the maximum allowed signal level drop degree.

In a GSM900 cell, the maximum power control level of an MS ranges from 0 to 19, corresponding respectively to the following values (unit: dBm): 43, 41, 39, 37, 35, 33, 31, 29, 27, 25, 23, 21, 19, 17, 15, 13, 11, 9, 7, and 5.Generally, the maximum transmit power supported by an MS is level 5 (corresponding to 33 dBm). The minimum transmit power supported by an MS is level 19 (corresponding to 5 dBm). Other transmit power levels are reserved for high-power MSs.In a GSM1800 or GSM1900 cell, the maximum power control level of an MS ranges from 0 to 31, corresponding respectively to the following values (unit: dBm): 30, 28, 26, 24, 22, 20, 18, 16, 14, 12, 10, 8, 6, 4, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 36, 34, and 32. Generally, the maximum transmit power supported by an MS is level 0 (corresponding to 30 dBm). The minimum transmit power supported by an MS is level 15 (corresponding to 0 dBm). Other transmit power levels are reserved for high-power MSs.

Radio Common Channel ManagementSystem Information Sending

O&M of BSCBSC/RNC Software Management

File name of the softw O&M of BTS String Type None

Switch specifying whe Enumeration Type OPEN(Open), CLOSE(Cl

Length of the timer fo A Interface Protocol P Interval Type 1~300

Time limit for restrain Automatic Level ControInterval Type 0~30

Whether the forced phaGPRS Enumeration Type Close(Close), Open(Op

Whether to forcibly en Enumeration Type NO(No), YES(Yes)

Whether an MS is forc Enumeration Type NO(No), YES(Yes)

Port No. of the father O&M of BTS Interval Type 0~31

Number of the port forO&M of BTS Interval Type 0~23

Maximum time of delay None Interval Type 1~30

Whether to generate tCompact BTS AutomatiEnumeration Type OFF(OFF), ON(ON)

If this switch is on, i PICO Automatic ConfigEnumeration Type OFF(OFF), ON(ON)

If this switch is on, i Compact BTS AutomaticEnumeration Type OFF(OFF), ON(ON)

MP segment size,the le Interval Type 128~1024

Frame offset of the BTSoft-Synchronized Net Interval Type -2715647~2715647

Frame offset. The framConfiguration Manage Interval Type 0~255

Whether the downlink di Enumeration Type NO(No), YES(Yes)

Time mode used when t Enumeration Type ONTIME(Fixed Time), R

O&M of BSC Enumeration Type ONTIME(Fixed Time),

Frequency of the TRX Frequency Band Interval Type 0~1023

Frequency 1 Frequency Band Interval Type 0~1023






















Call ControlEnhanced Full RateHUAWEI I HandoverHUAWEI II Handover

Abis MUXUDP MUX for A Transmission

Discontinuous Transmission (DTX) DownlinkAMR FRO&M of BSCSecurity Management 6. MONTHLY_T: When this parameter is set to "MONTHLY_T", the command is executed every month. You can set the day in which the command is executed. You can also set up to five time points for executing the command in the day. The default execution interval is one month.

7. MONTHLY_C: When this parameter is set to "MONTHLY_C", the command is executed every month. You can set the day in which the command is executed. You can also set the start time and end time in the day in which the command is executed, and set the time interval for executing the command in the day. The default execution interval is one month and the default time interval is 30 minutes.












































Whether to enable the AFC(Automatic FrequenEnumeration Type NO(No), YES(Yes)

AFC(Automatic FrequenInterval Type 0~65535

Configuration Manage Enumeration Type PGSM900(PGSM900),

Threshold for load sha Enhanced Channel AssInterval Type 0~100

List of frequency bandCell Frequency Scan Interval Type 0~1023

Frequency multiplexingConfiguration Manage Enumeration Type LOOSE(Loose), TIGHT(T

List of the frequencie 2G/3G Neighboring CelString Type None

Cell Frequency Scan Enumeration Type MainDiversity(MainDi


Whether the uplink DTX Enumeration Type May_Use(May Use), Sha

Slot No. of the father Compact BTS AutomaticInterval Type 0~23

Slot No. for the port o O&M of BTS Interval Type 0~23

Subrack No. of the fat Compact BTS AutomaticInterval Type 0~255

Subrack No. for the poO&M of BTS Interval Type 0~254

Type of the file used f Enumeration Type TXT(Plain Text Type),

Activation factor table IP QOS Interval Type 0~33

Activation factor table IP QOS Interval Type 1~33

Activation factor table None Interval Type 0~33

ATCB difference betweeHUAWEI II Handover Interval Type 0~255

Duration of the handoveHUAWEI II Handover Interval Type 0~600


Path loss difference b HUAWEI II Handover Interval Type 0~255

Period of the handover HUAWEI II Handover Interval Type 0~600


If the available forwar IP QOS Interval Type 0~200000

If the available forwa IP QOS Interval Type 0~200000

If the ratio of availab IP QOS Interval Type 0~100


If the available forwa IP QOS Interval Type 0~200000


If the available forwar IP QOS Interval Type 0~200000


Ratio of reserved forw IP QOS Interval Type 0~100

Reserved forward bandIP QOS Interval Type 0~200000

If the load balance betGSM/WCDMA Load BasInterval Type 0~200

Coefficient used to moGSM/WCDMA Load BasInterval Type 0~100

G711 Mode. A/U law conA over IP Enumeration Type A0, U1

Expected signal recei Power Control Interval Type 0~31

End time for collectingSoft-Synchronized Net Compound Type hour, min

Frequency correction parameter. Used for the fast-moving handover algorithm, the value of this parameter must be translated into a binary number. The value consists of 16 bit. The most significant bit indicates whether the parameter is valid. Bits 14 to 8 indicate the level threshold. Bits 7 to 0 indicate the threshold of the bit error ratio (BER).The BSC6900 sends this parameter to the BTS, which adjusts the frequency of an MS according to the value of this parameter.Frequency band types of the board This parameter is only applicable to the DDPU/DFCU/DFCB/DCOM/DDPM/DCBM.The frequency band types for the DTRU, QTRU, DRRU, DRFU, GRRU, MRRU, GRFU, and MRFU cannot be configured and thus are calculated based on the selected frequencies such as GSM900, DSC1800, PCS1900,and GSM850. The parameter value for the other board types is set to 0xFF.

Type of a scanning result in the period from the start of a frequency scanning task to the reporting of the scanning result.Frequency scanning refers to the scanning of an uplink receive level of a cell frequency. The scanning result reflects the strength of frequency signals received by the cell.HUAWEI I Handover

HUAWEI II HandoverDiscontinuous Transmission (DTX) UplinkAMR FR


According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number P.

According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number N.

Cell load threshold for Soft-Synchronized Net Interval Type 0~100

Whether to collect the Soft-Synchronized Net Enumeration Type OFF(OFF), ON(ON)

Start time for collecti Soft-Synchronized Net Compound Type hour, min

Obtains the QoS paramStreaming QoS(GBR) Enumeration Type NO(Not Support), YES(

This parameter specifi Enumeration Type OFF(Off), ON(On)

Format of the geograpBSC/RNC Clock Enumeration Type DEG(DEG), SEC(SEC)

Whether the assignment Enumeration Type NO(No), YES(Yes)

Whether direct preemptGroup Call EMLPP Enumeration Type NO(No), YES(Yes)

Global routing managemNone Enumeration Type OFF(Disable the golba

Delay of transmit dive GPRS Interval Type 4~32

Whether the current c Enumeration Type NO(Not support), Suppo

Whether the currently GPRS Enumeration Type NO(Not Support), Supp

Hysteresis value of theGPRS Enumeration Type 0dB(0dB), 2dB(2dB),

EGPRS Enumeration Type GPRS(GPRS Channel),

Threshold of hierarchicGPRS Enumeration Type DB110(-110dB), DB108

Timer used when the MSGPRS Enumeration Type 10sec(10sec), 20sec(2

Used for the GPRS tranNetwork-Controlled CelInterval Type 0~7

This parameter is usedGPRS Enumeration Type 0db(0db), 10db(10db),

Synchronization clock Enumeration Type GPS(GPS), GLONASS(Gl

Period for reporting G BSC/RNC Clock Interval Type 1~60

Whether to allow hieraResource Reservation Enumeration Type NO(No), YES(Yes)

Number of the VGCS calGroup Call Reliability Interval Type 0~100000000

Number of the VGCS calGroup Call Reliability Interval Type 0~100000000

Index of the BSC Node BSC Node RedundancyInterval Type 0~65534

Name of the BSC Nod BSC Node RedundancyString Type None

Maximum number of secFlex Abis Interval Type 0~512

Transport resource g IP QOS Interval Type 0~2047

Type of the transport IP QOS Enumeration Type IP(IP)

Simplified Cell Broadc Enumeration Type LAC_CI(CELL IMME), PL

Ratio of bandwidth occIP QOS Interval Type 0~100

Standard priority for GIP QOS Interval Type 1~15

Multi-band Sharing On Interval Type 0~3

Whether to support th GSM/TD-SCDMA InteropEnumeration Type UNSUPPORT(Not Suppor

Packet type against thO&M of BTS Bit Field Type ECHOREPLY, UNREACH,

When the BTS is accessAbis over IP IP Address Type None

IP address of the BTS Abis over IP IP Address Type None

Whether to support CS Half Rate Speech Enumeration Type NO(No), YES(Yes)

ATCB difference betweeHUAWEI II Handover Interval Type 0~255

Duration of the handoveHUAWEI II Handover Interval Type 0~600


Path loss difference b HUAWEI II Handover Interval Type 0~255



System Information SendingGPRS

If this parameter is set to EGPRSSPECH, only the EDGE MSs can use this channel.If this parameter is set to NONGPRS, this parameter becomes invalid.

BTS GPS SynchronizationBTS/NodeB Clock

Geographical coverage of a simple cell broadcast message. You can run "DSP GSMSCB" to query and obtain the information.This parameter, "Code", and "Update" uniquely specify a cell broadcast message.

2. The BSIC of a neighboring cell must be valid.3. The signals of the neighboring cells must be the strongest among all the neighboring cells at the same frequency band.

According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number P.


Whether the tower-top Enumeration Type NO(NO), YES(YES)

Whether the tower-top Enumeration Type NO(NO), YES(YES)

Heartbeat interval wheA over IP Interval Type 1000~600000




Threshold for interrup O&M of BTS Interval Type 0~65535

Threshold for interrup O&M of BTS Interval Type 0~65535

Frequency Band Enumeration Type DCS1800, PCS1900

Full rate TCHs are assiEnhanced Multi Level Interval Type 1~14

This parameter specifieEnhanced Multi Level Enumeration Type NO(No), YES(Yes)

Whether to enable theEnhanced Multi Level Enumeration Type NO(No), YES(Yes)

Whether to enable loa O&M of BTS Enumeration Type NO(NO), YES(YES)

Enhanced Channel AssEnumeration Type NO(No), YES(Yes)

Maximum History Pas Security Management Interval Type 1~10

Whether the cell suppoHMC DTM Enumeration Type UNSUPPORT(Not Suppor

Concentric Cell Enumeration Type SysOpt(System optimiza

Whether to allow handoRAN Sharing Enumeration Type NO(No), YES(Yes)

If the downlink receive Interval Type 0~63

If the uplink received Interval Type 0~63

Type of indexing the taO&M of BSC Enumeration Type BYCELLNAME(By cell n

Unique name of the tarO&M of BSC String Type None

Whether to use handoveHUAWEI I Handover Enumeration Type HOALGORITHM1(Handove

Handover direction forChain Cell Handover Enumeration Type NO(No), YES(Yes)

Chain Cell Handover Interval Type 0~16

Chain Cell Handover Interval Type 0~16

Fast handover can be tFast Move Handover Interval Type 0~63

Interval Type 1~32

Interval Type 1~32

The 3G better cell han Interval Type 0~49

Fast Move Handover Interval Type 1~32

Type of handover in teO&M of BSC Enumeration Type FREE(Free), INCELL(In

Fast handover can be t Interval Type 0~127


This parameter specifies Enumeration Type Pre_2G_Cell(Preference

An MS cannot be handedEnhanced Dual-Band Interval Type 0~255

Index of the frequencyFrequency Hopping (R Interval Type 0~63

Logical number of the IBCA (Interference BasInterval Type 0~63

Implementation mode Frequency Hopping (R Enumeration Type BaseBand_FH(BaseBand

BTS power lift for han Enumeration Type NO(Not StartUp), YES(

According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number N.O&M of BTS

Connection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)

According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N measurement reports, the handover is triggered.This parameter specifies the number P.According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N measurement reports, the handover is triggered.This parameter specifies the number N.

Frequencies on DCS1800: 512-885Frequencies on PCS1900: 512-810

Whether to consider history priority records during channel assignment.If this parameter is set to YES, the history priority records are considered. If this parameter is set to NO, the history priority records are not considered.

If this parameter is set to USubcell, a channel in the underlaid subcell is assigned preferentially.If this parameter is set to NoPrefer, a channel is assigned simply according to channel assignment algorithms.


This parameter indicates P in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed over to Class B chain neighboring cell for successively P times, then the BSC6900 determines that the MS is moving to the Class B chain neighboring cell.This parameter indicates N in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed over to Class B chain neighboring cell for successively P times, then the BSC6900 determines that the MS is moving to the Class B chain neighboring cell.

According to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the handover is triggered.This parameter specifies the number P.

HUAWEI I HandoverHUAWEI II HandoverAccording to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the handover is triggered.

This parameter specifies the number P.HUAWEI I HandoverHUAWEI II HandoverGSM/WCDMA InteroperabilityGSM/TD-SCDMA InteroperabilityAccording to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is triggered.

This parameter specifies the number P.

HUAWEI I HandoverHUAWEI II HandoverIf the cell is an enhanced concentric cell, this parameter with the current downlink received signal level and "UtoO HO Received Level Threshold" determines whether to assign a channel in the underlaid subcell to the intra-BSC incoming handover to the concentric cell or intra-BSC inter-cell handover.

If the cell is an ordinary concentric cell, this parameter with the current downlink received signal level, "RX_LEV Threshold", and "RX_LEV Hysteresis" determines whether to assign a channel in the underlaid subcell to the intra-BSC incoming handover to the concentric cell or intra-BSC inter-cell handover.HUAWEI I HandoverHUAWEI II Handover

Whether to enable power boost before handover.When the receive level of an MS drops rapidly, a handover occurs. In this case, the BSC6900 cannot adjust the transmit power of the MS and the BTS in time. The MS may fail to receive a handover command, thus leading to a call drop. If the value of this parameter is YES (StartUp), the transmit power of the BTS is adjusted to the maximum before the BSC6900 sends a handover command to the MS. In addition, the transmit power of the BTS is not adjusted during the handover for the purpose of ensuring the success of the handover.

If the receive level of Interval Type 0~63

If this parameter is s Frequency Hopping (R Enumeration Type OFF(Off), ON(On)

Hoping sequence numberAntenna Frequency HoInterval Type 0~63

TRX index that a hoppiAntenna Frequency HoInterval Type 0~23

Frequency Hopping (R Enumeration Type NO_FH(No Frequency H

To avoid ping-pong han Interval Type 0~63

Time for reserving the Soft-Synchronized Net Interval Type 1~60

The 3G better cell hand Interval Type 0~63

Whether an HO REQ ACKA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Interval Type 1~32

Interval Type 1~32

Fast Move Handover Interval Type 1~32

BSC Node RedundancyEnumeration Type SINGLEHOST(SINGLEHO

Host type of an IP BTS BSC Node RedundancyEnumeration Type SINGLEHOST(Single Ho

Interval Type 0~63

Fast handover can be trFast Move Handover Interval Type 0~63

Antenna Frequency HoEnumeration Type NO_HPANT(No), YES_H

Antenna Frequency HoEnumeration Type NO_HPANT(No), YES_H

The number of the optiO&M of BTS Interval Type 0~5

Maximum priority level Resource Reservation Interval Type 1~14



This parameter determi Enumeration Type NO(No), YES(Yes)

Whether the downlink D Enumeration Type NO(No), YES(Yes)

Whether to enable the Concentric Cell Enumeration Type NO(No), YES(Yes)

Whether the uplink DTX Enumeration Type May_Use(May Use), Sha

Frequency Hopping (R Interval Type 0~63


Whether dynamic use ofFlex MAIO Enumeration Type OFF(Off), ON(On)


Bidirectional Forwardi IP Fault Detection Ba Enumeration Type SBFD(SINGLE_HOP), M



Whether to enable batFaulty Management Enumeration Type DISABLE(DISABLE), E

Humidity alarm switchFaulty Management Enumeration Type CLOSE(Close), OPEN(O

Upper limit of humidit Faulty Management String Type None

Lower limit of humidit Faulty Management String Type None






Frequency hopping mode of the TRX. Frequency hopping assists in interference averaging and frequency diversity.If this parameter is set to RF_FH, the TX and RX parts of the TRX take part in the frequency hopping. In this case, the number of hopping frequencies can exceed the number of TRXs in the cell. If this parameter is set to BaseBand_FH, each transmitter works at a fixed frequency. That is, the TX part does not take part in the frequency hopping. The baseband signals are switched for the frequency-hopping transmission. The RX part, however, takes part in the frequency hopping.HUAWEI I Handover

HUAWEI II Handover


According to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the handover is triggered.This parameter specifies the number N.

HUAWEI I HandoverHUAWEI II HandoverAccording to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the handover is triggered.

This parameter specifies the number N.HUAWEI I HandoverHUAWEI II HandoverAccording to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is triggered.

This parameter specifies the number N.Indicates the host type of the signalling point.When the BSC node redundancy feature is enabled, the primary BSC and the secondary BSC each must be configured with a signaling point coded in the same mode. The host type of the signaling point of the primary BSC is set to "PRIMHOST", and the host type of the signaling point of the secondary BSC is set to "SLAVEHOST". When the BSC node redundancy feature is disabled, the host type of the signaling point of the BSC is set to "SINGLEHOST".

Inter-layer handover threshold of the serving cell = "Inter-layer HO threshold" - "Inter-layer HO Hysteresis"; Inter-layer handover threshold of a neighboring cell = "Inter-layer HO Threshold" + "Adjacent Cell Inter-layer HO Hysteresis" - 64.


Whether to enable the TRX to support antenna hoppingIn a GSM cell, the BCCH broadcasts the frequency, frame number, system information, and paging group. If an MS is in an unfavorable position or the antenna of the main TRX that carries the BCCH fails, the MS receives poor broadcast control signals or even cannot receive any broadcast control message from the BCCH. To avoid such a problem, the antenna hopping function is involved. With this function, the messages transmitted in the main TRX that carries the BCCH are also transmitted on the antennas of all the other TRXs in the cell in turn. This helps the MSs receive quality broadcast control data. This function can be configured only for dual-frequency BTSs. If this parameter is set to NONE, the BTS does not support antenna hopping.Whether to enable the TRX to support antenna hoppingIn a GSM cell, the BCCH broadcasts the frequency, frame number, system information, and paging group. If an MS is in an unfavorable position or the antenna of the main TRX that carries the BCCH fails, the MS receives poor broadcast control signals or even cannot receive any broadcast control message from the BCCH. To avoid such as problem, the antenna hopping function is involved. With this function, the messages transmitted in the main TRX that carries the BCCH are also transmitted on the antennas of all the other TRXs in the cell in turn. This helps the MSs receive quality broadcast control data. This function can be configured only for dual-frequency BTSs.

Whether to enable the configuration of power system parameters.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

O&M of BTSBTS Power ManagementLoad power-off voltage threshold.

In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.O&M of BTSBTS Power ManagementHalf Rate SpeechSystem Information SendingHalf Rate SpeechAMR HR

Half Rate SpeechAMR HRHopping sequence number (HSN), indicating 64 types of frequency hopping sequences. If this parameter is set to 0, the frequency hopping is performed in sequence.

If this parameter is set to a value from 1 to 63, the frequency hopping is performed in a pseudo-random manner, that is a disciplinary random manner.

If the ambient temperature is higher than "High Temperature Critical Point", the temperature control system controls the difference between the inlet and outlet temperatures.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.If the outlet temperature is higher than "High Temperature Critical Point" and the difference between the outlet temperature and ambient temperature reaches the value of this parameter, the temperature control system controls the difference between the inlet and outlet temperatures.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

When the ambient humidity of the APMU is greater than the value of this parameter, the BTS reports an overhigh ambient humidity alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When the ambient humidity is greater than the value of this parameter, the BTS reports an overhigh ambient humidity alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When the ambient humidity of the APMU is less than the value of this parameter, the BTS reports an overlow ambient humidity alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When the ambient humidity is less than the value of this parameter, the BTS reports an overlow ambient humidity alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Delay for which the BTO&M of BTS Interval Type 1~30

This timer is started a A Interface Protocol P Interval Type 180~1260

Duration in IASU modeBTS Test Function Interval Type 1~60

Port number in IASU mO&M of BTS Enumeration Type E1PORT0(E1 PORT0),

Type of the transmiss O&M of BTS Enumeration Type MAINDOMU(MAIN DOMU

This timer is started a A Interface Protocol P Interval Type 60~600

Minimum C/I ratio that IBCA (Interference BasInterval Type 0~23


Whether to enable theIBCA (Interference BasEnumeration Type NO(No), YES(Yes)

Length of the timer fo IBCA (Interference BasInterval Type 0~20

Number of measurement IBCA (Interference BasInterval Type 1~4

When the IBCA algorithmIBCA (Interference BasInterval Type 0~14


IBCA (Interference BasInterval Type 0~63

Whether to measure theIBCA (Interference BasEnumeration Type NO(No), YES(Yes)


Whether the IBCA flexiIBCA (Interference BasEnumeration Type OFF(Not Allowed), ON(

Whether the IBCA forceIBCA (Interference BasEnumeration Type OFF(Not Allowed), ON(


Length of the timer forIBCA (Interference BasInterval Type 0~20


In the ICDM matrix algoIBCA (Interference BasInterval Type 0~31

Whether to enable the IBCA (Interference BasEnumeration Type NO(No), YES(Yes)

Period of information IBCA (Interference BasInterval Type 2~600

Adds a specified offsetIBCA (Interference BasInterval Type 0~63




In an IUO cell (or a C IBCA (Interference BasInterval Type 0~63

Determines the MAIO seIBCA (Interference BasEnumeration Type 0(Max. optimized MAIO

The IBCA interference IBCA (Interference BasInterval Type 5~40

Indicates whether this IBCA (Interference BasEnumeration Type NO(No), YES(Yes)

Estimates the receive IBCA (Interference BasInterval Type 0~63

When the IBCA algorithIBCA (Interference BasInterval Type 0~30




Specifies a period dur IBCA (Interference BasInterval Type 2~600

When the path loss of IBCA (Interference BasInterval Type 0~50

Considers the influenceIBCA (Interference BasInterval Type 0~10


Difference between uplink and downlink path losses, which is used to estimate the downlink path loss of a call when the downlink path loss cannot be computed directly according to a measurement report. This parameter is configured according to the combined loss and hierarchical dual-antenna gain (3 dB) of the BTS."IBCA Downlink Path Loss Offset" = combined loss of BTS + hierarchical dual-antenna gain of BTS (3 dB)

Use this parameter whIBCA (Interference BasInterval Type 0~160

MSs that support SAIC IBCA (Interference BasInterval Type 0~23

Whether to deny the acIBCA (Interference BasEnumeration Type NO(No), YES(Yes)

Whether the handover ofIBCA (Interference BasEnumeration Type OFF(Not Allowed), ON(

Whether a MAIO meets tIBCA (Interference BasInterval Type 0~63

Whether to enable the IBCA (Interference BasEnumeration Type NO(Disabled in OL and

Whether a single IBCA IBCA (Interference BasEnumeration Type NO(No), YES(Yes)

The lowest C/I ratio th IBCA (Interference BasInterval Type 0~23

Intelligent Combiner Enumeration Type NO(NO), YES(YES), NU

Whether to enable the O&M of BTS Enumeration Type DISABLE(DISABLE), E

ICMP packet length. It IP QOS Interval Type 44~1024

DSCP corresponding to Gb over IP Interval Type 0~63



Number of the schedulO&M of BSC Interval Type 1~30

Number of the schedulO&M of BSC Interval Type 1~30,100~32767

Threshold index. This O&M of BTS Interval Type 0~65535

This parameter indicateA over IP Interval Type 0~255

IDLE code None Interval Type 0~255

When the number of idlSDCCH Dynamic AdjusInterval Type 0~63

Index type O&M of BTS Enumeration Type BYIDX(By Index), BYN

BTS index type None Enumeration Type BYNAME(By Name), BYI

Type of an index Configuration Manage Enumeration Type BYNAME(By Name), BYI

Index type Configuration Manage Enumeration Type BYNAME(By name), BYI

Type of an index MBSC Load Balancing Enumeration Type BYNAME(By Name), BYI

Subscribers can specifConfiguration Manage Enumeration Type BYNAME(By Name), BYI

Index type of the BTS O&M of BTS Enumeration Type BYNAME(By Name), BYI

Index type. BYNAME: qO&M of BTS Enumeration Type BYNAME(By Name), BYI

Index of the semipermSemi-Permanent ConneInterval Type 0~255

Support the index bas Configuration Manage Enumeration Type BYTLLI(By TLLI), BYIMS

Index type, supportingO&M of BSC Enumeration Type BYCELL(By Cell), BYBS

Whether the handshakeShort Message ServiceEnumeration Type YES(Yes), NO(No)

Number of the outgoingO&M of BTS Interval Type 0~15

Whether to set the middO&M of BTS Enumeration Type Positive(Positive), Min

Indication offset in th O&M of BTS Interval Type 0~125

Whether to report the pO&M of BTS Enumeration Type NO(Not Report), YES(N

Number of invalid meaFast Move Handover Interval Type 0~32

Value of an IMEI O&M of BSC String Type None

Timer for the BSC6900 A Interface Protocol P Interval Type 1000~30000

The channel activationAssignment and ImmedEnumeration Type NO(NO), YES(YES)

This parameter specifiPacket Assignment Ta Enumeration Type NO(Not Support), YES(

This parameter is used to enable the Intelligent Combiner Bypass (ICB) function on the BCCH TRX of a cell.This parameter specifies whether to allow the cell to enable the ICB function. When this parameter is set to YES, the TCHs on the non-BCCH TRX are preferentially assigned. In this way, the largest possible number of idle TCHs is reserved on the BCCH TRX, and thus the BCCH TRX enters the ICB mode.

Whether to allow immedAssignment and ImmedEnumeration Type NO(No), YES(Yes)

Maximum time delay inAssignment and ImmedInterval Type 0~254

Maximum number of retAssignment and ImmedInterval Type 1~5

Whether the BSC6900 Assignment and ImmedEnumeration Type NO(No), YES(Yes)

Whether to assign chaConcentric Cell Enumeration Type NO(No), YES(Yes)

When the access_delay Concentric Cell Interval Type 0~255

Whether to adjust the Soft-Synchronized Net Enumeration Type NO(NO), YES(YES)

Assignment and ImmedInterval Type 0~255

Value of an IMSI O&M of BSC String Type None

International mobile s GPRS String Type None

Timer for the BSC6900 Interval Type 500~60000

Threshold for fine tuni Soft-Synchronized Net Interval Type 0~8

Fine tuning period in Soft-Synchronized Net Interval Type 1~30

Included angle formed BSS-Based LCS (Cell I Interval Type 0~360

Number of the in-port O&M of BTS Interval Type 0~62

Whether to separate E1O&M of BTS Enumeration Type NO(NO), YES(YES)

The triggering of intra AMR FR/HR Dynamic AInterval Type 1~32

The triggering of intra AMR FR/HR Dynamic AInterval Type 1~32

Information exchange MBSC Load Balancing Bit Field Type CELLCAPCLASS, NACC

Infrared alarm switch Faulty Management Enumeration Type CLOSE(Close), OPEN(O

For an AMR call, if the AMR FR/HR Dynamic AInterval Type 0~39

For an AMR call, if the AMR FR/HR Dynamic AInterval Type 0~39

Power overload threshoEnhanced Channel AssInterval Type 0~50

Initial coding mode us AMR FR Interval Type 0~3

Initial coding mode us AMR HR Interval Type 0~3

Initial coding mode us WB AMR Interval Type 0~2

Specifies the timeslo Semi-Permanent ConneBit Field Type TS0, TS1, TS2, TS3, T

Whether to assign chanEnhanced Dual-Band Enumeration Type NO(No), YES(Yes)

Whether to allow undeEnhanced Dual-Band Enumeration Type NO(No), YES(Yes)

Index of the cell in th Configuration Manage Interval Type 0~2047

Name of the cell in th Configuration Manage String Type None

Whether to allow undeEnhanced Dual-Band Enumeration Type NO(No), YES(Yes)

Overlay-to-underlay loEnhanced Dual-Band Interval Type 1~255

Level step during overEnhanced Dual-Band Interval Type 0~63

In an enhanced dual-baEnhanced Dual-Band Interval Type 0~100

Incoming BSC6900 porSemi-Permanent ConneInterval Type 0~335

Number of a BTS port O&M of BTS Interval Type 0~23

In-port number of a D O&M of BSC Interval Type 0~15

Mode of inputting the lBSS-Based LCS (Cell I Enumeration Type Degree(Degree), D_mi

Whether to allow int SDCCH Handover Enumeration Type NO(No), YES(Yes)

Incoming BSC6900 sloSemi-Permanent ConneInterval Type 0~27

Timer carried by the Wait Indication information element when the BSC6900 sends an immediate assignment reject message to an MS.After the MS receives the immediate assignment reject message, the MS reattempts to access the network after the timer expires.



Incoming BSC6900 su Semi-Permanent ConneInterval Type 0~11


Time interval for send Simplified Cell Broadc Interval Type 2~3600

Hysteresis value during Interval Type 0~127

Type of an interferenc Cell Frequency Scan Enumeration Type INTBANI(INTBANI), INT

Hysteresis value durin Interval Type 0~127

Specifies an interval Interval Type 0~255

The triggering of inte HUAWEI II Handover Interval Type 1~16

The triggering of inte HUAWEI II Handover Interval Type 1~16

Whether to allow the i Enumeration Type NO(No), YES(Yes)

Whether to consider inEnhanced Channel AssEnumeration Type NO(No), YES(Yes)







Value of the timer for Soft-Synchronized Net Interval Type 0~60

Period during which in Enhanced Channel AssInterval Type 1~31

This parameter specifi2G/3G Cell Reselectio Enumeration Type NO(No), YES(Yes)

Threshold for setting t GSM/WCDMA Load BasInterval Type 1~100


Whether to reserve resMBSC Handover basedEnumeration Type NO(No), YES(Yes)

Width of load band [EcGSM/WCDMA Load BasInterval Type 1~49

Initial EcNo value of GSM/WCDMA Load BasInterval Type 0~49

Step of changing the EGSM/WCDMA Load BasInterval Type 1~49

Width of load band [RSGSM/WCDMA Load BasInterval Type 1~91

Initial RSCP value of GSM/WCDMA Load BasInterval Type 0~91

Step of changing the RGSM/WCDMA Load BasInterval Type 1~91


When this parameter is seGSM/WCDMA Load BasEnumeration Type Service-based(Service

Time span before the Interval Type 1~240

Interval for sending p None Interval Type 1~10

Frequency index of th Interval Type 0~31

Lower threshold of theEnhanced Dual-Band Interval Type 0~63

The timer is used to s HUAWEI I Handover Interval Type 500~60000

Timer started after th Interval Type 500~60000

Whether to allow AMR AMR FR/HR Dynamic AEnumeration Type NO(No), YES(Yes)

This parameter specifie Enumeration Type NO(No), YES(Yes)

Timer started after th Interval Type 500~60000




Threshold used for interference measurement.The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on each of the idle channels. This helps the BSC6900 to assign channels. According to the strength of interference signals, the interference signals are classified into five interference levels. The values of these levels are called interference band thresholds. The BTS determines the current interference level based on these thresholds, and then reports a radio resource indication message to the BSC6900. The BSC6900 compares the busy and idle channels reported in the measurement report and in the radio resource indication message to determine whether to perform a handover. The interference band statistics result provides reference for threshold setting and interference analysis. For details, see GSM Rec. 08.08 and GSM Rec. 08.58.

TRX ManagementEnhanced Channel Assignment AlgorithmThreshold used for interference measurement.

The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on each of the idle channels. This helps the BSC6900 to assign channels. According to the strength of interference signals, the interference signals are classified into five interference levels. The values of these levels are called interference band thresholds. The BTS determines the current interference level based on these thresholds, and then reports a radio resource indication message to the BSC6900. The BSC6900 compares the busy and idle channels reported in the measurement report and in the radio resource indication message to determine whether to perform a handover. The interference band statistics result provides reference for threshold setting and interference analysis. For details, see GSM Rec. 08.08 and GSM Rec. 08.58.TRX ManagementEnhanced Channel Assignment AlgorithmThreshold used for interference measurement.




The BSS measures the uplink quality of the radio channels occupied by MSs, and calculates and reports the interference on each of the idle channels. This helps the BSC6900 to assign channels. According to the strength of interference signals, the interference signals are classified into five interference levels. The values of these levels are called interference band thresholds. The BTS determines the current interference level based on these thresholds, and then reports a radio resource indication message to the BSC6900. The BSC6900 compares the busy and idle channels reported in the measurement report and in the radio resource indication message to determine whether to perform a handover. The interference band statistics result provides reference for threshold setting and interference analysis. For details, see GSM Rec. 08.08 and GSM Rec. 08.58.TRX ManagementEnhanced Channel Assignment Algorithm







Whether it is an RNC MBSC Load Balancing Enumeration Type NO(No), YES(Yes)

Minimum Ec/No value oGSM/WCDMA Load BasInterval Type 0~49

When the load of a celGSM/WCDMA Load BasInterval Type 1~255

Minimum RSCP value ofGSM/WCDMA Load BasInterval Type 0~91

Incoming BSC6900 starSemi-Permanent ConneInterval Type 0~255

Number of a DXX In-ti O&M of BSC Interval Type 0~31

Interval for executing O&M of BSC Interval Type 1~1440

Automatic switchover O&M of BSC Interval Type 30~1024

Whether a measurement Enhanced MeasuremenEnumeration Type NO(No), YES(Yes)

IP address Configuration Manage IP Address Type None

IP address of the serve IP Address Type None

IP address of the loca Gb over IP IP Address Type None

IP address of the rem Gb over IP IP Address Type None

IP address of a BTS poAbis over IP IP Address Type None

IP address of the FTP O&M of BTS IP Address Type None

The local IP address mIP QOS IP Address Type None

IP address of the boar IP Address Type None

Local IP address of theIP-Based 2G/3G Co-Tr IP Address Type None

Source IP address of t None IP Address Type None

IP address of the next None IP Address Type None

Local IP address of th None IP Address Type None

IP address of the routeGb over IP IP Address Type None

First IP address of th Gb over IP IP Address Type None

It must be the valid a Clock over IP IP Address Type None

Second IP address of Gb over IP IP Address Type None


Third IP address of th Gb over IP IP Address Type None

Fourth IP address of t Gb over IP IP Address Type None

When the number of errEthernet OAM Interval Type 0~100


Whether to compress Enumeration Type No_HC(No_HC), UDP/IP

Whether to compress tLink aggregation Enumeration Type No_HC(No_HC), UDP/IP

IP address index of th Interval Type 0~5

IP address index of th Interval Type 0~5

IP packet multiplex in None Interval Type 0~12999

Type of the physical Abis over IP Enumeration Type IP_OVER_FE/GE, IP_OV

Type of IP physical tr Abis over IP Enumeration Type IP_OVER_FE/GE(IP_OVE


Whether the BSC is a Soft-Synchronized Net Enumeration Type NO(NO), YES(YES)

Whether the cell is a Chain Cell Handover Enumeration Type NO(No), YES(Yes)

Whether to support cl Clock over IP Enumeration Type UNSUPPORT(Not Suppor


A IP over E1/T1IP-Based 2G/3G Co-Transmission on MBSC Side



Whether to enable the heater.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Whether to support cl Clock over IP Enumeration Type UNSUPPORT(Not Suppor

Whether to enable the Ring Topology Enumeration Type NO(No), YES(Yes)

When this parameter isO&M of BTS Enumeration Type NO(NO), YES(YES)

A service support attri EGPRS Enumeration Type NO(Not support), YES(

Whether to indicate theIP QOS Enumeration Type NO(NO), YES(YES)

A service support attri GPRS Enumeration Type NO(Not support), YES(

Whether to enable the Configuration Manage Enumeration Type NO(No), YES(Yes)

Whether a BSC in the TC Pool Enumeration Type NO(No), YES(Yes)

Whether this location gMulti-site Cell Enumeration Type NO(NO), YES(YES)

A service support attri Network-Controlled CelEnumeration Type NO(Not support), YES(

Configuration mode ofGb over IP Enumeration Type STATIC(Static), DYNA

Whether it is QOSPAT None Enumeration Type NO(NO), YES(YES)

Whether the Um interfSoft-Synchronized Net Enumeration Type NO(NO), YES(YES)

Whether multiple DEMUO&M of BTS Enumeration Type YES(Configure), NO(No

ISSUPERBTS Abis Transmission BacEnumeration Type NO(NO), YES(YES)

BTS Local Switch Enumeration Type NO(No), YES(Yes)

Whether to support theTC Pool Enumeration Type NO(No), YES(Yes)

Configuration Manage Enumeration Type YES(YES), NO(NO)

Whether the subrack i Configuration Manage Enumeration Type NO(NO), YES(YES)


Whether to configure t Enumeration Type NOT_CONFIG(NOT CON

Number of a row to be Configuration Manage Interval Type 1~64

Reserved parameter forConfiguration Manage Interval Type 1~30

Used for parameter coConfiguration Manage Enumeration Type TRUE(Support), FALSE(

Value of a reserved paConfiguration Manage Interval Type 0~65535

Type of the adjacent IP QOS Enumeration Type ABIS(Abis Interface),

Type of the interface. IP QOS Enumeration Type PPP(PPP), MP(MP)

Concentric cell attribu Concentric Cell Enumeration Type OVERLAID(Overlaid Sub

Conversion policy of t Enumeration Type CONVERT0(Only convert

The triggering of conc Concentric Cell Interval Type 1~32

The triggering of conc Concentric Cell Interval Type 1~32

Enumeration Type Normal_cell(Normal Cel

Switch for the J0 trac Ethernet OAM Enumeration Type OFF(OFF), ON(ON)

Byte display format of Enumeration Type Hexadecimal(Hex decim

Expected receiving valuNone String Type None

Sending value of J0. J0None String Type None

J0 type None Enumeration Type NULL, 1byte, 16byte,

Switch for the J1 trac None Enumeration Type OFF(OFF), ON(ON)

Byte display format of None Enumeration Type Hexadecimal(Hex decim

Expected receiving valuNone String Type None

Sending value of J1. J None String Type None

Whether to enable the BTS to support local switchingIf the BTS supports local switching, when the calling and called MSs are both within the BTS or BTS group, the voice signals are looped back to the MSs within the BTS or BTS group instead of being sent over the Abis interface to the BSC and MSC. In this way, the Abis resources between the convergence BTS and the BSC are released and saved.

Whether it is a TC board.If the board is for the TC subrack, set the parameter to YES. If the board is not for the TC subrack, set the parameter to NO.

Whether to control the temperature difference between the air inlet and air outlet and that between the air outlet and ambient by the temperature control system.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.O&M of BTS

Intelligent Shutdown of TRX Due to PSU Failure


Owing to different coverage areas of the overlaid and underlaid parts, the two parts can be logically regarded as two cells. With many channels, the overlaid part is the major traffic bearer layer, recruiting most MSs in its coverage area. The underlaid part is used for coverage, providing services for the areas that the overlaid part cannot cover. The underlaid part covers the overlaid part, and thus the underlaid part can also share some traffic.An enhanced dual band network is amelioration to the existing dual band network. In such a network, two cells physically with a collocation site but different coverage areas form a cell group logically, namely, an inner cell and an extra cell. Channel resource sharing and cell load balancing is realized in the two cells through the algorithm of enhanced dual band network.

Concentric CellEnhanced Dual-Band Network


J1 type None Enumeration Type NULL, 1byte, 16byte,

Switch for the J2 trac None Enumeration Type OFF(OFF), ON(ON)

Byte display format of None Enumeration Type Hexadecimal(Hex decim

Byte length of J2 None Enumeration Type NULL, 1BYTE, 16BYTE,

Expected receiving valNone String Type None

Sending value of J2 None String Type None

A zero or a space used None Enumeration Type ZERO(zero), SPACE(sp

Whether to enable the LAbis Transmission Opt Enumeration Type DISABLE(Disable), EN

Default receive delay oMulti-Carrier Intellige Interval Type 1~255

Whether the LAPD JitteAbis over IP Enumeration Type DENY(Deny), ALLOW(A

Determines whether theNone Enumeration Type NOT-INDICATE-END(NO

K offset used in K seq Interval Type 0~63

Duration of the PPP/MPNone Interval Type 1~30

Configuration Manage Interval Type 1~65533,65535

Location area code (LACompact BTS AutomatiInterval Type 1~65533,65535

Aggregation mode. WhenBoard Switchover Enumeration Type STATIC_LACP, MANUA

Decimal value when theBSS-Based LCS (Cell I String Type None

Decimal value when theBSS-Based LCS (Cell I Interval Type 0~90

Integer value when the BSS-Based LCS (Cell I Interval Type 0~90

Value of the minute paBSS-Based LCS (Cell I Interval Type 0~59

Decimal value of the sBSS-Based LCS (Cell I Interval Type 0~9

Integer value of the s BSS-Based LCS (Cell I Interval Type 0~59

Longitude of the GPS BSC/RNC Clock Interval Type -90000000~90000000

Longitude of the GPS BSC/RNC Clock String Type None

Delay statistics period Link aggregation Interval Type 1~100

Number of delay adjustNone Interval Type 0~100

Bandwidth reduction deIP QOS Interval Type 0~10000

Average delay reductioIP QOS Interval Type 0~15

Average delay increaseIP QOS Interval Type 0~15

Layer where a cell is l Enumeration Type 1, 2, 3, 4

A network basically co Enumeration Type 1, 2, 3, 4

When the load of the sHUAWEI I Handover Interval Type 0~100

Timer of increasing th None Interval Type 0~300

Timer of decreasing theNone Interval Type 0~300

Fourth action taken for Enumeration Type CLOSE(Close), PSDOW

First action taken for Enumeration Type CLOSE(Close), PSDOW

Second action taken fo Enumeration Type CLOSE(Close), PSDOW

The local entity number Interval Type 0~186

Level of the log Enumeration Type CRITICAL(Critical), MA

Log level to be collect O&M of BSC Enumeration Type INFO(Information Level

Alarm mask switch None Enumeration Type ON(ON), OFF(OFF)


Location area code (LAC). MSs can freely move in the local location area with no need of location update. Reasonable local allocation can effectively lighten the signaling load and improve the call completion rate.Can be input in hexadecimal format. The hexadecimal format is H'****, for example, H'1214.


Abis over IPFlex AbisAbis over IPFlex AbisAbis over IPFlex AbisA over IPA IP over E1/T1O&M of BSCSecurity Management

Class of the maintena IP QOS Interval Type 0~7

Whether to support the Enumeration Type NO(Not Support), YES(

Whether to allow inter- Enumeration Type NO(No), YES(Yes)

Interval Type 0~63

The triggering of inter Interval Type 1~32

The triggering of inter Interval Type 1~32

Configuration Manage Enumeration Type OAM, TDM_Switching, G

Configuration Manage Enumeration Type TDM_Switching, GCP, R

Logical function type Enumeration Type IP, Abis_IP

Application type of t Configuration Manage Enumeration Type A/Gb, Abis/Ater/Pb/Gb

The Logical Index of PBO&M of BSC Interval Type 5120~5375


The occur threshold o Faulty Management Interval Type 90~99

The recover threshold Faulty Management Interval Type 70~95

Key field used to identO&M of BSC Interval Type 0~17407

Type of the parametersNone Enumeration Type DIFFERENCE, ALL

Rate type of the desig A Interface Protocol P Enumeration Type 64K(64Kbit/s), 2M(2Mbi

Lower limit for trigger Faulty Management String Type None

Lower limit of an alarm.Configuration Manage String Type None

The loopback channel Enumeration Type TS1(Time_slot_1), TS2

Upper threshold of theO&M of BTS Interval Type 0~40

Lower threshold of theO&M of BTS Interval Type 40~80

None Enumeration Type LUCENT_MODE, HUAWE

Rate of the semipermaSemi-Permanent ConneEnumeration Type 8K(8Kbit/s), 16K(16Kbi

Initial bearing tag of Enumeration Type M3UA_MASTER_MOD(M

Link load sharing. In A Interface Protocol P Enumeration Type B0000(B0000), B0001(

Signaling link mask co A over IP Enumeration Type B0000(B0000), B0001(

If the load of a cell i Interval Type 0~100

Type of load balancingMSC Pool Enumeration Type RANDOMALG(Random Al

Intervals that the BSC Network-Controlled CelInterval Type 1~10

Load current shunt coeO&M of BTS Interval Type 0~1000

This parameter specif HUAWEI I Handover Enumeration Type NO(NO), YES(YES)


Indicates that if a 2G Enumeration Type NO(No), YES(Yes)

Indicates that if a 3G Enumeration Type NO(No), YES(Yes)

If the path loss in th HUAWEI I Handover Interval Type 0~127

After a load handover Interval Type 0~255

After a load handover Interval Type 0~63

Interval Type 1~255

In hierarchical load h Interval Type 1~63

This parameter specifiHUAWEI I Handover Interval Type 1~16

Processing of Measurement ReportPre-processing of Measurement ReportHUAWEI I HandoverHUAWEI II HandoverInter-layer handover threshold of the serving cell = "Inter-layer HO threshold" - "Inter-layer HO Hysteresis";

Inter-layer handover threshold of a neighboring cell = "Inter-layer HO threshold" + "Adjacent Cell Inter-layer HO Hysteresis" - 64.HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverA_TDM:EIUa/A_TDM E1/T1 circuit Interface for A OIUa/A_TDM channelized Optical STM-1 Interface for A

SAU:Service Aware UintA_TDM:EIUa/A_TDM E1/T1 circuit Interface for A,OIUa/A_TDM channelized Optical STM-1 Interface for AAbis_IP:PEUa/Abis_IP IP interface for AbisAbis IP over E1/T1

A IP over E1/T1

Lower humidity threshold for the environment alarm box to report an alarm indicating that the ambient humidity is too low. If the ambient humidity of the BTS is lower than this threshold, the environment alarm box reports the alarm.In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding parameter in another mode.


HUAWEI_MODE:(1,4,7,10,13,16,19,22,25,28,31,34,37,40,43,46,49,52,55,58,61,2,5,8,11,14,17,20,23,26,29,32,35,38,41,44,47,50,53,56,59,62,3,6,9,12,15,18,21,24,27,30,33,36,39,42,45,48,51,54,57,60,63)LUCENT_MODE:(1,4,7,10,13,16,19,2,5,8,11,14,17,20,3,6,9,12,15,18,21,22,25,28,31,34,37,40,23,26,29,32,35,38,41,24,27,30,33,36,39,42,43,46,49,52,55,58,61,44,47,50,53,56,59,62,45,48,51,54,57,60,63)



HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover

HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverWhen the load of a cell reaches or exceeds "Load HO Threshold", all the calls that are using this cell as the serving cell generate handover requests at the same time, which will suddenly increase the load of the processor. Under some circumstances, congestion occurs in the cell, which will result in call drop. To solve this problem, the BSC uses the hierarchical load handover algorithm to control the number of users included in each level of handovers.

This parameter indicates the duration of each handover level.HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover

Interval Type 0~63


Whether to allow the ceNetwork-Controlled CelEnumeration Type FORBID(Forbid), PERMI

Threshold for allowing Network-Controlled CelInterval Type 0~63

When the uplink load or Interval Type 0~100

When the uplink load oNetwork-Controlled CelInterval Type 0~100

If this parameter is se Enhanced Channel AssEnumeration Type NO(No), YES(Yes)

This parameter specifiHUAWEI I Handover Enumeration Type NOTSTADYNPDCH(Not c

TRM load threshold swNone Enumeration Type OFF(OFF), ON(ON)

Local BSC identity. It i BSC Node RedundancyInterval Type 0~65534

Local IP address of PPPNone IP Address Type None

Local IP address of th O&M of BTS IP Address Type None

Local IP address of BT Abis IP over E1/T1 IP Address Type None

Local IP address of B Abis IP over E1/T1 IP Address Type None

Identifies a local NSVL Gb over IP Interval Type 0~1023

Identifies the local po Gb over IP Interval Type 0~1

Number of the locationMulti-site Cell Interval Type 0~35

Number of a location Multi-site Cell Interval Type 0~35

Faulty Management String Type None

Identifies the first lo IP Address Type None

Identifies the second l IP Address Type None

Whether to lock all th Enumeration Type OFF(Unlock), ON(Lock)

Local SCTP port numb Interval Type 1024~65535

Board start load controConfiguration Manage Enumeration Type LFB(Load from OMU and

Mode of software load O&M of BTS Enumeration Type NORMMODE(Normal Mo

CPU usage threshold foGSM Flow Control Interval Type 30~100

Packet queue usage thrGSM Flow Control Interval Type 30~100

Whether the SCTP is boNone Enumeration Type NO(NO), YES(YES)

Logical port No. boundNone Interval Type 0~988

Logical port slot No. None Interval Type 0~5,8~27



Whether to control theGSM Flow Control Enumeration Type ON, OFF

The log type to be collO&M of BSC Bit Field Type PFM_RESULT, HOST_PF

Type of the log. "COM O&M of BTS Enumeration Type COMLOG(Common Log)

Decimal value when theBSS-Based LCS (Cell I String Type None

Value of the degree paBSS-Based LCS (Cell I Interval Type 0~180

Integer value when theBSS-Based LCS (Cell I Interval Type 0~180

Value of the minute paBSS-Based LCS (Cell I Interval Type 0~59

Decimal value of the sBSS-Based LCS (Cell I Interval Type 0~9

Integer value of the s BSS-Based LCS (Cell I Interval Type 0~59

In the handover algorithm of the first generation, load handovers can be performed only when the receive level of the current serving cell is in the range "Edge HO DL RX_LEV Threshold" to "Edge HO DL RX_LEV Threshold" + "Load HO Bandwidth". In the handover algorithm of the second generation, load handovers can be performed only when the level difference between the neighboring cell and the serving cell is between "Inter-cell HO Hysteresis" - "Load HO Bandwidth" and "Inter-cell HO Hysteresis".

HUAWEI I HandoverHUAWEI II HandoverWhether to enable load power-off.


GSM/WCDMA InteroperabilityGSM/WCDMA Load Based Handover

For example: 1. If you need to obtain all the alarms regarding the subrack 0, set lockeyinfo to "Subrack No : 0".For example: 2. If you need to obtain all the alarms regarding the slot 8 in subrack 0, set lockeyinfo to "Subrack No : 0&Slot No : 8".A over IP

A IP over E1/T1A over IPA IP over E1/T1O&M of BSCSecurity ManagementA over IPA IP over E1/T1

Latitude of the GP rec BSC/RNC Clock Interval Type -180000000~1800000

Latitude of the GPS re BSC/RNC Clock String Type None

Loop level Configuration Manage Interval Type 1~3

Enumeration Type BYLOCAL(By Local Loo

Loop Detect Switch Enumeration Type OFF(OFF), ON(ON)

Loopback type of LAPDO&M of BSC Enumeration Type LOOPTYPE_TDM(Line L

When the load of an SDIBCA (Interference BasInterval Type 0~100

Direction of an externaO&M of BSC Enumeration Type MSC(MSC Direction), M

O&M of BSC Enumeration Type NSSAINTF(NSS Interfac

None Enumeration Type NO_LOOP(No loop), RE

Loopback type None Enumeration Type NO_LOOP(NO_LOOP),

Time of an external voO&M of BSC Interval Type 60~600

Number of suspension pNone Interval Type 1~100

Whether to permit the Flex Abis Enumeration Type NO(No), YES(Yes)

The CS services are prFlex Abis Enumeration Type NO(NO), YES(YES)

Whether to permit the O&M of BTS Enumeration Type OFF(Off), ON(On)

Whether to assign overConcentric Cell Enumeration Type OFF(Off), ON(On)



Loopback mode O&M of BTS Enumeration Type E1(E1 Loopback), TIM

Number of the IP logicaIP QOS Interval Type 0~988

Logical port number None Interval Type 0~988,1024~1535

Logical port number None Interval Type 0~988,1024~1535

Number of the IP logicaIP QOS Interval Type 0~5,8~27

Type of logical port None Enumeration Type Hub(Hub), Leaf(Leaf)

It is applicable to th EGPRS Enumeration Type IR(IR), LA(LA)

O&M of BTS Enumeration Type DISABLE(DISABLE), E


Third action taken for Enumeration Type CLOSE(Close), PSDOW

Whether to include th Enumeration Type EXCLUDE(Exclude List

Query results can be diConfiguration Manage Enumeration Type HORIZONTAL(HORIZONT

Format of the result lisConfiguration Manage Enumeration Type HORIZONTAL(HORIZONT

Loading type BSC/RNC Software Ma Enumeration Type APPLICATION(Applicat

Type of the log Enumeration Type OPTLOG(Operation Log

Type of the log Enumeration Type OPTLOG(Operation Log



Lower voice quality th AMR Coding Rate ThreInterval Type 2~255

Target voice quality v AMR Coding Rate ThreInterval Type 2~255

Upper voice quality th AMR Coding Rate ThreInterval Type 2~255

Factor of uplink thres AMR Coding Rate ThreInterval Type 2~255

1. Local loop:Make loop test on the local board at system side, while the system platform will send test frames.2. Remote loop:The remote-loop will be made by the device on the other side of the local board. In this case, the local board don't need to make loop opertation except sending test frames.


TMU/PTU: indicates the TMU or PTU board on the BTS.TRU DSP: indicates the DSP in the TRU of the BTS.Single channel local loop: Local Loop back on a specified TSSingle channel remote loop: Remote loop back on a specified TS

Whether to power off the TRX in the case of overlow temperature of the BTS cabinet. If this parameter is set to "Yes", the BTS powers off the TRX and reports a "Load Power Off Alarm" to protect the TRX in the case of overlow temperature of the BTS cabinet. When the cabinet temperature returns to 0 celsius degree, the BTS powers on the TRX, and the alarm disappears.Whether to power off the TRX of a BTS when the temperature of the BTS cabinet is too low.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Whether to enable power shutdown upon low voltage of the battery.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Load power-off voltage threshold. If "Load Shutdown Flag" is set to "Enable" and the load voltage is lower than the value of this parameter, the load is automatically powered off.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Abis over IP

Flex AbisO&M of BSCSecurity Management

O&M of BSCSecurity ManagementO&M of BSCSecurity ManagementTemperature control threshold for low temperature. When the ambient temperature is less than "Low Temperature Critical Point", the temperature control system needs to control the temperature difference between the air inlet and air outlet, and that between the air inlet and ambient temperature.

In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Lower temperature threshold for the environment alarm box to report an alarm indicating that the ambient temperature is too low. If the ambient temperature of the BTS is lower than this threshold, the environment alarm box reports the alarm.In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding parameter in another mode.

Number of DSPs, each of which carries 252 LVInterval Type 0~12

The level 1 Voltage St O&M of BTS Enumeration Type 14(1.4), 15(1.5), 16(1.

The level 2 Voltage St O&M of BTS Enumeration Type 18(1.8), 20(2.0), 22(2.

Enumeration Type DISABLE(DISABLE), E

Number of the M3UA serA over IP Interval Type 1024~65535

MAC address of the V Configuration Manage Interval Type 0~8191



Coding mode in which Frequency Hopping (R Enumeration Type CA_MA(CA+MA), Freque

None Interval Type 0~499

When this parameter iEnhanced BCCH Power Enumeration Type NO(No), YES(Yes)

This parameter specif Enhanced BCCH Power Enumeration Type NO(No), YES(Yes)

This parameter specifiEnhanced BCCH Power Compound Type hour, min

This parameter specif Enhanced BCCH Power Interval Type 0~15

This parameter specifiEnhanced BCCH Power Compound Type hour, min

Bar code 1 of the inte Ethernet OAM String Type None

Bar code 1 of the BTS Abis over IP String Type None

Number of main locatioMulti-site Cell Interval Type 0~35

Number of the port to Tree Topology Interval Type 0~1

Main version No. of theO&M of BTS Interval Type 0~9999

Mobile allocation inde IBCA (Interference BasInterval Type 0~11












Critical alarm threshol Interval Type 0~2000






Name of the MA O&M of BTS String Type None

Name of the maintenan String Type None

Subnet mask correspondNone IP Address Type None

Whether "Shutdown Voltage" is valid.In multi-mode base station scenario, the value of this parameter in different modes must be the same for the same multi-mode base station.

O&M of BTSBTS Power Management

Identifies a maintenance group.Maintenance group: maintenance alliance (MA), which is a component of the maintenance domain (MD). Maintenance domain is an Ethernet or a component of an Ethernet in which the connectivity failure management is performed. The maintenance domain is uniformly managed by one ISP. One MD can be divided into one or more maintenance group.

Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)

Ethernet OAMConfiguration Management

Subnet mask of the MP IP Address Type None

Subnet mask of the boEthernet OAM IP Address Type None

Mask of the source IP None IP Address Type None

Subnet mask None IP Address Type None

Subnet mask of the C Short Message ServiceIP Address Type None

IP subnet mask of a BTAbis over IP IP Address Type None

Subnet mask of BTS PPAbis IP over E1/T1 IP Address Type None

Subnet mask of BTS MAbis IP over E1/T1 IP Address Type None

IP address of the mainClock over IP IP Address Type None


Step of upward power aEnhanced Power ControInterval Type 0~32

If the number of the a A over IP Interval Type 0~254

Maximum bandwidth for Interval Type 1~1562

Number of consecutive Interval Type 1~20

Maximum number of atGPRS Interval Type 0~5

Number of attempts toGPRS Interval Type 0~5


Maximum number of TRX Interval Type 1~2

Maximum number of TRXCompact BTS AutomatiInterval Type 1~2

Maximum multiplexing IP QOS Interval Type 24~1031

Maximum number of BTSO&M of BTS Interval Type 50~200

The value of this par Interval Type 1~1500

Maximum length of the Interval Type 1~1500

Maximum number of retSecurity Management Interval Type 1~255

Maximum capacity for Faulty Management Interval Type 10000~150000

Maximum output power O&M of BTS Interval Type 1~1000

If the number of the p A over IP Interval Type 0~254

Retransmission times oGPRS Interval Type 0~100

Maximum number of PDPDCH Dynamic Adjust Interval Type 0~8

Maximum value of the P Interval Type 0~100

Maximum number of atGPRS Interval Type 0~5

Expire Prompt Dates. Security Management Interval Type 1~255

Maximum current coeffiO&M of BTS Enumeration Type 1C(0.01C), 2C(0.02C),

O&M of BTS Enumeration Type 5C(0.05C), 7C(0.07C),

Interval Type 1~255

Maximum retransmission Access Enumeration Type 1_Times(1_Times), 2_T




Maximum PPPMUX sub-fr Interval Type 1~746

Maximum length of the Interval Type 1~746


IP Fault Detection Based on BFDLink aggregationHUAWEI I HandoverHUAWEI II Handover

Compact BTS Automatic Configuration and PlanningPICO Automatic Configuration and Planning

Abis MUXUDP MUX for A TransmissionAbis IP over E1/T1A IP over E1/T1


Maximum current coefficient when the battery is charged. When the battery is charged, the maximum current can be 0.05 to 0.25 times of the capacity of the battery cabinet. That is, the charge coefficient is 0.05-0.25. For example, if the capacity of the battery cabinet is 200 A and the charge coefficient is 0.15, the maximum charge current for the battery cabinet is 30 A.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.The BTS includes the information of different physical layers in the Physical Information message, thus ensuring correct traffic transmission for the MS. If the timer timeouts before a SAMB frame is received from the MS, the BTS retransmits the Physical Information message to the MS. For details, see protocols 08.58 and 04.08.



Huawei power control aEnhanced Power ControInterval Type 0~30



This parameter specifi Interval Type 0~255

Number of measurementRadio Dedicated Chan Interval Type 0~31

Whether to initiate a Radio Dedicated Chan Enumeration Type OFF(Off), ON(On)

Whether the time advancRadio Dedicated Chan Interval Type 0~255

Maximum positioning tBSC/RNC Clock Interval Type 1~24

Maximum number of (16Flex Abis Interval Type 0~32

Maximum TTL value ofNone Interval Type 2~255

Step of upward power aEnhanced Power ControInterval Type 0~32

Maximum Valid Dates.Security Management Interval Type 1~999

Detection index. The inNone Interval Type 0~511

Local IP address for m IP Fault Detection Ba IP Address Type None

Used for requesting th Interval Type 0~3

For the purpose of ac Enhanced MeasuremenInterval Type 0~31

For the purpose of ac Enhanced MeasuremenInterval Type 0~31

Number of the BTS. ThSoft-Synchronized Net Interval Type 0~2047

Name of the BTS. The Soft-Synchronized Net String Type None

Mobile country code. TConfiguration Manage String Type None

Local mobile country cCompact BTS AutomatiString Type None

Number of MC prioritieNone Interval Type 4,8

Number of MC priority Abis IP over E1/T1 Interval Type 4,8

Number of the cell. ThConfiguration Manage Interval Type 0~2047

Name of cell 2 O&M of BTS String Type None

Cabinet No. of the ma O&M of BTS Interval Type 0~62

If the MCPA OptimizatiEnhanced Channel AssEnumeration Type OFF(Off), ON(On)

Standard for the GSM mO&M of BTS Enumeration Type CLASS0(Class0), CLASS

Identifies a maintena None Interval Type 0~7

Level of the maintenan Interval Type 0~7

name of the MD Ethernet OAM String Type None

Name of the maintena String Type None

Whether to allow the Packet System InformaEnumeration Type NO(No), YES(Yes)

Common measurementGSM/WCDMA Load BasInterval Type 1~5

Type of the measureme Enumeration Type EnhMeasReport(Enhan

Ethernet OAM Interval Type 1~1000

Identifies a maintenan Interval Type 1~8191

The type of the maint Ethernet OAM Enumeration Type LocalMep(LocalMep),

MP/MC sequence headeEthernet OAM Enumeration Type LONG(LONG), SHORT(

Frame encapsulation fAbis IP over E1/T1 Enumeration Type LONG(Long List Head),

Minimum receive level fNetwork-Controlled CelInterval Type 0~63

Adjustment of Adaptive Timing AdvanceExtended Cell

Multi-band Sharing One BSCSystem Information Sending



Processing of Measurement ReportPre-processing of Measurement ReportIdentifies a maintenance point in the maintenance alliance

A maintenance point is an edge node of the MA.Ethernet OAMConfiguration Management

Minimum bandwidth for Interval Type 1~1562

Selects 3G candidate cGSM/WCDMA InteroperaInterval Type 0~49

Interval Type 0~63

Threshold for triggeri Interval Type 10~3500


Warning alarm threshol Interval Type 0~2000








In a direct retry, when Direct Retry Interval Type 0~63

Minimum time requiredSDCCH Dynamic AdjusInterval Type 60~3600

Selects 3G candidate c Interval Type 0~63

Minimum interval at wNone Interval Type 10~1000

Minimum interval at wIP Fault Detection Ba Interval Type 10~1000

Minimum interval bet IP Fault Detection Ba Interval Type 10~1000

Minimum interval at wIP Fault Detection Ba Interval Type 10~1000

Mirror destination Eth IP Fault Detection Ba Interval Type 0~11

Mirror Ethernet port None Interval Type 0~11

Mirror type None Enumeration Type UP(upstream mirror),

Mobile network code. TConfiguration Manage String Type None

Mobile network code (MCompact BTS AutomatiString Type None

Usage threshold of theGSM Flow Control Interval Type 50~95

BSC/RNC Clock Enumeration Type MANUAL(Manual Handov

SCTP link work mode. Enumeration Type SERVER(SERVER MOD),

Configuration mode Configuration Manage Enumeration Type OFF(OFF), ON(ON)

Working mode after swConfiguration Manage Enumeration Type GO(GSM), UO(UMTS),

Mode of file output. None Enumeration Type FIXED(File of a Fixed

Backup mode of the swNone Enumeration Type MODE1(1:1 Protection

Working mode of a porBoard Switchover Enumeration Type CHECK_ON_INDEPENDE

Enumeration Type MODE1(Mode1), MODE






Monitoring period Enumeration Type 30MINS(30 Minutes),

Monitoring duration Interval Type 1~1440


Minimum receive level offset.An MS can be handed over to a neighboring cell only when the downlink level of the neighboring cell is greater than the sum of "Min DL level on candidate Cell" and the value of this parameter.

HUAWEI I HandoverHUAWEI II HandoverFaulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)


(2) AUTO: In this mode, you do not need to specify a clock source and the system automatically selects the clock source with the highest priority.(3) FREE: In this mode, the crystal oscillator of board is used.A over IP

A IP over E1/T1

Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the normal working current. Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse current, while the critical alarm current is fixed.

Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the normal working current.

Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse current, while the critical alarm current is fixed.Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Alarm mode 2 has two types of alarms: warning alarms and critical alarms. The alarm current is fixed and greater than the normal working current.




Alarm mode 3 has two types of alarms: warning alarms and critical alarms. The warning alarm current is periodical pulse current, while the critical alarm current is fixed.Faulty ManagementConnection with TMA (Tower Mounted Amplifier)O&M of BTSReporting the Temperature List of the BTS Equipment RoomO&M of BTSReporting the Temperature List of the BTS Equipment Room

Month when the TMU boO&M of BTS Interval Type 0~12

A quick handover can beFast Move Handover Interval Type 0~600

When the number of errAbis IP over E1/T1 Interval Type 0~100


MP group number Interval Type 0~167

MP group number None Interval Type 0~167

Number of an MLPPP groAbis IP over E1/T1 Interval Type 0~3

LAPD Multiplexing at AEnumeration Type MODE1_1, MODE2_1,

Number of the serial pO&M of BTS Interval Type 0~1

Is Support MCPPP. Abis IP over E1/T1 Enumeration Type DISABLE(Disable), EN

MP type Enumeration Type MLPPP, MCPPP

Number of the slot wh Configuration Manage Interval Type 0~27

Number of the subrackConfiguration Manage Interval Type 0~11

Enhanced Power ControEnumeration Type NO(No), YES(Yes)

If the number of measu Interval Type 0~31

When the number of thHUAWEI III Power ContInterval Type 1~255

Frequency at which th Pre-processing of Mea Enumeration Type NOreport(Do not repor

Attenuation factor for O&M of BTS Interval Type 4~30

Attenuation factor for O&M of BTS Interval Type 4~30

Switch of measurement rO&M of BSC Enumeration Type OFF(Off), ON(On)

The control switch of O&M of BSC Enumeration Type OFF(Off), ON_WITH_S

Maximum length of a reAbis over IP Interval Type 128~1500

Number of MSs used wheSoft-Synchronized Net Interval Type 1~16

Whether to collect the Call Control Enumeration Type OFF(Off), ON(On)

Available capacity of t MSC Pool Interval Type 0~65535

Number of bits occupieMSC Pool Interval Type 1~10

Special NRI(Network ReMSC Pool Interval Type 0~1023

MSC Pool Enumeration Type NO(No), YES(Yes)

Administrative state o MSC Pool Enumeration Type OFFLOAD(Offload), NO

Protocol version of th A Interface Protocol P Enumeration Type R98_or_below(R98 or b

Call reestablishment t Call Reestablishment Interval Type 5000~40000

MSISDN value O&M of BSC String Type None

MSISDN prefix 1. When String Type None





If "Options for BSC LocBSC Local Switch String Type None





HDLC and IP BTS do not support this parameter.


Whether power control algorithm II allows measurement report compensation. When making a power control decision, the BSC retrieves a certain number of history measurement reports and performs weighted filtering on the receive level values and receive quality values in these reports, which may be obtained when different transmit powers were used by BTSs or MSs. To ensure that correct receive level values and receive quality values are used in filtering, you must compensate the receive level values and receive quality values in history measurement reports obtained when transmit powers different than the current one were used.HUAWEI I Handover

HUAWEI II Handover

Whether to enable the MSC pool function on the BSC6900. The MSC pool function enables up to 32 MSCs to provide services for mobile subscribers in a BSC6900. With the MSC pool function, one BSC6900 can be connected to multiple MSCs and the services in the BSC6900 are shared to each MSC in all MSC pools.

BSC Local SwitchBTS Local SwitchBSC Local SwitchBTS Local SwitchBSC Local SwitchBTS Local SwitchBSC Local SwitchBTS Local SwitchBSC Local SwitchBTS Local Switch







If "Options for BSC LocBTS Local Switch String Type None










If the first digits in BSC Local Switch String Type None










If the first digits in BTS Local Switch String Type None










Whether to enable "TriFast Move Handover Enumeration Type NO(No), YES(Yes)

Enumeration Type 1_Times(1_Times), 2_T

Control command of thBoard Switchover Enumeration Type CLEAR(Cleared), LOP(Lo

Threshold of the MS R MSRD Enumeration Type MCS1(MCS1), MCS2(MC

PDCH Downlink multiplMSRD Interval Type 10~80

After the MS initiates the immediate assignment procedure, it always listens to the messages on the BCCH and all the common control channels (CCCHs) in the CCCH group to which the MS belongs. If the MS does not receive Immediate Assignment or Immediate Assignment Extend messages, it retransmits Channel Request messages at a specified interval. If the downlink quality is poor, the MS may send SABM frames to the BTS multiple times.

PagingAssignment and Immediate Assignment


Interval Type 0~63

When the number of reNetwork-Controlled CelInterval Type 0~255

Duration of the flow c Gb Interface Function Interval Type 1000~3000

If no handshake messagBSC Node RedundancyInterval Type 1~600

Maximum TX power forGPRS Interval Type 0~31

Switch for the self-h None Enumeration Type ON(ON), OFF(OFF)


Detection method None Enumeration Type ALARM_METHOD(Alarm

Identify an MTP2 link A Interface Protocol P Interval Type 0~63

Metric system. The valNone Enumeration Type MET(Metric), IMP(Imper

Maximum transport unA over IP Interval Type 500~1500

Maximum transmission Interval Type 256~1650

Maximum size of a packAbis IP over E1/T1 Interval Type 0~1500

Bus voltage of the bat O&M of BTS Interval Type 190~240

Multi-band point reportGPRS Enumeration Type REPORT6(Report six),

Period of performing c O&M of BSC Interval Type 0~255

Whether the one-way auO&M of BSC Enumeration Type DISABLE(DISABLE), E

Period of performing t O&M of BSC Interval Type 0~10

Time for prohibiting t O&M of BSC Interval Type 0~15

Whether to forcibly relO&M of BSC Enumeration Type NO(No), YES(Yes)

Maximum time waiting Interval Type 1~1500

Frame timeout durationNone Interval Type 1~1500

IP packet multiplexing Enumeration Type UDPMUX, ABISMUX, A

Minimum number of resO&M of BTS Interval Type 0~12

BFD local description Interval Type 1~512

System parameter in tRing Topology Interval Type 1~3

Radio Link Manageme Interval Type 5~254



Radio Link Manageme Enumeration Type OFF(Off), ON(On)




Maximum value of the NGPRS Interval Type 8~30

Maximum value of the NGPRS Interval Type 2~5

Maximum value of the N Interval Type 3~10

Counter on the DTE sideGb Over FR Interval Type 1~255

Counter on the DTE sidGb Over FR Interval Type 1~10

Counter on the DTE sidGb Over FR Interval Type 1~10

Whether to support the Enumeration Type NO(No), YES(Yes)

Estimated downlink level of neighboring cells >= ("Min DL level on candidate Cell" + "Min Access Level Offset")Estimated uplink level of neighboring cells >= ("Min UL level on candidate Cell" + "Min Access Level Offset")






Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame.For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH".Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame on the FACCH (a full-rate channel).For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH".Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame on the FACCH (a half-rate channel).For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH".Whether the BSC6900 sends the LAPDm N200 parameter to the BTS. If this parameter is set to YES, the BSC sends the LAPDm N200 parameter. If this parameter is set to NO, the BSC6900 does not send the LAPDm N200 parameter.Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame during the multi-frame release.For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH".Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame on the SACCH.For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH".Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame on the SDCCH.For the function of N200 and the effect of the parameter, see the description of "T200 SDCCH".

GPRSDynamically Adjusting the RRBP Frequency

Network Assisted Cell Change (NACC)PS Handover

Name of the OSP A Interface Protocol P String Type None

Name of the DSP A Interface Protocol P String Type None

Name of an MTP3 routA Interface Protocol P String Type None

Name of the signalling A Interface Protocol P String Type None

Name of the MTP3 linkA Interface Protocol P String Type None

Name of the adjacent IP QOS String Type None

Local entity name. TheA over IP String Type None

Name of the destinatioA over IP String Type None

The M3UA route names A over IP String Type None

Name of the M3UA link A over IP String Type None

M3UA signaling link n A over IP String Type None

Name of the PCU GPRS String Type None

Whether to preferentiaEnhanced Channel AssEnumeration Type NO(No), YES(Yes)

Filter consistent of t Power Control Interval Type 0~15

Whether to enable the Enumeration Type DISABLE(Disable), EN

Uniform number of neigConfiguration Manage Interval Type 0~5047

Name of neighboring GIBCA (Interference BasString Type None

Index of neighboring GConfiguration Manage Interval Type 0~5047

Name of neighboring GIBCA (Interference BasString Type None


Name of a cell Configuration Manage String Type None


Name of a neighboring Configuration Manage String Type None

When this switch is on,PICO Automatic ConfigEnumeration Type OFF(OFF), ON(ON)

Cell ID of a neighborin Configuration Manage Interval Type 0~65535

Local Area Code (LAC) Configuration Manage Interval Type 1~65533,65535

Mobile Country Code (MConfiguration Manage String Type None

Mobile Network Code (Configuration Manage String Type None


Whether to involve the Network-Controlled CelEnumeration Type NotSupport(Not Suppor

Whether to support the Enumeration Type NO(No), YES(Yes)


Network color code. It Configuration Manage Interval Type 0~7

Bit Field Type SELECTION0_PERM, SE

NCC bitmap of the mea Interval Type 0~255

For the purpose of accFast Move Handover Interval Type 1~20

For the purpose of acc Interval Type 1~31

Neighboring cell interf 2G/3G Neighboring CelInterval Type 0~127




Enhanced Full RateTC Pool

Uniform number of a cell index within a BSC6900, which uniquely identifies a cell.

Uniform number of a neighboring cell index within a BSC, which uniquely identifies a cell.The value range of the index of a 3G external cell is 5048 to 8047.

Whether the PCU of the cell supports the 64 neighboring cells. This parameter determines the capability of reporting the number of the neighboring cells of the BSC in the NACC and NC2 function.

Network-Controlled Cell Reselection (NC2)Network Assisted Cell Change (NACC)

Network-Controlled Cell Reselection (NC2)PS HandoverNetwork color code that is provided by the telecom operator. The NCC is used to identify networks from area to area. The NCC is unique nationwide.

The BCC and the NCC form the BSIC.

A set of NCCs of the cells to be measured by the MS. This parameter is an information element (IE) in the system information type 2 and 6 messages. If a bit of the value of this parameter is set to 1, the MS reports the corresponding measurement report to the BTS. The value of this parameter has a byte (eight bits). Each bit maps with an NCC (0~7) and the most significant bit corresponds to NCC 7. If bit N is 0, the MS does not measure the cell level of NCC N.

Basic Cell Re-selectionSystem Information SendingProcessing of Measurement ReportPre-processing of Measurement Report






Number of blocks occup Interval Type 0~7

Number of the start bl Interval Type 0~7

Network control mode f Enumeration Type NC0(NC0), NC1(NC1),

The DSP and OSP are iA Interface Protocol P Enumeration Type NO(NO_DIRECT_CONNE

IP address mask of th Configuration Manage IP Address Type None

Minimum interval betw Interval Type 0~60

IP address of the next None IP Address Type None

Next hop None IP Address Type None

Next hop None IP Address Type None

IP address of the next Abis IP over E1/T1 IP Address Type None

Network ID A Interface Protocol P Enumeration Type INT(INT), INTB(INTB),

Name of the file to be BSC/RNC Software Ma String Type None

This parameter is rela Enumeration Type NMOI(Network Operatio

No Mains Supply AlarmO&M of BTS Interval Type 0~255




Lower limit of input voFaulty Management Interval Type 40~45

Upper limit of input voFaulty Management Interval Type 55~59











Whether to allow non- HUAWEI II Handover Enumeration Type NO(No), YES(Yes)

Decides the offset of HUAWEI II Handover Interval Type 0~255

When the ATCB value ofHUAWEI II Handover Interval Type 0~255


When the path loss valHUAWEI II Handover Interval Type 0~255

Quality threshold for HUAWEI II Handover Interval Type 0~7

When the load of a cellHUAWEI II Handover Interval Type 0~100

When the ATCB value ofHUAWEI II Handover Interval Type 0~255

Public Voice Group Call ServicePublic Voice Broadcast ServicePublic Voice Group Call ServicePublic Voice Broadcast ServicePS HandoverSystem Information Sending


Network Operation Mode SupportDTM

Decides the current path cost offset together with other two parameters: "F-H Ho Period" and period of triggering a F-H handover, thus selecting target users for F-H handovers. Path cost offset = (Period of triggering a F-H handover / "F-H Ho Period" + 1) * "Non-AMR F-H Ho Pathloss Adjust Step".

When the path loss valHUAWEI II Handover Interval Type 0~255

Whether to trigger nonHUAWEI II Handover Enumeration Type NO(No), YES(Yes)

Quality threshold for HUAWEI II Handover Interval Type 0~7

When the load of a cellHUAWEI II Handover Interval Type 0~100

Type of the adjacent Enumeration Type ABIS(Abis Interface),

Decisions of no-downl Interval Type 0~64


When a certain number Interval Type 0~70

Normal output capacityO&M of BTS Interval Type 1~1000

Whether to enable the HUAWEI III Power ContEnumeration Type OFF(Not Allowed), ON(

Period when the cell i Networking Control M Enumeration Type NODRX(NODRX), 0.24sec

When the ANT_A tributa Interval Type 100~10000

When the ANT_B tributa Interval Type 100~10000

Whether to allow the ceNetwork-Controlled CelEnumeration Type FORBID(Forbid), PERMI

Normal work temperatuO&M of BTS Interval Type 400~700

Whether to discard pa GSM Flow Control Enumeration Type CLOSE(Close), OPEN(O

Maximum number of measRadio Dedicated Chan Interval Type 1~255

If the BTS works in fa Group Call Reliability Interval Type 10~255

Number of TRACERT paNone Interval Type 1~10

For the purpose of accEnhanced MeasuremenInterval Type 0~31


Network resource indic Interval Type 0~1023

Identifies the mappingSGSN Pool Interval Type 0~1023

System Information SeEnumeration Type NO(No), YES(Yes)

Identifies a unique NS Gb Interface Function Interval Type 0~65534

The identifier of a ne Gb Interface Function Interval Type 0~65534


Whether the cell is loc Enumeration Type North_latitude(North la

NSVC ID, identifies a Gb Over FR Interval Type 0~65534

NSVC index, identifies Gb Over FR Interval Type 0~1023



Number of retransmis Public Voice Group CalInterval Type 1~255

Ratio of the minimum Interval Type 0~100

Minimum guarantee ba Interval Type 0~100



Ratio of the minimum Interval Type 0~100

DSCP value of the OAM O&M of BTS Interval Type 0~63

Minimum guarantee ba Enumeration Type OFF(OFF), ON(ON)

Operation object Remote Electrical Tilt Enumeration Type SITE(SITE), CELL(CEL

IP QOSTC PoolHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover

Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)

MSC PoolSGSN Pool

When this parameter is set to YES, FDD_Indic0 is set to 1, the NR_OF_FDD_CELLS count does not include cells with scrambling code 0, and FDD_Cellinformation also does not include cells with scrambling code 0; When this parameter is set to NO, FDD_Indic0 is set to 1, the NR_OF_FDD_CELLS count includes cells with scrambling code 0, and FDD_Cellinformation also includes cells with scrambling code 0.

HUAWEI I HandoverHUAWEI II HandoverBSS-Based LCS (Cell ID + TA)Soft-Synchronized Network

If the inlet temperature is between "High Temperature Critical Point" and "Low Temperature Critical Point" and the difference between the inlet temperature and the ambient temperature reaches the value of this parameter, the temperature control system controls the difference between the inlet and outlet temperatures as well as the difference between the inlet temperature and the ambient temperature.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.If the outlet temperature is between "High Temperature Critical Point" and "Low Temperature Critical Point" and the difference between the outlet temperature and the inlet temperature reaches the value of this parameter, the temperature control system controls the difference between the inlet and outlet temperatures as well as the difference between the inlet temperature and the ambient temperature.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Abis IP over E1/T1A IP over E1/T1A IP over E1/T1O&M of BTSA IP over E1/T1O&M of BTSIP QOSO&M of BTSO&M of BTSLink aggregation

O&M of BTSLink aggregation

Type of the object BTS Test Function Enumeration Type BYCELL(By CELL), BYT

Index of object O&M of BSC Interval Type 0~499

This parameter indicatNone Interval Type 0~499

Shield type of the alar Faulty Management Enumeration Type ALL(Shield by Alarm ID

Type of the alarm shieFaulty Management Enumeration Type BTS(BTS), CELL(CELL)

Object index types u Configuration Manage Enumeration Type CELL(Cell), TRX(TRX),

When the PDCHs are insStreaming QoS(GBR) Enumeration Type OFF(OFF), ON(ON)

Whether to allow over Concentric Cell Enumeration Type NO(No), YES(Yes)

This parameter specifiOML Backup Enumeration Type NO(No), YES(Yes)

If OML Detection SwitcO&M of BTS Enumeration Type OFF(OFF), ON(ON)

This parameter specifiAbis Bypass Interval Type 4~255

Differentiated service O&M of BTS Interval Type 0~63

The summation of averO&M of BTS Interval Type 0~256

The summation of averO&M of BTS Interval Type 0~256

Service priority of the None Interval Type 0~7

Priority of services o IP QOS Interval Type 0~7

Specified OML Vlan Id O&M of BTS Interval Type 2~4094

Size of the OML/ESL/ Abis over IP Interval Type 0~96

External virtual IP ad O&M of BTS IP Address Type None

Subnet mask of the OMO&M of BTS IP Address Type None

Account of the operato String Type None

Code of the original si Interval Type 1~16777215

Code of the signaling pO&M of BTS Interval Type 1~16777215

Uniquely identifies a A Interface Circuit M Interval Type 0~4

RAN Sharing Enumeration Type PRIM(Primary Operator

Index of the operator. RAN Sharing Interval Type 0~3

Operator index set to RAN Sharing Bit Field Type OPINDEX0, OPINDEX1,

In the normal mode, if BSC/RNC Software Ma Enumeration Type NORMAL(Normal), FOR

It is one key filed of A Interface Circuit M Enumeration Type BYCICRANGE(BY CIC R

It is one key filed of Ater Interface 4:1 MultEnumeration Type BYTSRANGE(BY TS RAN

It is one key filed of A Interface Circuit M Enumeration Type BYTSRANGE(BY TS RAN

It is one key filed of O&M of BSC Enumeration Type BYCICRANGE(BY CIC R

Name of the operator. RAN Sharing String Type None

Channel assignment polConcentric Cell Enumeration Type SysOpt(System optimiza

Preferentially assigns Concentric Cell Interval Type 0~63

Preferentially assigns Concentric Cell Interval Type 0~255

This parameter specifieEnhanced Channel AssEnumeration Type L0(Level0), L1(Level1)

Optical interface stan O&M of BTS Enumeration Type SDH, SONET

Type of the operation O&M of BTS Enumeration Type MANUAL(MANUAL), FO

The operation type ca O&M of BTS Enumeration Type FORBID(Forbid), REST

Iur-g signaling point MBSC Load Balancing Interval Type 0~4

O&M of BSCSecurity ManagementConfiguration ManagementRAN Sharing

Primary operator or secondary operator.Primary operator is an operator that provides equipment, whereas secondary operator is an operator that leases equipment.

If "Port Type" is set IP-Based 2G/3G Co-TraInterval Type 0~7

Operation type of the BSC/RNC Software Ma Enumeration Type One_touch(execute on a

Ordinary frequency. MFrequency Band String Type None

This parameter indica EGPRS Interval Type 0~36

One of the parametersConcentric Cell Interval Type 0~63

Whether to assign channEnhanced Dual-Band Enumeration Type NO(No), YES(Yes)

The timer is used to s Interval Type 500~60000

The timer is used to Interval Type 500~60000

Whether to use externa Enumeration Type NO(No), YES(Yes)

When the load of the unEnhanced Dual-Band Interval Type 0~100

Power overload threshoEnhanced Channel AssInterval Type 0~50

Lower threshold of theEnhanced Dual-Band Interval Type 0~63

Whether to allow overlEnhanced Dual-Band Enumeration Type NO(No), YES(Yes)

If the underlay load i Enhanced Dual-Band Interval Type 1~255

When the load of the uEnhanced Dual-Band Interval Type 1~255

Level step during undeEnhanced Dual-Band Interval Type 0~63

When the load of the unEnhanced Dual-Band Interval Type 0~100

Specifies the timeslo Semi-Permanent ConneBit Field Type TS0, TS1, TS2, TS3, T

Outgoing BSC6900 porSemi-Permanent ConneInterval Type 0~335

Number of the outgoinO&M of BSC Interval Type 0~15

Number of the outgoinO&M of BSC Interval Type 0~31

Level of the accessed aO&M of BTS Enumeration Type HIGH(High), LOW(Low)




Output power of the loMulti-site Cell Interval Type 10~2000

Output power of the loMulti-site Cell Interval Type 300~530

Output power unit of t Multi-site Cell Enumeration Type 0_1dB(0.1dB), 0_1W(0

When the load of the uEnhanced Dual-Band Interval Type 0~100

Whether to report a celO&M of BTS Enumeration Type NO(No), YES(Yes)

Outgoing BSC6900 sloSemi-Permanent ConneInterval Type 0~27

Slot number of the loaO&M of BSC Interval Type 0~27

Outgoing BSC6900 su Semi-Permanent ConneInterval Type 0~11

This parameter specifiGSM/WCDMA Load BasEnumeration Type NO(No), YES(Yes)

When the Service HandoGSM/WCDMA Service BEnumeration Type NO(No), YES(Yes)

When this parameter iGSM/WCDMA Service BEnumeration Type CLOSE(Close), OPEN(O

Validity period for th MBSC Load Balancing Interval Type 1~60

Outgoing BSC6900 starSemi-Permanent ConneInterval Type 0~255

Abnormally alarm raise Interval Type 10~3500

Abnormally alarm raise Interval Type 10~3500

Abnormally alarm raiseFaulty Management Interval Type 10~3500



Clearance threshold fo Interval Type 10~3500

Abnormally alarm clear Interval Type 10~3500

Clearance threshold foFaulty Management Interval Type 10~3500

When the ANT_A tributa Interval Type 100~10000

When the ANT_B tributa Interval Type 100~10000

Radio Common Chann Interval Type 1~255

Temperature threshold O&M of BTS Interval Type 400~700

Threshold for critical GSM Flow Control Interval Type 50~95

Threshold for major fl GSM Flow Control Interval Type 50~95

Threshold for minor fl GSM Flow Control Interval Type 50~95

Threshold for slight f GSM Flow Control Interval Type 50~95

Multi-Carrier Intellige Enumeration Type NO(NO), YES(YES)

Whether to support th Packet Assignment Ta Enumeration Type NO(Not Support), YES(

Average number of pagiGSM Flow Control Interval Type 10~65535

Paging Interval Type 0~255

Maximum number of pagGSM Flow Control Interval Type 10~65535

For the BTS, this para Paging Interval Type 1~8

This parameter sets thGPRS Enumeration Type Pan_0(0), Pan_1(1), Pa

This parameter sets thGPRS Enumeration Type Pan_0(0), Pan_1(1), Pa

RAN_MAX value, the maxGPRS Enumeration Type Pan_4(4), Pan_8(8), P

Priority level at which TRX Power Amplifier I Enumeration Type L0(Level0), L1(Level1)

Patch number of the T O&M of BTS Interval Type 0~9999

Patch number of the T O&M of BTS Interval Type 0~99

IP path check flag IP QOS Enumeration Type ENABLED(Enabled), DI

Uniquely identifies an Interval Type 0~65535

IP path ID,Identifying None Interval Type 0~65535

Transmission loss diff Active Power Control Interval Type 0~255

Whether to perform patHUAWEI II Handover Enumeration Type NO(No), YES(Yes)

Type of the IP path Enumeration Type QoS(QoS), BE(BE), AF1

Patch type BSC/RNC Software Ma Enumeration Type MAINCPU_PATCH(Main

BTS power attenuatio Power Control Enumeration Type DB0(0dB), DB2(-2dB),

Whether to use the PBHUAWEI I Handover Enumeration Type NO(No), YES(Yes)

The triggering of PBGTHUAWEI I Handover Interval Type 1~32

PBGT handovers to a neHUAWEI I Handover Interval Type 0~127

The triggering of PBGTHUAWEI I Handover Interval Type 1~32

Maximum times for an GPRS Interval Type 0~65535

Minimum interval bet Enhanced Power ControInterval Type 1~15

Channel used for the mPower Control Enumeration Type BCCH(BCCH), PDCH(P

It is one key filed of O&M of BSC Interval Type 0~31

PCU number, identifyi GPRS Interval Type 0~31

Port number of the E1/O&M of BSC Interval Type 0~31


Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Faulty ManagementConnection with TMA (Tower Mounted Amplifier)Interval for the BTS transmitting overload messages to the BSC6900. This parameter is used to control the reporting frequency of overload messages by the channel and TRX.

The overload can be the TRX processor overload, downlink CCCH overload, or AGCH overload. For details, see GSM Rec. 08.58.

This parameter specifies whether the multi-carrier transceiver unit supports the Multi-Carrier Intelligent Voltage Regulation feature.When this parameter is set to YES, the multi-carrier transceiver unit automatically regulates its working voltage according to the power requirements of a service. When this parameter is set to NO, the multi-carrier transceiver unit works at a fixed working voltage.This parameter applies only to BTS3036, BTS3036A, DBS3036, BTS3900 GSM, BTS3900L GSM, BTS3900A GSM, DBS3900 GSM, BTS3900E base stations. For other base stations, this parameter is not displayed and cannot be configured (the fixed value is Null).

3) When the parameter value is between 81 and 254, the BTS calculates the lifetime of a paging message as 80 multiplied by 250 milliseconds, which is 20 seconds.4) When the parameter value is 255, the lifetime of a paging message is 5 seconds.



Number of the PCU to wGPRS Interval Type 0~31

Whether the PCU suppo Enumeration Type NO(NO), YES(YES)

PDCH downlink multipl Interval Type 10~160

This parameter specif Power Optimization B Enumeration Type NO(No), YES(Yes)


PDCH uplink multiplex Interval Type 10~70

Pending timer of the M Interval Type 1~10

Peer BSC ID. It identif BSC Node RedundancyInterval Type 0~65534

ID of the peer BSC690 Abis over IP Interval Type 0~65534

IP address of the pee IP Address Type None

Subnet mask of the po IP Address Type None

Identifier of the peer Interval Type 0~2047

Peer IP address of the IP Address Type None

Peer IP address of the IP Address Type None

Detects the IP addressIP Fault Detection Ba IP Address Type None

IP address of the peer Abis IP over E1/T1 IP Address Type None

IP address of the pee Abis IP over E1/T1 IP Address Type None

First destination IP add IP Address Type None

Second destination IP a IP Address Type None

The peer IP address shIP QOS IP Address Type None

Subnet mask of the pe IP Address Type None

Destination SCTP port Interval Type 1024~65535

Peer Software Version O&M of BTS String Type None


Penalty duration for ceNetwork-Controlled CelInterval Type 0~255

When the cell reselectiNetwork-Controlled CelInterval Type 0~63

Timer of penalty on a n Interval Type 0~255

Ping check period of I IP QOS Interval Type 1~60

Measurement period fo2G/3G Neighboring CelInterval Type 1~48

Compression flag of th Enumeration Type Disable(Disable), Enab

Compression flag of th Enumeration Type Disable(Disable), Enab

Whether to compress thAbis IP over E1/T1 Enumeration Type NO(No), YES(Yes)

Whether to support pacStreaming QoS(GBR) Enumeration Type NO(No Support), YES(S


Maximum number of pagGSM Flow Control Interval Type 10~1000

Maximum number of PS GSM Flow Control Interval Type 10~2000

Measurement period forGSM Flow Control Interval Type 100~600000

Value of the per-hop bIP QOS Enumeration Type BE(BE), AF11(AF11), A

PHB type of the IPMUX Bit Field Type BE, AF11, AF12, AF13,

Cell Reselect Paramete Enumeration Type NO(No), YES(Yes)

Security Management Enumeration Type DISABLE(Disabled), E

O&M of BTSFlex AbisLoad SharingAdaptive Adjustment of Uplink and Downlink Channels

1. When "Level of Preempting Dynamic Channel" is set to "No preempt of service TCHF" and "PDCH Reforming" is set to "Yes", the channels for the CS service is released if the CS service fails to be switched to another channel.2: When "Level of Preempting Dynamic Channel" is set to "Preempt all dynamic TCHFs" or "No preempt of CCHs" and "PDCH Reforming" is set to "Yes", the CS service is switched to the original channel if the CS service fails to be switched to another channel.

Load SharingAdaptive Adjustment of Uplink and Downlink ChannelsLoad SharingAdaptive Adjustment of Uplink and Downlink ChannelsA over IPA IP over E1/T1

Abis over IPBSC Node RedundancyAbis over IPBSC Node RedundancyAbis over IPBSC Node RedundancyAbis IP over E1/T1A IP over E1/T1Abis IP over E1/T1A IP over E1/T1

A over IPA IP over E1/T1A over IPA IP over E1/T1

Abis IP over E1/T1A IP over E1/T1A over IPA IP over E1/T1

After a handover fails due to congestion of the target cell, the system needs to punish the target cell to prevent the MS from attempting to switch to the target cell again. Ping-pong handovers can easily occur when handovers are of more TA or bad quality. In these cases, the system needs to punish the current serving cells.




1,paging message classification flow control;2,re-paging flow control.

Abis MUXUDP MUX for A TransmissionBasic Cell Re-selectionSystem Information SendingDISABLE: indicating that the private key password is disabled

ENABLE: indicating that the private key password is enabled

Indicates the number oEthernet OAM Interval Type 5~64

Indicates the length o Ethernet OAM Interval Type 64~1024

Loopback packet lengtNone Interval Type 2~1500

Maximum multiplexing Abis MUX Interval Type 24~1031

Whether the cell suppoPacket SI Status Enumeration Type NO(No), YES(Yes)

Indicates the size of None Interval Type 20~1500

Sent packet size Ethernet OAM Interval Type 95~512

Access Enumeration Type 0_level(0_level), 1_lev

Power attenuation leveEGPRS Interval Type 0~50






Statistics period of th IP QOS Interval Type 1~100

Packet drop ratio thre IP QOS Interval Type 0~1000

Point at which to play O&M of BSC Enumeration Type A(A Interface), ABIS(Ab

Whether to enable souO&M of BSC Enumeration Type OFF(Off), ON(On)

Duration of sound playiO&M of BSC Interval Type 0~600

CPU usage threshold f GSM Flow Control Interval Type 30~100

Packet queue usage thGSM Flow Control Interval Type 30~100

Interval for sending c Paging Interval Type 1~8

Number of cell paging Paging Interval Type 2~15

Whether to enable PagPaging Enumeration Type CLOSE(Forced turn-off

CPU usage threshold f GSM Flow Control Interval Type 30~100

Packet queue usage thGSM Flow Control Interval Type 30~100

Whether to monitor t GSM Flow Control Enumeration Type ON, OFF

Number of the port Configuration Manage Interval Type 0~11

Port No. of environme Faulty Management Interval Type 1~32

Port No. of the XPU boaConfiguration Manage Interval Type 0~3

Number of the E1/T1 pAter Interface 4:1 MultInterval Type 0~335

Port number A Interface Circuit M Interval Type 0~335

It is one key field of None Interval Type 0~335

Port number of the E1/O&M of BSC Interval Type 0~335

Number of the port wheFaulty Management Interval Type 0~335

Indicates the port nu None Interval Type 0~7




Indicates the port nu None Interval Type 0~7

Port number Board Switchover Interval Type 0~11

Persistence level 1 of the radio access priority.During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.

Persistence level 2 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.Persistence level 3 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.

Persistence level 4 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.

Port number None Interval Type 0~7


Ethernet port None Interval Type 0~11

FE/GE port number None Interval Type 0~11

Ethernet port IP Fault Detection Ba Interval Type 0~11



Port number Gb Over FR Interval Type 0~335

Port number of Pb signO&M of BSC Interval Type 0~335

Port No. of the BSC69 O&M of BTS Interval Type 0~355

Alarm port number Faulty Management Interval Type 0~255

Number of the port onO&M of BTS Interval Type 0~23

Number of the port onO&M of BTS Interval Type 0~23

Number of the port th O&M of BTS Interval Type 0~335

Number of the FE or GO&M of BTS Interval Type 0~1

Number of the EthernetO&M of BTS Interval Type 0~1

Port number O&M of BTS Interval Type 0~255

Maximum transmission dPoC QoS Interval Type 250~650

Maximum bandwidth of tPoC QoS Interval Type 6~120

Minimum bandwidth of tPoC QoS Interval Type 6~120

Whether to support thePoC QoS Enumeration Type NotSupport(Not Suppor

This parameter specifieO&M of BTS Interval Type 0~9

This parameter specifieO&M of BTS Interval Type 0~9

Description of the roll Configuration Manage String Type None

Name of the rollback pConfiguration Manage String Type None

This port is provided bO&M of BSC Interval Type 21~65535

Number of the port wherRing Topology Interval Type 0~1

Number of the port whOML Backup Interval Type 0~1

Number of the DXX poO&M of BSC Interval Type 0~15

Maximum number of poO&M of BSC Interval Type 1~16

Port protocol type None Enumeration Type IP, HDLC

Whether to enable theConfiguration Manage Enumeration Type CLOSE(Close), OPEN(O

Indicates the type of Ethernet OAM Enumeration Type ETHER, TRUNK

Type of the port. If t IP-Based 2G/3G Co-TraEnumeration Type TOPEXTOUTPORT(TOP Ex

Whether to transmit t 2G/3G Cell Reselectio Enumeration Type BCCHNorm(BCCHNorm)

Type of the patch operO&M of BTS Enumeration Type BYBTSTYPE(By BTS Typ

Rated maximum output pO&M of BTS Interval Type 1~1000

Relay switch 1 Faulty Management Enumeration Type CLOSE(Close), OPEN(O






Battery current shunt cO&M of BTS Interval Type 0~1000

Power attenuation lev Downlink EGPRS2-A Interval Type 0~50

Power attenuation lev Downlink EGPRS2-A Interval Type 0~50

Power type managed bO&M of BTS Enumeration Type POWER_48_24(48/24 P

Type of the power suppO&M of BTS Enumeration Type 220VAC(220V AC), N4


This parameter specif Configuration Manage Enumeration Type 80W(80W), 63W(63W),



PPP link number of BS Interval Type 0~499

PPP link number Interval Type 0~499

PPP link number None Interval Type 0~499

Number of a BTS PPP liAbis IP over E1/T1 Interval Type 0~15

Whether to enable the Enumeration Type Disable(Disable), Enab

This parameter appliesNone Interval Type 0~5

This parameter specifieEnhanced Multi Level Enumeration Type NO(No), YES(Yes)

This parameter specifiEnhanced Multi Level Enumeration Type NOT_ALLOWED(Not All

If this parameter is s Enumeration Type OFF(Off), ON(On)

Sampling rate of pre- Pre-processing of Mea Interval Type 1~255

Priority of a route. A Abis over IP Interval Type 0~255

Access priority of the Enumeration Type 0(No packet access), 3(

This parameter specifieGSM Flow Control Enumeration Type NO(No), YES(Yes)

Whether the BTSs sendPre-processing of Mea Enumeration Type NO(No), YES(Yes)

Printing control threshGSM Flow Control Interval Type 30~100

Printing control thres GSM Flow Control Interval Type 30~100



Whether to control the GSM Flow Control Enumeration Type ON, OFF

This parameter controls Enumeration Type PRIOR-1(Priority-1), PR

This parameter controls Enumeration Type Prior-1, Prior-2, Prior-3

If the static Abis reso Flex Abis Interval Type 0~100

GPRS Enumeration Type 0(0), 1(1), 2(2), 3(3),

Route priority. The hig Interval Type 0~99

Priority of the signalin Interval Type 0~99

Route priority. The bo None Enumeration Type HIGH, LOW

Preferential customizeAbis over IP Enumeration Type TDME1_O(TDM E1 0 Port)

Number of customized Abis over IP Enumeration Type 1(1), 2(2)

Subsidiary customized Abis over IP Enumeration Type TDME1_O(TDM E1 0 Port)

Name of the private keSecurity Management String Type None

Double-transceiver BTSs (BTS3012,BTS3012AE,BTS3006C): 0-10DBS3900 GSM, BTS3900 GSM, BTS3900A GSM: 0-10.



Emergency Call Service (TS12)Guaranteed Emergency Call



0: indicates the lowest priority; 7: indicates the highest priority.A over IP

A IP over E1/T1A over IPA IP over E1/T1

Port detection sequencAbis over IP Enumeration Type DEFAULT(Default Sequ

Identifies the DSP pro A Interface Protocol P Enumeration Type ITUT(ITUT), ANSI(ANSI)

Protocol type of the t Gb Over FR Enumeration Type Q933(Q933), ANSI(Ans

The transmission resouO&M of BTS Interval Type 5~300

This parameter specifieDynamic Cell Power OfInterval Type 0~255

This parameter is set TRX Power Amplifier I Interval Type 60~3600

Port selection None Enumeration Type ALL(Select all ports),

Port selection None Enumeration Type ALL(Select all ports),

Port selection None Enumeration Type ALL(Select all E1/T1 p

This parameter indicatNone Enumeration Type OFF(Not Output), ON(O




This parameter indica None Enumeration Type OFF(Not Output), ON(O

GSM PS data service dIP QOS Interval Type 0~100

GSM PS data service upIP QOS Interval Type 0~100

Whether to support PS PS Handover Enumeration Type NO(No Support), YES(S

PS high PRI data path None Enumeration Type BE, AF11, AF12, AF13,

PS high PRI data priori None Interval Type 0~7

Priority for PS servic GSM Flow Control Interval Type 0~7

Period for sending the Interval Type 1~16

Whether the BSC suppoPacket System InformaEnumeration Type NO(No), YES(Yes)

PS low PRI data path IP QOS Enumeration Type BE, AF11, AF12, AF13,

PS low PRI data priorit IP QOS Interval Type 0~7

Priority for PS servic GSM Flow Control Interval Type 0~7

Threshold of the receivConcentric Cell Interval Type 0~63

This parameter indica None Enumeration Type COMMONUSRM(Common U

This parameter specifiRadio Common Chann Interval Type -121~-104

Minimum voltage level Multi-site Cell Interval Type -121~-104

This parameter indicatNone Enumeration Type OFF(OFF), ON(ON)

Maximum number of messGSM Flow Control Interval Type 10~10000

Statistical period for GSM Flow Control Interval Type 100~600000










System Information SendingPacket System Information

Whether to enable the DPSU0 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU1 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU2 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU2 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU3 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU4 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU5 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU6 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the DPSU7 to supply power for the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Threshold of the receivConcentric Cell Interval Type 0~63

PSU Smart Control Enumeration Type NO(NO), YES(YES)

Switch for the self-he None Enumeration Type ON(ON), OFF(OFF)

Port type of environm Faulty Management Enumeration Type BOOL(BOOL), VALUE(V

Number of the port thaO&M of BSC Interval Type 123~65534

Cell Reselect Penalty TBasic Cell Re-selectionInterval Type 0~31

Subnet protocol type Gb Interface Function Enumeration Type GB_OVER_FR(Gb over F

Alarm port type Faulty Management Enumeration Type BOOL(BOOL), VALUE(V

Line coding method None Enumeration Type B8ZS(B8ZS), HDB3(HDB

Receiving frame struc None Enumeration Type E1_DOUBLE_FRAME(E1

Sending frame structuNone Enumeration Type E1_DOUBLE_FRAME(E1

Frame structure None Enumeration Type E1_DOUBLE_FRAME(E1

Number of a BTS HDLC pAbis Transmission Opt Interval Type 0~15

Ethernet port type None Enumeration Type FE, GE

O&M of BTS Enumeration Type APM100(APM100), APM

Name of the certificateSecurity Management String Type None


Number of the patch vO&M of BTS String Type None

Period timer of PVC utiGb Over FR Interval Type 1~65535

Private key password Security Management Password Type None

Password Password Type None

User password for the O&M of BTS Password Type None

Minimum length of theSecurity Management Interval Type 6~32

Power level O&M of BTS Interval Type 0~31

First alarm switch of Faulty Management Bit Field Type BIT0, BIT1, BIT6, BIT7

Second alarm switch ofFaulty Management Bit Field Type BIT0, BIT1, BIT2, BIT3,

Whether to allow activActive Power Control Enumeration Type NO(No), YES(Yes)

Whether to enable the HUAWEI III Power ContEnumeration Type NO(No), YES(Yes)

Whether to enable poweEnhanced Power ControEnumeration Type PWR2(Power control II)

If a class 3 MS on th Radio Common Chann Interval Type 0~3

The MS does not recei Radio Common Chann Enumeration Type NO(No), YES(Yes)

Whether to enable the pMulti-site Cell Enumeration Type OnlyCurPwrLoc(Only Cu

GSM multi-carrier bas O&M of BTS Enumeration Type CLASS0(Class0), CLASS

Time interval between Active Backup Power CInterval Type 0~720

When this parameter isEnhanced Channel AssEnumeration Type NO(No), YES(Yes)

Finetune of the TRX poConfiguration Manage Enumeration Type DB0(0.0dB), DB2(-0.2d

When the ANT_A tributa Enumeration Type OFF(OFF), ON(ON)

When the ANT_B tributa Enumeration Type OFF(OFF), ON(ON)

When the RET tributaryO&M of BTS Enumeration Type OFF(OFF), ON(ON)

Minimum DSCP of queueNone Interval Type 0~63


BTS3012AEBTS3900A, BTS3900, DBS3900, and BTS3900L: support the PSU Smart Control feature through the matching APM30.

Power system type. When the PMU is installed on the rack, you can select the custom power system type.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Method 1: If the BTS hot patch is downloaded to the OMU through the MML command DLD BTSPATCH, you can run the MML command LST BTSPATCH to obtain the number of the hot patch package and the hot patch version according to the returned result.Method 2: If the BTS hot patch is not downloaded to the OMU, you can decompress the BTS hot patch package. Then, check the patchcfg.xml file in the level-1 directory of the compressed package. The value after the label "PatchVersion" is the software version.


O&M of BTSConnection with TMA (Tower Mounted Amplifier)O&M of BTSConnection with TMA (Tower Mounted Amplifier)




This parameter specifie Enumeration Type Use_Qsearch_I(Use Qse


This parameter is used Interval Type 1~10

A time threshold deter Interval Type 0~255


Interval Type 0~15



Whether to support QoCQoS ARP&THP Enumeration Type NO(Not Support), YES(

This parameter specifies one t Interval Type 0~15

Interval Type 0~15

Enumeration Type NO(Close), YES(Open)

The P/N criteria is us Interval Type 1~16

The P/N criteria is us Interval Type 1~16

Whether to use the staEnhanced Channel AssEnumeration Type NONE(None), DYNAMIC

Maximum number of timeO&M of BTS Interval Type 3~20

Maximum number of timeO&M of BTS Interval Type 3~20

Step of downward powerEnhanced Power ControInterval Type 0~4

Whether to query the Enumeration Type NO(No), YES(Yes)

Whether to allow the f Fast Move Handover Enumeration Type NO(No), YES(Yes)

O&M of BTS Bit Field Type AU0, AU1, AU2, AU3,

Whether to configure aO&M of BTS Enumeration Type NO(No), YES(Yes)

Capacity of the batteryO&M of BTS Enumeration Type INSIDE_100AH(100AH I

Ratio of the maximum cO&M of BTS Enumeration Type 007C(0.07C), 010C(0.

Type of the battery ra O&M of BTS Enumeration Type INSIDE_BATTERY(Inside











The NS performs locatiConfiguration Manage Interval Type 0~255

The NS performs locatiConfiguration Manage Interval Type 0~255

Identifies the routing aGPRS Interval Type 0~255

GSM/WCDMA InteroperabilityGSM/TD-SCDMA InteroperabilityHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover5: -78 dBm 6: -74 dBm 7: (always), that is, the MS keeps searching for 3G cells 8: -78 dBm

9: -74 dBm 10: -70 dBm 11: -66 dBm 12: -62 dBm 13: -58 dBm 14: -54 dBm 15: Positive infinity(never), that is, the MS does not search for 3G cellsGSM/WCDMA InteroperabilityGSM/TD-SCDMA InteroperabilityHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability14: -54 dBm

15: Positive infinity (never)GSM/WCDMA InteroperabilityGSM/TD-SCDMA InteroperabilityIf N signal merge events are consecutively detected among P times of measurements, the forcible intra-cell handover is triggered to switch the call with the highest signal strength to another timeslot in the cell.

Here, N indicates "UL Signal Strength Difference Detections", P indicates "UL Signal Strength Difference Maintains".HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover


Auxiliary devices of rack 0. This parameter contains eight bits.The eight bits, from the most significant bit to the least significant bit, indicate whether to install a voltage stabilizer, internal battery, transmission power supply, temperature control unit, auxiliary device 5, auxiliary device 6, auxiliary device 7, and auxiliary device 8. When a bit is set to 1, the relevant auxiliary device is installed. When a bit is set to 0, the relevant auxiliary device is not installed. For example, if this parameter is set to 10000000, rack 0 is configured with an auxiliary voltage stabilizer.



Route area of the curreCompact BTS AutomaticInterval Type 0~255

Route area of the curre Interval Type 0~255

Route area of the curreCompact BTS AutomatiInterval Type 0~255

This parameter specifiRadio Common Chann Interval Type -121~-104

Level threshold of the Radio Common Chann Interval Type 0~63


Minimum voltage level Multi-site Cell Interval Type -121~-104

Routing area color cod Interval Type 0~7

Whether to allow the MGPRS Enumeration Type NO(No), YES(Yes)


Hysteresis of cell sele GPRS Enumeration Type 0dB(0dB), 2dB(2dB), 4

Port rate of the IP int Abis over IP Enumeration Type 10M(10M), 100M(100M

Switch for controlling Enumeration Type ALG1(Algorithm I), AL

This parameter specifi Enumeration Type DISABLE(Disable), EN

Original measurement rProcessing of Measur Interval Type 1~255

LASTRBP indicates the Configuration Manage Enumeration Type LASTRBP(last rollback

O&M of BSC Enumeration Type REC_ALL(Record All),

Number of the RXU chaO&M of BTS Interval Type 0~249

The first RXU chain n O&M of BTS Interval Type 0~249

The second RXU chainO&M of BTS Interval Type 0~249

Configuration Manage Enumeration Type INDEPENDENT(Independe

Speed reduction effici IP QOS Interval Type 0~100

Whether to allow the TCH Re-assignment Enumeration Type NO(No), YES(Yes)

Whether to re-assign tTCH Re-assignment Enumeration Type Same_Band(Same Band)

Interval Type 0~70

Interval Type 0~70



Whether to use the dowConcentric Cell Enumeration Type NO(No), YES(Yes)

With traffic control e GSM Flow Control Enumeration Type NO(No), YES(Yes)

Speed reduction alarmIP QOS Interval Type 20~99


Whether to use the dowConcentric Cell Enumeration Type NO(No), YES(Yes)

Whether to back up thConfiguration Manage Enumeration Type YES(YES), NO(NO)

Interval for releasing GSM Flow Control Interval Type 0~50

Secondary link bandwidGSM Flow Control Interval Type 0~768

Port for output LINE2( BSC/RNC Clock Interval Type 0~31

Back-up port for outpuBSC/RNC Clock Interval Type 0~31

Port for output LINE1( BSC/RNC Clock Interval Type 0~31

Back-up port for outpuBSC/RNC Clock Interval Type 0~31

Switch of panel BITS1 BSC/RNC Clock Enumeration Type OFF(OFF), ON(ON)

Compact BTS Automatic Configuration and Planning

Number of RACH burst timeslots in a RACH load measurement.The value of this parameter indicates the interval during which the BSC6900 determines whether an RACH timeslot is busy. For details, see GSM Rec. 08.58.


244-250 410-89 or 251-255 38.

AMR Coding Rate Threshold Adaptive AdjustmentWB AMRAMR Coding Rate Threshold Adaptive AdjustmentTFO

2. REC_ERR: indicating that only the execution results of failed commands are recorded.3. REC_NON: indicating that the execution results of all the commands are not recorded no matter whether the commands are executed successfully.

The BTS3012, BTS3012AE, BTS3012II, BTS3006C, and BTS3002E do not support Main Diversity.The DBS3900 GSM and BTS3900 GSM support Four Diversity Receiver and Main Diversity.

One of the parameters that decide the underlay and overlay areas. Speech Version of this call is AMRFR. If "Enhanced Concentric Allowed" is set to OFF, the underlay and overlay areas are determined by "ReceiveQualThrshAMRFR", "RX_LEV Threshold", "RX_LEV Hysteresis", "TA Threshold", and "TA Hysteresis" together; if "Enhanced Concentric Allowed" is set to ON, the underlay and overlay areas are determined by "ReceiveQualThrshAMRFR", "UtoO HO Received Level Threshold", "OtoU HO Received Level Threshold", "TA Threshold", and "TA Hysteresis" together.

Concentric CellAMR FROne of the parameters that decide the underlay and overlay areas.

Speech Version of this call is AMRHR. If "Enhanced Concentric Allowed" is set to OFF, the underlay and overlay areas are determined by "ReceiveQualThrshAMRHR", "RX_LEV Threshold", "RX_LEV Hysteresis", "TA Threshold", and "TA Hysteresis" together; if "Enhanced Concentric Allowed" is set to ON, the underlay and overlay areas are determined by "ReceiveQualThrshAMRHR", "UtoO HO Received Level Threshold", "OtoU HO Received Level Threshold", "TA Threshold", and "TA Hysteresis" together.Concentric CellAMR HR

One of the parameters that decide the underlay and overlay areas. Speech Version of this call isn't AMR. If "Enhanced Concentric Allowed" is set to OFF, the underlay and overlay areas are determined by "RX_QUAL Threshold", "RX_LEV Threshold", "RX_LEV Hysteresis", "TA Threshold", and "TA Hysteresis" together; if "Enhanced Concentric Allowed" is set to ON, the underlay and overlay areas are determined by "RX_QUAL Threshold", "UtoO HO Received Level Threshold", "OtoU HO Received Level Threshold", "TA Threshold", and "TA Hysteresis" together.

Switch of panel BITS2 BSC/RNC Clock Enumeration Type OFF(OFF), ON(ON)

Whether to use SGSN clBSC/RNC Clock Enumeration Type NO(NO), YES(YES)

Region information of BTS Local Switch Interval Type 0~95

Absolute time of re-h BSC Node RedundancyCompound Type hour, min, sec

Delay time of re-homi BSC Node RedundancyInterval Type 1~3600

Policy type of re-homi BSC Node RedundancyEnumeration Type REHOSTRIGHTNOW(ReH

Whether to re-initializ Soft-Synchronized Net Enumeration Type NO(NO), YES(YES)

Cabinet number of theO&M of BTS Interval Type 0~62


Function to be perfor O&M of BTS Enumeration Type OFF(OFF), POWERSHARI

Slot number of the as O&M of BTS Interval Type 0~23


Tributary Number of thO&M of BTS Enumeration Type A(A), B(B), NONE(NON

Remark IP QOS String Type None

Purpose description ofNone String Type None

Remote NSVL ID of theGb over IP Interval Type 0~1023


When the cell support Robust Air Interface SiEnumeration Type NO(No), YES(Yes)

If the cell supports t Robust Air Interface Si Interval Type 0~7

When the cell support Robust Air Interface SiEnumeration Type NO(No), YES(Yes)

Whether to reserve theFaulty Management Enumeration Type NO(No), YES(Yes)

Whether to perform reO&M of BSC Enumeration Type NO(No), YES(Yes)

Indicating that during Network-Controlled CelInterval Type 0~63

NC2 cell reselection inNetwork-Controlled CelInterval Type 1~10

The number of receivedNetwork-Controlled CelInterval Type 1~32

If the number of times Network-Controlled CelInterval Type 1~32

This parameter specifiPDCH Dynamic Adjust Interval Type 0~8


Whether to withhold li O&M of BTS Enumeration Type NO(No), YES(Yes)


Interval for resetting Security Management Interval Type 1~60

Retry times after the GPRS Interval Type 1~255

The waiting time from Multi-Carrier Intellige Interval Type 1~15

Duration of the peer r GPRS Interval Type 1~120

Reason for activating Gb Interface Function Enumeration Type MSLOST(RADIO_STS_MS

Whether the HO RQD meA Interface Protocol P Enumeration Type NO(No), YES(Yes)

Whether to resume br Enumeration Type NO(No), YES(Yes)

Duration of the PPP/MP Interval Type 2~5

Duration of the PPP/MP Interval Type 2~5

Restoration type of th Faulty Management Bit Field Type Noneed, Manually, Rese

Time for the BSC to in MBSC Load Balancing Interval Type 0~86400

A key parameter that indicates how many times the BSC6900 broadcasts cell messages. You can obtain the cell broadcast times by running the "DSP GSMSCB" command.The value 0 indicates no repeat.

If OML links break down after BTS resets caused by data configurations and recover within the period specified by this parameter, configuration reset alarms are reported; If OML links fail to recover within the period specified by this parameter, OML link breakdown alarms are reported.

O&M of BSCLicense ManagementAbis IP over E1/T1A IP over E1/T1Abis IP over E1/T1A IP over E1/T1

While assigning channeResource Reservation Interval Type 0~190

Maximum number of leveConfiguration Manage Interval Type 0~21

Interval Type 0~255


O&M of BTS Enumeration Type NO(No), YES(Yes)

Satellite card protocol BTS GPS Synchronizat Enumeration Type RGPS(RGPS), GPS(GPS

Whether to support RANetwork Assisted Cell Enumeration Type NO(No Support), YES(S

The loopback channel None Bit Field Type TS1, TS2, TS3, TS4, T

Radio Dedicated Chan Enumeration Type 4_Times, 8_Times, 12_

Ater Compression TranEnumeration Type STANDALONETC(Stand A

RNC ID of a 3G externaConfiguration Manage Interval Type 0~4095

Internal index of a n MBSC Load Balancing Interval Type 0~16,255

Internal index of a ne MBSC Load Balancing Interval Type 0~16

Name of a neighboringMBSC Load Balancing String Type None

Name of the root certifSecurity Management String Type None

Identifies a router uni Gb over IP Interval Type 1~100

Router port number. ThGb over IP Interval Type 1~100

Whether to allow the BTVoice Quality Index (U Enumeration Type DISABLE(Disable), EN

Cell reselection measuNetworking Control M Enumeration Type 0.48sec(0.48sec), 0.9

Cell reselection meas Enumeration Type 0.48sec(0.48sec), 0.9

Speed reduction alarmIP QOS Interval Type 20~99

Whether to allow the BTVoice Quality Index (U Enumeration Type NO(Not report), YES(R



Resource group numbeIP QOS Interval Type 0~2047

The parameter indicateNone Enumeration Type SHARE(SHARE)

Resource management mIP QOS Enumeration Type SHARE, EXCLUSIVE

Timer for punishing th Interval Type 0~255

This parameter adjusts Interval Type 0~63

This parameter determin Interval Type 0~63

RSD alarm triggering None Enumeration Type BASIS_OF_B1, BASIS_

RSF alarm triggering s None Enumeration Type BASIS_OF_B1, BASIS_

Used for calculating C GPRS Enumeration Type MINUS_52db(-52db), M

Average down-bandwidtO&M of BTS Interval Type 0~64

Differentiated service O&M of BTS Interval Type 0~63

RSL service priority O&M of BTS Interval Type 0~7

Average up-bandwidth oO&M of BTS Interval Type 0~64

Specified RSL Vlan Id O&M of BTS Interval Type 2~4094

Size of the RSL LAPD Abis over IP Interval Type 0~96

Reason for locking theConfiguration Manage Enumeration Type COMMISSIONING(Commi

Threshold of the level 2G/3G Neighboring CelInterval Type 0~127

Interval for sending the radio resource indication messages. The TRX reports the interference level for each of the channels that have been idle for the whole measurement period.This parameter is used by a BTS to inform the BSC6900 of the interference levels on idle channels of a TRX. For details, see GSM Rec. 08.58 and 08.08.

Radio Dedicated Channel ManagementSystem Information Sending 2. If the time mode is set to "WEEKLY_T" or "WEEKLY_C", the unit is week.

3. If the time mode is set to "MONTHLY_T" or "MONTHLY_C", the unit is month.If you need to specify the CPRI connection relations (SFP port number and cascading level) based on a rule that is different from the cabinet mapping rule specified by the system, the parameters "RXU Chain Head Port No." and "Insert RXU Position" must be specified.4. If this parameter is set to "NO", you must set "TRX Board No.", "RFU Link No." and "RXU Chain Head Port No.".

Time for disconnecting a call when the MS fails to decode the SACCH. Once a dedicated channel is assigned to the MS, the counter S is enabled and the initial value is set to this parameter value.Each time an SACCH message is not decoded, the counter S decreases by 1. Each time an SACCH message is correctly decoded, the counter S increases by 2. When the counter S is equal to 0, the downlink radio link is considered as failed. Therefore, when the voice or data quality is degraded to an unacceptable situation and it cannot be improved through power control or channel handover, the connection is to be re-established or released.MASTERINPOOLTC: control subrack for TC convergenceSLAVEINPOOLTC: non-control subrack for TC convergence

Networking Control ModeGSM/TD-SCDMA Interoperability

HUAWEI I HandoverHUAWEI II HandoverGSM/WCDMA InteroperabilityGSM/TD-SCDMA InteroperabilityGSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

This is the description BSC/RNC Software Ma String Type None

Name of the result fil O&M of BSC String Type None

Whether to enable the A Interface Protocol P Enumeration Type OFF(OFF), ON(ON)

Timer Abis IP over E1/T1 Interval Type 1~65535

Maximum number of TCEmergency Call ServicInterval Type 0~190

Parameter 1 reserved fNone Enumeration Type OFF(OFF), ON(ON)

Parameter 10 reserved None Interval Type 0~4294967295






Parameter 7 reserved fNone Interval Type 0~4294967295



Number of reserved idleTRX Power Amplifier I Interval Type 0~3

Recovery mode of the Board Switchover Enumeration Type NON-REVERTIVE(NON-R

Routing context. The ro Interval Type 0~4294967295

Ratio of the RTCP pathA over IP Interval Type 1~5

Whether to enable the A over IP Enumeration Type OFF(Close), ON(Open)


Routing mask None IP Address Type None

Index of a route. The i Abis over IP Interval Type 0~15

It is used to calculate A over IP Interval Type 0~100

It is used to calculate A over IP Interval Type 0~100

When the "RTOMIN" and A over IP Interval Type 500~60000

When the "RTOMIN" paramA over IP Interval Type 500~60000

When the "RTOMAX" paramA over IP Interval Type 500~60000

Whether to measure theAMR Coding Rate ThreEnumeration Type DISABLE(Disable), EN

Maximum number of RTTI Interval Type 10~80

Type of the route. WheAbis over IP Enumeration Type NEXTHOP(Next Hop), OU

Logical port speed inc IP QOS Interval Type 0~1000

Bandwidth increase steIP QOS Interval Type 1~100

R-version number of t O&M of BTS Interval Type 0~999

Receive bandwidth of IP QOS Interval Type 1~3000000

Receive bandwidth IP QOS Interval Type 0~4000000

Minimum receiving poweGPRS Interval Type 0~63

For AMR FR voice servi Interval Type 0~70

Minimum received signaSystem Information SeInterval Type 0~63

Whether to use the eme Enumeration Type NO(No), YES(Yes)

Threshold for the inte Interval Type 0~70


Conversational QoSRadio Common Channel Management

HUAWEI II HandoverHUAWEI I Handover
















Index type of the RXU O&M of BTS Enumeration Type RXUNAME(By RXU Name)

Type of the RXU boardO&M of BTS Enumeration Type RXUNAME(RXUName),

Name of the RXU O&M of BTS String Type None

Name of the RXU boardO&M of BTS String Type None

Name of an RXU O&M of BTS String Type None

Position number of th O&M of BTS Interval Type 1~6

Position No. of the RX O&M of BTS Interval Type 1~6

Position of the RXU b O&M of BTS Interval Type 1~6

Type of the RXU boardO&M of BTS Enumeration Type DRRU(DRRU), DRFU(DR

Whether to enable the None Enumeration Type OFF(OFF), ON(ON)

S1 sending value. It is None Interval Type 0~15

Bit Field Type 48VDISABLE, RES0, RE

O&M of BTS Bit Field Type BT1_DISABLE, AH_DISA

Whether the MSC indepePublic Voice Group CalEnumeration Type NO(No), YES(Yes)

Whether an MS supportsNetwork Support SAIC Enumeration Type NO(No), YES(Yes)

Adjustment step of theNetwork Support SAIC Interval Type 0~2

Adjustment step of theNetwork Support SAIC Interval Type 0~4

Faulty Management Bit Field Type T1_DISABLE, ET_DISAB

Index of a cell with t Dynamic Cell Power OfInterval Type 0~2047

Index type used when Dynamic Cell Power OfEnumeration Type BYNAME(By name), BYI

The BSC6900 checks theDynamic Cell Power OfInterval Type 1~16

A cell that can be disa Dynamic Cell Power OfInterval Type 0~100

Name of the same coveDynamic Cell Power OfString Type None

Radio Dedicated Chan Interval Type 0~63

Faulty Management Bit Field Type WATER_IMMERSED, SM

Bit Field Type WIDISABLE, SMDISABL

Bit Field Type WILOW, SMLOW, IML

HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover

Whether to enable the special analog alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Remote EAC MaintenanceFaulty ManagementThe value of this parameter consists of 32 bits, each of which determines whether to enable the corresponding special analog alarm. "0" indicates that the alarm is enabled, and "1" indicates that the alarm is disabled. When an item is selected, the corresponding analog alarm switch is disabled. The available items are BT1_DISABLE, AH_DISABLE, AT1_DISABLE, AT2_DISABLE, and BT2_DISABLE.


The value of this parameter consists of five bits, which determines whether to enable the alarms. "0" indicates that the analog alarm is enabled, and "1" indicates that the analog alarm is disabled.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

When the BTS receives the SACCH measurement report from the MS, the counter for determining whether a radio link is faulty is set to the value of this parameter. Each time the BTS fails to decode the SACCH measurement report sent by the MS, the counter decreases by 1. If the BTS successfully decodes the SACCH measurement report, the counter increases by 2.When the value of this parameter is 0, the BTS regards the radio link as faulty. The BTS sends a connection failure indication message to the BSC6900. The number of SACCH multi-frames and the radio link failure counter in the system message specify the radio link failure time on the uplink and that on the downlink respectively. The judgment standard is whether the measurement report in SACCH is correctly decoded.The value of this parameter consists of three bits, which determines whether to enable the alarms. "0" indicates that the alarm is enabled, and "1" indicates that the alarm is disabled.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the special alarm switch.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Remote EAC MaintenanceFaulty ManagementLevel specifications of special Boolean value alarms. Two specifications are available: high level and low level. By default, only alarms of the door status sensor are low level, and alarms of the water sensor, smoke sensor, and infrared sensor are high level.

In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Remote EAC MaintenanceFaulty Management

Whether to enable theO&M of BTS Enumeration Type NO(NO), YES(YES)

O&M of BTS Bit Field Type WS_DISABLE, SS_DISA

Number of the BTS. ThSoft-Synchronized Net Interval Type 0~2047

Name of the BTS. The Soft-Synchronized Net String Type None

Enhanced MeasuremenEnumeration Type ADD0dB(+0dB), ADD10


When the network receiFast Move Handover Interval Type 1~20

Number of the cell wheConfiguration Manage Interval Type 0~2047

Name of cell 1 O&M of BTS String Type None

A key parameter that Simplified Cell Broadc Enumeration Type GERMAN(GERMAN), ENGL

Number of the sub-ch O&M of BTS Interval Type 0~1

Command string of theO&M of BSC Any Type None

Type of querying used O&M of BSC Enumeration Type BYBTSID(By BTS ID), B

Indicates the index of O&M of BSC Interval Type 0~23

Scrambling code of a 3 Interval Type 0~511

Start serial number of Faulty Management Interval Type 1~2147483646

SCTP link number of XP Interval Type 0~1199

Date when the scheduleO&M of BSC Compound Type year, month, date

Start date of the alarmFaulty Management Compound Type year, month, day

Start date of the alarmFaulty Management Compound Type year, month, day

Maximum number of dayFaulty Management Interval Type 7~90

SD alarm triggering thBoard Switchover Enumeration Type 1E-3, 1E-4, 1E-5, 1E-6,

Start date O&M of BTS Compound Type year, month, day

Start date of the dayl Interval Type 1~31

Number of SDCCH channeConfiguration Manage Interval Type 1~191

Whether a call must caAssignment and ImmedEnumeration Type OFF(Off), ON(On)

Duration for a call ca Assignment and ImmedInterval Type 0~100

Level threshold for meRadio Dedicated Chan Interval Type 0~63

Quality threshold for Radio Dedicated Chan Interval Type 0~70

Level threshold for meRadio Dedicated Chan Interval Type 0~63

Quality threshold for Radio Dedicated Chan Interval Type 0~70

Whether to allow SDCCSDCCH Dynamic AdjusEnumeration Type NO(No), YES(Yes)

Enable SD Board Switchover Enumeration Type DISABLE, ENABLE

Whether to enable the A5/3 Ciphering Algori Enumeration Type OFF(Off), ON(On)

This parameter specifiActive Backup Power CEnumeration Type DISABLE(Disable), EN

After a new SDCCH is a Interval Type 0~60

Maximum number of disHUAWEI III Power ContInterval Type 0~5

Period in which level Interval Type 0~255

Level value of the pen Interval Type 0~63


Specifies the SF and S Board Switchover Enumeration Type HIGH(HIGH), LOW(LOW

Whether to enable the special Boolean alarms, that is, water sensor alarm (bit 0), smog sensor alarm (bit 1), and door sensor alarm (bit 2). All the Boolean alarms are enabled by default. "0" indicates that the alarm is enabled, and "1" indicates that the alarm is disabled.The available items are WS_DISABLE, SS_DISABLE, and GS_DISABLE~2.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

If the SCALE_Order reported by the MS is 0 dBm, level values 0-63 map with -110 dBm to -47 dBm.If the SCALE_Order reported by the MS is Automatic, the MS chooses the least SCALE while ensuring that the MS can report the most strong level.






Interval Type 40~70

Sliding time window foFaulty Management Interval Type 0~65535

Sliding time window forFaulty Management Interval Type 0~65535


Whether to allow the Enhanced MeasuremenEnumeration Type NO(No), YES(Yes)

Self Software Version O&M of BTS String Type None

This parameter specif System Information SeEnumeration Type NO(No), YES(Yes)

Whether to report BSSEnd-to-End MS Signali Enumeration Type NO(No), YES(Yes)

Whether to report the Enumeration Type NO(No), YES(Yes)

Whether to send a CONA Interface Protocol P Enumeration Type NO(No), YES(Yes)

If this parameter is s Point To Point Short M Enumeration Type NO(No), YES(Yes)

Priority of the notific Group Call EMLPP Enumeration Type NoPriority(No Priority),

Priority of the paging Group Call EMLPP Enumeration Type NoPriority(No Priority),

The time for BTS resetMulti-Carrier Intellige Enumeration Type NO(NO), YES(YES)

Whether the BSC sendsSystem Information SeEnumeration Type NO(No), YES(Yes)

Whether the BSC sendsSystem Information SeEnumeration Type NO(No), YES(Yes)

Whether the SI Type 3 System Information SeEnumeration Type NO(No), YES(Yes)

Split position on the O&M of BTS Interval Type 0~6

Whether to enable the O&M of BTS Enumeration Type SUPPORT(Support), UN

Number of the command O&M of BSC Interval Type 1024~65535

Number of the data porO&M of BSC Interval Type 1024~65535

Delivery serial numbe Remote Electrical Tilt String Type None

IP address of the FTP sO&M of BSC IP Address Type None

Service mode of the B Enumeration Type SEPARATE(Separate),

Service bearer mode oAbis over IP Enumeration Type TDM, HDLC, HDLC_Hub

Service bearer mode oPICO Automatic ConfigEnumeration Type TDM, HDLC, IP

Name of the command Enumeration Type SYSTEM(System Comman

Service type of the BT Abis over IP Enumeration Type OML(OML), RSL(RSL),

Whether to enable theO&M of BTS Enumeration Type NO(NO), YES(YES)




Number of the SFP portO&M of BTS Interval Type 0~5

Available capacity of SGSN Pool Interval Type 0~65535

Name of the SGSN Configuration Manage String Type None

Length of the NRI(Net SGSN Pool Interval Type 1~10

Special NRI(Network ReSGSN Pool Interval Type 0~1023

Whether to enable theSGSN Pool Enumeration Type NO(No), YES(Yes)

Protocol version supp GPRS Enumeration Type 0( Release 98 or older

Administrative state o SGSN Pool Enumeration Type UNISTALL(Uninstall),


High temperature threshold for triggering power shutdown of the battery. If the power shutdown upon battery high temperature is enabled and the battery temperature is higher than the value of this parameter, the battery is automatically powered off.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.


Low voltage threshold for triggering power shutdown of the battery. If the power shutdown upon low voltage is enabled and the load voltage is lower than the value of this parameter, the battery is automatically powered off.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.


A over IPTC Pool


Whether to enable the environment temperature alarm parameters of the APMU to be configured. The APMU of the APM30 type does not support this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the environment temperature parameters to be configured.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Whether to enable the environment humidity alarm parameters of the board to be configured.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Slot number of the loaO&M of BSC Interval Type 0~27

Whether to allow shar RAN Sharing Enumeration Type NO(NO), YES(YES)

Shield flag of the alar Faulty Management Enumeration Type unshielded(Unshielded)


Whether the BSC sends System Information SeEnumeration Type NO(No), YES(Yes)

Whether to enable a h Enumeration Type NO(No), YES(Yes)

Number of times that tSoft-Synchronized Net Interval Type 1~10

Uniquely identifies a siA Interface Protocol P Interval Type 0~186

Uniquely identifies a siA Interface Protocol P Interval Type 0~186

ID of an M3UA link in t A over IP Interval Type 0~15

Signaling local weight Gb over IP Interval Type 0~255

Signaling local weight Gb over IP Interval Type 0~255

Priority of the signalin IP QOS Interval Type 0~7

Number of times that Soft-Synchronized Net Interval Type 1~10


ID of an MTP3 link in a Interval Type 0~15


Minimum interval betweLoad Sharing Interval Type 0~65535

Single pass exclude MSO&M of BSC String Type None




















Source IP address None IP Address Type None

Source IP address None IP Address Type None

Log of which site need O&M of BSC Interval Type 0~65535


HUAWEI I HandoverHUAWEI II HandoverA Interface Protocol ProcessLocal Multiple Signaling PointsHUAWEI I HandoverHUAWEI II Handover

Zone where the BTS sySoft-Synchronized Net Interval Type 0~255

The IP address must beClock over IP IP Address Type None

No. of the location gr Multi-site Cell Interval Type 0~35

BTS Test Function Enumeration Type E1SELFLOOP(E1 Self L

Signaling route load s A Interface Protocol P Enumeration Type B0000(B0000), B0001(

If no handshake messageBSC Node RedundancyInterval Type 1~600

Type of the start date Enumeration Type DATE(Input with date)

Index of the SMLC None Interval Type 0~3

Whether the built-in S None Enumeration Type NOTSUPPORT(Not Suppo

Smog alarm switch Faulty Management Enumeration Type CLOSE(Close), OPEN(O

Month in which DST st Enumeration Type JAN(January), FEB(Feb

Number of CPU usage sGSM Flow Control Interval Type 2~2000

Number of the slot Configuration Manage Interval Type 0~27

Number of the slot Configuration Manage Interval Type 0~3,8~27

Number of the slot wheNone Interval Type 0,2,4,8,10,12,14,16,1

Number of the slot wheA over IP Interval Type 0,2,4,8,10,12,14,16,1

Number of the slot None Interval Type 0~5,8~27

A key field used to ide None Interval Type 0~5,8~27

Number of the slot O&M of BSC Interval Type 0~27

Number of the slot wh Faulty Management Interval Type 0~27

Number of the slot wheFaulty Management Interval Type 0~27

Indicates the slot nu None Interval Type 0~5,8~27

Slot number for runni None Interval Type 0,2,4,8,10,12,14,16,1

Number of the slot. ThConfiguration Manage Interval Type 0~27

Slot No. of the subsy MBSC Load Balancing Interval Type 0~27


Number of the slot wheIP Fault Detection Ba Interval Type 0~23

Slot number of the XP Configuration Manage Interval Type 0,2,4,8,10,12,14,16,1

Slot number of board tO&M of BSC Interval Type 0~27


Slot number of the BS O&M of BTS Interval Type 0~27


Configuration Manage Enumeration Type NOCOMB(No Combinatio

The connection mode O&M of BTS Enumeration Type SGL_ANTENNA(Single





Synchronization periodO&M of BSC Interval Type 1~60

As an integer, the OSP Interval Type 1~16777215

Number of bits contain Enumeration Type BIT14(BIT14), BIT16(B

1. If the self-loop type is set to "E1SELFLOOP" and the BTS type is BTS3002C, BTS3001C, or BTS3001CP, the transmission board type can be set to only "Active TMU/MMU/IOMU/DOMU". If the BTS type is BTS3006C or BTS3002E, the transmission board type cannot be set to "Active/Standby TMU".2. If the self-loop type is set to "IASUSELFLOOP", only 3002C, 3006C, 3002E support IASU self loop type, and when the BTS type is BTS3002C, the transmission board type can be set to only "Active DOMU".



The DBS3900 GSM GRRU does not support Wide Band Combining, Transmitter Independent or Combining, Power Booster Technology, or DPBT.The BTS3900 GSM and BTS3900A GSM do not support Transmitter Independent or Wide Band Combining.

14-Digit Signaling Point CodeA Interface Protocol Process14-Digit Signaling Point CodeA Interface Protocol Process

OSP code expressed in String Type None

Start CIC of the E1/T1 O&M of BSC Interval Type 0~65535

A Interface Protocol P Enumeration Type WNF(Whole Number Fo

This parameter is used Bit Field Type L11_FORBID, L12_FORB

Faulty Management Bit Field Type ET_DISABLE0, ET_DIS

Faulty Management Bit Field Type SMDISABLE, WIDISABL

If the number of one- A Interface Circuit M Interval Type 1~12

Whether to contain th A Interface Protocol P Enumeration Type NO(No), YES(Yes)




Speech version mode thGroup Call Reliability Enumeration Type PSMODE(Protocol Sta

Speech version mode thGroup Call Reliability Enumeration Type PSMODE(Protocol Sta

Speech version configuGroup Call Reliability Enumeration Type FR(FR), EFR(EFR)

Rate over the GE electrNone Enumeration Type 1000M(1000M), AUTO

Level value of the pen Interval Type 0~63

Period in which penalt Interval Type 0~255

Whether to support SP Enumeration Type NO(NO), YES(YES)

Short Message ServiceEnumeration Type NOTSPPRTBC(NotSuppor

Whether to support th MBSC Load Balancing Enumeration Type NO(No Support), YES(S

Whether to support theMBSC Load Balancing Enumeration Type NO(No Support), YES(S

Whether to support In PS Handover Enumeration Type UNSUPPORT(Not Suppor

Whether support Out InPS Handover Enumeration Type UNSUPPORT(Not Suppor

Whether the function oNetwork Assisted Cell Enumeration Type NO(NO), YES(YES)

Whether the BSC forwaPublic Voice Group CalEnumeration Type NO(No), YES(Yes)

Whether to enable theGPRS Enumeration Type NO(No), YES(Yes)

GPRS Enumeration Type NO(No), YES(Yes)

Whether to enable the GPRS Enumeration Type NO(No), YES(Yes)

Whether to enable the GPRS Enumeration Type NO(No), YES(Yes)

Whether to support RARAN Sharing Enumeration Type NO(No), YES(Yes)

Cell supports reduced Latency Reduction Enumeration Type UNSUPPORT(Not Suppor

whether the main operaRAN Sharing Enumeration Type NO(NO), YES(YES)

Whether the FTP clientO&M of BSC Enumeration Type YES(Support), NO(Not

Uniquely identifies an A Interface Protocol P Interval Type 0~4

Whether a base stationO&M of BTS Enumeration Type SUPPORT(Support), NO

Whether the data confO&M of BTS Enumeration Type SUPPORT(Support), NO

Whether the data confO&M of BTS Enumeration Type SUPPORT(Support SRA


Name of a cell Configuration Manage String Type None


Name of a source cell Configuration Manage String Type None

14-Digit Signaling Point CodeA Interface Protocol Process

1. Convert the value in each segment to a binary number and fill 0s into a segment if the number of bits included in that segment does not meet the requirements. The binary number of value 5 in the first segment is 101, which is of three bits. Thus, you need not to fill 0s into the first segment. The binary number of value 7 in the second segment is 111. As previously stated, when the signaling point code bits parameter is set to "BIT14", eight bits must be included in the second segment. Thus, the second segment is put as 00000111. Accordingly, you can calcuate the binary number of the value in the third segment. The binary number of 5-7-2 is 101 00000111 010.2. Convert this binary number to a decimal number. The decimal form of this binary number is 10,298.Location Updating

IMSI DetachThe value of this parameter consists of seven bits. Each bit determines whether to enable the one-way Boolean alarm. "0" indicates that the one-way Boolean alarm is enabled, and "1" indicates that the one-way Boolean alarm is disabled.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.The value of this parameter consists of five bits. Each bit determines whether the one-way Boolean alarm is triggered by low level or high level. "0" indicates that the alarm is triggered by high level, and "1" indicates that the alarm is triggered by low level.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

HUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverSystem Information SendingDiscontinuous Reception (DRX)This parameter specifies whether the BSC6900 supports the cell broadcast function and whether the BSC6900 supports simple cell broadcast or standard cell broadcast.

If the BSC6900 supports standard cell broadcast, the BSC6900 should be connected to the CBC.

The external PCU initiates the enhanced resource check. The resources to be checked, consisting of the cell resources, channel resources, and PCIC resources, are provided in list form in the check message, thus reducing the number of messages on the Pb interface and improving the efficiency of checking.The external PCU sends the check message to the BSC. The BSC divides the check message into three independent check messages, each containing one type of resource to be checked, and sends the check message to the corresponding module for resource checking.

A cell Index must be unique in one BSC6900. It is used to uniquely identify a cell.


A source cell index must be unique in one BSC. It is used to uniquely identify a source cell. The value of this parameter ranges from 0 to 2047.

Source cell ID Configuration Manage Interval Type 0~65535

The batch file to be exO&M of BSC String Type None

Priority of the clock s BSC/RNC Clock Interval Type 1~4

Priority of the clock so BSC/RNC Clock Interval Type 1~4

Whether the currently Enumeration Type HOALGORITHM1(Handove

Source IP address of BIP Fault Detection Ba IP Address Type None

Local area code (LAC) Configuration Manage Interval Type 1~65533,65535

Mobile country code (MConfiguration Manage String Type None

Identifies a maintenanNone Interval Type 1~1000

Mobile network code (MConfiguration Manage String Type None

Source of timeslot cro None Interval Type 0~335

Type of the clock sour BSC/RNC Clock Enumeration Type BITS1-2MHZ(2MHZ Build

Source timeslot mask None Bit Field Type TS1, TS2, TS3, TS4, T

Number of the subrac Configuration Manage Interval Type 0~11

Number of the subrac Configuration Manage Interval Type 1~11

Number of the subrackNone Interval Type 0~11

Number of the subrac None Interval Type 0~11

Number of the subrac A over IP Interval Type 0~11

It is one key field of None Interval Type 0~11

Number of the subrac None Interval Type 0~11

Number of the subrack Faulty Management Interval Type 0~11

The subrack number f None Interval Type 0~11

The subrack number uniConfiguration Manage Interval Type 0~11

Subrack No. of the su MBSC Load Balancing Interval Type 0~11

Number of the subrackO&M of BTS Interval Type 0~254

Number of the subrackIP Fault Detection Ba Interval Type 0~254

Subrack number of theConfiguration Manage Interval Type 0~11

Subrack number of boarO&M of BSC Interval Type 0~11



Number of the subrackO&M of BTS Interval Type 0

Number of the subrackO&M of BSC Interval Type 0~11

Number of the subrack O&M of BSC Interval Type 0~11

Name of the subrack t Configuration Manage String Type None

Number of the tributarO&M of BTS Interval Type 0~5

Type of the subrack BSC/RNC Clock Enumeration Type MPS, EPS, TCS

Sequence of alarm recFaulty Management Enumeration Type DES(Descent), ASC(As

Traffic local weight ov Gb over IP Interval Type 0~255

Traffic local weight ov Gb over IP Interval Type 0~255

The parameter specifie Enumeration Type GSM_PRIOR(GSM Traffic

Service type of the IP IP QOS Enumeration Type CSVOICE(CS Voice), CS


O&M of BTSIntelligent Shutdown of TRX Due to PSU Failure

After a handover due to Interval Type 0~63

CPU usage alarm clearFaulty Management Interval Type 20~99

CPU usage alarm thresFaulty Management Interval Type 30~100

DSP usage alarm clearaFaulty Management Interval Type 20~99

DSP usage alarm thresFaulty Management Interval Type 30~100

When the network recei Interval Type 1~32


Number of the subsys Configuration Manage Interval Type 0~7

No. of the subsystem MBSC Load Balancing Interval Type 0~7

Start synchronization Faulty Management Interval Type 1~2147483646

After the time advanci Interval Type 0~63

Start of DST Compound Type HOUR, MIN, SEC

The operation time of tO&M of BSC Compound Type year, month, date, hou

If the time mode is se O&M of BSC Compound Type hour, min

The operation time of t Compound Type year, month, date, hou

Start time of the alarmFaulty Management Compound Type hour, min, sec

Start time of the alarmFaulty Management Compound Type hour, min, sec

A key parameter that Simplified Cell Broadc Compound Type year, month, day, hour

Start number of the al Faulty Management Interval Type 1~65535

Whether to preferenti Frequency Hopping (R Enumeration Type NO(No), YES(Yes)

This parameter indicatGSM Flow Control Enumeration Type NO(No), YES(Yes)

It indicates the start A Interface Circuit M Interval Type 0~65535

It indicates the start O&M of BSC Interval Type 0~65535



This parameter specifiTRX Power Amplifier I Enumeration Type JAN(Jan.), FEB(Feb.),



Number of the start suO&M of BTS Enumeration Type 0(0), 2(2), 4(4), 6(6)

Time for which the BTS Group Call Reliability Interval Type 60~600

This parameter specifiTRX Power Amplifier I Compound Type hour, min

It indicates the start Ater Interface 4:1 MultInterval Type 8~255

It indicates the start A Interface Circuit M Interval Type 1~31

Number of the start ti O&M of BTS Interval Type 1~31

O&M of BTS Enumeration Type DISABLED(Disabled),

Whether to enable theO&M of BTS Enumeration Type DISABLED(Disabled),

Number of the start CIA Interface Circuit M Interval Type 0~65535


Start date. The input Compound Type year, month, day

Number of frequencies 2G/3G Neighboring CelInterval Type 1~32

Satellite flag A Interface Protocol P Enumeration Type NO(NO), YES(YES)



HUAWEI I HandoverHUAWEI II HandoverSupport of Daylight Saving TimeConfiguration Management


When the environment temperature reaches the specified value of this parameter, the heater is started.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

Whether to enable the smart temperature control mechanism of the FMUA. Smart temperature control refers to the mechanism adopted by the FMUA to adjust the fan speed, and thus to regulate the temperature according to the environment temperature.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.


Start time O&M of BTS Compound Type hour, min, sec

Whether to enable the EICC Enumeration Type NO(No), YES(Yes)

This parameter specif A5/1 Encryption Flow Enumeration Type OFF(Off), ON(On)

Time for which the BTSGroup Call Reliability Interval Type 60~300

Whether to enable the A Interface Protocol P Enumeration Type OFF(OFF), ON(ON)

Number of the outgoingSemi-Permanent ConneInterval Type 0~23

Start time of frequenc Cell Frequency Scan Compound Type hour, min, sec



Number of the sub-timeO&M of BTS Interval Type 0~7

Start time. The input Compound Type hour, min, sec

Number of the timeslotO&M of BTS Interval Type 1~31

Type of the BTS. O&M of BTS Enumeration Type BTS30(BTS30), BTS31

ID of the BSC in the T TC Pool Interval Type 1~15

ID of the BSC in the T TC Pool Interval Type 1~15

Command string that isO&M of BTS String Type None

Maximum sub-frame leng Interval Type 16~1023

Maximum sub-frame lenAbis MUX Interval Type 16~1023

Number of the schedulO&M of BSC Interval Type 1~50

Subnet Number in a B None Interval Type 1~124,128~189

This parameter specifiFlex Abis Enumeration Type NO(No), YES(Yes)

Whether to allow the CFlex Abis Enumeration Type NO(NO), YES(YES)

Number of the sub-timeO&M of BSC Enumeration Type 0(0), 2(2), 4(4), 6(6)

Sub-version No. of the O&M of BTS Interval Type 0~65535

Whether the CIC circuitA Interface Circuit M Enumeration Type NO(No), YES(Yes)

Whether to use Back-uBSC/RNC Clock Enumeration Type NO(NO), YES(YES)

Whether to use Back-uBSC/RNC Clock Enumeration Type NO(NO), YES(YES)

Whether to add a simplSimplified Cell Broadc Enumeration Type NO(No), YES(Yes)

Whether to support the Enumeration Type NOTSUPPORT(Not Supp

DTM Enumeration Type UNSUPPORT(Not Suppor

Whether to support EDA Enumeration Type NOTSUPPORT(Not Supp

Whether to support th DTM Enumeration Type UNSUPPORT(Not Suppor

Whether the FE/GE BTS BTS Local Switch Enumeration Type NO(No), YES(Yes)

Support intracell hand TFO Enumeration Type NO(Not Support), YES(

Whether to support theMBSC Handover basedEnumeration Type NO(No Support), YES(S

Minimum timeslots betAccess Enumeration Type T_12(12), T_15(15), T_

Server IP address usedGb over IP IP Address Type None

Server UDP port numbeGb over IP Interval Type 0~65535

Operating state of the Faulty Management Enumeration Type CLOSE(CLOSE), OPEN(

If this parameter is s O&M of BSC Enumeration Type ON, OFF

Switch for authenticat O&M of BSC Enumeration Type OFF(OFF), ON(ON)



Load SharingAdaptive Adjustment of Uplink and Downlink ChannelsWhether to support dual transfer mode (DTM). The DTM allows an MS to use the circuit switching service and the packet switching service at the same time. This function must be supported by the network side.

If "Cell Extension Type" in the "ADD GCELL" command or "MOD GCELL" command is set to "Double Timeslot Extension Cell" for a cell, the parameter cannot be set to "SUPPORT".Load SharingAdaptive Adjustment of Uplink and Downlink Channels

Whether to enable theO&M of BTS Enumeration Type CLOSE(Close), OPEN(O

Power switch state. O&M of BTS Enumeration Type ON(ON), OFF(OFF)

Weekday on which DST Enumeration Type SUN(Sunday), MON(Mon

State of the panel portConfiguration Manage Enumeration Type CLOSE, OPEN

Switch for the OMU selNone Enumeration Type ON(ON), OFF(OFF)

Grace Protection PerioLicense Management Enumeration Type ON(ON), OFF(OFF)

Turn on or turn off th IP Fault Detection Ba Enumeration Type BFD_OFF(OFF), BFD_O


Whether to enable the Enumeration Type CLOSE(Close), OPEN(O

The field indicates wh A over IP Enumeration Type NO(NO), YES(YES)

The association is smoA over IP Interval Type 1~254

Set patch switch para O&M of BSC Enumeration Type OFF(OFF), ON(ON)

Set patch switch para O&M of BSC Interval Type 0~4294967295









Number of the switchingO&M of BTS Interval Type 3~5

Whether to enable the Enumeration Type OFF(Off), ON(On)

Sequence of the start Enumeration Type FIRST(First), SECOND(

Symbol offset of the B Soft-Synchronized Net Interval Type 0~2500

Synchronization status.GSM/TD-SCDMA InteropEnumeration Type SyncCase1(Sync case

Site synchronization m Enumeration Type AISS(Air Interface Sof

Synchronization mode oClock over IP Enumeration Type CONSYN(Consecutive Sy

Interim synchronizationClock over IP Interval Type 1~7



Contact way of the BasConfiguration Manage String Type None

Description of the BaseConfiguration Manage String Type None

Interval Type 0,8~11

Location of the Base StConfiguration Manage String Type None

Whether sending the sPublic Voice Group CalEnumeration Type NO(No), YES(Yes)

Name of the Base StatConfiguration Manage String Type None

Services provided by tConfiguration Manage String Type None

Timer T1, specifying t Gb Interface Function Interval Type 1000~30000

Value of the first tim Abis over IP Interval Type 1~60

When the reception of aA Interface Protocol P Interval Type 30000~60000


AMR HRTFO

O&M of BSCSecurity ManagementSupport of Daylight Saving TimeConfiguration Management

IBCA (Interference Based Channel Allocation)Soft-Synchronized Network

. CPU usage smaller than 80% corresponds to level 0. CPU usage equal to or greater than CPU flow control threshold 80% corresponds to level 2. An increase of 5% means an increase of 2 levels. Level 10 is the highest. The level value can be 0, 2, 4, 6, 8, and 10.HUAWEI I HandoverHUAWEI II Handover

This timer is a protec A Interface Protocol P Interval Type 800~1500



This timer is started whA Interface Protocol P Interval Type 800~1500

When a normal changeovA Interface Protocol P Interval Type 800~1200

Timer T2, specifying t Gb Interface Function Interval Type 1000~120000

Value of the second t Abis over IP Interval Type 1~60

Timer in the LAPD pro Ring Topology Interval Type 6~240

This parameter specifiRadio Link Manageme Interval Type 1~255







Timer in the LAPD protFast Ring Network Swi Interval Type 1~10

After a local link is i A Interface Protocol P Interval Type 180000~360000

After a remote link is A Interface Protocol P Interval Type 180000~360000

This timer is a prote A Interface Protocol P Interval Type 1400~2000

Timer T3. T3 is starte Gb Interface Function Interval Type 1000~10000

Value of the third tim Abis over IP Interval Type 1~60

When the BTS sends phy Interval Type 0~255

Timer for retransmit Public Voice BroadcastInterval Type 1~255

T3168 is used to set t GPRS Enumeration Type 500ms(500ms), 1000m

Duration of releasing GPRS Enumeration Type 0ms(0ms), 80ms(80ms

This parameter specifieLocation Updating Interval Type 0~255

Timer on the DTE side,Gb Over FR Interval Type 5~30

When a normal changebaA Interface Protocol P Interval Type 800~1200

Timer T4. T3 is starte Gb Interface Function Interval Type 1000~10000


Timer T5. When the dowGb Interface Function Interval Type 1000~30000


Timer T6. The BSC sendGb Interface Function Interval Type 1000~10000

Timer T8. The BSC sendGb Interface Function Interval Type 1000~10000

This timer is started A Interface Protocol P Interval Type 800~1200


Whether the TA is usedConcentric Cell Enumeration Type NO(No), YES(Yes)



The P/N criterion mustHUAWEI II Handover Interval Type 1~16

An emergency handover Interval Type 0~255

This parameter specifies the expiry value of timer T200 used for the SACCH on the SDCCH.For the function of timer T200 and the effect of the parameter, see the description of "T200 SDCCH".

T200 prevents the data link layer from deadlock during data transmission. The data link layer transforms the physical link that is vulnerable to errors into a sequential non-error data link. The entities at the two ends of this data link use the acknowledgement retransmission mechanism.Each message must be confirmed by the peer end. In unknown cases, both ends are waiting if a message is lost. At this time, the deadlock of the system occurs. Therefore, the transmit end must establish a timer. When the timer expires, the transmit end regards that the receive end does not receive the message and then the transmit end retransmits the message. The number of retransmissions is determined by N200. T200 and the N200 ensure that the data link layer sequentially transmits data and that the transmission is free from errors.This parameter specifies the expiry value of timer T200 when the SDCCH supports SAPI3 services.For the function of timer T200 and the effect of the parameter, see the description of "T200 SDCCH".



HUAWEI I HandoverHUAWEI II HandoverWhen "Enhanced Concentric Allowed" is set to OFF, "TA Hysteresis", "RX_LEV Threshold", "RX_LEV Hysteresis", "RX_QUAL Threshold", and "TA Threshold" determine the coverage of the OL subcell and UL subcell.

When "Enhanced Concentric Allowed" is set to ON, "TA Hysteresis", "UtoO HO Received Level Threshold", "OtoU HO Received Level Threshold", "RX_QUAL Threshold", and "TA Threshold" determine the coverage of the OL subcell and UL subcell.


This parameter specifiTalker Identification Interval Type 0~255


Unique identifier of t Soft-Synchronized Net Interval Type 0~7



Filter period of the s Power Control Interval Type 0~25

Filter period of the s Power Control Interval Type 0~25



Maximum time in whichOML Backup Interval Type 30~300

The BTS repeatedly atteRing Topology Interval Type 60~300

Test code for the MTP3 A Interface Protocol P Interval Type 1~254

Timer Tc, specifying t Gb Interface Function Interval Type 1000~10000


This parameter specif Enumeration Type OFF(Off), ON(On)

Whether to allow the ceDynamic Adjustment Enumeration Type NO(No), YES(Yes)

If the current channel Enhanced Channel AssInterval Type 0~100

When a call drops on tRadio Dedicated Chan Interval Type 0~1000






After a new TCH is ass Interval Type 0~60

Maximum number of disHUAWEI III Power ContInterval Type 0~10

Whether the TCH rate tEnhanced Channel AssEnumeration Type NO(No), YES(Yes)

This parameter specifiA5/1 Encryption Flow Interval Type 1~600

This parameter specifiA5/1 Encryption Flow Enumeration Type OFF(Off), ON(On)

Threshold for determinConcentric Cell Interval Type 0~100


Test code length of theA Interface Protocol P Interval Type 1~15

A Interface Protocol P Enumeration Type SEPERATE_PRINCIPAL(P

Whether to enable the O&M of BSC Enumeration Type DISABLE(DISABLE), E


Number of the TC portNone Interval Type 0~335

If you enable the TC p TC Pool Interval Type 0~4095

Number of the TC slot None Interval Type 0~5,8~27

Number of the TC subrNone Interval Type 0~11

Configuration Manage Enumeration Type GTC(GTC), UTC(UTC), I

Input mode of the BA taGSM/TD-SCDMA InteropEnumeration Type AUTO(Auto), Manual(M

Whether the FDD BA2 taConfiguration Manage Enumeration Type AUTO(Auto), Manual(M


When "Enhanced Concentric Allowed" is set to OFF, "TA Hysteresis", "RX_LEV Threshold", "RX_LEV Hysteresis", "RX_QUAL Threshold", and "TA Threshold" determine the coverage of the OL subcell and UL subcell.When "Enhanced Concentric Allowed" is set to ON, "TA Hysteresis", "UtoO HO Received Level Threshold", "OtoU HO Received Level Threshold", "RX_QUAL Threshold", and "TA Threshold" determine the coverage of the OL subcell and UL subcell.

11: Segment 11 describes the port information.12: Segment 12 describes the antenna information.11: Segment 11 describes the port information.12: Segment 12 describes the antenna information.

Temperature compensation coefficient. This parameter defines the charging voltage increase or decrease unit of each battery when the ambient temperature of the battery varies with the reference temperature regulated by the vendor by 1 degree Celsius. See the vendor specification for the setting of this parameter.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.O&M of BSC

TC Pool


The BSC assigns channels in the overlaid subcell to the MS in a concentric cell. If the channel seizure ratio of overlaid subcell is greater than the value of this parameter, half-rate channels are assigned. Otherwise, full-rate channels are assigned. Channel seizure ratio = (Num. of busy TCHF + Num. of busy TCHH/2)/(Num. of available TCHF + Num. of available TCHH /2) x 100%. This parameter is valid for the concentric cell. When the "Allow Rate Selection Based on Overlaid/Underlaid Subcell Load" is set to Yes, the "TCH Traffic Busy Threshold (%)" is invalid for the concentric cell.

TOGETHER: Specifies that the MTP3 link is configured in the case of BM/TC combined configuration mode.SEPERATE_BSC_INTERFACE: Specifies that the MTP3 link is configured for the primary BSC in the case of BM/TC separated configuration mode and that the MTP3 link is carried on the Ater interface board.

UTC: TC resources that support only the optimized handover on the Iur-g interfaceITC: TC resources that support only the dual-stack function on the A interface

GSM/TD-SCDMA InteropInterval Type 0~7



This parameter specifiGSM/TD-SCDMA InteropInterval Type 0~1

Downlink frequency of GSM/TD-SCDMA InteropInterval Type 0~16383

This parameter specifiGSM/TD-SCDMA InteropEnumeration Type NO(No), YES(Yes)


Minimum RSCP quality GSM/TD-SCDMA InteropInterval Type 0~63

TDD cell parameter ID.GSM/TD-SCDMA InteropInterval Type 0~127

Cell parameter ID of a Configuration Manage Interval Type 0~127


SyncCase in the TDDBA1GSM/TD-SCDMA InteropInterval Type 0~1



Each subrack has six TO&M of BSC Interval Type 0~5

Each subrack has six O&M of BSC Interval Type 0~5

Terminal endpoint ID ofO&M of BSC Interval Type 0~127

Temperature alarm swFaulty Management Enumeration Type CLOSE(Close), OPEN(O

Upper limit of temperaFaulty Management String Type None

Lower limit of temperaFaulty Management String Type None





Change value of the fl O&M of BTS Interval Type 0~5000

Description of a cell t Configuration Manage String Type None

This parameter specifiConfiguration Manage Interval Type 1~65535

This parameter specifiConfiguration Manage Interval Type 32768~65535

Name of a cell templatConfiguration Manage String Type None

When the temperature o Interval Type 50~70

TRX power-off temperatO&M of BTS Interval Type -400~0


Whether the System InSystem Information SeEnumeration Type NO(No), YES(Yes)

Duration of the timer fGb Interface Function Interval Type 1~255

Content of the cell b Simplified Cell Broadc Any Type None

AEC is an important meTFO Enumeration Type OFF(Off), ON(On)

In the VSWR test, the BTS Test Function Interval Type 0~1023

This parameter indicatConfiguration Manage Interval Type 0~65535

Target OMU O&M of BSC Enumeration Type ACTIVE(Active OMU),

TGW ID None Interval Type 0~255

This parameter indica None IP Address Type None

...7: 42 dB... 15: 28 dB6: 36 dB7: positive infinity

When the environment temperature of the APMU is greater than the value of this parameter, the BTS reports an alarm. For the APMU of the non-EPS4815 type, the minimum value of the parameter is -490.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When the environment temperature is greater than the value of this parameter, the BTS reports an alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When the environment temperature of the APMU is less than the value of this parameter, the BTS reports an alarm. For the APMU of the non-EPS4815 type, the maximum value of the parameter is 990.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When the environment temperature is less than the value of this parameter, the BTS reports an alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.


TRX power-off temperature threshold. If the temperature of the BTS cabinet is less than the value of this parameter while "Low Temperature Startup Allowed" is set to "Yes", the TRX is powered off.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

This parameter indica None IP Address Type None

Slot number of the BS None Interval Type 0~5,8~27

Subrack number of theNone Interval Type 0~11

Timer Th. After receiv GPRS Interval Type 5000~60000

Voltage threshold for sO&M of BTS Interval Type 220~280

Voltage threshold for sO&M of BTS Interval Type 220~280

Combination of the THPQoS ARP&THP Interval Type 1~10









Load balance thresholdIP QOS Enumeration Type PERCENTAGE(Percenta

This parameter specifiSGSN Pool Interval Type 1~15

BCCH Dense FrequencyInterval Type 0~63


The P/N criterion mustBCCH Dense FrequencyInterval Type 1~32


The P/N criterion mustBCCH Dense FrequencyInterval Type 1~32

When an intra-cell TI BCCH Dense FrequencyInterval Type 0~7

Whether to enable theBCCH Dense FrequencyEnumeration Type OFF(Off), ON(On)

If the SDCCH load on t IBCA (Interference BasInterval Type 0~63

MSC Pool Interval Type 3~15


Time O&M of BSC Compound Type HOUR, MIN, SEC

Duration of frequency Cell Frequency Scan Interval Type 0,5~1440

Within the preset time Interval Type 0~255

After a handover due to Interval Type 0~255

After an OL subcell to Concentric Cell Interval Type 0~255

Indicates the timeout Ethernet OAM Interval Type 200~10000

Timeout time for wait Ethernet OAM Interval Type 1~65535

Timeout time Ethernet OAM Interval Type 1~3

Indicates the timeout Ethernet OAM Interval Type 1~10

Abis MUX Interval Type 1~20

After the fast handove Interval Type 0~255

Indicates the times of None Interval Type 1~1024

This parameter determiPower Optimization B Enumeration Type NO(No), YES(Yes), NUL

After the time advanci Interval Type 0~255

2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Under TIGHT BCCH". 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Under TIGHT BCCH". 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".

2. The uplink receive quality level after filtering is lower than "Quality Thresh. for Assigning Main BCCH Carrier Channel Under TIGHT BCCH". 3. The non-BCCH load is higher than "Intracell Non Main BCCH Load Threshold of TIGHT BCCH".

If the BSC6900 receives a response message with the IMSI before the timer expires, the BSC6900 locates the destination MSC based on the IMSI and MSC SP, and routes the current paging to the MSC.If the BSC does not receive a response when the timer expires, the BSC6900 clears the relation information between the IMSI and MSC SP.O&M of BSC

Security Management


When the multiplexed packet is no longer added with new data and the timer expires, the multiplexed packet is transmitted directly.This parameter is determined by the number of multiplexed packets. When the number of multiplexed packets increases, the value of this parameter increases.HUAWEI I Handover

HUAWEI II Handover


After an UL subcell to Concentric Cell Interval Type 10~255


If the BSC6900 receiveMSC Pool Interval Type 1~15

When the operation tim Interval Type 7~365

Temporary logical link GPRS Interval Type 0~4294967295




When the time mode isO&M of BSC Compound Type hour, min






TRMMAP index IP QOS Interval Type 14~163

Index of the traffic m None Interval Type 0~163

Loopback time length None Interval Type 1~120

This parameter is vali BTS Test Function Enumeration Type NON_FDR(NON_FDR),

Duration time for deterCall Control Interval Type 2~4

Maximum rate of the aFaulty Management Interval Type 0~100

TMSI of the MS O&M of BSC Interval Type 0~4294967294

Minimum rate of the acFaulty Management Interval Type 0~100


This timer is used to s A Interface Protocol P Interval Type 30000~90000

Name of the data tableConfiguration Manage Enumeration Type ABLMSGTYPEPARAS, A

The Ater signaling linkSatellite Transmission Enumeration Type TRRS(Terrestrial Trans

E1 transmission type ofO&M of BSC Enumeration Type TRRS(Terrestrial Trans

Offset to DST, namely, Interval Type -120~-1,1~120

Cell Reselect TemporarBasic Cell Re-selectionInterval Type 0~7

Number of the cabinetIP-Based 2G/3G Co-TraInterval Type 0~62

Number of the slot wheIP-Based 2G/3G Co-TraInterval Type 0~23

Number of the subrackIP-Based 2G/3G Co-TraInterval Type 0~254

O&M of BSC Enumeration Type NORMAL(TXT FORMAT)

Number of the optical O&M of BTS Interval Type 0~5

Interval Type 1~30





Whether to control theGSM Flow Control Enumeration Type ON, OFF

Threshold for determinAdaptive Adjustment oInterval Type 1~255

This parameter indicates the queue timer for assignment.When the BSC6900 receives an assignment request and no channel is available for assignment, the BSC6900 starts the queuing procedure and the timer. If the channel request is successful before the timer expires, the timer stops. If the timer expires, the channel assignment fails.


Lowest expected value of the air outlet temperature.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Temperature alarm lower threshold. If the temperature of the battery is lower than the value of this parameter, an alarm indicating the abnormal temperature is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.When the internal temperature of the BTS reaches the Temperature Alarm Lower Threshold, it reports a low temperature alarm.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.


If this parameter is set to NORMAL, the text log in the \common\fam\famlog directory of the OMU installation path is collected and saved in the \common\fam\famlog directory of the OMU installation path.If this parameter is set to FORMAT, the binary log in the \common\fam\famlogfmt directory of the OMU installation path is collected and saved in the \common\fam\famlogfmt directory of the OMU installation path.

Length of the timer that is started to wait for a channel requested by an incoming BSC handover request message.When the MSC allows the queuing of incoming BSC handover requests, the BSC6900 starts the queuing procedure and the timer if no channel is available for assignment. If the channel request is successful before the timer expires, the timer stops. If the timer expires, the incoming BSC handover fails.


Threshold for determinAdaptive Adjustment oInterval Type 1~255

A over IP Enumeration Type M3UA_OVERRIDE_MOD(A

Satellite Transmission Enumeration Type TER_TRANS(Terrestrial

Slot number of the tra O&M of BSC Interval Type 0~27

Transport type of the IP QOS Enumeration Type IP(IP)

Transport type IP QOS Enumeration Type IP(IP), HDLC(HDLC)

Transport type IP QOS Enumeration Type IP(IP), HDLC(HDLC),

Transmission type of O&M of BTS Enumeration Type IP, HDLC, TDM

Transmission Type Abis over IP Enumeration Type HDLC, IP

Whether to configure tO&M of BTS Enumeration Type NO(NO), YES(YES)




Whether to enable the O&M of BTS Enumeration Type ENABLE(Enable Trace R

Forbidden time of cell GPRS Enumeration Type 5sec(5sec), 10sec(10s

The load handover is tr Interval Type 0~100

Port number of the a Link aggregation Interval Type 0~11

Slot number of the a Link aggregation Interval Type 0~5,8~27

aggregation group nu Link aggregation Interval Type 0~11

Specified TRMMAP indeO&M of BTS Interval Type 0~163

TRM load threshold in IP QOS Interval Type 0~199

TRM load threshold in None Interval Type 0~199

TRM load threshold indeNone Interval Type 10~199

TRM load threshold in Interval Type 0~199

TRM load threshold in Interval Type 0~199

TRM load threshold in IP QOS Interval Type 0~199

TRM load threshold in None Interval Type 0~199

Transmission resourceO&M of BTS Enumeration Type OFF(OFF), ON(ON)

Trunk group number of None Interval Type 0~11

TRUNK group number IP Fault Detection Ba Interval Type 0~11

TRUNK group number Ethernet OAM Interval Type 0~11

TRX Cooperation Enumeration Type TRXAid_NotAllow(TRX A

Duration BTS Test Function Interval Type 5~10

Frequency hopping indFrequency Hopping (R Interval Type 0~63,255

Index of a TRX, uniqueConfiguration Manage Interval Type 0~3071

The ID of TRX added inMulti-site Cell Interval Type 0~3071

Index of TRX 1 Antenna Frequency HoInterval Type 0~3071





If the M3UA links in the link set work in overriding mode, only one link in the link set works in the active mode, and all other links work in the standby mode. In this case, only the active link carries traffic, and the standby links do not carry any traffic. When the active link is faulty, the standby link with the highest priority is automatically activated to take over as the active link.If the M3UA links in the link set work in load-sharing mode, all the M3UA links in the link set work in active mode and carry traffic.Satellite Transmission: The data between the BTS and the BSC6900 is transmitted through the satellite. This transmission mode has a long delay and is controlled by the license.Terrestrial and Satellite: In normal cases, the terrestrial transmission mode is used. When the terrestrial transmission is faulty, the satellite transmission mode is used. This transmission mode is controlled by the license.



If the parameter is set to AllowReImmed, TRX mutual aid is allowed, and the faulty TRX is switched back immediately when conditions for TRX switchback are met.If the parameter is set to AllowReCheckRes, TRX mutual aid is allowed, and the faulty TRX is switched back when conditions for TRX switchback are met in the specified resource check period.




















List of IDs of carriers Frequency Hopping (R String Type None

List of TRX indexes. BTS Test Function Interval Type 0~3071

Mobile allocation inde Frequency Hopping (R Interval Type 0~63

Number of a TRX in a BConfiguration Manage Interval Type 0~71

Allowed number of TRXO&M of BTS Interval Type 0~8

Number of the channelO&M of BTS Interval Type 0~7

TRX board pass number Multi-site Cell Interval Type 0~7

This parameter specifiEnhanced Channel AssEnumeration Type NO(No), YES(Yes)

Type of the TRX boardO&M of BTS Enumeration Type TRX(TRX), TRU(TRU/D

It indicates the Ater i Ater Interface 4:1 MultInterval Type 8~255

It indicates the A int A Interface Circuit M Interval Type 1~31

Timeslot number None Enumeration Type TS1(Time_slot_1), TS2

Timesolt of bearing chGb Over FR Bit Field Type TS1, TS2, TS3, TS4, T

Number of the timeslotO&M of BSC Interval Type 1~31

Bearer E1/T1 port times Bit Field Type TS1, TS2, TS3, TS4, T

Bearer E1/T1 port times Bit Field Type TS1, TS2, TS3, TS4, T

Timeslot of the E1/T1 lAbis IP over E1/T1 Bit Field Type TS1, TS2, TS3, TS4, T

Frequency Hopping (R Interval Type 0~7

Number of idle timeslo Interval Type 0~512

Whether to allow TSC plSoft-Synchronized Net Enumeration Type NO(No), YES(Yes)

Timeslot cross index None Interval Type 0~65535

Duration in timeslot BTS Test Function Interval Type 1~144


The TSC is short for the Training Sequence Code.The TSC must be the same as the BCC. The delay equalization is performed by using the specified TSC when the MS or BTS receives the signal. The demodulation cannot be received because the delay equalization cannot be performed for the signals with same frequency using different TSCs. This can effectively prevent incorrectly invalid reception, and prevent the co-channel interference.GPRS

Flex Abis

Index of the monitorin Semi-Permanent ConneInterval Type 0~127

Name of the scheduledO&M of BSC String Type None

Time slots for Ater op Configuration Manage Bit Field Type TS1, TS2, TS3, TS4, T

The 64 kbit/s timeslot IP-Based 2G/3G Co-TraBit Field Type TS1, TS2, TS3, TS4, T


Timeslot number of Pb O&M of BSC Interval Type 1~31

Assignment priority levEnhanced Channel AssInterval Type 0~7

Maximum degree by whiEnhanced Channel AssInterval Type 0~50

Fast flux measurement Adaptive Adjustment oInterval Type 0~65535

Whether to enable fast Adaptive Adjustment oEnumeration Type Close(Close), Open(Op

Rate of the monitoringSemi-Permanent ConneEnumeration Type 8K(8K), 16K(16K), 32K


Test mode BTS Test Function Enumeration Type TRXLOOPBACK(TRX Loop

Test timeslot O&M of BTS Interval Type 0~31

Type of battery test BTS Test Function Enumeration Type SIMPLETEST(Simple Te

Test Type. PIM:passiveO&M of BTS Enumeration Type PIM(Passive Intermodul

This parameter specifiTRX Power Amplifier InEnumeration Type NO(No), YES(Yes)

RXU topology type, thatO&M of BTS Enumeration Type CHAIN(Chain), RING(Ri

TTL(Time to Live) of t None Interval Type 1~255

Indicates the live time None Interval Type 1~128

If the number of channDynamic Cell Power OfInterval Type 0~8

This parameter specifieDynamic Cell Power OfCompound Type HOUR, MINUTE

This parameter specifieDynamic Cell Power OfCompound Type HOUR, MINUTE

Dynamic Cell Power OfEnumeration Type DISABLE(Disable), ENA

When the load of the saDynamic Cell Power OfInterval Type 0~100










Enumeration Type TX_3(3), TX_4(4), TX_5

The maximum power thaRAN Sharing Interval Type 0~10000






This parameter specifies whether to enable the Dynamic Cell Power Off feature. When this parameter is set to ENABLE, the BSC can disable the cell within the period of time specified by "TURNOFFCELLSTRTIME" and "TURNOFFCELLSTPTIME";When this parameter is set to DISABLE, the BSC will never disable the cell; When this parameter is set to SLEEP, the BSC will disable the cell unconditionally within "TURNOFFCELLSTRTIME" and "TURNOFFCELLSTPTIME",and enable the cell unconditionally within the other time.Currently, this parameter can be set to SLEEPING only for the BTS3900E. For other base stations, this parameter cannot be set to SLEEPING.

Temperature alarm upper threshold. If the temperature of the battery is higher than the value of this parameter, an alarm indicating the abnormal temperature is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Temperature upper threshold of the cabinet. When the cabinet temperature is higher than this parameter, an alarm indicating the abnormal cabinet temperature is reported.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

When S increases, the interval between two adjacent channel request messages increases, and RACH conflicts decrease, thus improving the usage of AGCH and SDCCH.The access time of the MS, however, is prolonged and the network performance is decreased when T and S increase. Under normal conditions, an appropriate T value should be used to ensure that S is as low as possible, and ensure that AGCH and SDCCH are not overloaded.

Radio Common Channel ManagementLocation Updating



Transmit bandwidth of IP QOS Interval Type 1~3000000

Transmit bandwidth IP QOS Interval Type 0~4000000

Indicates the interval None Interval Type 200~10000

Extension transmissionAccess Enumeration Type T_2(2), T_3(3), T_4(4)

Type of the subrack Configuration Manage Enumeration Type EPS, TCS

O&M of BSC Enumeration Type ANY_ERR_RETURN(Stop

Frequency Band Enumeration Type GSM900, DCS1800, G

Type of the PCU GPRS Enumeration Type OUTER(External PCU),

Frequency band to whicCompact BTS AutomaticEnumeration Type GSM900, DCS1800, G

Type of a cabinet O&M of BTS Enumeration Type BTS30(BTS30), BTS31

Cell type. Currently, O&M of BTS Enumeration Type GSM900(GSM900), DC

Power attenuation factoO&M of BTS Interval Type 0~15

Whether there is a TMAO&M of BTS Enumeration Type NO(NO), YES(YES)

Index of uplink tribut O&M of BTS Enumeration Type 1(1), 2(2), 3(3), 4(4),




Power attenuation factoO&M of BTS Interval Type 0~15

Whether there is a TMAO&M of BTS Enumeration Type NO(NO), YES(YES)

Index of uplink tribut O&M of BTS Enumeration Type 1(1), 2(2), 3(3), 4(4),




Service priority of cal Abis over IP Interval Type 0~15

Service priority of th Abis over IP Interval Type 0~15

Service priority of the Abis over IP Interval Type 0~15




Priority of other servi Abis over IP Interval Type 0~15

PS service priority wheAbis over IP Interval Type 0~15

Priority of supplement Abis over IP Interval Type 0~15

VBS service priority whAbis over IP Interval Type 0~15

VGCS service priority Abis over IP Interval Type 0~15

In A over IP, if the pa A over IP Enumeration Type OFF(Off), ON(On)

Whether the BSC selectEnhanced Channel AssEnumeration Type NO(No), YES(Yes)

Reestablish service priAbis over IP Interval Type 0~15

CS emergency call serviAbis over IP Interval Type 0~15

CS original call serviceAbis over IP Interval Type 0~15

1. ANY_ERR_RETURN: If there is a command whose execution fails, the execution of the batch commands is stopped and the execution of the file fails.2. ALL_END_RETURN: If all commands in the batch file are executed in one operation, the execution of the file is successful no matter whether there is execution failure in the process.PCS1900: The cell supports PCS1900 frequency band.GSM850_PCS1900: The cell supports GSM850 and PCS1900 frequency bands.

CS terminated call servAbis over IP Interval Type 0~15

BSC handover service prAbis over IP Interval Type 0~15

BSC intra handover servAbis over IP Interval Type 0~15

Other service priority Abis over IP Interval Type 0~15

PS service priority of aAbis over IP Interval Type 0~15

Supplement service prioAbis over IP Interval Type 0~15

VBS service priority of Abis over IP Interval Type 0~15

VGCS service priority oAbis over IP Interval Type 0~15

In case of intra-BSC, i A over IP Enumeration Type OFF(Off), ON(On)

UDP multiplexing mode Enumeration Type NORTPCOMP, RTPCOM

UDP multiplexing mode Enumeration Type NORTPCOMP, RTPCOM

UDP port number of theGb over IP Interval Type 1214~2001,2005~378

UDP port number of theGb over IP Interval Type 0~65535

Group to which the oper Enumeration Type Administrators(Admini


Used to identify the u Interval Type 0~64

Unit time for the error None Interval Type 300~1000

Upper limit for trigger Faulty Management String Type None

Upper limit of the alar Faulty Management String Type None

Minimum interval betwHUAWEI III Power ContInterval Type 0~255

Current call is an AMR HUAWEI III Power ContInterval Type 1~30






If the ratio of uplink Adaptive Adjustment oInterval Type 1~255

Duration for uplink da O&M of BSC Interval Type 0~240

Number of downlink GRRLC Mode Interval Type 1~64

If the UL receive leve Interval Type 0~63

Number of downlink GRRLC Mode Interval Type 1~64

Period of acknowledgi RLC Mode Interval Type 1~64

Filter adjustment factoHUAWEI III Power ContInterval Type 1~10

Current call is a full- HUAWEI III Power ContInterval Type 1~30

Current call is a full- HUAWEI III Power ContInterval Type 1~30

Current call is a half- HUAWEI III Power ContInterval Type 1~30

Current call is a half- HUAWEI III Power ContInterval Type 1~30

Based on the RQI in thAMR FR Interval Type 0~15



Based on the RQI in thAMR HR Interval Type 0~15

Abis MUXUDP MUX for A TransmissionAbis MUXUDP MUX for A Transmission

O&M of BSCSecurity ManagementUpper humidity threshold for the environment alarm box to report an alarm indicating that the ambient humidity is too high. If the ambient humidity of the BTS is higher than this threshold, the environment alarm box reports the alarm.

In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.Public Voice Group Call ServicePublic Voice Broadcast Service




Based on the RQI in thWB AMR Interval Type 0~15


When the uplink load ofGSM/WCDMA Load BasInterval Type 1~100

When the network receiEnhanced Power ControInterval Type 1~20

Maximum permissible aHUAWEI III Power ContInterval Type 1~30

Maximum permissible aHUAWEI III Power ContInterval Type 1~30

When the uplink load ofGSM/WCDMA Load BasInterval Type 1~100


The MS transmit power Enhanced Power ControInterval Type 0~7

The MS transmit power Enhanced Power ControInterval Type 0~7

When the network receiEnhanced Power ControInterval Type 1~20

In the case of power c Enhanced Power ControInterval Type 0~7

In the case of power c Enhanced Power ControInterval Type 0~63

An emergency handover Interval Type 0~70

The value of this para Interval Type 0~70

The value of this para Interval Type 0~70


When the network receiHUAWEI III Power ContInterval Type 0~19

When the uplink receivHUAWEI III Power ContInterval Type 0~63

When the uplink receivHUAWEI III Power ContInterval Type 0~63





Signal strength factor HUAWEI III Power ContInterval Type 0~100

Signal strength factor HUAWEI III Power ContInterval Type 0~100

When the uplink receivEnhanced Power ControInterval Type 0~63

When the uplink receivEnhanced Power ControInterval Type 0~63

Based on the RQI in th Interval Type 0~63








Whether a UL subcell tConcentric Cell Enumeration Type NO(No), YES(Yes)

Number of uplink GRPSRLC Mode Interval Type 1~64

O&M of BSC Enumeration Type NO(Not Allowed), YES(

To compensate the delay of power adjustment, the power control algorithm implements the prediction and filtering function. In other words, the BSC samples several uplink measurement reports, performs weighted filtering, and predicts N measurement reports from the current time onwards in a short period. This parameter determines the number of uplink measurement reports predicted by the BSC. In other words, the value of this parameter equals to the previous number N.

HUAWEI I HandoverHUAWEI II HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II HandoverHUAWEI I Handover

AMR FRWB AMRAMR FRWB AMRAMR FRWB AMR

Whether the crosstalk optimization function over the Um interface is allowed. If this parameter is set to YES when call drops occur on the Um interface, this function can avoid crosstalk due to very early assignment of the channel that is not released.If this parameter is set to YES and the ongoing service is speech service, the BSC also sends the Channel Release message to the MS and starts the timer T3109 when a call drop occurs upon the reception of the Conn Fail or Err Ind message reported by the MS.

Timer of penalty on a n Interval Type 0~255

Phase tag for GSM protConfiguration Manage Enumeration Type GSM_PHASE_1, GSM_PH

Whether to support theNone Enumeration Type NO(NO), YES(YES)

Retry times after the Gb Over FR Interval Type 1~6

Abnormally alarm trigg Interval Type 10~3500

Abnormally alarm trigg Interval Type 10~3500

Abnormally alarm triggFaulty Management Interval Type 10~3500



Abnormally alarm clearFaulty Management Interval Type 10~3500

Index of upper-level B O&M of BTS Interval Type 0~2047

Number of the upper-l O&M of BTS Interval Type 0~2047

Index type of upper-le O&M of BTS Enumeration Type BYNAME(By Name), BYI

Index type of the uppeO&M of BTS Enumeration Type BYNAME(By Name), BYI

Name of the upper-leveO&M of BTS String Type None

Name of the upper-levelO&M of BTS String Type None


Default coding scheme Enumeration Type CS1(CS1), CS2(CS2),

Default coding scheme Enumeration Type MCS1(MCS1), MCS2(MC

Uplink multiplex thres Interval Type 10~70

Default coding scheme Uplink EGPRS2-A Enumeration Type MCS1(MCS1), MCS2(MC

Fixed coding scheme thUplink EGPRS2-A Enumeration Type MCS1(MCS1), MCS2(MC

Inactive period of ext Extended Uplink TBF Interval Type 0~5000

Adjustment mode of the Enumeration Type CS1(CS1), CS2(CS2),

Coding scheme of the u Enumeration Type MCS1(MCS1), MCS2(MC

One of the thresholds t Interval Type 0~70

One of the thresholds t Interval Type 0~63

Maximum time in which Group Call Reliability Interval Type 10~255

Size of the OML/ESL/ Abis over IP Interval Type 0~96

Whether to allow MS p Enumeration Type NO(No), YES(Yes)

Upper class transport rIP QOS Interval Type 0~2047

Upper number of the loNone Interval Type 512~1535

If the difference betwe Interval Type 1~16

After the existing upli Interval Type 1~10

If the difference betwe Interval Type 1~16

This parameter specifiePoint To Point Short M Enumeration Type NO(No), YES(Yes)

Delay of releasing the Extended Uplink TBF Interval Type 0~300








Update code for a simple cell broadcast message.This parameter together with "Code" uniquely identifies a cell broadcast message.GPRS

Coding SchemeEGPRSCoding SchemeLoad SharingAdaptive Adjustment of Uplink and Downlink Channels

GPRSCoding SchemeEGPRSCoding SchemeHUAWEI I HandoverHUAWEI II HandoverHUAWEI I HandoverHUAWEI II Handover

Enhanced Power Control AlgorithmHUAWEI III Power Control Algorithm





Whether to allow cell uNetwork-Controlled CelEnumeration Type FORBID(Forbid), PERMI

Mode of querying the O&M of BSC Enumeration Type BYTMSI(By TMSI), BYIM

Whether to support USGPRS Enumeration Type NOTSUPPORT(Not Supp

User name of the FTP String Type None

User name for the FTP O&M of BTS String Type None

Start time when the TRO&M of BTS Compound Type HOUR, MINUTE

End time when the TRXO&M of BTS Compound Type HOUR, MINUTE


When a UL subcell-OL sConcentric Cell Interval Type 0~8

After an MS performs aConcentric Cell Interval Type 0~255


Concentric Cell Enumeration Type NO(No), YES(Yes)

Hierarchical handover Concentric Cell Interval Type 1~255

Hierarchical level ste Concentric Cell Interval Type 1~63

This parameter specifi Enumeration Type FDD(FDD), TDD(TDD)

Vendor code of the REO&M of BTS String Type None

This parameter is used Interval Type 0~190,255

This parameter specif Enumeration Type No_Priority(No Priority


This parameter specifiGSM Flow Control Interval Type 50~95

Is VIP Cell.The parameGSM Flow Control Enumeration Type NO(No), YES(Yes)

This parameter specifiGSM Flow Control Enumeration Type NONE(None), LEVEL4(Us

This parameter specifiGSM Flow Control Interval Type 50~95

If the parameter is set IP QOS Enumeration Type DISABLE(Disable), EN

Specified Vlan enablin None Enumeration Type DISABLE, ENABLE

VLANID flag of first lo None Enumeration Type DISABLE(DISABLE), E

VLANID Flag of second None Enumeration Type DISABLE(DISABLE), E

VLANID of the IP addre Interval Type 2~4094

VLAN of the MA in the Ethernet OAM Interval Type 2~4094

VLAN ID of the serviceAbis over IP Interval Type 2~4094

VLAN to which the mai Interval Type 2~4094

VLAN ID of first Local None Interval Type 2~4094

VLAN ID of second LocaNone Interval Type 2~4094

VLAN priority None Interval Type 0~7

VLAN priority level of Abis over IP Interval Type 0~7

VLAN switch for the seAbis over IP Enumeration Type NO(N0), YES(Yes)

Speech version supportConfiguration Manage Bit Field Type FULL_RATE_VER1, FUL

24V voltage alarm swi Faulty Management Enumeration Type CLOSE(Close), OPEN(O

Upper limit for trigge Faulty Management String Type None



Upper temperature threshold for the environment alarm box to report an alarm indicating that the ambient temperature is too high. If the ambient temperature of the BTS is higher than this threshold, the environment alarm box reports the alarm.In multi-mode scenario, the value of this parameter in this mode must be the same as the value of the corresponding parameter in another mode.

If the existing call is performed in the UL subcell, a UL subcell to OL subcell handover is triggered, and "UL to OL HO Allowed" is set to YES, the timer is started and the calls in the UL subcell are hierarchically handed over to the OL subcell if the traffic volume in the UL subcell reaches "En Iuo Out Cell General OverLoad Thred". Otherwise, if the traffic volume in the UL subcell is smaller than "En Iuo Out Cell General OverLoad Thred", the timer stops, and hierarchical handovers are not performed.If this parameter is set to NO, the traffic volume in the UL subcell is not taken into account for triggering the UL subcell to OL subcell handover or the OL subcell to UL subcell handover in an enhanced concentric cell.


Public Voice Group Call ServicePublic Voice Broadcast ServicePublic Voice Group Call ServicePublic Voice Broadcast ServicePublic Voice Group Call ServicePublic Voice Broadcast Service



Lower limit for trigge Faulty Management String Type None

48V voltage alarm swi Faulty Management Enumeration Type CLOSE(Close), OPEN(O

Upper limit for trigge Faulty Management String Type None

Lower limit for trigge Faulty Management String Type None

Whether to enable theFaulty Management Enumeration Type NO(NO), YES(YES)

This parameter specifiO&M of BTS Interval Type 0~12

Filtering times of ser Faulty Management Interval Type 1~30

Standing wave alarm tFaulty Management Enumeration Type 14(1.4), 15(1.5), 16(1.

Serious standing wave Faulty Management Enumeration Type 18(1.8), 20(2.0), 22(2.

This parameter specifiO&M of BTS Interval Type 0~12

V-version number of t O&M of BTS Interval Type 0~999

This timer is used to Call Control Interval Type 4000~33000

When the BSC6900 sendAMR FR Interval Type 3000~34000

When the BSC sends a AMR HR Interval Type 3000~34000

Timer of waiting for t None Interval Type 0~1000

The TCHs reserved for Interval Type 1~30

When the dynamic PDCH IBCA (Interference BasInterval Type 0~60

Timer of waiting for t None Interval Type 0~1000


Water sensor alarm swFaulty Management Enumeration Type CLOSE(Close), OPEN(O


This parameter is used Enumeration Type East_Longitude(East L


Whether to trigger an aIP Fault Detection Ba Enumeration Type NO(NO), YES(YES)

Whether to start the d Abis over IP Enumeration Type DENY(Deny), ALLOW(A

You can select multip Enumeration Type SUN(Sunday), MON(Mon

Working mode of the MA over IP Enumeration Type M3UA_ASP(M3UA_ASP),

Time when the BTS stopsO&M of BTS Interval Type 0~24

Whether to enable the BO&M of BTS Enumeration Type NO(No), YES(Yes)

Period for clearing a r O&M of BTS Interval Type 1~255

Time when the BTS startO&M of BTS Interval Type 0~24


Flag of the work area Configuration Manage Enumeration Type Active(Format active

Working mode of the O&M of BTS Enumeration Type GSM_AND_UMTS(GSM A

Work mode of subrackConfiguration Manage Enumeration Type GO(GSM Only)

None Enumeration Type E1_UNBA(E1 Unbalance)

O&M of BTS Enumeration Type E1(E1), T1(T1)

Window size of the AterO&M of BSC Interval Type 1~127

Time for which the BTSOML Backup Interval Type 30~300

Waiting time before estRing Topology Interval Type 60~300

Wait to restore time Board Switchover Interval Type 30~60000

Emergency Call Service (TS12)Guaranteed Emergency Call

Whether to start the heating equipment of the BTS.In multi-mode scenario, the value of this parameter in one mode must be the same as the value of the corresponding parameter in another mode.

O&M of BSCSecurity ManagementBSS-Based LCS (Cell ID + TA)Soft-Synchronized NetworkWhether to start the humidification equipment of the BTS.



E1_BA: A circuit that uses two wires to transmit the same but contra-directional signals. The 120-ohm E1 line and 100-ohm T1 line are typical balanced circuits. The balanced circuit must use the balanced cable, that is, twisted-pair cable consisting of two wires.E1_UNBA: A circuit that uses one transmission signal cable and one common grounding cable to transmit signals. The 75-ohm E1 line is a typical unbalanced circuit. The unbalanced circuit must use the unbalanced cable, that is, coaxial cable.If "DESTNODE" of the BTS is set to OTHER, for example, TGW(Transmission Gateway), "WORKMODE" of the BTS port must be set to E1(E1) or T1(T1), according to the physical connection. The setting of the E1/T1 DIP switch of the BTS must match the setting of "WORKMODE" of the BTS port.

Time zone Enumeration Type GMT-1200(GMT-12:00)Support of Daylight Saving TimeConfiguration Management

Actual Value Range Unit Default Value Recommended Value

0~70 None 50 50

0~70 None 50 50

1~8, step:0.1 s 40 40

TRUE, FALSE None 0 0

NO, YES None YES YES

10~255 s 30 30

10~255 s 60 60

IDLETSALLOC_0, IDLE None IDLETSALLOC_0 IDLETSALLOC_0

CLOSE, OPEN None CLOSE CLOSE

0~100 per cent 90 90

NO, YES None NO NO

10~3600 s 15 15

GSM_PHASE_1, GSM_PHNone GSM_PHASE_2 It is recommended that

1~255 None 40 40

0~250 None 100 100

8BIT, 11BIT None 8BIT 8BIT

0~65535 None 0 0

NO, YES None NO NO

0~31 None None None

OSubcell, USubcell, NoNone Usubcell Usubcell

0~31 None None None

ULPRIORITY, NEUTRAL,None NEUTRAL NEUTRAL

0~9 None 0 0

1~10 None 2 2

15~7200 s 120 120

Disable, Enable None Enable Enable



COMPUL0, COMPUL1, None FLEX FLEX

4_75KBIT/S, 5_15KBIT/None 4_75KBIT/S-1&5_15KBI4_75KBIT/S-1&5_15KBI

4_75KBIT/S, 5_15KBIT/None 4_75KBIT/S-1&5_15KBI4_75KBIT/S-1&5_15KBI

0~7 None 6_60KBIT/S-1&8_85KBI6_60KBIT/S-1&8_85KBI

NO, YES None NO NO

1~255 min 10 10

60~300 V 180 180

61.0~300.0 (step: 0.1 V 2800 2800

60.0~299.0 (step: 0.1 V 1800 1800

60~300 V 280 280

NO, YES None NO NO

0~254 None None None

0~50 ms 0 0

0~768 None 2 2

PORT0_CDEF, PORT1_ None None 0


BYMANUAL, BYAUTO None BYAUTO None

0, 1, 2 None 2 2

OFF, ON None OFF OFF

COMMON_DLD, QUICK_None None None

Lock, Unlock, ShutdowNone UNLOCK UNLOCK

Lock, Unlock, ShutdowNone Unlock Unlock

Lock, Unlock, ShutdowNone Unlock Unlock

None None None

0~100 None 10 10


None None None

RATIORULE None None None

1~51 characters None None None


0~600 ms 400 400

0~60 dB 20 20

-60~-35, 0 dBm -50 -50

0~1000 ms 0 0

0~15 dB 6 6


10~100 None 20 20

1~10 s 4 4

1920~30720, step:48 ms 64_Times 64_Times

0~30240, step:480 ms 48 48


BSC None None None

1920~30720, step:48 ms 52_Times 52_Times

0~30240, step:480 ms 32 32








1~60 min 15 15

hour{0~23}min{0~59}

hour{0~23}min{0~59}

ALL, ONEBYONE None None None

ALL, ONEBYONE None None None

NO, YES None NO NO





NO, YES None NO NO

ABIS, A None ABIS ABIS

0~100 per cent 5 5

0~100 per cent 5 5

0~100 per cent 5 5

0~100 per cent 10 10

0~100 per cent 10 10

0~100 per cent 10 10

NO, R3, R2, R2ANDR3 None NO NO

-12~12 dB 0 0

-23~-4 dBm -18 -18

3~12 dB 6 6

-23~-4 dBm -4 -4

-23~-4 dBm -23 -23

FIXEDLEVEL, ADAPTIVENone FIXEDGAIN FIXEDGAIN


5~15 None 5 5

1~255 s 3 3

0~4000000 kbit/s None None

NOTALLOW, ALLOW None ALLOW ALLOW


0~100 per cent 100 100

NOTALLOW, ALLOW None NOTALLOW NOTALLOW

0~16 None 4 4

0~100 per cent 100 100

ALLCIC, ALLNULL None None ALLCIC

None ALLCIC ALLCIC

0~2000 mA 30 30

0~2000 mA 30 30

0~2000 mA 30 30

0~2000 mA 30 30

0~2000 mA 30 30

0~2000 mA 30 30

0~65535 s None None

ALLCIC, ALLNULL




0~15 mA 10 10

45~155 mA 100 100

125~175 mA 150 150

0~65535 s None None

0~100 per cent 0 0

0~100 per cent 0 0

0~250 None 0 0

0~250 None 0 0

NO, YES None NO NO

flt, evt, all None all all

0, 1, 2, 3, 4, 5, 6, 7, 8 None 6 6

0~0.9, step:0.1 m 0 0

-1000~10000 m None None

0~6553 m 40 40

-3281~32810 feet None None

Critical, Major, Minor, None None None

Critical, Major, Minor, None None None

None DISABLED DISABLED






2~32, step:2 dB 16 16

OFF, ON None ON ON

NO, YES None NO NO

TCH:480~9600, step: ms 5 5

0~3 None 0 0

0~7 None 0 0

0~7 None 3 3

TCH:480~9600, step: ms 5 5

0~7 None 2 2

0~63 dB 8 8

0~63 dB 33 33

0~63 dB 25 25

NO, YES None NO NO

0~255 dB 2 2

0~255 dB 20 20

DISABLED, ENABLEDDISABLED, ENABLEDDISABLED, ENABLEDDISABLED, ENABLEDDISABLED, ENABLEDDISABLED, ENABLED

0~255 dB 1 1

0~255 dB 100 100

0~7 None 0 0

0~100 per cent 75 75

0~255 dB 4 4

0~255 dB 108 108

NO, YES None NO NO

0~7 None 3 3

0~100 per cent 15 15

0~32 dB 8 8

0~30 dB 2 2

0~30 dB 0 0

0~30 dB 0 0

0~32 dB 8 8


480~7200, step:480 ms 3 3

0~4 dB 4 4

0~15 None 0 0

OFF, ON None ON ON

0~99 per cent 55 55

NO, YES None NO NO

TCH:480~9600, step: ms 5 5

0~3 None 0 0

0~7 None 0 0

0~7 None 3 3

TCH:480~9600, step: ms 5 5

0~7 None 3 3

0~63 dB 6 6

0~63 dB 30 30

0~63 dB 18 18

0~65535 None 2 2

0~65535 None 2 2

3~30 dB 6 6


10~30 dB 12 12





MODE0, MODE1, MOD None MODE0 MODE0

-32~0 dB -13 -13

-64~0 dB -48 -48


0~360 degree 360 None

0~1000 m 0 0

SENDPOWER, NOPOWNone NOPOWER NOPOWER


NO, YES None NO NO

0~35 None None None

A, B None None None

A, B None None None

A, B, NULL None NULL NULL


M3UA, BBAP None None None

MTP2, OTHER, TCSTM1None None None

1~65535 packet 20 20

1~65535 bit 1024 1024

1~65535 bit 256 256

1~65535 packet 20 20

1~65535 packet 10 10

1~65535 packet 20 20


1~65535 bit 384 384

0~65535 None 0 None

PRIMARY, STANDBY, A None PRIMARY None

PRIMARY, STANDBY None PRIMARY PRIMARY

0~80 per cent 50 50

5~126 None 100 100

5~100 per cent 100 100

3~10 None 3 3

3~10 ms 3 3

0~27 None None None

0~27 None None None

0~11 None None None

power, env, sig, trunk None None None

power, env, sig, trunk None None None


DISABLE, ENABLE None DISABLE DISABLE

0~61 dB 35 35

0~62, 255 None None None

0~62 None None None


0~23 None None None



0~63 dB 30 30

500~60000 ms 10000 10000

1~300 s 30 30

1~300 s 60 60

1~300 s 30 30

1~300 s 60 60

1~300 s 30 30

1~300 s 30 30

1~300 s 20 20

NO, YES None NO NO

0~63 dB 2 2

0~63 dB 10 10


Close, Open None Open Open

80~100 per cent 85 85


0~100 per cent 90 90

TS1, TS2, TS3, TS4, T None None None

NO, YES None None None

0~1 None None None



TDM, IP None TDM TDM

A, B, ALL None None None



0~15 dB 0 0

0~15 dB 0 0

1~65535 min None 60

1~60 min 1 1

NONE, PEER None None None

SERVER, CLIENT None None None









NO_V, PAP_V, CHAP_V None NO_V NO_V



ENABLE, DISABLE None None ENABLE

NO, YES None YES None



NO, YES None NO NO

DISABLED, ENABLED None ENABLED ENABLED

BTSAUTODLDACT, TM None None None

OFF, ON None ON None

1~65535 min None None

AU4, AU3 None None AU4

GSM_PHASE_1, GSM_PHNone GSM_PHASE_2 GSM_PHASE_2 is recomm

LOW, HIGH None HIGH None

LOW, HIGH None LOW LOW

O1E3_R1E4, O1E4_R1ENone None None




OFF, ON None OFF None




0~70 None 55 55

CLOSE, LOCALTLLI, AL None ALLTLLI ALLTLLI


0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

BYTRX, BYPWR None BYTRX BYTRX

BYCOVER, BYCAP, BYSNone BYCOVER BYCOVER

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

1~200 s 20 20



Battery1Temp, Batte None Battery1Temp For EPS4815 boards, t

Battery1Temp, Batte None Battery1Temp Battery1Temp

30~1000 Ah 50 50

NO, YES None NO NO

0~90 per cent 50 50

NO_BAT, INSIDE_BAT, None NO_BAT NO_BAT

1024~65535 None 58000 58000

0~254 None 8 8

0~5000 Ah 36 36

0~7 None None None

0~7 None None None

0~7 None None None



NO_Hop, Hop None None None

0~100 per cent 80 80

0~100 per cent 60 60

0~63 None 14 14


5~25 per cent 15 If "Power System Type

43.3~57.6 (step: 0.1) V 565 565

NO, YES None NO NO

1~10 None 8 8

1~10 None 4 4

1~10 None 2 2

MTP3, M3UA, MTP3_M None None None

1~60 s 1 1

0~10 None 5 5

0~3 None 1 1

NO, YES None NO NO


0.5~16, step:0.5 s 4 4

0.5~16, step:0.5 s 6 6

3~10 None 3 3

1~2 None None None

10~254 None 30 30

ALL, PART None ALL ALL

-10000~10000 None None None

1~10 None 4 4

1~10 None 2 2

1~10 None 1 1

DISABLE, ENABLE None ENABLE None

0~65534 s 0 None

60~65534 s 900 None

DISABLE, ENABLE None ENABLE None

1~6 None 4 4

1~120 s 10 10


0~5, 8~27 None None None

0~11 None None None

0~5000 s 1000 1000

NO, YES None None NO

nonrpt, rpt None None None

0, 1, 2, 3, 4, 5, 6, NUL None NULL NULL

0, 1, 2, 3, 4, 5, 6, NUL None NULL NULL


0.5~8, step:0.5 s 1 1

0~127 dB 69 69

0.5~8, step:0.5 s 1 1

SCU, GCU, XPU, INT, None None None

SCU, GCU, XPU, DPU, None None None

SCU, GCU, MPU, GCP, None None None

INT, DPU, XPU, TNU, None None None

0~72 None None None

0~47 None None None

0~100000 (step: 100) kbit/s None None

DATM_MAIN, DATU_MAINone None None

0~100000 (step: 100) kbit/s None None

DPUa, DPUc None None None

PEUa, FG2a, GOUa, EI None None None

FG2a, GOUa, FG2c, G None None None

PEUa, POUc None None None



MRRU, GRRU, MRFU, GNone None None

TMU, DTRU, DPTU, QT None None None

0~255 s 0 0

1~80 characters None Cell name None

2~3600 s 60 60

ENTIRE, INCREMENTALNone INCREMENTAL None

0~7 None 1 1


NO, YES None NO NO

MAINBSC, SUBBSC None None None

0.0.0.0~255.255.255. None None None

None None None

None None None

0~15 None None None

0~15 None None None

5~60 d 5 5

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

UNCONDITIONALSTARTNone UNCONDITIONALSTAR UNCONDITIONALSTAR



NO, YES None NO NO





NO, YES None NO NO

0~65535 None 65535 65535

0~65535 None 65535 65535

0~65535 None 65535 65535

0~4294967295 None 0 0

0~65535 None 0 0

0~65535 None 0 0

0~65535 None 0 0

0~65535 None 0 0

0~65535 None 0 0

0~65535 None 0 0

0~65535 None 0 0

0~65535 None 65535 65535

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~65535 None 65535 65535

0~65535 None 65535 65535

hour{0~23}min{0~59}hour{0~23}min{0~59}

0~65535 None 65535 65535

0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

0~65535 None 65535 65535

0~27 None None None

0~11 None None None

0~7 None None None


0~15 None None None

1~15 None None None

1~31 None None None

0~15 None 10 10


0~12 None 4 4

940~4230, step: 470 ms 2_M_PERIOD 2_M_PERIOD

1~4 None 1 1

0~12 None 1 1

NEITHERSTART, BTSPRNone NEITHERSTART NEITHERSTART

NONSUPPORT, BASIC, None NONSUPPORT NONSUPPORT


PEUa, EIUa, OIUa, POUNone None None

SCUa, GCUa, GCGa, PENone None None

SCUa, GCUa, GCGa, PENone None None

PEUa, POUc, EIUa, OIUNone None None

PEUa, POUc, EIUa None None None

PEUa, POUc, EIUa, OIUNone None None

POUc, OIUa None None None

POUc, OIUa None None None

FG2a, GOUa, FG2c, G None None None

EIUa None None None

DATU, GATM, DRRU, MNone None None

CDU, PCDU, DCDU, CDNone None None

BIE, PWC, EAC, EMUA, None None None

DRRU, DRFU, MRRU, XNone None None

TRX_30_OR_DRU, TRX_GNone None None

CDU, CDUC, CDUP, CDNone None None

CFGBM, CFGTC None None None

CFGBM, CFGTC None None None



LOGICIP, PORTIP, PPP/ None LOGICIP LOGICIP

LOGICIP, PORTIP, PPP/ None None None








BYIDX, BYNAME None None None

BYNAME, BYID None None None


0.0.0.0~255.255.255. None None None

UNCONDITIONALSTARTNone UNCONDITIONALSTAR UNCONDITIONALSTAR

0.0.0.0~255.255.255. None None None

BSC_Preprocessing, BTNone BTS_Preprocessing BTS_Preprocessing




OFF, ON None ON ON

NO, YES None NO NO

2~32, step:2 dB 16 16




BTS30, BTS312, BTS3 None None None

BTS3900B_GSM, BTS3 None None None

BTS3012, BTS3006C, None None None

0~1000000 s 3 3

BIULOOP, TRXSELFTESNone None None

NO_BAT, INSIDE_BAT, None NO_BAT NO_BAT

10~255 s 60 60

YES, NO None NO NO



1000~3000 ms 1000 1000

OFF, ON None None None

0~200000 kbit/s 0 0

0~200000 kbit/s 0 0

0~100 per cent 20 20

0~100 per cent 15 15

0~200000 kbit/s 0 0

0~100 per cent 1 1

0~200000 kbit/s 0 0

0~100 per cent 0 0

0~100 per cent 5 5

0~200000 kbit/s 0 0

100~1000 per cent 120 120

FULL_DUPLEX, HALF_ None None None

0~100 per cent 25 25

20~100 per cent 80 80


C31NOTUSE, C31STA None C31STANDARD C31STANDARD

0~1 None 0 0


0~8 None None None


NO, YES None YES If this parameter is s




GSM900, DCS1800, G None GSM900 GSM900

NULL, IPLGCPORT, RS None NULL NULL

ETHER, IPLOGICPORT, None None None

ETHPORT, TRUNK None None None

NO, YES None NO The CBA function applie

0~3 None None None

0.0.0.0~255.255.255. None None None

0~63 None 30 30


5~180 s 15 15

NO, YES None NO NO

4500~32767 byte 4500 4500

1~5 s 3 3

TCH:0~14880, step:48ms 2 2

TCH:0~14880, step:48ms 6 6

0~65535 None 86 None

DISABLE, ENABLE None None None

0~255 s 15 15

20~100 per cent 80 80

0~63 None 46 46

10, 100, 1000 ms 1000 1000

0~100 per cent 90 90

0~42, step: 6 dB 0 0

0~36, Positive infinity,dB 0 0


AUTO, MANU None None None



0~50 None 0 0

0~42, step: 6 dB 0 0


Permit, NoPermit None Permit Permit

OUTDOOR_CELL, INDONone OUTDOOR_CELL OUTDOOR_CELL

24.0~28.9 (step: 0.1) V 283 283

43.3~57.6 (step: 0.1) V 565 565

24.0~28.9 (step: 0.1) V 268 268

43.2~57.5 (step: 0.1) V 535 535











Inner, Extra None None None

1, 2, 3, 4 None 3 3


NO, YES None NO NO

0~255 None 80 80





OP1, OP2, OP3, OP4, None 255 255

0~63 dB 30 30

0~63 None 1 1

1~20 None 4 4


35.0~55.3 (step: 0.1) V 430 430

2G, 3G None 2G 2G

0~100 per cent 30 30

COMMON, MULTIPATH,None COMMON COMMON

NO, YES None NO NO

40.0~79.0 (step: 0.1) degree Celsius 500 500

-19.0~5.0 (step: 0.1) degree Celsius -100 -100



NO, YES None NO NO

0~63 dB 20 20

0~63 None 1 1

20~90 per cent 80 80



NULL, IPLGCPORT, RS None NULL NULL

AUTO, NORMAL None None None





G_15, G_16, G_17, G_1None None None

G_0, G_1, G_2, G_3, G None None None

20~90 None 80 80

20~90 None 80 80



0~2 None None None

30~100 None 90 90

30~100 None 90 90

30~100 None 90 90

QUICK_HO_NCELL_TYPNone QUICK_HO_NCELL_TYPQUICK_HO_NCELL_TYP

CHAINTORING, COMBI None None None

CAPABILITY, QUALITY, None CAPABILITY CAPABILITY

0~100 per cent 0 0


0~100 per cent 100 100



NO, YES None NO NO

1~64 s 10 10

1~5 None 5 5






5~20 None 10 10

5~20 None 10 10

NO, YES None NO NO

NO, YES None NO NO

ALDER32, CRC32 None CRC32 CRC32

SBFD, ARP, MBFD None None None

0~12 h None None

1~7 None None None


0~7 None None None

TRXRFSELFLOOP, BIU None None None

FULLTCH, HALFTCH None None None







NOSENDING, SYSTEMONone SYSTEMOPT SYSTEMOPT

NO, YES None NO NO


10~800 None 100 100

10~800 None 200 200

100~600000 ms 1000 1000

TCHFR, TCHHR, SDCC None TCHFR TCHFR





0~160 frame 0 0

1~12, step: 5 min 3 3


1~100 per cent 80 80

1~60 s 5 5



NOTSENDING, SENDINNone NOTSENDING NOTSENDING

NOTSENDING, SENDINNone NOTSENDING NOTSENDING



64~100000, step:64 kbit/s None None

0~22 dB 22 22

0~27 None None None

0~11 None None None

UNSUPPORT, SUPPORTNone UNSUPPORT None

NO, YES None NO NO

ERR_PFM_1E6, ERR_PFNone None ERR_PFM_5E6

INCLK, BSCCLK, EXCLKNone None None

HW_DEFINED, PTP None PTP PTP

GCUa, GCGa None GCUa None

INT_CLK, TRCBSC_CLK,None None None

0~255 s 255 255

cleared, uncleared None None None

0~255 s 255 255



0~19 None None None

1~3 None None None

0~62 None None None

0~62 None 0 0

0~62 None None None

0~62 None None None

0 None None None

1~60 s 30 30



0~31 None None None

0~3 None None None

NONE, AINTFBLOCK None NONE NONE


BTS3002C, BTS3012A,None None None

BTS3012, BTS3012AENone None None


0~250 None 0 None

0~250 None 0 None



INACTIVE, ACTIVE None INACTIVE INACTIVE

BYSITE, BYCELL None None None

0~10, step:0.1 dB 45 45

L0_FORBID, L1_FORBIDNone L0_FORBID-0&L1_FORBL0_FORBID-0&L1_FORB

LOWERCASE, UPPERCASNone None None

1~100 None 100 100

NO, YES None NO NO


10~150 ms 15 IP/HDLC:15

10~150 ms 15 IP/HDLC:15

10~150 ms 15 IP/HDLC:15

10~150 ms 15 IP/HDLC:15

10~150 ms 25 25

10~150 ms 25 25

10~150 ms 25 IP/HDLC:25

10~150 ms 25 IP/HDLC:25

10~150 ms 25 IP/HDLC:25

10~150 ms 25 IP/HDLC:25

10~150 ms 50 50

10~150 ms 50 50

NO, YES None NO NO


NO, YES None NO NO

ALL, ONLY_SSL None None None

INNER, EXTERNAL None None None

0~60 s 4 4

1~200 s 6 6

NO, YES None NO NO

1~28 None 5 5

1~60 s None None

NO, YES None NO NO

0~7 None None None

OFF, ON, NOTSUPPOR None NOTSUPPORT NOTSUPPORT

0dB, 2dB, 4dB, 6dB, 8 dB 6dB 6dB



10~2550, step: 10 ms 10 10

1~255 None 3 3

0~126, step: 2 dB 0 0

1~255 None 255 255

UNAVAILABLE, AVAILA None UNAVAILABLE UNAVAILABLE

VOICEINF, MR, CALLAPNone None None

0~100 None 5 5


RESINSUFF, UMABNORMNone RESINSUFF,UMABNORMRESINSUFF,UMABNORM

0~100 per cent 100 100

BE, AF11, AF12, AF13, None None When the interface type

0~7 None None When the interface typ

0~100 per cent 100 100

0~7 None 5 5



OFF, MRHOFAIL, MRH None OFF OFF

COMMONUSRM, SPEC None None None

ABNORMREC, ALLBSCRNone ABNORMREC ABNORMREC

OFF, ON None None ON

OFF, ALL, AINTF, ABIS None OFF OFF

30~100 per cent 90 90

LU, SMS, CALL None CALL CALL

0~100 per cent 50 50


BE, AF11, AF12, AF13, None None When the interface type


0~100 per cent 50 50

0~7 None 3 3

ON, OFF None None ON

40000~50000 ms 45000 45000

5000~150000 ms 30000 30000

1000~2000 ms 1300 1300

400~600 ms 500 500

7500~9500 ms 8200 8200

80~120 ms 100 100

3000~6000 ms 5000 5000

500~2000 ms 1500 1500

1~100 ms 100 100

30~100 per cent 95 95

30~100 per cent 95 85


4BURST, RLC/MAC None 4BURST 4BURST

YES, NO None None None

0~62 None None None

0~5 None None None

0~23 None None None


0, 2, 4, 8, 10, 12, 14, None None None



ON, OFF None None OFF

NO, YES None NO NO

0~99 None None None

10~255 min 30 None

1~63 character None None None

TCH:480~14880, step ms 4 4

TCH:480~14880, step ms 4 4

NT14_5K, NT12K, NT6KNone NT14_5K-0&NT12K-1&NT14_5K-0&NT12K-1&

NOLIMIT, LIMIT None NOLIMIT NOLIMIT

2000-1-1~2099-12-31None None None

1~12 None None None

0~31 None None None

0~30 degree Celsius 2 2

Inner, Extra None None








35.0~55.6 (step: 0.1) V None If "Power System Type

58.0~60.0 (step: 0.1) V 580 580

43.3~55.5 (step: 0.1) V 450 450

58.0~60.0 (step: 0.1) V 580 580

0~32 None 0 0

500~60000 ms 1000 1000




0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None


BSC, BTS None None None

BTS, BSC, DXX, OTHERNone None None

If the coverage area in the underlaid subcell is large and tight frequency reuse is used in the overlaid subcell, the recommended value is Inner.If the coverage areas in the overlaid and underlaid subcells are similar and tight frequency reuse is used on the BCCH, the recommended value is Extra.

0~27 None None None

{0~11} None None None

0~7 None None None


0~255 s None 2

3~10 None 3 3

OFF, ON None None OFF


0~35 None None None

0.0.0.0~255.255.255. None None None

LOGIC_IP None None None


0~23 None None None



DEFAULTPORT, CUST None None DEFAULTPORT

1~60 min 1 1

0.0.0.0~255.255.255. None None None

0~63 None None None


NO, YES None NO NO

MON_1~MON_31 None None None

SUN, MON, TUE, WED, None None None



NO, YES None NO NO


NO, YES None NO NO

0~15 s 3 3


0.5~4, step: 1/8 bit 4 4

0.5~4, step: 1/8 bit 4 4

0.5~4, step: 1/8 bit 4 4

N0, YES None N0 N0

TCH:480~122400, ste ms 3 3

1~30 dB 14 14

1~30 dB 14 14

1~30 dB 16 16

1~30 dB 16 16


1~255 None 5 5


0~63 dB 20

1~10 None 3 3

1~30 dB 16 16

1~30 dB 16 16

0~127 None 0 0

1~30 dB 18 18

1~30 dB 18 18

0~15 None 2 2

0~15 None 3 3

0~15 None 3 3

0~15 None 3 3

0~15 None 4 4

0~15 None 15 15

0~15 None 2 2

0~15 None 2 2

0~63 dB 35 35

0~70 None 40 40

1~100 None 90 90

TCH:480~9600, step: ms 5 5

2~255 None 2 2

2~255 None 8

2~255 None 60 60

2~255 None 2 2

1~30 dB 4 4

1~30 dB 8 8

1~100 None 100 100

0~3 None 0 0

0~7 None 0 0

0~7 None 2 2

TCH:480~9600, step: ms 5 5

0~7 None 2 2

0~63 dB 10 10

0~70 None 55 55

0~70 None 60 60

0~70 None 55 55

0~10 None 3 3

TCH:0~9120, step:480ms 3 3

0~63 dB 20 20

0~63 dB 20 20

TCH:480~9600, step: ms 1 1

The recommended value is 20 when HUAWEI I Handover is used;The recommended value is 15 when HUAWEI II Handover is used.

The recommended value is 8 when DTX is disabled.The recommended value is 14 when DTX is enabled.

0~10 None 6 6

TCH:0~9120, step:480ms 3 3

TCH:480~9600, step: ms 1 1

0~100 None 5 5

0~100 None 55 55

0~63 dB 45 45

0~63 dB 28 28

0~300 ms 140 140

0~255 s 0 0

1~255 None 5 5

0~63 dB 12 12

0~63 dB 17 17

0~63 dB 25 25

0~63 dB 23 23

0~63 dB 31 31

0~63 dB 63 63

0~63 dB 12 12

0~63 dB 18 18




CS1, CS2, CS3, CS4 None CS2 CS2

MCS1, MCS2, MCS3, MNone MCS6 MCS6

MCS1, MCS2, MCS3, MCNone DAS6 DAS6

MCS1, MCS2, MCS3, MCNone UNFIXED UNFIXED

CS1, CS2, CS3, CS4, None UNFIXED UNFIXED

MCS1, MCS2, MCS3, MNone UNFIXED UNFIXED


NO, YES None NO NO

0~5000 ms 2400 2400

0~64 per cent 10 10

0~64 per cent 5 5

0~64 per cent 5 5

0~64 per cent 5 5

0~64 per cent 2 2

0~64 per cent 2 2

CLOSE, OPEN None OPEN None

0~25.5, step:0.1 dB 30 30

1~16383(BIT14), 1~6 None None None


0~31 None None None

0~31 None 0 0

0~31 None None None

STP, A, IUR_G, LB None None None



0~128 dB 72 72

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

0~1 None 1 1

10~150 ms 60 IP/HDLC:60

10~150 ms 60 IP/HDLC:60

10~150 ms 60 IP/HDLC:60

10~150 ms 60 IP/HDLC:60

10~150 ms 80 80

10~150 ms 80 80

1~60 min 10 10

0~12 h 3 3

2~10 dB 2 2


0, 1, 2, 4, 8, 16, 32, 6 s 4 4



0~31(PEUa), 0~251(E1None None None

0~63 None 48 48

0~63 None 0 0

0~63 None None None

0~63 None 0 0

1~3600 s 180 180

0~27 None None None

0 to 21 None None None

0~27 None None None

0~21 None None None

0~21 None None None

0~30 s 15 15

YES, NO None NO None


0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None



0~100 per cent 85 85


1~12 None None None

1, 2, 3, 4, 5, 6, 7, 8, 9 None None None

0, 1 None None None


0~23 None None None


0~53 None None None



FULL, HALF None FULL FULL

0~12 h None None

1~24 h None None

0~59 min None None

0~59 s None None

10~80 None 20 20

0~63 None 20 20



0~15 None None None

10~3600 s 20 20

LEVEL0, LEVEL1, LEVENone LEVEL0 LEVEL0

0~8 None 2 2


NOTSUPPORT, DDIVERSNone NOTSUPPORT NOTSUPPORT

1~60 min None None

0~7 None None None

0~31 None None None

ACTIVE, ACTIVESTANDNone None None

0~83 None None None

0~7 None None None


E1, T1 None None None

0.0.0.0~255.255.255. None None None

0~49 dB 3 3

0~49 dB 30 30

NO, YES None YES 1. For a 900/1800 MHz Co

1~2147483646 None 2147483646 2147483646

2000-1-1~2037-12-31None None None

2000-1-1~2037-12-31None None None

2000-1-1~2037-12-31None None None

2000-01-01~2050-12-None None None

1~31 d None None

1~255 s 4 4

1~255 s 5 5

0~11 None 10 10

NO, YES None NO None

0.5~16, step:0.5 s 4 4

0.5~16, step:0.5 s 6 6

0.5~16, step:0.5 s 1 1

0.5~16, step:0.5 s 4 4

0.5~16, step:0.5 s 1 1

0.5~16, step:0.5 s 6 6




0~31 None 16 16

0~31 None 7 7

DATE, WEEK, DATEWENone None None

1~15 None 15 15


ERR_PFM_5E6, ERR_PFNone None ERR_PFM_1E5

0~63 None None None

NO, YES None NO NO

NoPriority, Priority4, PrNone Priority4 Priority4

NO, YES None NO NO

0~7 None None None

0~7 None 7 7


JAN, FEB, MAR, APR, MNone None None

0.0.0.0~255.255.255. None None None

NO, YES None NO NO

ENABLED, DISABLED None None None

A5/0, A5/1, A5/2, A5/3 None A5/0-1&A5/1-0&A5/2- A5/0-1&A5/1-0&A5/2-

AUTO, PLAINTEXT, EN None AUTO AUTO

AUTO, PLAINTEXT, EN None None None

NO, YES None NO NO




1~31 None None None

-99.0~40.0 (step: 0.1)degree Celsius 0 0


0, 2, 4, 6 None None None

00:00~23:59 None None None


1~31, step:8 None None None

1~31 None None None

DISABLED, ENABLED None None None


0~100 per cent 70 70


OFF, ON None ON ON

1~255 s 5 5

0~63 dB 5 5

0~100 per cent 20 20

OFF, ON None ON ON

OFF, ON None ON ON

0~100 per cent 80 80

NO, YES None YES None

M3UA_ASP, M3UA_IPSPNone None None

M3UA_SGP, M3UA_IPSPNone None None

0~63 dB 63 63



NO, YES None NO NO

O1E3_R5E4, O5E4_R1ENone O5E4_R1E4 O5E4_R1E4


0~63 None None None

0~7 None None None

0~7 None 0 0


1~2147483646 None 2147483646 2147483646

500~60000 ms 3000 3000


0~255 s 0 0

HOUR, MIN, SEC None None None

2000-1-1 00:00:00~20None None None


ONE_BY_ONE, PARALL None None ONE_BY_ONE

2000-1-1 00:00:00~20None None None

00:00:00~23:59:59 None None None

00:00:00~23:59:59 None None None

1970-1-1 00:00:00~25None None None

2000-1-1~2037-12-31None None None

00:00:00~23:59:59 None None None

LOGINEVENT, MANAGENone None None

00:00:00~23:59:59 None None None


FIRST, SECOND, THIRDNone None None

1~9 characters V or A 0.02 None


VOLTAGE, CURRENT None CURRENT None

1~9 characters V or A 100 None

















NoExclusive, ExclusiveNone NoExclusive NoExclusive

0~100 per cent None 25

0~63 dB 30 30

0~63 dB 30 30









EM0, EM1 None EM0 EM0

60sec, 120sec, 240secs 60sec 60sec

TYPE1, TYPE2, TYPE3 None TYPE1 TYPE1

Normal_cell, DualTst_ENone Normal_cell Normal_cell

SEND, NOTSEND None SEND SEND

0~12750, step: 50 ms 8 8

NO, YES None NO NO

NO, YES None NO NO



0~63 dB 30 30

PLUS_1, MINUS_1 None None None

HIGH_SPEED, LOW_SP None None None


CONTINUOUS, DISCRETNone None None

NORMAL_FAN, IND_FA None None None

NO_SPEED_ADJUSTMENNone SOFTWARE_CONTROL SOFTWARE_CONTROL

IND_FAN, NORMAL_FA None None None

0~100 per cent 0 0

NO, YES None NO NO




0~100 per cent 55 75


0~1999 None 0 0

0~1999 None 0 0

0~1999 None 0 0


0~1999 None 0 0


0~62 None None None

0~62 None None None

0~100 per cent 85 85

None, 16bit, 32bit None 16bit 16bit

None, 16bit, 32bit None 16bit 16bit

ON, OFF None ON None

43.2~57.5 (step: 0.1) V 535 535



0~42, step: 6 dB 0 0


0~1 None None None


0~49 dB 10 10

0~3 None 2 2

-20, -6, -18, -8, -16, -1 dB 0 0

0~7 dB 0 0

Negative infinity, -28~dB 8 8

RSCP, EcN0 None RSCP RSCP

-114~-84, step: 2 dBm 6 6

0~63 None 10 10


1~1000 None 4 4

NO, YES None NO For the double-transce

0~1000 per mill 2 2

0~1000 per mill 4 4

0~1000 per mill 8 8

0~1000 per mill 16 16

0~1000 per mill 32 32

0~1000 per mill 64 64

0~1000 per mill 128 128

NO_FH, BaseBand_FH, None NO_FH NO_FH





txt, csv None csv csv

0~32 None 6 6

FALSE, TRUE None None None

NO, YES None NO NO


0~100 per cent 80 80

0~65534 s 0 0

0~65534 s 0 0

DISABLE, ENABLE None ENABLE ENABLE

60~65534 s 900 900

60~65534 s 900 900

FIX_16K_ABIS, FLEX_ABNone FIX_16K_ABIS FIX_16K_ABIS

OFF, ON None OFF When tight frequency


0~65535 ms 4500 4500

0~65535 ms 1000 1000


OFF, ON None ON ON

OFF, ON None ON ON

OFF, ON None ON ON

OFF, ON None ON ON


0~20 None 10 10

0~20 None 10 10

0~20 None 10 10

0~20 None 10 10

0~20 None 10 10

0~20 None 10 10

0~20 None 10 10

0~20 None 10 10

0~200 None 0 0

CLOSE, OPEN None OPEN OPEN

0~19 None 5 5

INDOOR, OUTDOOR None None None





0~100 characters None None none



OPEN, CLOSE None OPEN OPEN

1~300 s 15 15

0~30 s 0 0

Close, Open None Close Close

NO, YES None NO NO


0~31 None None None

0~23 None None None

1~30 ms 2 2




128~1024 byte 256 None

-2715647~2715647 None None None

0~255 None 0 0


ONTIME, RELATIVE None None None

ONTIME, DAILY_T, DA None None None


































































NO, YES None NO NO

0~65535 None 36671 36671

PGSM900, EGSML25, None None None

0~100 per cent 25 25


LOOSE, TIGHT None LOOSE LOOSE


MainDiversity, Maxi None MaximumMeanValue MaximumMeanValue


May_Use, Shall_Use, S None Shall_Use Shall_Use

0~23 None None None

0~23 None None None



TXT, CSV None TXT TXT

0~33 None None None

1~33 None None None

0~33 None None None

0~255 dB 20 20

0~600 s 5 5

0.5~16, step:0.5 s 4 4

0~255 dB 10 10

0~600 s 1 1

0.5~16, step:0.5 s 6 6

0~200000 kbit/s 0 0

0~200000 kbit/s 0 0

0~100 per cent 20 20

0~100 per cent 15 15

0~200000 kbit/s 0 0

0~100 per cent 1 1

0~200000 kbit/s 0 0

0~100 per cent 0 0

0~100 per cent 5 5

0~200000 kbit/s 0 0

-100~100 per cent 110 110

0~100 None 10 10

A0, U1 None A0 A0

0~31 None 12 12

None None Nonehour{0~23}min{0~59}

0~100 None 40 40


None None None

NO, YES None NO NO


DEG, SEC None DEG DEG




0.5~4, step: 1/8 bit 20 20

NO, SupportAsInnPcu, None NO None

NO, SupportAsInnPcu, None NO NO


GPRS, EGPRSNORCH, None NONGPRS NONGPRS

DB110, DB108, DB106,dB DB110 DB110

10sec, 20sec, 30sec, s 10sec 10sec

0~7 None 5 5

0db, 10db, 20db, 30db,dB 10db 10db

GPS, GLONASS, GPSGNone GPS GPS

1~60 min 10 10

NO, YES None NO NO





0~512 None 0 0


IP None None None

LAC_CI, PLMN, LAC, CI None None LAC_CI

0~100 per cent 80 80

1~15 None 10 10

0~3 None 3 3

UNSUPPORT, SUPPORTNone SUPPORT SUPPORT

ECHOREPLY, UNREACH,None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None 255.255.255.255 255.255.255.255

NO, YES None NO NO

0~255 dB 20 20

0~600 s 5 5

0.5~16, step:0.5 s 4 4

0~255 dB 10 10

hour{0~23}min{0~59}

0.5~16, step:0.5 s 6 6

NO, YES None NO NO

NO, YES dB NO NO

1000~600000 None None 1000(application type

0~62 None None None

0.5~8, step:0.5 s 2 2

0.5~8, step:0.5 s 3 3

0~65535 None 65535 None

0~65535 None 65535 None

DCS1800, PCS1900 None DCS1800 DCS1800

1~14 None 1 1

YES, NO None NO NO

NO, YES None NO NO



1~10 d None None


SysOpt, OSubcell, USubNone SysOpt SysOpt

NO, YES None NO NO

0~63 dB 10 10

0~63 dB 0 0

BYCELLNAME, BYCGI None None None


HOALGORITHM1, HOA None HOALGORITHM1 HOALGORITHM1

NO, YES None NO NO

0~16 None 3 3

0~16 None 3 3

0~63 dB 50 50

0.5~16, step:0.5 s 8 8

0.5~16, step:0.5 s 8 8

0~49 dB 35 35

0.5~16, step:0.5 s 3 3

FREE, INCELL, OUTCELNone None None

0~127 dB 68 68

0~61 dB 32 32

Pre_2G_Cell, Pre_3G_CeNone Pre_2G_CellThres Pre_2G_CellThres

0~255 s 5 5

0~63 None None None

0~63 None None None

BaseBand_FH, RF_FH None None None

NO, YES, NONE None YES YES

0~63 dB 25 25


0~63 None 0 0

0~23 None None None

NO_FH, BaseBand_FH, None NO_FH NO_FH

0~63 dB 63 63

1~60 min 15 15

0~63 dB 50 50


0.5~16, step:0.5 s 10 10

0.5~16, step:0.5 s 10 10

0.5~16, step:0.5 s 4 4

SINGLEHOST, PRIMHO None SINGLEHOST SINGLEHOST

SINGLEHOST, PRIMHO None SINGLEHOST SINGLEHOST

0~63 dB 25 25

0~63 dB 50 50

NO_HPANT, YES_HPANNone NONE NONE

NO_HPANT, YES_HPANNone None None

0~5 None None None

1~14 None 1 1

NO, YES None NO NO

35.0~55.6 (step: 0.1) V 440 440

NO, YES None NO NO



May_Use, Shall_Use, S None Shall_Use Shall_Use

0~63 None 0 0

0~23 None None None



SBFD, MBFD None None None

-99~70 degree Celsius 40 40

0~30 degree Celsius None None



1~9 characters per cent 80 None

1~9 characters per cent 10 None

0.0~100.0 (step: 0.1) None 1000 If "Power System Type

0.0~100.0 (step: 0.1) None 800 800

0.0~100.0 (step: 0.1) None 0 If "Power System Type

0.0~100.0 (step: 0.1) None 100 100

1~30 min 15 15

180~1260 s 720 720

1~60 min None None

E1PORT0, E1PORT1, E None None None

MAINDOMU, SLAVEDO None None None

60~600 s 90 90

0~23 dB 4 4

0~23 dB 10 10

NO, YES None NO NO

0~10, Step: 0.5 s 4 4

TCH:480~1920, step: ms 4 4

0~14 dB 0 0

0~14 dB 4 4

0~63 dB 7 7

NO, YES None NO Set this parameter to

0~10, Step: 0.5 s 0 0



0~23 dB 10 10

0~10, Step: 0.5 s 2 2

0~23 dB 13 13

0~31 dB 10 10


2~600 s 4 4

0~63 dB 0 0

0~63 dB 0 0

0~22 dB 0 0

0~22 dB 0 0

0~63 dB 4 4

0, 1 None 0 0

5~40 None 20 20

NO, YES None NO NO

0~63 dB 0 0

0~30 dB 7 7

0~10, Step: 0.5 s 5 5

0~16 None 4 4

0~63 None 0 0

2~600 s 8 8

0~50 dB 15 It is recommended that

0~10 None 6 6

0~63 dB 4 4

0~160 dB 110 110

0~23 dB 1 1

NO, YES None NO NO


0~63 None 20 20

NO, UNDER, INNER, YENone UNDER UNDER

NO, YES None NO NO

0~23 dB 5 5

NO, YES, NULL None NO NO

DISABLE, ENABLE None ENABLE For SingleRAN BTS, th

44~1024 byte 64 64

0~63 None 22 22

0~63 None 20 20

0~63 None 18 18

1~30 None None None



0~255 None 84 84


0~63 None 2 2




BYNAME, BYID, BYCGI None None None






BYTLLI, BYIMSI None None None

BYCELL, BYBSC None None None

YES, NO None YES YES


Positive, Minus None Positive Positive

0~125 None 0 0


0~32 None 1 1


1000~30000 ms 5000 5000

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

0~254 ms 4 4

1~5 None 2 2

NO, YES None NO NO

NO, YES None NO NO

0~255 bit 0 0

NO, YES None NO NO

0~255 s 10 10



500~60000 ms 10000 10000

0~8 bit 4 4

1~30 d 3 3

0~360 degree 360 360

0~62 None None None

NO, YES None NO NO

0.5~16, step:0.5 s 8 8

0.5~16, step:0.5 s 10 10

CELLCAPCLASS, NACC None CELLCAPCLASS CELLCAPCLASS


0~39 None 25 25

0~39 None 12 12

0~50 W 8 8

0~3 None 1 1

0~3 None 0 0

0~2 None 2 2


NO, YES None NO NO




NO, YES None NO NO

1~255 s 10 10

0~63 dB 5 5

0~100 per cent 90 90


0~23 None None None

0~15 None None None

Degree, D_min_sec None Degree Degree

NO, YES None NO NO

0~27 None None None

0~23 None None None

0~11 None None None


2~3600 s None 60

0~127 dB 67 67

INTBANI, INTBANII None INTBANII INTBANII

0~127 dB 68 In densely populated

0~255 s 15 15

0.5~8, step:0.5 s 2 2

0.5~8, step:0.5 s 3 3



48~115 None 110 110

48~115 None 105 105

48~115 None 98 98

48~115 None 92 92

48~115 None 87 87

48~115 None 85 85

0~60 d 3 3

480~14880, step: 480ms 20 20

NO, YES None NO NO

1~100 None 80 80

NO, YES None NO NO

NO, YES None NO NO

1~49 dB 20 20

0~49 dB 49 49

1~49 dB 5 5

1~91 dB 60 60

0~91 dB 91 91

1~91 dB 10 10

NO, YES None NO NO

{0~4} None OFF OFF

1~240 h 72 72

1~10 s 1 1

0~31 None 1 1

0~63 dB 30 30

500~60000 ms None None

500~60000 ms 10000 10000


NO, YES None NO In the hot-spot areas,

500~60000 ms 10000 10000


0~49 dB 25 25

1~255 s 10 10

0~91 dB 30 30


0~31 None None None

1~1440 min 30 None

30~1024 d None None

NO, YES None NO NO

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None 255.255.255.255 255.255.255.255

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0~100 per cent 10 10

0~100 per cent 5 5

No_HC, UDP/IP_HC, RT None UDP/IP_HC UDP/IP_HC

No_HC, UDP/IP_HC, RT None UDP/IP_HC UDP/IP_HC

0~5 None None None

0~5 None None None


IP_OVER_FE/GE, IP_OV None IP_OVER_FE/GE IP_OVER_FE/GE

IP_OVER_FE/GE, IP_OV None None None

NO, YES None NO NO


NO, YES None NO NO

UNSUPPORT, SUPPORTNone None None

UNSUPPORT, SUPPORTNone None None

NO, YES None NO NO

YES, NO None NO NO




NO, YES None NO NO



NO, YES None NO NO

STATIC, DYNAMIC None None None


NO, YES None NO NO


NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO


NO, YES None NO NO

NO, YES None NO NO

NOT_CONFIG, CONFIG None NOT_CONFIG NOT_CONFIG

1~64 None None None

1~30 None None None

TRUE, FALSE None None None

0~65535 None 65535 65535

ABIS, A, ATER, IUR_G None None None

PPP, MP None None None

OVERLAID, UNDERLAIDNone NONE NONE

CONVERT0, CONVERT1None CONVERT0 CONVERT0

0.5~16, step:0.5 s 8 8

0.5~16, step:0.5 s 10 10

Normal_cell, ConcentriNone Normal_cell Normal_cell


Hexadecimal, CharacteNone Character_String Character_String

0~124 characters None None SBS 155


NULL, 1byte, 16byte, None None 16byte


Hexadecimal, Charactenone Character_String Character_String



NULL, 1byte, 16byte, None None 16byte


Hexadecimal, CharacteNone None None

NULL, 1BYTE, 16BYTE,None None None



ZERO, SPACE None None SPACE


1~255, (step: 20) ms None None

DENY, ALLOW None DENY When the disorder phe

NOT-INDICATE-END, I None None None

0~63 dB 0 0

1~30 s 2 2



STATIC_LACP, MANUA None None None

1~5 characters degree None None

0~90 degree None None


0~59 minute None None

0~9 second None None


-90~90, step: 0.00000degree None None

-90:00:00.000~90:00:SEC None None

100~10000, step:100 ms 2 2

0~100 None 4 4

0~10000 ms 25 25

0~15 None 3 3

0~15 None 8 8

1, 2, 3, 4 None 3 3

1, 2, 3, 4 None 3 3

0~100 None 0 0

0~300 s 20 20

0~300 s 30 30

CLOSE, PSDOWN, AMRNone CSFHHO CSFHHO

CLOSE, PSDOWN, AMRNone PSDOWN PSDOWN

CLOSE, PSDOWN, AMRNone AMRC AMRC


CRITICAL, MAJOR, MIN None None None

INFO, WARN, ERR, ASTNone None None


0~7 None 0 0

NO, YES, NONE None YES None


0~63 dB 2 2

0.5~16, step:0.5 s 4 4

0.5~16, step:0.5 s 6 6

OAM, TDM_Switching, GNone None None

TDM_Switching, GCP, RNone None None

IP, Abis_IP None None None

A/Gb, Abis/Ater/Pb/Gb None None None


0~99 None 10 10

90~99 per cent 90 90

70~95 per cent 70 70


DIFFERENCE, ALL None DIFFERENCE DIFFERENCE

64K, 2M bit/s 64K 64K

0~9 characters None 10 None



0~40 V 35 35

40~80 V 45 45

LUCENT_MODE, HUAWENone None None

8K, 16K, 32K, 64K, 2M None None None

M3UA_MASTER_MOD, None M3UA_MASTER_MOD M3UA_MASTER_MOD

B0000, B0001, B0010,None B1111 B1111

B0000, B0001, B0010,None B1111 B1111

0~100 per cent 80 80

RANDOMALG, OTHERANone RANDOMALG RANDOMALG

1~10 s 4 4

0~1000 None 100 100

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

-64dB ~ 63dB None 0 0

0~255 s 10 10

0~63 dB 63 63

1~255 s 10 10

1~63 dB 5 5

1~16 None 3 3

0~63 dB 25 25

NO, YES None NO NO

FORBID, PERMIT None PERMIT PERMIT

0~63 None 40 40

0~100 per cent 60 60

0~100 per cent 85 85


NOTSTADYNPDCH, DY None DYNPDCHASIDLE DYNPDCHASIDLE



0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None


0~1 None None None

0~35 None None None

0~35 None None None


0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

OFF, ON None ON OFF


LFB, CL None None None

NORMMODE, RAPMODENone NORMMODE NORMMODE

30~100 per cent 90 95

30~100 per cent 90 80




30~100 per cent 80 85

30~100 per cent 80 70

ON, OFF None ON ON

PFM_RESULT, HOST_PFNone None None

COMLOG, CMPLOG None None None

1~5 characters degree None None



0~59 minute None None



-180~180, step: 0.00 degree None None

-180:00:00.000~180:0SEC None None

1~3 None None None

BYLOCAL, BYREMOTE None None None


LOOPTYPE_TDM, LOOPNone None None

0~100 per cent 80 80

MSC, MS None None None

NSSAINTF, NSSTCTOABNone None None

NO_LOOP, REMOTE_LONone None None

NO_LOOP, REMOTE_LONone None None

60~600 s 180 180

1~100 None 1 1

NO, YES None NO NO

NO, YES None NO NO

OFF, ON None ON ON

OFF, ON None OFF You are advised to dis

NO, YES None NO For EPS4815 boards, th

NO, YES None NO NO

E1, TIMESLOT None None None


FG2a/GOUa board:0~1None None None

FG2a/GOUa/UOIa(IP) None None None


Hub, Leaf None None None

IR, LA None IR IR



CLOSE, PSDOWN, AMRNone CSPH CSPH

EXCLUDE, INCLUDE None None INCLUDE

HORIZONTAL, VERTICANone HORIZONTAL None

HORIZONTAL, VERTICANone HORIZONTAL HORIZONTAL

APPLICATION, SCNDCPNone APPLICATION APPLICATION

OPTLOG, SECLOG None OPTLOG None

OPTLOG, SECLOG None None OPTLOG


-99~99 degree Celsius -1 -1

2~255 None 2 2

2~255 None 8 8

2~255 None 60 60

2~255 None 2 2

0~12 None 0 0

14, 15, 16, 18, 20, 22,None 20 20

18, 20, 22, 24, 26, 28,None 30 30

DISABLE, ENABLE None ENABLE For EPS4815, the reco

1024~65535 None 2905 2905




CA_MA, Frequency_LisNone CA_MA CA_MA



NO, YES None NO NO


0~3, Step:0.2 dB 0 0

00:00~23:59 None 0:00 None



0~35 None None None

0~1 None 0 0


0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170



0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None 255.255.255.255 255.255.255.255

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0~32 dB 8 8

0~254 None None 4(application type is


1~20 None 3 3

0~5 None 2 2

0~5 None 1 1

0~20 dB 10 10

1~2 None 1 1

1~2 None 1 1

24~1031 byte 1031 1031

50~200 None 100 100

1~1500 byte 256 256




100~100000 (step: 10W 125 125

0~254 None None 2(application type is

0~100 None 3 3

0~8 None 8 8

0~100 per cent 30 30

0~5 None 5 5

1~255 d None None

1C, 2C, 3C, 4C, 5C, 6 None 15C 15C

5C, 7C, 10C, 12C, 15C None 15C 15C

1~255 None 30 30

1_Times, 2_Times, 4_TNone 7_Times 7_Times




1~746 byte 64 64


0~30 dB 2 2

0~30 dB 0 0

0~30 dB 0 0

0~255 None 62 In Normal cell,the re

0~31 None 20 20


0~255 None 255 255

1~24 h 12 12

0~32 None 32 32

2~255 None 16 16

0~32 dB 8 8

1~999 d None None


0.0.0.0~255.255.255. None None None

0~3 None 0 If the traffic volume

TCH:0~14880, step:48ms 2 2

TCH:0~14880, step:48ms 6 6



3 digit None None None


4, 8 None None None

4(Use two bytes to preNone 8 8



0~62 None None None

ON, OFF None OFF OFF

CLASS0, CLASS1, CLA None CLASS0 CLASS0

0~7 None None None

0~7 None 0 0



NO, YES None NO NO

1~5 s 3 3

EnhMeasReport, ComMNone ComMeasReport ComMeasReport



None None None

LONG, SHORT None LONG LONG

LONG, SHORT None LONG LONG

0~63 None 15 15

LocalMep, RemoteMep


0~49 dB 10 10

0~63 dB 0 0

10~3500 mA 170 170

10~3500 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

0~2000 mA 170 170

10~3500 mA 140 140

10~3500 mA 140 140

0~63 dB 16 16

60~3600 s 60 60

0~63 dB 10 10

10~1000 ms 100 100

10~1000 ms 100 100

10~1000 ms 100 100

10~1000 ms 100 100

0~11 None None None

0~11 None None None

UP, DOWN None None None

2~3 digit None None None


50~95 per cent 80 80

MANUAL, AUTO, FREE None AUTO AUTO



GO, UO, GU None None None

FIXED, CYCLE None None None

MODE1, MODE2, MODENone None None

CHECK_ON_INDEPENDENone None None

None MODE1 MODE1

None MODE1 MODE1

None MODE1 MODE1

None MODE1 MODE1

None MODE1 MODE1

None MODE1 MODE1

30MINS, 60MINS, 120 None None None

1~1440 h None None

MODE2, MODE3MODE2, MODE3MODE2, MODE3MODE2, MODE3MODE2, MODE3MODE2, MODE3

0~12 None None None

0~600 m/s 35 35

0~100 per cent 10 10

0~100 per cent 5 5

0~31(PEUa), 0~167(P None None None


0~3 None None None

MODE1_1, MODE2_1, None MODE4_1 MODE4_1

0~1 None None If "BTS Type" is "BTS


MLPPP, MCPPP None MCPPP MCPPP

0~27 None None None

0~11 None None None


0~31 None 4 4

1~255 None 5 5

NOreport, Twice_ps, ONone Once_ps Once_ps

4~30 dB 4 4

4~30 dB 4 4


OFF, ON_WITH_SDCCHNone None None

128~1500 None 1500 1500

1~16 None 3 3


0~65535 None 1800 1800

1~10 None 1 1

0~1023 None 0 0

NO, YES None NO NO

OFFLOAD, NORMAL, U None NORMAL NORMAL

R98_or_below, R99_or None R98_or_below None

5000~40000 ms 15000 15000















































NO, YES None NO NO


CLEAR, LOP, FS, MS, E None None None


10~80 None 40 40


0~63 dB 10 10

0~255 None 200 200

1000~3000 ms 1000 1000

1~600 s 45 45

0~31 None 2 2


50~95 per cent 85 85

ALARM_METHOD, LOO None None None

0~31(EIUa/OIUa), 0~6None None None

MET, IMP None MET MET

500~1500 None 800 800

256~1650 byte None 1500

0~1500 byte 1500 If "MTU" is set to a v

19.0~24.0, step:0.1 V 225 225

REPORT6, REPORT1, RNone REPORT6 REPORT6

0~255 s None 5

DISABLE, ENABLE None None DISABLE

0~10 s None 4

0~15 min 0 0

NO, YES None NO NO

1~1500 ls 1000 1000

1~1500 ls None None

UDPMUX, ABISMUX, A None None None

0~12 None 6 6

1~16(FG2a/GOUa), 1~None None None

1~3 None 3

5~254 None 5 5

34~254 None 34 34

29~254 None 29 29


5~254 None 5 5

5~254 None 5 5

23~254 None 23 23

8~30 None 20 20

2~5 None 3 3

3~10 None 10 10

1~255 None 6 6

1~10 None 3 3

1~10 None 4 4


When the transmission quality is good, the recommended settings are as follows: "Ring II Wait Time Before Switch" = 0; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 12; "T203" = 1; and "N200" = 3.When the transmission quality is bad, the recommended settings are as follows: "Ring II Wait Time Before Switch" = 30; "Ring II Try Rotating Duration Time" = 60; "Ring II Rotating Penalty Time" = 0; "T200" = 24; "T203" = 3; and "N200" = 3.













NO, YES None NO NO

0~15 None 2 2
















NOTSUPPORT, SUPPORNone NOTSUPPORT NOTSUPPORT


0~7 None None None

0~7 None None None

SELECTION0_PERM, SENone SELECTION0_PERM-1&SELECTION0_PERM-1&

0~255 None 1 1

TCH:480~9600, step: ms 4 4

TCH:480~14880, step ms 4 4

0~127 dB 0 0

0~127 dB 60 60

0~127 dB 64 64

0~127 dB 68 68

0~127 dB 72 72

0~127 dB 74 74

0~127 dB 76 76

0~127 dB 80 80

0~7 None 0 0

0~7 None 0 0

NC0, NC1, NC2 None NC0 NC0


0.0.0.0~255.255.255. None None None

0~60 s 4 4

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

INT, INTB, NAT, NATB None None None


NMOI, NMOII, NMOIII None NMOII NMOII





40~45 V 43 None

55~59 V 57 None

40~45 V 43 None

55~59 V 57 None

40~45 V 43 None

55~59 V 57 None

40~45 V 43 None

55~59 V 57 None

40~45 V 43 None

55~59 V 57 None

40~45 V 43 None

55~59 V 57 None

NO, YES None NO NO

0~255 dB 2 2

0~255 dB 30 30

0~255 dB 1 1

0~255 dB 95 95

0~7 None 0 0

0~100 per cent 85 85

0~255 dB 14 14

0~255 dB 103 103

NO, YES None NO NO

0~7 None 2 2

0~100 per cent 25 25

ABIS, A, BSC, TC, IUR_ None None None

0~64 None 8 8

NO, YES None NO NO

0~70 None 50 50

1~1000 Ah 100 100

OFF, ON None ON ON

NODRX, 0.24sec, 0.48ss 0.24sec 0.24sec

100~10000 ms 2500 2500

100~10000 ms 2500 2500




5~1275, step:5 min 48 48

10~255 s 30 30

1~10 None 3 3

TCH:0~14880, step:48ms 2 2

TCH:0~14880, step:48ms 6 6






TCH:480~14880, step ms 2 2

North_latitude, South_ None None None





1~255 None 10 10

0~100 per cent None None

0~100 per cent 0 0

0~100 per cent 0 0

0~100 per cent 0 0

0~100 per cent 0 0

0~63 None None None


SITE, CELL, BOARD None None None

BYCELL, BYTRX None None None



ALL, BOARD, PORT, DSNone None None

BTS, CELL, LOC, BOARNone None None

CELL, TRX, CHN None None None



NO, YES None NO NO


4~255 s 10 10

0~63 None None None

0~256 kbit/s 64 64

0~256 kbit/s 64 64

0~7 None None None

0~7 None 1 1


0~96 None 1 1

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None




0~4 None None None

PRIM, SEC None None None

0~3 None None None

OPINDEX0, OPINDEX1,None None None

NORMAL, FORCE None None None

BYCICRANGE, BYCICV None None None

BYTSRANGE, BYTSVAL None None None

BYTSRANGE, BYTSVAL None None None

BYCICRANGE, BYCICV None None None


SysOpt, OSubcell, USubNone SysOpt SysOpt

0~63 dB 35 35

0~255 bit 63 63

L0, L1, L2, L3, L4, L5, None L0 L0

SDH, SONET None None None

MANUAL, FORCED, CL None None None

FORBID, RESTORE None None None

0~4 None None None

0~7 None None None

One_touch, Step_by_S None Step_by_Step Step_by_Step


0~36 None 0 0

0~63 dB 20 20


500~60000 ms 10000 10000

500~60000 ms 10000 10000

NO, YES None NO NO

0~100 per cent 80 80

0~50 W 15 15

0~63 dB 25 25


1~255 s 1 1

1~255 s 5 5

0~63 dB 5 5

0~100 per cent 50 50



0~15 None None None

0~31 None None None

HIGH, LOW None HIGH HIGH




1.0~200.0 (step: 0.1) W None None

30.0~53.0 (step: 0.1) dB None None

0.1dB, 0.1W None None None

0~100 per cent 90 90


0~27 None None None

0~27 None None None

0~11 None None None

NO, YES None NO NO

NO, YES None NO NO


1~60 s 15 15


10~3500 mA 320 320

10~3500 mA 320 320

10~3500 mA 185 185

10~3500 mA 280 280

10~3500 mA 280 280

10~3500 mA 155 155

100~10000 ms 1500 1500

100~10000 ms 1500 1500

1~255 s 15 15


50~95 per cent 90 90

50~95 per cent 85 85

50~95 per cent 80 80

50~95 per cent 75 75

NO, YES None NO NO

NO, YES None NO NO

10~65535 None 180 180

0~255 ms 255 255

10~65535 None 220 220

1~8 None 4 4

Pan_0, Pan_1, Pan_2, None Pan_1 Pan_1

Pan_0, Pan_1, Pan_2, None Pan_2 Pan_2

Pan_4, Pan_8, Pan_12,None Pan_20 Pan_20

L0, L1, L2, L3, L4, L5, None L0 L0


0~99 None None None

ENABLED, DISABLED None DISABLED DISABLED



0~25.5, step:0.1 dB 79 79

NO, YES None NO NO

QoS, BE, AF11, AF12, None None QoS

MAINCPU_PATCH, DSP None None None

DB0, DB2, DB4, DB6, dB DB2 DB2


0.5~16, step:0.5 s 4 4

0~127 dB 68 In densely populated

0.5~16, step:0.5 s 6 6

0~65535 None 2 2

TCH:480~7200, step: ms 3 3

BCCH, PDCH None PDCH PDCH

0~31 None None None

0~31 None None None

0~31 None None None

0~31 None None None

NO, YES None NO NO

10~160 None 80 80

NO, YES None NO NO

NO, YES None NO NO

10~70 None 70 70

1~10 s 5 5



0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None


0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None 255.255.255.255 255.255.255.255




0~255 s 10 10

0~63 None 30 30

0~255 s 255 255

1~60 s 5 5

15~720, step:15 min None 5




NO, YES None NO NO

0~2 None 2 2

10~1000 None 660 660

10~2000 None 660 660

100~600000 ms 1000 1000

BE, AF11, AF12, AF13, None None None

BE, AF11, AF12, AF13, None None None



5~64 None 10 10

64~1024 byte 128 128

2~1500 byte None None

24~1031 byte 1031 1031


20~1500 byte 56 56

95~512 byte 128 128

0_level, 1_level, 2_leveNone 12_level 12_level

0~10, step:0.2 dB 0 0



0~10, step:0.2 dB 0 0


0~10, step:0.2 dB 0 0

100~10000, step:100 ms 10 10

0~1, step:0.001 None 30 30

A, ABIS None None None


0~600 s None None

30~100 per cent 60 60

30~100 per cent 60 67

50~400, step: 50 ms 2 2

2~15 None 5 5

CLOSE, OPEN, AUTO None OPEN OPEN

30~100 per cent 50 50

30~100 per cent 50 62

ON, OFF None ON ON

0~11 None None None

1~32 None None None

0~3 None None None






0~7 None None None

0~31(PEUa/EIUa), 0~62None None None



0~7 None None None

0~11 None None None

0(OIUa), 0~3(POUc) None None None

0~7 None None None

0~7(FG2a), 0~1(GOUaNone None None

0~11 None None None



0~31 None None None





0~23 None None None

0~23 None None None


0~1 None None None

0~1 None None None


250~650 None 650 650

6~120 None 16 16

6~120 None 6 6

NotSupport, Support None Support Support

0~9 None 2 2

0~9 None 2 2




0~1 None None None

0~1 None None None

0~15 None None None

1~16 None 16 16

IP, HDLC None None None

CLOSE, OPEN None CLOSE None

ETHER, TRUNK None None None

TOPEXTOUTPORT, TOPNone None None

BCCHNorm, BCCHExt None BCCHNorm BCCHNorm

BYBTSTYPE, BYBTS None None None

0.1~100.0 (step: 0.1) kVA 125 125







0~1000 None 100 100

0~10, step: 0.2 dB 0 0

0~10, step: 0.2 dB 0 0

POWER_48_24, POWERNone POWER_48_24 POWER_48_24

220VAC, N48VDC, P2 None 220VAC 220VAC

0~13 None 0 0

80W, 63W, 60W, 55W,None DEFAULT None

0~100 per cent 10 10

0~100 per cent 5 5




0~15 None None None

Disable, Enable None Disable Disable

0~5 None 2 2

YES, NO None NO NO

ALLOWED, NOT_ALLO None NOT_ALLOWED NOT_ALLOWED


1~255 None 1 1

0~255 None 60 60

0, 3, 4, 5, 6 None 6 6

NO, YES None NO NO

NO, YES None NO NO

30~100 per cent 60 60

30~100 per cent 60 72

30~100 per cent 50 50

30~100 per cent 50 65

ON, OFF None ON ON

PRIOR-1, PRIOR-2, PRI None None None

Prior-1, Prior-2, Prior-3None Prior-1 Prior-1

0~100 per cent 80 80

0, 1, 2, 3, 4, 5, 6, 7, n None 2 2

0~99 None 0 0

0~99 None 0 0

HIGH, LOW None None None

TDME1_O, TDME1_1, FENone None None

1, 2 None None None

TDME1_O, TDME1_1, FENone None None


DEFAULT, CUSTOMIZDENone None None

ITUT, ANSI, TTC None ITUT ITUT

Q933, ANSI None Q933 Q933

5~300 s 15 15

0~255 min 5 5

60~3600 s 300 300

ALL, SINGLE None None ALL

ALL, SINGLE None None None

ALL, PORT, SINGLE None None ALL


OFF, ON None OFF When "Mode Control" i

OFF, ON None ON ON

OFF, ON None OFF When "Mode Control" i

OFF, ON None ON ON

0~100 per cent 100 100

0~100 per cent 100 100

NO, YES None NO NO

BE, AF11, AF12, AF13, None None When the interface typ


0~7 None 4 4

1~16 None 6 6

NO, YES None NO NO

BE, AF11, AF12, AF13, None None When the interface typ


0~7 None 6 6

0~63 None 25 25

COMMONUSRM, SPEC None None None

-121~-104 dBm -109 -109

-121~-104 dBm -109 -109

OFF, ON None ON ON

10~10000 None 500 500

100~600000 ms 1000 1000



NO, YES None YES For "Power System Typ







0~63 None 35 35


ON, OFF None None None

BOOL, VALUE None None None


0~31. 0 to 30 indicate None 0 0

GB_OVER_FR, GB_OVERNone None None

BOOL, VALUE None BOOL BOOL

B8ZS, HDB3, AMI, AMI None None None

E1_DOUBLE_FRAME, E None None None

E1_DOUBLE_FRAME, E None None None

E1_DOUBLE_FRAME, E None None E1_CRC4_MULTI_FRAM

0~15 None None None

FE, GE None None None

APM100, APM200, APMNone None None




1~65535 ms 500 500





0~31 None None None

BIT0, BIT1, BIT6, BIT7 None None None

BIT0, BIT1, BIT2, BIT3, None None None

NO, YES None NO NO

NO, YES None NO NO

PWR2, PWR3 None PWR3 PWR3

0~3 None 1 1


OnlyCurPwrLoc, ALLPwNone ALLPwrLoc ALLPwrLoc

CLASS0, CLASS1, CLA None None None

0~720 min 5 5


DB0, DB2, DB4, DB6, None Default Default




0~63 None None None

0~63 None None None

0~63 None None None

0~63 None None None

0~63 None None None

Use_Qsearch_I, AlwaysNone Use_Qsearch_I Use_Qsearch_I

NO, YES None NO Set this parameter to

1~10 None 3 3

0~255 s 15 15

1~10 None 2 2

-98, -94, -90, -86, -82, None 15 15

TCH:480~15360, step ms 6 6

TCH:480~15360, step ms 2 2

NO, YES None NO NO

-98, -94, -90, -86, -82, None 15 15

-98, -94, -90, -86, -82, None 15 15

NO, YES None NO NO

1~16 s 3 3

1~16 s 5 5

NONE, DYNAMIC None NONE NONE

3~20 None 6 6

3~20 None 6 6

0~4 dB 2 2

NO, YES None NO NO

NO, YES None NO NO

AU0, AU1, AU2, AU3, None AU0-0&AU1-0&AU2-0&AU0-0&AU1-0&AU2-0&

NO, YES None NO NO

INSIDE_100AH, INSID None INSIDE_50AH INSIDE_50AH

007C, 010C, 015C None 015C 015C

INSIDE_BATTERY, OUT None INSIDE_BATTERY INSIDE_BATTERY


NO, YES None NO NO


007C, 010C, 015C None 015C 015C



NO, YES None NO NO


007C, 010C, 015C None 015C 015C


0~255 None 0 0

0~255 None 0 0

0~255 None 0 None




-121~-104 dBm -109 -109

0~63 dB 16 16

0~65535 None 5000 5000

-121~-104 dBm -109 -109

0~7 None 1 1


0~255 None 225 225


10M, 100M, AUTO None 100M 100M

ALG1, ALG2, NONE None ALG1 ALG1


1~255 None 4 4

LASTRBP, APPOINTRBPNone None None

REC_ALL, REC_ERR, R None None REC_ALL




INDEPENDENT, DIVIDI None NONE NONE

0~100 None 96 96


Same_Band, Diff_BandNone Diff_Band Diff_Band

0~70 None 50 50

0~70 None 40 40

0~63 dB 5 5

0~63 dB 30 30


NO, YES None NO NO

20~99 None 30 30

0~70 None 60 60

NO, YES None NO NO


0~50 ms 10 10

0~768 None 3 3

0~31 None 0 None

0~31 None None None

0~31 None 0 None

0~31 None 0 None



NO, YES None NO NO

0~95 None None None

00:00:00~23:59:59 None None None

1~3600 s 600 None

REHOSTRIGHTNOW, R None REHOSTDELAY REHOSTDELAY


0~62 None None None

NO, YES None NO NO

OFF, POWERSHARING, None OFF OFF

0~23 None None None


A, B, NONE None NONE NONE





NO, YES None NO NO

0~7 None 5 5

NO, YES None NO NO

NO, YES None NO NO


0~63 None 6 6

1~10 s 2 2

1~32 None 10 10

1~32 None 1 1

0~8 None 0 0

0~16 None 2 2

NO, YES None NO NO

0~65535 min 5 5

1~60 min None None

1~255 None 3 3

1~15 min None None

1~120 s 10 10

MSLOST, QUALITYBAD,None None None



2~5 s 3 3

2~5 s 3 3

Noneed, Manually, ReseNone None None

0~86400 s 30 30

0~190 None 0 0

0~21 None 5 5

0~255 s 10 10

1~100 None 1 None

NO, YES None NO NO

RGPS, GPS None GPS GPS

NO, YES None NO NO


1920~30720, step: 48ms 52_Times 52_Times

STANDALONETC, MASTNone STANDALONETC STANDALONETC


0~16, 255 None 255 255

0~16 None None None





DISABLE, ENABLE, UN None DISABLE DISABLE

0.48sec, 0.96sec, 1.92s 15.36sec 15.36sec

0.48sec, 0.96sec, 1.92s 0.96sec 0.96sec

20~99 None 20 20

NO, YES, NONE None NO NO

TCH:0~14880, step:48ms 2 2

TCH:0~14880, step:48ms 6 6


SHARE None None None

SHARE, EXCLUSIVE None None None

0~255 s 5 5

0~63 dB 3 3

0~63 dB 30 30

BASIS_OF_B1, BASIS_ None None None

BASIS_OF_B1, BASIS_ None None None

MINUS_52db, MINUS_48dB MINUS_2db MINUS_2db


0~63 None None None

0~7 None None None



0~96 None 4 4

COMMISSIONING, UPG None None None

0~127 dB 68 Set this parameter to

1~63 character None None None



1~65535 ms 3000 3000

0~190 None 0 0











0~3 None 2 2

NON-REVERTIVE, REVENone None None

0~4294967295 None 4294967295 4294967295

1~5 per cent 1 1

OFF, ON None ON ON

0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None

0~15 None None None

0~100 per cent 12 12

0~100 per cent 25 25

500~60000 ms 1000 1000

500~60000 ms 3000 3000

500~60000 ms 1000 1000


10~80 None 30 30

NEXTHOP, OUTIF None None None

0~1000 None 5 5

1~100 None 5 5




0~63 None 2 2

0~70 None 5 5

0~63 dB 8 8

NO, YES None NO In dual-band networkin

0~70 None 60 60

0~70 None 42 42

0~70 None 41 41

0~70 None 40 40

0~70 None 50 50

0~70 None 49 49

0~70 None 48 48

0~70 None 47 47

0~70 None 46 46

0~70 None 45 45

0~70 None 44 44

0~70 None 43 43




RXUNAME, RXUPOS, S None None None

RXUNAME, RXUPOS, S None None None




1~6 None None None

1~6 None None None

1~6 None None None

DRRU, DRFU, MRRU, MNone None None


0~15 None None None

None None None

BT1_DISABLE(0), AH_DNone None None

NO, YES None NO NO

NO, YES None NO NO

0~2 None 1 1

0~4 None 3 3

T1_DISABLE, ET_DISABNone None None


BYNAME, BYID None BYNAME BYNAME

1~16 None 5 5

0~100 per cent 50 50


0~30240, step: 480 ms 32 32

WATER_IMMERSED, SMNone None None

None None None

None None None

RES3, RES4

IMDISABLE, GMDISABLEIMLOW, GMLOW,


WS_DISABLE(0), SS_DINone None None



ADD0dB, ADD10dB, AuNone ADD0dB ADD0dB

0~63 None 38 38

TCH:480~9600, step: ms 4 4



GERMAN, ENGLISH, IT None None ENGLISH

0~1 None None None

Valid command string, wNone None None

BYBTSID, BYCELLID None None BYCELLID

0~23 None None None

0~511 None None 0

1~2147483646 None 1 1


2000-1-1~2037-12-31None None None

2000-1-1~2037-12-31None None None

2000-1-1~2037-12-31None None None

7~90 d None None

1E-3, 1E-4, 1E-5, 1E-6,None 1.00E-06 1.00E-06

2000-01-01~2050-12-None None None

1~31 d None None

1~191 None 1 1


0~10, step:0.1 s 10 10

0~63 dB 6 6

0~70 None 55 55

0~63 dB 6 6

0~70 None 55 55





0~60 s 2 2

0~5 None 1 1

0~255 s 40 40

0~63 dB 30 30

0~63 None 48 48

HIGH, LOW None None None


0~65535 s None None

0~65535 s None None





NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO


NoPriority, Priority4, PrNone NoPriority NoPriority

NoPriority, Priority4, PrNone NoPriority NoPriority


NO, YES None NO NO



0~6 None None None

SUPPORT, UNSUPPORTNone UNSUPPORT None




0.0.0.0~255.255.255. None None None

SEPARATE, TOGETHER,None SEPARATE SEPARATE

TDM, HDLC, HubBTS, INone TDM TDM

TDM, HDLC, IP None None None

SYSTEM, CONFIG, MAI None None None

OML, RSL, EML, ESL, None None None

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

0~5 None None None

0~65535 None 1800 1800


1~10 None 1 1

0~1023 None 0 0

NO, YES None NO NO

Release 98 or older, None 1 1

UNISTALL, ALLOW, DE None ALLOW ALLOW

50~95 per cent 75 75

0~27 None None None

NO, YES None NO NO

unshielded, shielded None None None

0~12 h 3 3


NO, YES None NO NO

1~10 None 4 4



0~15 None None None

0~255 None 100 100

0~255 None 100 100

0~7 None 2 2

1~10 None 5 5

TCH:480~14880, step ms 2 2

0~15 None None None

TCH:480~14880, step ms 2 2

0~65535 ms 3000 3000





















0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None


0~255 None 255 None

0.0.0.0~255.255.255. None None None

0~35 None None None

E1SELFLOOP, IASUSELNone None None

B0000, B0001, B0010,None B0000 B0000

1~600 s 300 300

DATE, WEEK, DATEWENone None None

0~3 None None None

NOTSUPPORT, INNER, None None NOTSUPPORT



2~2000 None 10 10

0~27 None None None


0, 2, 4, 8, 10, 12, 14, None None None

0, 2, 4, 8, 10, 12, 14, None None None



0~27 None None None

0~27 None None None

0~27 None None None


0, 2, 4, 8, 10, 12, 14, None None None

0~27 None None None

{0~27} None None None

0~23 None None None

0~23 None 6 6

0, 2, 4, 8, 10, 12, 14, None None None

0~27 None None None

0~23 None None None

0~27 None None None

0~7 None None None

NOCOMB, PBT, WBANDCNone NONE NONE

SGL_ANTENNA, SGLDONone DOUBLE_ANTENNA DOUBLE_ANTENNA




SGL_ANTENNA, DOUB None SGL_ANTENNA SGL_ANTENNA

1~60 min None None

1~16383(BIT14), 1~6 None None None

BIT14, BIT16, BIT24 None None None



WNF, DNF None WNF WNF

L11_FORBID, L12_FORBNone L11_FORBID-0&L12_F L11_FORBID-0&L12_F

ET_DISABLE0, ET_DIS None None None

SMDISABLE, WIDISABLNone None None

1~12, step: 5 min 12 12




NO, YES None NO NO

PSMODE, VGCSMODE None PSMODE PSMODE

PSMODE, VGCSMODE None PSMODE PSMODE

FR, EFR None FR FR

1000M, AUTO None None AUTO

0~63 dB 30 30

0~255 s 40 40

NO, YES None NO NO

NOTSPPRTBC, SPPRTS None NOTSPPRTBC NOTSPPRTBC

NO, YES None NO NO

NO, YES None NO NO



NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO


NO, YES None NO NO


0~4 None None None

SUPPORT, NOT_SUPPONone NOT_SUPPORT If the version of a GS

SUPPORT, NOT_SUPPONone None If the software versio

SUPPORT, NOT_SUPPONone NOT_SUPPORT NOT_SUPPORT







1~4 None None None

1~4 None None None

HOALGORITHM1, HOA None HOALGORITHM1 HOALGORITHM1

0.0.0.0~255.255.255. None None None






BITS1-2MHZ, BITS2-2MNone None LINE1_8K and LINE2_8


0~11 None None None

1~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None

0~11 None None None


0~254 None 0 0

0~11 None None None

0~11 None None None


0~11 None None None

0 None None None

0~11 None None None

0~11 None None None


0~5 None None None

MPS, EPS, TCS None None None

DES, ASC None DES None

0~255 None 100 100

0~255 None 100 100

GSM_PRIOR, UMTS_PR None GSM_PRIOR GSM_PRIOR

CSVOICE, CSDATA, PS None None None

0~63 dB 63 63

20~99 per cent 75 75

30~100 per cent 85 85

20~99 per cent 80 80

30~100 per cent 85 80

TCH:480~15360, step ms 6 6

TCH:480~15360, step ms 2 2

0~7 None None None

0~7 None None None


0~63 dB 63 63

HOUR, MIN, SEC None None None

2000-1-1 00:00:00~20None None None


2000-1-1 00:00:00~20None None None

00:00:00~23:59:59 None None None

00:00:00~23:59:59 None None None

1970-1-1 00:00:00~25None None None






1~31 None None None

-99.0~40.0 (step: 0.1)degree Celsius -100 -100





60~600 s 240 240




1~31 None None None


DISABLED, ENABLED None DISABLED DISABLED


0~62 None None None

2000-1-1~2037-12-31None None None

1~32 None None None

NO, YES None NO NO

00:00:00~23:59:59 None None None

NO, YES None NO NO


60~300 s 120 120


0~23 None None None

HOUR{0~23}, MIN{0~None None None

0~23 None None None


0~7 None None None

00:00:00~23:59:59 None None None

1~31 None None None


1~15 None None None

1~15 None None None


16~1023 byte 352 352

16~1023 byte 352 352

1~50 None None None


NO, YES None NO NO

NO, YES None NO NO






NO, YES None NO NO





NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

T_12, T_15, T_20, T_30None T_20 T_20

0.0.0.0~255.255.255. None None None




OFF, ON None ON ON

CLOSE, OPEN None None None



CLOSE, OPEN None None None



BFD_OFF, BFD_ON None None None


CLOSE, OPEN None None CLOSE


1~254 None 10 10


0~4294967295 None 0 0






0~4294967295 None 0 0

0~4294967295 None 0 0

0~4294967295 None 0 0

3~5 None None None

OFF, ON None ON None

FIRST, SECOND, THIRDNone None None

0~2500 None 0 None

SyncCase1, SyncCase None None None

AISS, GPS None AISS AISS

CONSYN, INTERSYN None None None

1~7 d 1 1

0~23 h 2 2

0~59 min 0 0


1~250 characters None MBSC None

0, 8~11 None 10 10



1~250 characters None BSC None


1000~30000 ms 3000 3000

1~60 s 5 5

30000~60000 ms 60000 60000

800~1500 ms 1500 1500

800~1500 ms 1500 1500

2000~3000 ms 3000 3000

800~1500 ms 1500 1500

800~1200 ms 1200 1200

1000~120000 ms 3000 3000

1~60 s 5 5

60~2400 (step: 10) ms 12

5~1275, step: 5 ms 50 50

5~1275, step: 5 ms 50 50

10~2550, step: 10 ms 200 200

10~2550, step: 10 ms 60 60

10~2550, step: 10 ms 150 150

5~1275, step: 5 ms 60 60

5~1275, step: 5 ms 60 60

1~10 s 1

180000~360000 ms 360000 360000

180000~360000 ms 360000 360000

1400~2000 ms 2000 2000

1000~10000 ms 10000 10000

1~60 s 5 5

0~2550, step:10 ms 7 7

1~255 s 10 10

500ms, 1000ms, 1500ms 500ms 500ms

0ms, 80ms, 120ms, 1 ms 500ms 500ms

0~1530, step: 6 min 20 20

5~30 s 10 10

800~1200 ms 1200 1200

1000~10000 ms 5000 5000

800~1200 ms 1200 1200

1000~30000 ms 1000 1000

800~1200 ms 1200 1200

1000~10000 ms 3000 3000

1000~10000 ms 3000 3000

800~1200 ms 1200 1200

TCH:480~14880, step ms 4 4

NO, YES None NO NO


0~255 bit 0 0

0.5~8, step:0.5 s 1 1

0~255 bit 255 255



0~255 s 0 0

TCH:480~14880, step ms 2 2

0~7 None None None

0.5~0.8, step:0.5 s 1 1

0~255 bit 63 63

0~25 None 10 10

0~25 None 10 10

1~12 None None None

1~12 None None None

30~300 s 90 90

60~300 s 90 90

1~254 None 170 170

1000~10000 ms 4000 4000

0~500 mV 80 80

OFF, ON None ON ON

NO, YES None NO NO

0~100 per cent 60 60

0~1000 per mill 40 40

0~63 dB 6 6

0~70 None 55 55

0~1000 per mill 40 40

0~63 dB 6 6

0~70 None 55 55

0~60 s 2 2

0~10 None 3 3


1~600 s 60 60


0~100 per cent 60 60

0~100 per cent 70 70

1~15 None 10 10

SEPERATE_PRINCIPAL, None None None


0~62 None None None




0~11 None None None

GTC, UTC, ITC None None None

AUTO, Manual None None None

AUTO, Manual None None None

0~42, step: 6 dB 0 0

Negative infinity, -28~dB 8 8


0~1 None 0 None

0~16383 None 0 0

NO, YES None NO NO

NO, YES None NO NO

0~63 None 10 10



NO, YES None NO NO

0~1 None None None

0~100 per cent 20 20

0~100 per cent 15 15

0~5 None None None

0~5 None None None

0~127 None 63 63


1~9 characters degree Celsius 45 None

1~9 characters degree Celsius 0 None

-50.0~100.0 (step: 0.1degree Celsius 500 500



-50.0~99.0 (step: 0.1)degree Celsius 0 0

0.0~500.0 (step: 0.1) mV 800 800






-40.0~0.0 (step: 0.1) degree Celsius -100 For EPS4815 boards, th



1~255 s 30 30

1~615 characters(GB None None None


0~1023 h None None

0~65535 None 65535 65535

ACTIVE, STANDBY None None None


0.0.0.0~255.255.255. None None None

0.0.0.0~255.255.255. None None None


0~11 None None None

5000~60000 ms 5000 5000

220~280 V 264 264

220~280 V 264 264

1~10 None 10 10

1~10 None 6 6

1~10 None 4 4

1~10 None 8 8

1~10 None 4 4

1~10 None 3 3

1~10 None 6 6

1~10 None 3 3

1~10 None 2 2

PERCENTAGE, BANDWNone None None

1~15 min 5 5

0~63 dB 30 30

0~7 None 1 1

0.5~16, step:0.5 s 4 4

0~100 per cent 80 80

0.5~16, step:0.5 s 6 6

0~7 None 3 3


0~63 dB 40 40

3~15 s 5 5


00:00:00~23:59:59 None None None

0, 5~1440 min None None

0~255 s 10 10

0~255 s 10 10

0~255 s 10 10

200~10000 ms 2000 2000

1~65535 ms 3000 3000

1~3 s 2 2

1~10 s 2 2

1~20 ms 2 2

0~255 s 10 10

1~1024 None 4 4

NO, YES, NULL None NO NO

0~255 s 30 30

10~255 s 40 40

1~30 s 8 8

1~15 min 5 5

7~365 d None None



-19~5 degree Celsius -19 If "Power System Type

-99~99 degree Celsius -20 -20









1~120 min None None

NON_FDR, FDR None None None

2~4 s 3 3

0~100 per cent 0 None


0~100 per cent 0 None

8000~12000 ms 12000 12000

30000~90000 ms 60000 60000


TRRS, SATEL None TRRS TRRS

None None None

-120~-1, 1~120 min None None

0~7 None 0 0

0~62 None None None

0~23 None None None


NORMAL, FORMAT None None None

0~5 None None None

1~30 s 8 8

30~100 per cent 60 60

30~100 per cent 60 67

30~100 per cent 50 50

30~100 per cent 50 62

ON, OFF None ON ON

1~255 None 5 5

TRRS, SATEL

1~255 None 5 5

M3UA_OVERRIDE_MODNone M3UA_LOADSHARE_M M3UA_LOADSHARE_M

TER_TRANS, SAT_TRA None None None

0~27 None None None

IP None None None

IP, HDLC None None None

IP, HDLC, TDM None None None

IP, HDLC, TDM None None None

HDLC IP None None None

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

NO, YES None NO NO

ENABLE, DISABLE h None None

5sec, 10sec, 15sec, 2 s 10sec 10sec

0~100 None 90 90





0~199 None 2 2

0~199 None 2 2


0~199 None 2 2

0~199 None 2 2

0~199 None 2 2

0~199 None None 0


0~11 None None None

0~11 None None None

0~11 None None None

TRXAid_NotAllow, All None AllowReCheckRes AllowReCheckRes

5~10 s None None

0~63, 255 None 255 255





























0~63 None None None

0~71 None None None

0~8 None None None

0~7 None None None

0~7 None None None


TRX, TRU, QTRU, DRR None None None





1~31 None None None




0~7 None None None


NO, YES None NO NO


10~1440 (step: 10) min None None





0~23 None None None

1~31 None None None

0~7 None 0 0

0~50 W 20

0~65535 ms 5000 5000

Close, Open None Open Open

8K, 16K, 32K, 64K kbit/s None None


TRXLOOPBACK, CHLLONone None None

0~31 None None None

SIMPLETEST, MANUAL None None None

PIM None None None

NO, YES None NO NO

CHAIN, RING None None None

1~255 None 64 64

1~128 s 64 64

0~8 None 6 6

00:00~23:59 None 0:00 None

00:00~23:59 None 0:00 None

DISABLE, ENABLE, SLENone None DISABLE

0~100 per cent 80 80



1~60 s 5 5

1~60 s 10 10

1~60 s 5 5

1~60 min 10 10

1~60 min 5 5

1~60 s 5 5

1~60 s 5 5

TX_3, TX_4, TX_5, TX_ None TX_32 TX_32

0~100 (step: 0.01) W 0 0

0~100 (step: 0.01) W 0 0

0~100 (step: 0.01) W 0 0

0~100 (step: 0.01) W 0 0

0~100 (step: 0.01) W 0 0

0~100 (step: 0.01) W 0 0

If the board is configured with five TRXs, the recommended value of this parameter is 50. If the board is configured with six TRXs, the recommended value of this parameter is 48.

0~100 (step: 0.01) W 0 0

0~100 (step: 0.01) W 0 0



200~10000 ms 500 500

T_2, T_3, T_4, T_5, T_ None T_20 T_20

EPS, TCS None None None

ANY_ERR_RETURN, AL None None ANY_ERR_RETURN

GSM900, DCS1800, G None None None

OUTER, INNER None INNER None

GSM900, DCS1800, G None None None


GSM900, DCS1800 None None None

0~15 None 0 0


1, 2, 3, 4, 5, 6, 7, 8, 9 None None None




0~15 None 0 0


1, 2, 3, 4, 5, 6, 7, 8, 9 None None None




0~15 None 6 6

0~15 None 0 0

0~15 None 1 1

0~15 None 1 1

0~15 None 10 10

0~15 None 3 3

0~15 None 15 15

0~15 None 5 5

0~15 None 15 15

0~15 None 13 13

0~15 None 13 13


NO, YES None NO NO

0~15 None 6 6

0~15 None 0 0

0~15 None 1 1

0~15 None 1 1

0~15 None 10 10

0~15 None 3 3

0~15 None 15 15

0~15 None 1 1

0~15 None 15 15

0~15 None 13 13

0~15 None 13 13


NORTPCOMP, RTPCOMNone None None

NORTPCOMP, RTPCOMNone None None

1214~2001, 2005~37None None None


Administrators, OperatNone Guests Guests

0~99 None 80 80

0~64 None 64 64

300~1000 ms 1000 1000

0~9 Characters None 90 None


TCH:480~122400, ste ms 3 3

1~30 dB 14 14

1~30 dB 14 14

1~30 dB 16 16

1~30 dB 16 16

0.5~4, step:0.5 s 1 1

0.5~4, step:0.5 s 1 1

1~255 None 5 5

0~240 ms 180 In Abis over TDM tran

1~64 None 15 15

0~63 dB 10 10

1~64 None 20 20

1~64 None 32 32

1~10 None 3 3

1~30 dB 16 16

1~30 dB 16 16

1~30 dB 18 18

1~30 dB 18 18

0~15 None 2 2

0~15 None 3 3

0~15 None 3 3

0~15 None 3 3

0~15 None 4 4

0~15 None 15 15

0~15 None 2 2

0~15 None 2 2

1~100 None 90 90

TCH:480~9600, step: ms 5 5

1~30 dB 6 6

1~30 dB 8 8

1~100 None 100 100

0~3 None 0 0

0~7 None 0 0

0~7 None 3 3

TCH:480~9600, step: ms 5 5

0~7 None 3 3

0~63 dB 5 5

0~70 None 55 55

0~70 None 60 60

0~70 None 55 55

0~10 None 3 3

TCH:0~9120, step:480ms 3 3

0~63 dB 18 18

0~63 dB 18 18

TCH:0~9120, step:480ms 1 1

0~10 None 6 6

TCH:0~9120, step:480ms 3 3

TCH:0~9120, step:480ms 1 1

0~100 None 6 6

0~100 None 75 75

0~63 dB 30 30

0~63 dB 18 18

0~63 dB 15 15

0~63 dB 19 19

0~63 dB 28 28

0~63 dB 23 23

0~63 dB 31 31

0~63 dB 63 63

0~63 dB 21 21

0~63 dB 25 25


1~64 None 32 32

NO, YES None NO NO

0~255 s 10 10

GSM_PHASE_1, GSM_PHNone GSM_PHASE_2 It is recommended that


1~6 None 3 3

10~3500 mA 40 40

10~3500 mA 40 40

10~3500 mA 40 40

10~3500 mA 60 60

10~3500 mA 60 60

10~3500 mA 60 60







0~15 None None None

CS1, CS2, CS3, CS4 None CS1 CS1


10~70 None 20 20



0~5000 ms 2000 2000

CS1, CS2, CS3, CS4, None UNFIXED UNFIXED


0~70 None 40 40

0~63 dB 30 30

10~255 s 30 30

0~96 None None None




1~16 s 4 4

0.1~1, step:0.1 None 6 6

1~16 s 5 5

NO, YES None NO NO

0~300 ms 120 120

0~64 per cent 10 10

0~64 per cent 5 5

0~64 per cent 5 5

0~64 per cent 5 5

0~64 per cent 2 2

0~64 per cent 2 2


BYTMSI, BYIMSI, BYMS None None None




None None None

None None None


0~8 None 3 3

0~255 s 10 10

0~63 dB 35 35

NO, YES None NO NO

1~255 s 5 5

1~63 dB 5 5

FDD, TDD None None None

2 characters None None None

0~190, 255 None 255 255

No_Priority, Public_Ne None No_Priority No_Priority

0~190 None 0 0

50~95 per cent 95 95

NO, YES None NO NO

NONE, LEVEL4, LEVEL3None LEVEL0 LEVEL0

50~95 per cent 90 90







2~4094 None 2 2




0~7 None None None

0~7 None 0 0

NO, YES None NO NO

Full_rate_Ver1, Full_ra None FULL_RATE_VER1-1&F FULL_RATE_VER1-1&F


1~9 characters V 28 None

HOUR 0~23MINUTE 0~59HOUR 0~23MINUTE 0~59






0~12 None 2 2

1~30 None 3 3

None 20 20

None 30 30

0~12 None 2 2


4000~33000 ms 27000 27000

3000~34000 ms 34000 34000

3000~34000 ms 26000 26000

0~1000 s 280 280

1~30 s 15 15

0~60 s 4 4

0~1000 s 300 300




East_Longitude, West_None None None



DENY, ALLOW None DENY None


M3UA_ASP, M3UA_IPSPNone M3UA_ASP M3UA_ASP

0~24 h 22 22

NO, YES None NO NO

5~1275, step:5 min 12 12

0~24 h 8 8

NO, YES None NO NO

Active, Standby None Active Active

GSM_AND_UMTS, UMTSNone GSM GSM

GO None None None

E1_UNBA, E1_BA, T1, None None None

E1, T1 None E1 E1

1~127 None None 16

30~300 s 90 90

60~300 s 90 90

30~60000 s None 600

36, 8845, 88

GMT-1200(GMT-12:00)None GMT+0800 None

Impact Parameter RelationshipService Interrupted After ModificationInterruption Scope

Cell None N (No impact on the UENot involved



BTS None Y BTS


BSC The value of this para N (No impact on the UENot involved


BTS None N (No impact on the UENot involved


BSC None N (No impact on the UENot involved




BSC6900 None N (No impact on the UENot involved






Cell This parameter is vali N (No impact on the UENot involved






PPP link None N (No impact on the UENot involved

BTS None Y PPP link








BTS The value of this par N (No impact on the UENot involved

BTS The value of this para N (No impact on the UENot involved







BTS None. N (No impact on the UENot involved






Cell None N (No impact on the UECell

TRX None If the value of this p TRX

Current BFD session None If the value of this p Channel







BTS This parameter can be N (No impact on the UENot involved

Board None N (No impact on the UENot involved






Board If the number of echo N (No impact on the UENot involved

Board If the number of echo N (No impact on the UENot involved



None None Not involved Not involved




None None N (No impact on the UENot involved

































Transmission resourceWhen "BWMODE" in "ADDN (No impact on the UENot involved



Cell The following condi N (No impact on the UENot involved



Cell The following condi N (No impact on the UENot involved

E1/T1 link None N (No impact on the UENot involved

PBE1T1 None N (No impact on the UENot involved















BTS The recommended valueN (No impact on the UENot involved


BTS The recommended valueN (No impact on the UENot involved






BSC6900 None Not involved Not involved











Cell This parameter is va N (No impact on the UENot involved

Cell This parameter is val N (No impact on the UENot involved













































MSC None N (No impact on the UENot involved






IP path None N (No impact on the UENot involved












TRX None Not involved Not involved

TRX None N (No impact on the UENot involved

BTS The setting of this pa N (No impact on the UENot involved

MTP3 link None Not involved Not involved

SCTP link None Not involved Not involved

BSC None Not involved Not involved












TRX This parameter is val N (No impact on the UENot involved



Ethernet port None Y Ethernet port

Ethernet port None N (No impact on the UENot involved


ATERCONSL None N (No impact on the UENot involved






Cell N (No impact on the UENot involved




In an enhanced concentric cell, if "LOWRXLEVOLFORBIDSWITCH" is set to ON, this parameter and "OTOURECEIVETH" determine whether the current uplink receive level meets the condition for assigning channels of the overlaid subcell during the assignment of the underlaid subcell channels and overlaid subcell channels.In a normal concentric cell, if "LOWRXLEVOLFORBIDSWITCH" is set to ON, this parameter, together with "RECLEVTHRES" and "RECLEVHYST", determines whether the current uplink receive level meets the condition for assigning channels of the overlaid subcell during the assignment of the underlaid subcell channels and overlaid subcell channels.








BSC This parameter is used N (No impact on the UENot involved

MSC This parameter is used N (No impact on the UENot involved




Cell This parameter is validN (No impact on the UENot involved




BSC If the resource usage N (No impact on the UENot involved

BSC This parameter is vali N (No impact on the UENot involved



E1/T1 link None Not involved Not involved




ATERCONSL None Not involved Not involved

BSC None Y BSC6900







E1/T1 port None N (No impact on the UENot involved


PPP link None Y PPP link

MP group None Y BSC6900

BTS None Y PPP link

PPP link None Y BSC6900


BTS This parameter is req Y PPP link






BTS None Y PPP link

Ethernet port None Y BSC6900









Channelized optical poNone Y Optical port

BSC Generally, the value o N (No impact on the UENot involved
















BTS This parameter can w N (No impact on the UENot involved

BTS This parameter is va N (No impact on the UENot involved













SCTP link None Y SCTP link



Cell None Y Cell

Cell None Y Cell


Cell None Y Cell


Cell None Y Cell




BC None N (No impact on the UENot involved







SCCP None Not involved Not involved








Current BFD session None Not involved Not involved

Current BFD session None N (No impact on the UENot involved







BSC6900 If you set "Switch of s N (No impact on the UENot involved



BSC6900 If you set "Switch of s N (No impact on the UENot involved



Transport channel None Not involved Not involved



BSC This parameter is val N (No impact on the UENot involved

MP group None Not involved Not involved

















Board None Y BSC6900


Ethernet port None Not involved Not involved

















Adjacent node None N (No impact on the UENot involved




BTS The IP address must h Y BTS








BSC N (No impact on the UENot involved


























When "BSCPMA" is set to YES and "BSCQAD" is also set to Yes, high-priority calls try to preempt radio resources of low-priority calls firstly if radio resources are insufficient. If no radio resources of low-priority calls can be preempted, then the high-priority calls are put into the queue.When "BSCPMA" is set to NO and "BSCQAD" is set to Yes, high-priority calls are directly put into the queue if the radio resources are insufficient.










E1/T1 link When configure TC dataN (No impact on the UENot involved




Cell This parameter must N (No impact on the UENot involved












Cell None Y Cell

E1/T1 port None Not involved Not involved

Board None Not involved Not involved

Channelized optical poNone Not involved Not involved

IP logical port None N (No impact on the UENot involved


BTS None Not involved Not involved


BTS The value range of thi N (No impact on the UENot involved





ATERCONSL None Not involved Not involved



BTS None Y BTS

BTS None Y BTS



Adjacent node None N (No impact on the UENot involved








BTS None Y BTS

BSC The value of BtsLsSta N (No impact on the UENot involved


Cell If the value of this N (No impact on the UENot involved









BTS N (No impact on the UENot involved








SCTP link None N (No impact on the UENot involved

Cell None Not involved Not involved



IP logical port The dynamic bandwidth Not involved Not involved





1. When Transmission compression ratio is within range of [1, 200], BindWidth=16K*(amount of TRXs) + 64K*(amount of TRXs)*(Transmission compression ratio)/100;2. When Transmission compression ratio is within range of [200, 250], BindWidth=16K*(amount of TRXs) + 64K*(amount of TRXs)*(200 + (Transmission compression ratio - 200)*12)/100.








Transmission resourceWhen "GRPT" in "ADD RSN (No impact on the UENot involved













BTS This parameter has re N (No impact on the UENot involved

IP path None Y IP path

IP logical port None Not involved Not involved






















































Cell The parameter value coN (No impact on the UENot involved














































IP path When the value of "PATN (No impact on the UENot involved















Physical channel None Not involved Not involved















Physical channel None Y Channel



E1/T1 link When the value of "OPN (No impact on the UENot involved















BSC6900 None Y BTS

BSC6900 None Y BTS






BSC6900 None Y BSC6900


BTS This parameter is validN (No impact on the UENot involved


BTS This parameter is validN (No impact on the UENot involved







BSC6900 None Y BTS





NSE None N (No impact on the UENot involved

































BSC6900 None Y BTS





Cell This parameter, togethN (No impact on the UENot involved







Cell None N (Impact on the UE inNot involved













BSC6900 When the value of "ITFN (No impact on the UENot involved



















BSC6900 none N (No impact on the UENot involved

None None Y BSC6900

None None Y BSC6900

None None Y BSC6900

None None Y BSC6900

None None Y BSC6900

None None Y BSC6900

None None Y BSC6900

None None Y BSC6900

None None Y BSC6900










Transmission resourceNone Not involved Not involved

BTS None Y BTS

BTS None Y BTS





None None Y BSC6900





















Cell None Y Cell









BTS None Y BTS

BTS None Y BTS

BSC This parameter is requN (No impact on the UENot involved



Cell None Y Cell

Cell None. N (No impact on the UENot involved



































NSVC None Y NSVC










Cell The setting of this p N (No impact on the UENot involved






Cell The setting of this N (No impact on the UENot involved



























"DLLTFERLOWTH" < "DLLTFERTGT"; "DLLTFERLOWTH" < "DLLTFERUPTH".

"DLLTFERUPTH" > "DLLTFERTGT"; "DLLTFERUPTH" > "DLLTFERLOWTH".







































SCCP When the value of "SPDY BSC6900



"DLTHF1" < "DLTHF2";"DLTHF1" + "DLHYSTF1" < "DLTHF2" + "DLHYSTF2"."DLTHF2" < "DLTHF3";"DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3"."DLTHF2" < "DLTHF3"; "DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3"."DLTHH1" < "DLTHH2"; "DLTHH1" + "DLHYSTH1" < "DLTHH2" + "DLHYSTH2"."DLTHH2" < "DLTHH3"; "DLTHH2" + "DLHYSTH2" < "DLTHH3" + "DLHYSTH3"."DLTHH2" < "DLTHH3"; "DLTHH2" + "DLHYSTH2" < "DLTHH3" + "DLHYSTH3"."DLTHWB1" < "DLTHWB2"; ["DLTHWB1" + "DLHYSTWB1" < "DLTHWB2" + "DLHYSTWB2"."DLTHWB1" < "DLTHWB2"; ["DLTHWB1" + "DLHYSTWB1" < "DLTHWB2" + "DLHYSTWB2".





BSC DPX of Iur-g type N (No impact on the UENot involved
































PPP link None Not involved Not involved

MP link None N (No impact on the UENot involved










BSC This parameter is vali Y Cell




IP route None Not involved Not involved


IP route None N (No impact on the UENot involved





Cell The value of DTLOADTN (No impact on the UENot involved


















BTS None Y BTS

BTS None Y BTS

BTS None Y BTS










Channelized optical poNone N (No impact on the UENot involved


BTS None Y BTS



Cell A 3G neighboring cell N (No impact on the UENot involved












Cell This parameter is vali Y Cell














MTP3 link None N (No impact on the UENot involved



















PBCIC None N (No impact on the UENot involved

BSC The setting of this p N (No impact on the UENot involved


BSC The setting of this pa N (No impact on the UENot involved

BTS None Y BTS

BSC When "BSCDynSwitchTrxN (No impact on the UENot involved



BTS None Y BTS




Cell None Y Cell










SCCP Negotiation with the p Not involved Not involved





























None If "Sensor Type of ExteN (No impact on the UENot involved



None If "Sensor Type of Ext N (No impact on the UENot involved



























Cell None Y Cell





Cell None Y Cell

Cell If "UPEXTTBFINACTDELN (No impact on the UENot involved















BTS If this parameter is s N (No impact on the UENot involved







MP group None N (No impact on the UENot involved

IP logical port This index can corres N (No impact on the UENot involved





BTS None Y BTS



MP link None Y BSC6900



























Cell None Y Cell
















BTS None Y BTS




































BTS None Y BTS

BTS None Y BTS











TRX None Y Cell

Cell None Services are disruptedCell











































































BTS None Y BTS


BTS None Y BTS


None The factor table index N (No impact on the UENot involved


































Cell None Y Cell



Physical channel None N (No impact on the UENot involved










BSC None Y BTS












BTS None Y BTS





























Cell The value of this par N (No impact on the UENot involved

Cell When parameter ""QuickN (No impact on the UENot involved

Cell "Handover Direction FoN (No impact on the UENot involved

Cell "Handover Direction FoN (No impact on the UENot involved




Cell This parameter is valid oN (No impact on the UENot involved









Cell None Y Cell




Cell None Y Cell


TRX This parameter dependIf traffic handover fai Cell








SCCP None Y BSC6900

BTS Y BTS



Cell None Y Cell

Cell None Y Cell









Cell None Y Cell















2. The ""BET3GHOEN"" parameter is set to YES. 3. The ""FDDREP"" parameter regarding the "SET GCELLCCUTRANSYS" command is set to RSCP.

When the BTS or cell is activated,the host type of OPC must be single or primary if the host type of BTS is single.Otherwise, the host type of OPC must be consistent with that of the BTS.


SCCP None N (No impact on the UENot involved





































































Subsystem None Not involved Not involved











Cell None Y Cell

2. In the cell, the value of (number of idle TCHFs + number of idle TCHHs/2) is greater than four and is greater than the number of TRXs. Idle TCHFs exist in the cell.3. Number of SDCCHs + 8 < "CELLMAXSD".










Subsystem This parameter is vali Not involved Not involved





BTS None Y BTS




BSC Set when Allow Info ExY Not involved


















BTS None Y BTS

BTS None Y BTS




BTS None Y BTS


BTS None Y BTS




Cell When "Current HO ContN (No impact on the UENot involved

















Cell When "Inter-RAT In BSCNot involved Not involved










BSC6900 None Y Ethernet port








Inter-layer HO threshold of the neighboring cell = "Inter-layer HO threshold" + "Adjacent Cell Inter-layer HO Hysteresis" - 64.The value of "Inter-layer HO threshold" can be set through "SET GCELLHOBASIC".






BTS None Y BTS






NSE None Not involved Not involved

NSE None Y NSE



IP path The "IPADDR" in "ADD Not involved Not involved




















BTS This parameter is vali Y BTS

BTS None Y BTS




BTS If the redundancy confN (No impact on the UENot involved

BTS If the redundancy confN (No impact on the UENot involved

BTS None Y BTS





TRX None Y Cell





IP Path None N (No impact on the UENot involved




BTS This parameter can beN (No impact on the UENot involved












TRX This parameter is vali N (No impact on the UENot involved


Cell The following condit N (No impact on the UENot involved


















Board None Y Optical port




MSP protect group None Y BSC6900




















Cell There are four network N (No impact on the UENot involved

Cell The parameter is inde N (No impact on the UENot involved

BSC Lb Congestion Protect N (No impact on the UENot involved

BSC Lb Congestion Protect N (No impact on the UENot involved

BSC If this parameter is n N (No impact on the UENot involved





















LAPDLNK None Not involved Not involved













Cell When the cell is a 2G extN (No impact on the UENot involved




Cell This parameter can be N (No impact on the UENot involved




Cell The parameter value cN (No impact on the UENot involved





Cell The parameter takes eN (No impact on the UENot involved








Cell The parameter is inde N (No impact on the UENot involved





BTS The IP address must b Y BTS

BTS The IP address must b Y BTS









SCTP link When the value of "MODY SCTP link





SCTP link This parameter deter N (No impact on the UENot involved

SCTP link When the value of "LOY SCTP link

SCTP link When the value of "LOY SCTP link
















E1/T1 port None Y E1/T1 port

LAPDLNK None Not involved Not involved




E1/T1 port None Y E1/T1 port

Loopback optical port None Y BSC6900










IP path When the value of "CARY IP path



IP path When the value of "CARY IP path

ATM logical port None Not involved Not involved

















"LTFERLOWTH" < "LTFERTGT"; "LTFERLOWTH" < "LTFERUPTH"."LTFERLOWTH" < "LTFERTGT";"LTFERTGT" < "LTFERUPTH"."LTFERUPTH" > "LTFERTGT"; "LTFERUPTH" > "LTFERLOWTH".

Board None Y Cell


















BTS None Y BTS





























BTS None Y PPP link

BTS None Y PPP link



























































BTS "BTSTYPE" identifies t N (No impact on the UENot involved








BSC Set when Allow CommonN (No impact on the UENot involved






BTS None Y PPP link




Cell This parameter is bas N (No impact on the UENot involved













Cell A 3G cell can be adde N (No impact on the UENot involved
































BTS None Y PPP link

BTS This parameter can beY BTS









Cell This parameter must N (No impact on the UENot involved





BTS None Y PPP link


























































MSP protect group None Not involved Not involved


Cell The value of this para N (No impact on the UENot involved




























Cell N200ESTAB must be seN (No impact on the UENot involved













































Cell None Y Cell






BSC The following conditio N (No impact on the UENot involved











SCCP None Y BSC6900







SCCP This parameter dependNot involved Not involved































Adjacent node None Not involved Not involved













BTS This parameter is vali N (No impact on the UENot involved











NSVC None Not involved Not involved

NSVC None Not involved Not involved




Ethernet port None Y Ethernet port





Port queue None N (No impact on the UENot involved















Transport channel None N (No impact on the UENot involved









BSC None Y Cell










PBCIC None Not involved Not involved





TRX This parameter is vali N (No impact on the UENot involved



BTS None Y BTS





















BTS None Y BTS

BTS None Y BTS

































Cell None Y Not involved











IP path None Not involved Not involved















PBCIC None Not involved Not involved


PBE1T1 None Not involved Not involved









BTS None Y BTS

BTS None Y BTS

BTS None Y BTS

BTS None Y BTS




BTS The peer IP address anY PPP link

BTS The peer IP address anY PPP link



IP path "IPADDR" and "PEERIPANot involved Not involved

IP path ("IPADDR","PEERIPADDRNot involved Not involved










MP link None Y BSC6900

BTS None Y PPP link

NSE None Y NSE





Board The phb of the traffic Not involved Not involved

IP Path None N (No impact on the UENot involved






BTS This parameter must meN (No impact on the UENot involved






























PBE1T1 None Not involved Not involved






Loopback optical port None N (No impact on the UENot involved




Ethernet port If port 0 or port 4 of Not involved Not involved






PBSL None N (No impact on the UENot involved



PPP link None Y BTS

BTS None Y BTS

BTS None Y BTS

BTS None Y BTS

BTS None Y BTS













BTS None Y BTS

BTS None Y BTS





Cell If this parameter is N (No impact on the UENot involved























BSC6900 When the value of "PON (No impact on the UENot involved








Cell This parameter must bN (No impact on the UENot involved







Cell This parameter, togetheN (No impact on the UENot involved












BC None Y BC














NSE None Y NSE

































E1/T1 port None Y BSC6900



















































BTS This parameter must bN (No impact on the UENot involved


























































































Cell None Y Cell














BSC Set when Allow Common N (No impact on the UENot involved







NSE None Y NSE



BSC RMTTCATERTRANSMODE Y BSC6900















AAL2 path When the value of "ADN (No impact on the UENot involved




Cell A 3G cell can be adde N (No impact on the UENot involved















SCCP When the value of "SPCY BSC6900

PPP link None Y BTS














SCCP None Y BSC6900








SCTP link The value to be set s N (No impact on the UENot involved

SCTP link The value to be set sh N (No impact on the UENot involved

SCTP link The value to be set s N (No impact on the UENot involved








Transmission resourceWhen "GRPT" in "ADD RN (No impact on the UENot involved

































BSC6900 This parameter is requN (No impact on the UENot involved







Cell 1. This parameter is v N (No impact on the UENot involved























SCTP link None Not involved Not involved











































BTS None Y BTS





BSC None Y BSC6900

BTS None Y BTS

BTS The value range of thi Y BTS














BSC None Y BSC



BTS None Y Cell


BTS This parameter is val N (No impact on the UENot involved







NSE None Y NSE










































None The number of CPU usagN (No impact on the UENot involved


















BTS None Y BTS

BTS None Y BTS









SCCP When the value of "SPDY BSC6900

SCCP This parameter dependY BSC6900

SCCP When the value of "SPDNot involved Not involved


SCCP When the value of "SPDN (No impact on the UENot involved






















BSC6900 This parameter is requN (No impact on the UENot involved










BTS None Y BTS

BTS None Y BTS

BTS None Y BTS
























BSC6900 None Not Invovled Not Invovled









BTS None Y BTS

BTS None Y BTS


Control plane link None Y Subrack connection pa

BSC6900 None Y Subrack connection pa





NSE None Y NSE


























PBCIC None N (No impact on the UENot involved

BSC The setting of this p N (No impact on the UENot involved


BSC The setting of this pa N (No impact on the UENot involved



BTS None Y BTS


BSC This parameter is set N (No impact on the UENot involved



BTS None Y BTS






BSC To ensure that all the N (No impact on the UENot involved











BTS If the added monitorinN (No impact on the UENot involved



BTS If "Work Mode for Aut N (No impact on the UENot involved

E1/T1 link When SUBBSC is selecteN (No impact on the UENot involved

E1/T1 link When SUBBSC is selecteN (No impact on the UENot involved



BTS This parameter must mN (No impact on the UENot involved





BTS None Y BTS







Cell Y Cell


Cell This parameter is val Y Cell










This parameter is valid only when "GPRS" is set to SupportAsInnPcu.If "Cell Extension Type" in the "ADD GCELL" command or "MOD GCELL" command is set to "Double Timeslot Extension Cell" for a cell, the parameter cannot be set to "SUPPORT".






























































None The value of this para N (No impact on the UENot involved
































MTP3 link None Y BSC6900

















Cell "TCHTRICBUSYOVERLAYN (No impact on the UENot involved

Cell "TCHTRICBUSYOVERLAYN (No impact on the UENot involved

MTP3 link None Y BSC6900




Control plane link None Not involved Not involved























PBSL None Y BSC


















Cell The maximum length ofN (No impact on the UENot involved












BTS None Y Not involved








































Subsystem This parameter is vali Not involved Not involved











None The TRMMAP index is cN (No impact on the UENot involved




























BTS None Y BTS



BSC6900 When the value of "ITFNot involved Not involved

BSC6900 When the value of "ITFNot involved Not involved




















None The TRM load thresholdN (No impact on the UENot involved







Physical channel None If traffic handover fai Cell


BTS None Y BTS

























BSC None Y Cell


Physical channel None N (No impact on the UECell









Cell None Y Cell


BTS None Y BTS



BTS None Y PPP link

Cell None Y Cell








BTS None Y BTS


PBSL None Y BSC

Physical channel None N (No impact on the UENot involved


BSC The value of "Fast Fl N (No impact on the UENot involved


BTS If this parameter is s N (No impact on the UENot involved











Cell When "TURNOFFCELLSTPTN (No impact on the UENot involved














Board None. N (No impact on the UENot involved









Transmission resourceWhen "GRPT" in "ADD RN (No impact on the UENot involved






BSC None Y BSC












































NSE None Y NSE






































































"ULTHF1" < "ULTHF2"; "ULTHF1" + "ULHYSTF1" < "ULTHF2" + "ULHYSTF2"."ULTHF2" < "ULTHF3"; "ULTHF2" + "ULHYSTF2" < "ULTHF3" + "ULHYSTF3"."ULTHF2" < "ULTHF3"; "ULTHF2" + "ULHYSTF2" < "ULTHF3" + "ULHYSTF3"."ULTHH1" < "ULTHH2"; "ULTHH1" + "ULHYSTH1" < "ULTHH2" + "ULHYSTH2"."ULTHH2" < "ULTHH3"; "ULTHH2" + "ULHYSTH2" < "ULTHH3" + "ULHYSTH3"."ULTHH2" < "ULTHH3"; "ULTHH2" + "ULHYSTH2" < "ULTHH3" + "ULHYSTH3"."ULTHWB1" < "ULTHWB2"; "ULTHWB1" + "ULHYSTWB1" < "ULTHWB2" + "ULHYSTWB2"."ULTHWB1" < "ULTHWB2"; "ULTHWB1" + "ULHYSTWB1" < "ULTHWB2" + "ULHYSTWB2".


BSC Generally, the value ofN (No impact on the UENot involved









BTS None Y BTS

BTS None Y BTS



BTS None Y BTS

BTS None Y BTS















Transmission resourceWhen "ISFIRSTCLASSE" Not involved Not involved





























Cell "VGCSRSRVNUM"" <=N (No impact on the UENot involved


Cell "VGCSRSRVNUM"" + PDTN (No impact on the UENot involved




























BTS This parameter must beN (No impact on the UENot involved







BSC Timer of MS Location N (No impact on the UENot involved



BSC Timer of MS Location N (No impact on the UENot involved

























Interruption Duration(Min) Caution Validation of ModificationImpact on Radio Network Performance

Not involved None The parameter modificThe smaller the value o

Not involved None The parameter modificThe smaller the value o

Not involved The value of this para The parameter modificThe setting of this par

Less than 5 minutes None The BTS should be reseNone

Not involved None The parameter modificNone




Not involved This parameter should The parameter modificNone






Not involved If this parameter is s The parameter modificNone



Not involved None The parameter modificWhen the access contro




Not involved None The parameter modificThe throughput is affe





Less than 5 minutes None The transport path shoNone

Not involved This parameter is val The parameter modificNone

Not involved ACS is usually set to The parameter modificNone

Not involved The parameter modificThe ACS may affect the









Not involved None The parameter modificThe switching from an

If this parameter involves three coding rates, the value of "AMR Starting Mode[F]" can be 0, 1, or 2; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[F]", "AMR UL Coding Rate adj.hyst1[F]", "AMR DL Coding Rate adj.th1[F]", "AMR DL Coding Rate adj.hyst1[F]", "AMR UL Coding Rate adj.th2[F]", "AMR UL Coding Rate adj.hyst2[F]", "AMR DL Coding Rate adj.th2[F]", and "AMR DL Coding Rate adj.hyst2[F]".If this parameter involves four full rate coding rates, the value of "AMR Starting Mode[F]" can be 0, 1, 2, and 3; all the adjustable thresholds and hysteresis of AMR coding rate make sense.If this parameter involves three coding rates, the value of "AMR Starting Mode[H]" can be 0, 1, or 2; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[H]", "AMR UL Coding Rate adj.hyst1[H]", "AMR DL Coding Rate adj.th1[H]", "AMR DL Coding Rate adj.hyst1[H]", "AMR UL Coding Rate adj.th2[H]", "AMR UL Coding Rate adj.hyst2[H]", "AMR DL Coding Rate adj.th2[H]", and "AMR DL Coding Rate adj.hyst2[H]".If this parameter involves four half rate coding rates, the value of "AMR Starting Mode[H]" can be 0, 1, 2, and 3; all the adjustable thresholds and hysteresis of AMR coding rate make sense.If this parameter involves two coding rates, the value of "AMR Starting Mode[WB]" can be 0 or 1; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[WB]", "AMR UL Coding Rate adj.hyst1[WB]", "AMR DL Coding Rate adj.th1[WB]", and "AMR DL Coding Rate adj.hyst1[WB]".If this parameter involves three coding rates, the value of "AMR Starting Mode[WB]" can be 0, 1, or 2; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[WB]", "AMR UL Coding Rate adj.hyst1[WB]", "AMR DL Coding Rate adj.th1[WB]", "AMR DL Coding Rate adj.hyst1[WB]", "AMR UL Coding Rate adj.th2[WB]", "AMR UL Coding Rate adj.hyst2[WB]", "AMR DL Coding Rate adj.th2[WB]", and "AMR DL Coding Rate adj.hyst2[WB]".




Not involved None. The parameter modificNone.






The services are disrupNone The parameter modificNone

Services will be disrupNone The parameter modificNone

Services will be disrupNone The parameter modificNone








Not involved None The radio link should None





Not involved None The radio link should If this parameter is s



Not involved With a good anti-inter The parameter modificIf this parameter is se


Not involved The parameter cannot Not involved None

Not involved None The parameter modificNot involved










Not involved If this parameter is se The parameter modificNone




































































Not involved None The parameter modificIf this parameter is s


Not involved None The parameter modificWhen this parameter is










Not involved None The parameter modificIf this switch is turn

Not involved None The parameter modific


If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over from TCHF to TCHH, thus affecting the voice quality.If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a TCHF-TCHH handover. Thus, network congestion cannot be relieved in time.If this parameter is set to a greater value, only MSs in the center of the cell can meet the handover condition. Thus, the network congestion cannot be relieved in time.If this parameter is set to a smaller value, MSs at the edge of the cell can also meet the handover condition, thus affecting the voice quality.





Not involved None The parameter modificIf this parameter is se

































Not involved The adjacent node ID The parameter modificNone




If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over from TCHF to TCHH, thus affecting the voice quality.If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a TCHF-TCHH handover. Thus, network congestion cannot be relieved in time.If this parameter is set to a greater value, MSs at the edge of the cell can also meet the handover condition, thus affecting the voice quality.If this parameter is set to a smaller value, only MSs in the center of the cell can meet the handover condition. Thus, the network congestion cannot be relieved in time.If this parameter is set to a greater value, MSs with poor quality can also meet the handover condition, thus affecting the voice quality.If this parameter is set to a smaller value, little MSs can meet the handover condition. Thus, the network congestion cannot be relieved in time.















Not involved This parameter is vali The parameter modificNone














Interrupt the service uTo modify this param The parameter modificNone

Not involved To modify this param The parameter modificNone






Not involved Before enabling this f The parameter modificIf this parameter is s































Less than 10 minutes None The BSC should be reseNone



Not involved The ATT must be set toThe parameter modificNone






Interrupt the service uNegotiation can succeeThe parameter modificNone


Less than 5 minutes Negotiation can succeeThe transport path shoNone





If this parameter is set to a greater value, TCHFs are preferentially selected even when congestion occur on the Ater interface, thus decreasing the system capacity.If this parameter is set to a lower value, TCHHs are selected when no congestion occur on the Ater interface, thus decreasing the voice quality.






Interrupt the service uThe port can be set to The parameter modificNone





Not involved The auto negotiation mThe parameter modificNone




If the mode is not consiIf the mode is not consiThe parameter modificNone








Not involved Each backplane board 8The parameter modificNone

Not involved Each backplane board 8The parameter modificNone






















The services are interrThe parameter modificaThe BSC6900 should be None



Less than 5 minutes None The parameter modificNone





Less than 5 minutes None The cell should be act None




























Not involved To disable the alarm blThe parameter modificNone

If this parameter is set to a greater value, the handover cannot be performed in time, thus the voice quality is decreased and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, handovers cannot be performed in time. Thus the voice quality is decreased and call drops may occur.

Not involved To enable the alarm bliThe parameter modificNone







Not involved If the value of this pa The parameter modificNone







Not involved When the M900/M1800 BSThe parameter modificNone























Not involved The parameter modificThe setting of this p




If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.

If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.

CBCHs are configured.When the GSMR is enabled, NCHs are configured.























































Not involved If "MR.Preprocessing" The parameter modificNone


Not involved A paging block (four c The parameter modificIf this parameter is s









Not involved If certain link is occ The parameter modificNone







Not involved The parameter cannot Not involved Not involved









Not involved If BTS Bar Code is inc The parameter modificNone



Not involved This parameter cannotThe parameter modificNone













Not involved This parameter can beThe parameter modificIf this parameter is s




Not involved This parameter is requThe parameter modificNone



Not involved For a double-transceiveThe parameter modificNone



































Not involved None The parameter modificCall reestablishment c




Not Involved None The parameter modificNone




Not involved If the value of "Cell B The parameter modificNone






Not involved If the value of "Cell B The parameter modificNone


















Not involved This parameter appliesThe parameter modificNone






















Not involved The parameter modificNone












The setting of this parameter needs negotiation with the opposite network element MSC.If the MSC supports processing assignment complete messages containing cell lists, set this parameter to YES; otherwise, set this parameter to NO.




Not involved None The parameter modificThis feature only appl



















Not involved The congestion start t The parameter modificNone








Not involved None The parameter modificThe setting of this pa




Not involved This function can be a The parameter modificNone




Not involved The purpose of settingThe parameter modificNone


Not involved When the network statuThe parameter modificNone






Not involved This parameter is sup The parameter modificNone


The services are interrThe checksum mode neeThe parameter modificNone

The services are interrThe checksum mode neeThe parameter modificNone

The services are interrNone The parameter modificNone











Not involved The setting of this pa The parameter modificNone

Not involved The setting of this p The parameter modificNone







Not involved The smaller the value The parameter modificNone

Less than 1 minute None The parameter modificNone


Not involved The CI can be input in The parameter modificNone










The setting of this parameter needs negotiation with the opposite network element MSC.If the MSC supports processing assignment complete messages containing the Chosen Channel, set this parameter to YES; otherwise, set this parameter to NO.The setting of this parameter needs negotiation with the opposite network element MSC.If the MSC supports processing handover performed messages containing the Chosen Channel, set this parameter to YES; otherwise, set this parameter to NO.The setting of this parameter needs negotiation with the opposite network element MSC.If the MSC supports processing HO REQ ACK messages containing the Chosen Channel, set this parameter to YES; otherwise, set this parameter to NO.

NOSENDING: The HO REQ ACK message does not contain the Chosen Encryption Algorithm.SYSTEMOPT: If the encryption algorithm used by an MS in two cells changes before and after a handover, the HO REQ ACK message contains the Chosen Encryption Algorithm; otherwise, the message does not.

1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation.














Less than 10 minutes If you want to modify The board should be reNone

















Not involved The value of this par Not involved None











SENDINGPRO: If the cause value of assignment failure is "Circuit pool mismatch" or "Switch circuit pool", the assignment failure message contains the Circuit Pool List; otherwise, the message does not.SENDING: The assignment failure message contains the Circuit Pool List without restriction.

The setting of this parameter needs negotiation with the opposite network element MSC.If the MSC does not support process assignment complete messages containing the Circuit Pool, the value YES of this parameter makes no sense.The setting of this parameter needs negotiation with the opposite network element MSC.If the MSC does not support process assignment complete messages containing the Circuit Pool, the value YES of this parameter makes no sense.

2. If "Upper count threshold of raised fault" is not "0", the value of "Lower count threshold of raised fault" cannot be "0" and you must ensure that "Upper count threshold of raised fault" is greater than "Lower count threshold of raised fault".3. When "Upper count threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" are "ENABLE", you cannot set "Alarm blink threshold" to "0". Otherwise, blink statistics of the alarm is not performed.2. If "Lower count threshold of raised fault" is not 0, the value of "Upper count threshold of raised fault" cannot be 0 and you must ensure that "Lower count threshold of raised fault" is smaller than "Upper count threshold of raised fault".3. When "Upper count threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" are "ENABLE", you cannot set "Alarm blink threshold" to "0". Otherwise, blink statistics of the alarm is not performed.




Not involved None The parameter modificThis parameter can be





Not involved This parameter can be The parameter modificNone






















Not involved This parameter cannot The parameter modificNone


Not involved This parameter is not The parameter modificNone






Not involved The settings of RXLEV-The parameter modificNone


Not involved The parameter is relatThe parameter modificNone

If this parameter is set to a smaller value, pingpong location update may occur, thus increasing the signaling load on the SDCCH.If this parameter is set to a greater value, the MS may not camp on an optimum cell for a long time after entering a new location area.






Not involved The modification of th The parameter modificNone



Not involved The larger the value o The parameter modificNone















Not involved The larger the value o The parameter modificNone


















1. New access subscriber. 2. Bandwidth modification of the existing subscriber


If the value of this parameter is too high, the congestion control is delayed, which leads to deteriorated performance on the signaling link and certain messages may be lost.If the difference between the values of "CSTARTTHD" and "CENDTHD" is small, the signaling link is unstable and congestion control is performed frequently. In this case, the paging messages may be abandoned.






Less than 5 minutes If this parameter of anThe BTS should be reseNone

Less than 5 minutes If this parameter of anThe BTS should be reseNone




None None























Not involved None The parameter modificIf this timer is set t




Not involved When running this commThe parameter modificNone





Less than 5 minutes This parameter can beThe BTS should be reseNone




Less than 1 minute None The cell should be act None

Not involved None. The parameter modificIf this timer is set t
















Not involved This parameter takes eThe parameter modificIf this function is en








Not involved If this parameter is setThe parameter modificNone











Less than 5 minutes This parameter is rela The parameter modificNone


The setting of this parameter needs negotiation with the MSC of the opposite network element.If the MSC supports processing assignment failure messages containing the cause value of direct retry, set this parameter to YES; otherwise, set this parameter to NO.




Not involved None The parameter modificIf the parameter is se


Not involved None The parameter modificThe throughput of the















Not involved Generally, the value o The parameter modificNone














Not involved The setting of this par The parameter modificIf this parameter is se







This parameter is used for the adaptive adjustment function of AMR downlink threshold. When the voice is in poor performance not being affected by the channel quality: If the low rate mode is more used in the adaptation, you can increase the value of this parameter; if the high rate mode is more used in the adaptation, you can decrease the value of this parameter. The adjustment range is from 4 to 20 and the adjustment step is 2.The target FER with the discontinuous transmission (DTX) enabled is a little higher than the one without the DTX enabled. It is recommended that you set the value of this parameter to 14 when the DTX is enabled. Based on this value, you can make adjustments in the above mentioned principle according to actual test results.











Not involved None The parameter modificThe coding rate and M

















Not involved The downlink power conThe parameter modificNone










Not involved If you do not use a duaThe parameter modificAs the double antenna




During upgrade, pay more attention to the setting of this parameter. Be sure to check it. If an area is allowed for receiving short messages, set this parameter to NO.If the value of this parameter is YES, the MS in either idle or connected mode cannot occupy radio channel resources to send short messages.








































Not involved The priority of the sig The parameter modificNone


Not involved The existing networki The parameter modificNone












Not involved None Not involved None




































Not involved It is used for interwor The parameter modificNone




Not involved The address must exisThe parameter modificNone



Not involved It is recommended thatThe parameter modificNone
























Not involved For the modification o The parameter modificNone




2. You are not allowed to set the start date or end date of DST to February 29. This is because that the local time changes between the start date and end date of DST. In a non-leap year, February 29 does not exist. Therefore, the local time cannot change between DST and non-DST.3. The start month and end month of DST cannot be the same.

If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.










Not involved The value of this para The parameter modificNone


















Less than 10 minutes None The parameter modificThe number of block re












Not involved None The radio link should If this parameter is se


2. If A over IP is configured, the configuration does not support the operation. 3. The difference between the end CIC and the start CIC is smaller than 256.

2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operation from the primary BM subrack to the secondary BM subrack.2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block operation from the primary BM subrack to the secondary BM subrack.

If this parameter is set to NO, the forced handover and call delay caused by timeslot arrangement can be avoided, but this may cause some TCHF-only calls to fail.If this parameter is set to Yes, calls may fail when the timeslot arrangement fails and when the MS does not select the TCHF in the concentric cell.










































If this timer is set to a greater value, channel resources may be wasted, thus causing congestion.If this timer is set to a smaller value, the success rate of immediate assignment may decrease.


















Not involved If the value of this p The parameter modificNone
















Not involved None The board should be reNone









Not involved Negotiation can succeeThe parameter modificNone








Interrupt the service uNegotiation fails if th The parameter modificNone









Not involved The value ranges of f The parameter modificNone












Not involved None The parameter modificThis parameter affects







Less than 5 minutes You must deactivate thThe cell should be act None





































Not involved The default value of The parameter modificNone


Not involved In "EXP ELABEL", the "FN"The parameter modificNone











Not involved When this parameter isThe parameter modificIf this parameter is se








Not involved No_HC: disable the he The parameter modificNone


Not involved For a BTS of the BTS3X The parameter modificThis technology preve




Less than 1 minute The value range of thi The parameter modificNone

Less than 5 minutes If the BCCH frequency oThe parameter modificNone





















In the downlink: decreasing power consumption of the BTS, reducing system interference, and reducing intermodulation inside the BTSFrom the network perspective, the inter-frequency interference is reduced and the network quality is improved.



















































Not involved This parameter is validThe parameter modificNone








Not involved The FACTORTABLE mustThe parameter modificNone

























If this parameter is set to a greater value, the voice quality may be decreased.If this parameter is set to a smaller value, the congestion relieving capability may be decreased.If this parameter is set to a smaller value, the duration of an AMR TCHF-TCHH handover is short after the handover is triggered. Thus, few MSs can be handed over from TCHF to TCHH, and the congestion relieving capability is decreased.If this parameter is set to a greater value, the duration of an AMR TCHF-TCHH handover is long after the handover is triggered. Thus, even the MSs on the edge of the cell are handed over from TCHF to TCHH, and the voice quality deteriorates.If this parameter is set to a greater value, the handover cannot be performed in time and network congestion may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, network congestion may occur because the handover may not be performed timely.If this parameter is set to a smaller value, the voice quality may be decreased.If this parameter is set to a smaller value, the handover zone is enlarged in a short time, and thus many MSs are handed over from TCHF to TCHH. If this parameter is set to a greater value, the handover zone is enlarged slowly and it takes a long time to initiate a TCHF-TCHH handover. Thus, and the congestion relieving capability is decreased.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, network congestion may occur because the handover may not be performed timely.









Not involved This parameter determThe parameter modificNone

Not involved The value of this paramThe parameter modificNone

PS service of the cell None The parameter modificNone































If this parameter is set to a greater value, only an MS close to the overlaid subcell can be assigned TCHHs. Thus, timeslots are wasted. If this parameter is set to a smaller value, an MS of bad quality on the edge of the overlaid subcell cannot be handed over from TCHH to TCHF. Thus, the voice quality of the call is decreased.

If this parameter is set to a greater value, the TCHH-to-TCHF handover cannot be performed in time, thus the voice quality is decreased.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, only MSs in the center area of the overlaid subcell can be assigned TCHHs. Thus, timeslots are wasted and the congestion relieving capability is decreased.If this parameter is set to a smaller value, MSs on the edge of the overlaid subcell also use the TCHH. Thus, the voice quality of the call is decreased.










Not involved If the TRXs in a cell The parameter modificNone



Not involved When this parameter isThe parameter modificNone







Not involved None The parameter modificThis parameter limits


















Not involved The value of this par Not involved None


Less than 1 minute The value of this para The cell should be act None


If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a greater value, the handover cannot be performed in time, and thus the voice quality is decreased.

If this parameter is set to a greater value, the MS takes a longer time to meet the conditions for triggering the handover and the handover cannot be performed in time. Thus, call drops may occur or more handovers are triggered.If this parameter is set to a smaller value, the MS takes a shorter time to meet the conditions for triggering the handover, and thus network congestion may occur on the macro cell.If this parameter is set to a greater value, congestion may occur in the macro cell.If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, call drops may occur or more handovers are triggered.

If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, call drops may occur because the handover may not be performed timely.If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.

If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.

If this parameter is set to a greater value, call drops may occur because the handover may not be performed timely.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a smaller value, call drops may occur because the handover may not be performed timely.If this parameter is set to a greater value, unnecessary handovers may be performed.

If this parameter is set to a greater value, congestion may occur in the underlaid subcell.If this parameter is set to a smaller value, ping-pong handovers may occur.





Less than 1 minute After this parameter isThe cell should be act If this parameter is se



Not involved None The parameter modificIf this parameter is set





The services are interrBefore the modificatio The parameter modificNone


Not involved Set this parameter proThe parameter modificNone












Less than 1 minute HSNs are optional for The cell should be act None















If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call drop when there is no suitable neighboring cell.If this parameter is set to a smaller value, the MS is likely to be handed over to the original cell again, thus leading to ping-pong handovers.

If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, call drops may occur because the handover may not be performed timely.

If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, call drops may occur because the handover may not be performed timely.




Not involved For details of the tim The parameter modificNone




Not involved For details of the tim The parameter modificNone


























Not involved The parameter IBCA AllThe parameter modificNone
















































Not involved None The parameter modificIf this timer is set t



If this parameter is set to a greater value and consequently there is a small number of requests for SDCCHs, the SDCCHs of a cell are in idle state and the TCH traffic volume during busy time is decreased.if this parameter is set to a smaller value and consequently there is a large number of requests for SDCCHs, the requests cannot be met and the access success rate is decreased.























Not involved This parameter must bThe parameter modificIf the value of this pa



















If this parameter is set to a greater value, the call-completion rate of MS increases but the BSC6900 load may also increase.If this parameter is set to a smaller value, the increase of the call completion rate is not obvious.If this parameter is set to a greater value, the call-completion rate of MS increases but the BSC6900 load may also increase.If this parameter is set to a smaller value, the increase of the call completion rate is not obvious.

If this parameter is set to a greater value, the traffic volume during busy time may be decreased.If this parameter is set to a smaller value, the voice quality may be decreased.If this parameter is set to a greater value, the traffic volume during busy time may be decreased.If this parameter is set to a smaller value, the voice quality may be decreased.
























Not Involved None The parameter modificNot involved










The loopback keeps intNone The parameter modificNone








If this parameter is set to a greater value, call drops may occur.If this parameter is set to a smaller value, handover may be performed frequently and the signaling load in the cell is increased.If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, the handover cannot be performed in time, thus the voice quality is decreased or call drops may occur.

3. In the following BTSs, the value range is 115 to 48: BTS3X 03.1130 and its later versions, 3001c 07.0301 and its later versions, 3002c 02.0820 and its later versions, and double-transceiver BTSs.4. If the value of this parameter is too great, the averaging result cannot accurately reflect changes. If the value is too small, frequent averaging of interference levels causes a waste of resources.

If this parameter is set to a greater value, congestion may occur in the underlaid subcell;If this parameter is set to a smaller value, handover success rate may be decreased.

If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a smaller value, the handover success rate may decrease.

If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a smaller value, the handover success rate may decrease.













Services are interrupt None The parameter modificNone



















Not involved No_HC: disable the he The parameter modificNone




Less than 5 minutes This parameter dependsThe BTS should be reseNone

Less than 5 minutes This parameter must beThe BTS should be reseNone











Less than 1 minute Each cell can be confi The cell should be act None





Not involved The parameter IPPATH The parameter modificNone























If the mode is not consiThe setting of this pa The parameter modificNone








Not involved It is used for interwor The parameter modificNone









Interrupt the service uThe setting of this pa The parameter modificNone


Interrupt the service uNone The parameter modificNone



















Not involved. None. The parameter modificThis parameter adjusts










1. This command is applicable to the boards AOUa, POUa, AOUc, POUc, and OIUa.2. It is used for interworking with products of other manufacturers.

1. This command is applicable to the boards AOUa and POUa.2. It is used for interworking with products of other manufacturers.












Not involved This parameter must The parameter modificNone














Not involved According to the MTP3 lThe parameter modificNone

Not involved The mask is calculated The parameter modificNone

Not involved None The parameter modificIf this parameter is set








Not involved None The parameter modificThis parameter adjusts





Not involved. The reciprocal of the The parameter modificThis parameter adjusts

If this parameter is set to a greater value, congestion may occur in the macro subcell;If this parameter is set to a smaller value, unnecessary handovers may be performed, thus the voice quality is decreased and ping-pong handovers may be performed.If this parameter is set to a greater value, unnecessary handovers may be performed, thus the voice quality is decreased and ping-pong handover may occur.If this parameter is set to a smaller value, congestion may occur in the macro subcell.

If this parameter is set to a greater value, it is difficult for the MS to be handed over to the serving cell, thus leading to call drop when there is no suitable neighboring cell.If this parameter is set to a smaller value, the MS is likely to be handed over to the serving cell again, thus leading to ping-pong handovers.If this parameter is set to a greater value, it is difficult for the MS to be handed over to the serving cell, thus leading to call drop when there is no suitable neighboring cell.If this parameter is set to a smaller value, the MS is likely to be handed over to the serving cell again, thus leading to ping-pong handovers.



Not involved The function of cell The parameter modificNone









Not involved The local IP address a The parameter modificNone








The services are interrThe both end address oThe parameter modificNone



The services are interrThe parameter can be The parameter modificNone






The services are interrIt is valid when "LO The parameter modificNone

The services are interrIt is valid when "LO The parameter modificNone
















When the peer end unco The parameter modificNone





The loopback keeps inte The parameter modificNone

The loopback keeps inteWhen the loopback typThe parameter modificNone





Not involved For the BTS3002C, if eThe parameter modificNone





















Not involved This parameter must bThe parameter modificNone


Not involved The value of this para The parameter modificNone



1. When the peer end unconditionally changes the bits in the check message, the services are disrupted if the switch is set to ON.2. When the switch is set to OFF, the alarm "Inconsistent Configurations at the Two Ends of the Link over the Ater Interface" will not be reported.

If this parameter is set to REMOTE_LOOP and LOCAL_LOOP, the service on this link is affected until the loopback is cancelled.When the upper layer bearer is IMAGRP, IMAGRP is reset after the loopback is canceled. Otherwise, the state of the IMAGRP is abnormal and upper layer service cannot be established.

Services are disrupted The adjustment of the The parameter modificNone




The services are interrThe parameter modificaThe BSC6900 should be None




Not involved If there are fewer fre The parameter modificNone












































Not involved The modification of theThe parameter modificNone











Not involved The value of this par The parameter modificNone




Not involved The modification of theThe parameter modificNone








Not involved You can increase this The parameter modificNone






Not involved If the PPP frame leng The parameter modificNone

1. In the earlier versions of BSC6000V900R008C01B060SP06 and BSC6000V900R0086C01B060SP06, a maximum of 50 BTSs can be downloaded simultaneously on one BSC through the M2000 client. In BSC6000V900R008C01B060SP06 and BSC6000V900R0086C01B060SP06 and its later versions, a maximum of 100 BTSs can be downloaded simultaneously on one BSC through the M2000 client. Therefore, the number of BTSs to be downloaded should take the intersection of the value of this parameter and the number of BTSs supported by the M2000 client.2. If the BTS software versions downloaded simultaneously are excessive, the CPU usage of the OMU increases. In this case, the services are likely to be affected.








Not involved Before performing singThe parameter modificNone



















Not involved This parameter is vali The parameter modificIn scenarios with heav








Not involved The Enhanced MeasuremThe parameter modificNone







If this parameter is set to 2, the MS reports the measurement results of two neighboring cell known and permitted by the NCC at each band with the best signal (the band serving the current cell not included). The MS reports the measurement result of the neighbor cell at the band serving the current cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other neighboring cells regardless of the bands at which the neighboring cells are located.If this parameter is set to 3, the MS reports the measurement results of three neighboring cells known and permitted by the NCC at each band with the best signal (the band serving the current cell not included). The MS reports the measurement result of the neighboring cell at the band serving the current cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other neighboring cells regardless of the bands at which the neighboring cells are located.




























The services are interr The parameter modificNone



None None











If this parameter is set to a greater value, some desired cells may be excluded from the candidate cells, thus leading to call drops.If this parameter is set to a smaller value, an unwanted cell may become a candidate cell, thus leading to handover failures.

If this parameter is set to a smaller value, the idle state of the current SDCCHs cannot be indicated correctly and consequently the rollback of SDCCHs immediately triggers adjustment and affects the access success rate.If this parameter is set to a larger value, the channel allocation algorithm becomes less sensitive and consequently the SDCCHs stay in idle state and cannot be rolled back for a long period of time, thus affecting the TCH traffic volume.If this parameter is set to a greater value, some desired cells may be excluded from the candidate cells, thus leading to call drops.If this parameter is set to a smaller value, an unwanted cell may become a candidate cell, thus leading to handover failures.

The local end of the SCTP link is the server and the application type is NBAP, the working mode should not be modified as the client.For the SCTP link of the M3UA application, the working mode can be modified only when the upper layer application is deleted.








Less than 5 minutes None The BTS should be reseIf the value of this pa







Not involved Because the measuremenThe parameter modificNone


Not involved When this parameter isThe parameter modificNone












Not involved If the MSC pool functi The parameter modificNone

Not involved If the GSM BSC is con The parameter modificNone












If this timer is set to a greater value, the radio resources are occupied for a too long time, thus affecting the channel resource usage. If this timer is set to a smaller value, the call reestablishment success rate decreases.






































Not involved None The parameter modificThis parameter should
















If the mode is not consiThe interconnection maThe parameter modificNone





























If this parameter is set to Yes, the BSC6900 sends the LAPDm N200 parameter. If this parameter is set to OFF, the BSC6900 does not send the LAPDm N200 parameter.If a BTS does not support this parameter, the parameter should be set to No. Otherwise, the BTS cannot be initialized.















Not involved None The parameter modificWhen this parameter i



























On the SCH, the system constantly transmits the BSIC, the first three bits of which indicate the NCC. Thus, the MS needs to compare only this parameter with the adjacent NCCs measured. Then, the MS reports the matched NCCs to the BTS and discards others.The setting of this parameter affects only those MSs during conversation, as well as boundary handovers.










































If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over from TCHF to TCHH, thus affecting the voice quality.If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a TCHF-TCHH handover. Thus, the network congestion cannot be relieved in time.If this parameter is set to a greater value, only MSs in the center of the cell can meet the handover condition. Thus, the network congestion cannot be relieved in time.If this parameter is set to a smaller value, MSs at the edge of the cell can also meet the handover condition, thus affecting the voice quality.If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over from TCHF to TCHH, thus affecting the voice quality.If this parameter is set to a smaller value, the handover margin is enlarged slowly and it takes a long time to initiate a TCHF-TCHH handover. Thus, network congestion cannot be relieved in time.If this parameter is set to a greater value, MSs at the edge of the cell can also meet the handover condition, thus affecting the voice quality.If this parameter is set to a smaller value, only MSs in the center of the cell can meet the handover condition. Thus, the network congestion cannot be relieved in time.If this parameter is set to a greater value, MSs with poor quality can also meet the handover condition, thus affecting the voice quality.If this parameter is set to a smaller value, little MSs can meet the handover condition. Thus, the network congestion cannot be relieved in time.








Not involved None The parameter modificThe handover decision



















Not involved None The parameter modificThis parameter should







If the value is too big, If this parameter is se The parameter modificNone





Not involved The transmission prioriThe parameter modificNone
























Less than 5 minutes Before modifying this The cell should be act None




Not involved Primary operator inde The parameter modificNone
















If the parameter value is set relatively small, the sensitivity for detecting the OML when it is broken is improved. When the parameter value is set too small and if the link is intermittently disconnected, misjudgements may occur to the testing results.If the parameter value is set relatively large, the sensitivity for detecting the OML when it is broken is reduced. The testing results are reliable, though.

1. The block of A interface must be configured. 2. If A over IP is configured, the configuration does not support the operation.2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operation from the primary BM subrack to the secondary BM subrack.2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the AE1T1 of the BM subrack. You are not allowed to perform the block operation from the primary BM subrack to the secondary BM subrack.











Not involved None The parameter modificIf the value of this pa































If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs.If this parameter is set to a smaller value, the handover success rate may fall.If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs.If this parameter is set to a smaller value, the handover success rate may fall.

















Not involved None The parameter modificProperly setting this

























If this parameter is set to a greater value, the CPU may be overloaded.If this parameter is set to a smaller value, the call loss rate is high.If this parameter is set to a greater value, the CPU may be overloaded.If this parameter is set to a smaller value, the call loss rate is high.If this parameter is set to a greater value, the CPU may be overloaded.If this parameter is set to a smaller value, the call loss rate is high.If this parameter is set to a greater value, the CPU may be overloaded.If this parameter is set to a smaller value, the call loss rate is high.















Not involved The local IP address a The parameter modificNone








The services are interrThe SCTP port number iThe parameter modificNone











Less than 5 minutes The SIGBVC must be resThe transport path shoIf this parameter is s



Not involved The parameter modificIf this parameter is s






If this parameter is set to a smaller value, some paging messages that can be processed by the BSC6900 are discarded, thus affecting the call success rate.If the value of Pg State Period(ms) is changed, you need to change the value of this parameter accordingly.If this parameter is set to a higher value, more PS paging messages can be processed, thus increasing the BSC load. As a result, the control on the message arrival rate may fail to protect the BSC. If this parameter is set to a lower value, more PS paging messages are discarded, thus affecting the paging success rate. It is recommended that this parameter be set according to the actual PS paging volume and the CPU usage of the BSC.The setting of this parameter is closely related to that of "Paging Statistical Period". When the value of "Paging Statistical Period" is changed, the value of this parameter must be adjusted accordingly.If this parameter is set to a smaller value, the control of the arrival rate of paging messages is sensitive. If this parameter is set to a greater value, the control is insensitive.

A cell reselection is performed in the last 15s, and the C2 of the new cell minus 5 dB constantly exceeds the C2 of the serving cell in 5s.A better cell exists if the above conditions are met. If a better cell exists, the MS reselects a cell, and does not select the previous cell within 5s.


















Not involved If "Play switch" is set The parameter modificNone






















Not involved When the loopback typThe parameter modificNone


2. If the BSC is configured to the integrated BMTC or A over IP is configured, the configuration does not support the operation. 3. If the block operation is applicable to only the ATERTS of the BM subrack. You are not allowed to perform the block operation from the primary BM subrack to the secondary BM subrack.














Less than 5 minutes This parameter can beThe transport path shoNone












































Not involved ENABLE: the multiplexiThe parameter modificNone

Not involved This parameter can beThe parameter modificNone




Not involved When the sampling rateThe parameter modificNone










Not involved Each layer has 16 prioThe parameter modificNone




Not involved The routing priority is The parameter modificNone























Less than 5 minutes The SIGBVC must be reThe transport path shoIf this parameter is se











Not involved This parameter should The parameter modificIf this parameter is se















1. New access subscriber. 2. Bandwidth modification of the existing subscriber1. New access subscriber. 2. Bandwidth modification of the existing subscriber









Interrupt the service uThe line code must be The parameter modificNone

Interrupt the service uThe frame structure muThe parameter modificNone


























Not involved None The parameter modificIf the value of this pa















































If this parameter is set to a greater value, downlink power insufficiency may not be solved in time, thus leading to call drops.If this parameter is set to a smaller value, unnecessary handovers may be performed, thus the voice quality is decreased.If this parameter is set to a greater value, unnecessary handovers may be performed, thus the voice quality is decreased.If this parameter is set to a smaller value, downlink power insufficiency may not be solved in time, thus leading to call drops.




Not involved This parameter should The parameter modificIf this parameter is se




















Not involved To improve the successThe parameter modificNone


















If the value of this parameter is too low, the BTS easily considers that the RACH timeslot is busy and reports overload messages to the BSC6900. If the value is too high, the BTS cannot determine the status of the RACH timeslot correctly.The settings of the BTS312, BTS3001C, BTS3001CP, BTS3002C, and double-transceiver BTS must be consistent with the meaning and requirement of the BTS30.If this parameter is set to a smaller value, the BTS frequently sends the overload messages to the BSC6900. Thus, the system resource usage decreases and MSs are difficult to access the network.

If this parameter is set to a greater value, the BTS sends an overload message to the BSC6900 at a long interval. Thus, system faults may occur.

If this parameter is set to Algorithm II, the BTS performs AMR rate adaptation according to the BER value. Algorithm II is valid only for the EMR.If this parameter is set to None, the AMR rate adaptation algorithm is not enabled, and a fixed coding rate is used.




























Not involved The parameter must be The parameter modificNone














Not involved The range of this para The parameter modificIf this parameter is se






Less than 5 minutes The SIGBVC must be resThe transport path shoNone


















Not involved The resource group muThe parameter modificNone

















If this parameter is set to a smaller value, the radio resource status is reported too frequently, thus increasing the load of the BSC6900.If this parameter is set to a greater value, the radio resource status is not immediately reported and thus the BSC6900 cannot handle the interference to the BTS in time.

If this parameter is set to a smaller value, the radio link is vulnerable to failure, thus call drops are likely to occur.If this parameter is set to a greater value, the MS may not release the connection for a long time, thus decreasing the resource usage. The parameter is valid in the downlink.

If this parameter is set to a greater value, some desired cells may be excluded from the candidate cells, thus leading to call drops.If this parameter is set to a smaller value, an unwanted cell may become a candidate cell, thus leading to handover failures.



The services are interrThe switch is off in th The parameter modificNone



Not involved Change this parameter The parameter modificNone












The services are interrThe routing context muThe parameter modificNone

Not involved None The parameter modificNone.

Not involved None The parameter modificNone.






Not involved The value should be The parameter modificNone












Not involved For AMR calls, this pa The parameter modificNone

Not involved If the value of this pa The parameter modificIf this parameter is se


Not involved This parameter is used The parameter modificNone




































Not involved When the same coverageThe parameter modificNone































Not involved If the parameter "IBCAThe parameter modificIf this switch is set

Not involved None The parameter modificThe greater the value o

Not involved The level values 0 thr The parameter modificNone

Not involved The parameter value coThe parameter modificNone

Not involved The level values 0 thr The parameter modificNone

Not involved The parameter value coThe parameter modificNone

Not involved The SDCCH dynamic adjThe parameter modificNone


Not involved None The parameter modificIf this function is ena

Not involved None The parameter modificThe TRX is shut down a







2. You are not allowed to set the start date or end date of DST to February 29. This is because that the local time changes between DST and non-DST. In a non-leap year, February 29 does not exist. Therefore, the local time cannot change between the start date and the end date.3. The start month and end month of DST cannot be the same.







Not involved None The parameter modificWhen the neighboring 3



























Not involved The ratio of the subsc The parameter modificNone






Services are interrupt The parameter modificNone


1. When the parameter is set to DENY, the services of all the online subscribers are interrupted and new subscribers cannot access the network.2. When the parameter is set to UNINSTALL, the services of all the online subscribers are not interrupted and new subscribers cannot access the network.











Services are interrupteThe ratio of Gb interf The parameter modificNone




























Not involved The source IP address The parameter modificNone







Not involved The modified parameterThe parameter modificNone



Not involved The value of this par The parameter modificNone























Less than 5 minutes This parameter can beThe parameter modificNone















Not involved None The parameter modificThis parameter can be





Not involved This parameter shouldThe parameter modificNone

Not involved This parameter shouldThe parameter modificNone





Interrupt the service uThe port can be set to The parameter modificNone



























If this parameter is set to a greater value, the handover to micro cells becomes difficult, and congestion may occur in macro cells.If this parameter is set to a smaller value, more handovers may be performed, thus the voice quality is decreased.If this parameter is set to a greater value, the handover to micro cells becomes difficult, and congestion may occur in macro cells.If this parameter is set to a smaller value, more handovers may be performed, thus the voice quality is decreased.



Not involved Clock sources and prioThe parameter modificNot involved

Not involved Clock sources and prioThe parameter modificNone


Not involved None Not involved None






Not involved Clock sources and prioThe parameter modificNone




















Less than 5 minutes The parameter modificNone




Not involved If the interface board The parameter modificNone


Services are interrupteThe ratio of Gb interf The parameter modificNone





1. The command is used for the configuration when the TDM resources exist between two subracks.2. Each subrack must be the BM subrack or TC subrack.1. The command is used for the configuration when the TDM resources exist between two subracks.2. Each subrack must be the BM subrack or TC subrack.










































In this case, you can set this parameter to No.After that, if some other MSs cannot process calls, set this parameter to Yes and divide the MA group.































Not involved The high multislot cla The parameter modificNone


Not involved The EDA requires the The parameter modificNone











When the simple cell broadcast function is enabled, the BSC6900 provides the simple cell broadcast service if the CBC is not provided. The simple cell broadcast function is used to broadcast the messages that are not changed frequently.The simple cell broadcast function and the cell broadcast function provided by the CBC cannot be enabled simultaneously.

If this parameter is set to Yes, the voice signals are encoded only once at the originating MS and decoded only once at the terminating MS. This improves the QoS of the MS-to-MS call.The TFO function is performed only between an MS and another MS, not between a fixed-line phone and an MS. If the TFO function is enabled, a lot of GDPUC resources are occupied.


















































Not involved None The parameter modificIf timer T200 is set t













Not involved The physical informati The parameter modificNone




















When this parameter differs in the cells of the same LAC, it is possible that the MS is identified as implicit off-line if the MS sends no location update request for a long period. In this case, system plays "The subscriber you dial is power off." even though the called MS is on.In an LAC, the value of this parameter should be the same in all cells.
















Not involved According to the GSM pThe parameter modificNone



























If this parameter is set to a greater value, the half-rate channels are assigned to the MS only when the channel seizure ratio of underlaid subcell is very high. Insufficient half-rate channels can be assigned to the MS. Thus, the capacity of the BSC is reduced.If this parameter is set to a smaller value, the half-rate channels are assigned to the MS only when the channel seizure ratio of underlaid subcell is very low. The calls use the half-rate channel even if there are enough full-rate channels, which influences the voice quality.If this parameter is set to a greater value, the half-rate channels are assigned to the MS only when the channel seizure ratio of overlaid subcell is very high. Insufficient half-rate channels can be assigned to the MS. Thus, the capacity of the BSC is reduced.If this parameter is set to a smaller value, the half-rate channels are assigned to the MS only when the channel seizure ratio of overlaid subcell is very low. The calls use the half-rate channel even if there are enough full-rate channels, which influences the voice quality.






Not involved Before switched on, pleThe parameter modificNone











The services are inter None The parameter modificNone



















Not involved None The radio link should If both TFO and AEC fu


Not involved For the BTS3001C, BTS3The parameter modificNone



Not involved The IP address of the The parameter modificNone

1. The command is used for the configuration when the TDM resources exist between two subracks.2. Each subrack must be the BM subrack or TC subrack.1. The command is used for the configuration when the TDM resources exist between two subracks.2. Each subrack must be the BM subrack or TC subrack.
























Not involved Multi-band networks c The parameter modificNone


















If this parameter is set to a greater value, the BCCH may idle while non-BCCHs are congested, thus affecting the traffic volume during busy times.If this parameter is set to a smaller value, the assignment of the BCCH may fail, and thus the access success rate may be decreased.If this parameter is set to a greater value, the assignment of the BCCH may fail, and thus the handover success rate may be decreased.If this parameter is set to a smaller value, the BCCH may idle while non-BCCHs are congested, thus affecting the traffic volume during busy times.If this parameter is set to a greater value, the BCCH may idle while non-BCCHs are congested, thus affecting the traffic volume during busy times and the access success rate.If this parameter is set to a smaller value, unnecessary handovers may be performed, thus the voice quality is decreased.
















Not involved The TRMMAP must be cThe parameter modificNone


























2. If "Upper time threshold of raised fault" is not "0", the value of "Lower time threshold of raised fault" cannot be "0" and you must ensure that "Upper time threshold of raised fault" is greater than "Lower time threshold of raised fault".3. When "Upper time threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" are "ENABLE", you cannot set "Alarm blink threshold" to "0". Otherwise, blink statistics of the alarm is not performed.

2. If "Upper time threshold of raised fault" is not "0", the value of "Lower time threshold of raised fault" cannot be "0" and you must ensure that "Lower time threshold of raised fault" is smaller than or equal to "Upper time threshold of raised fault".3. When "Lower time threshold of raised fault" is not "0" and "Alarm switch of blinking filter" and "Switch of stat blinking alarm" are "ENABLE", you cannot set "Alarm blink threshold" to "0". Otherwise, blink statistics of the alarm is not performed.





















Not involved The TRM load thresholThe parameter modificNone













Less than 1 minute After this parameter isThe cell should be act None








After TRX aiding (BCCH aiding or baseband FH aiding) or switchback occurs, the cell is re-initialized.For any types of BTS, no aiding is performed within a period specified by "Aiding Delay Protect Time" after the cell is initialized. "Aiding Delay Protect Time" can be set by using the "SET GCELLSOFT" command.






















Less than 1 minute After this parameter isThe cell should be act None









Less than 5 minutes Loopback test, which caThe parameter modificNone





Less than 5 minutes The transport path shoNone







The modification of the PPP link that is between the BTS and the BSC will affect the services.The modification of the PPP link that is between the BTS and the lower-level BTSs will lead to intermittent services carried by the lower-level BTSs.






The services are inter None The parameter modificNone






























Not involved None. The parameter modificThe parameter modifica






If the number of RACH conflicts in a cell is small, T should be set to a great value. If the number of RACH conflicts in a cell is large, T should be set to a small value. The increase in T and S prolongs the access time of an MS, thus affecting the access performance of the whole network. Therefore, appropriate values should be selected for T and S.When the network traffic is heavy, the success rate of immediate assignment is low if the sum of S and T is low. Thus, the value of T should be properly adjusted to make the sum of S and T great.









Not involved The value of this par The cell should be act None

Less than 30 minutes The modified parameterThe BSC should be reseNone




























Not involved When RAI alarms occur The parameter modificNone













































If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, the handover cannot be performed in time and call drops may occur.



















































































In a GSM900 cell, the power control level of the MS ranges from 0 to 19. Generally, the maximum transmit power supported by an MS is level 5 (mapping to 33 dBm). The minimum transmit power supported by an MS is level 19 (mapping to 5 dBm). Other transmit power levels are reserved for high-power MSs.In a GSM1800 or GSM1900 cell, the power control level of the MS ranges from 0 to 31. Generally, the maximum transmit power supported by an MS is level 0 (mapping to 30 dBm). The minimum transmit power supported by an MS is level 15 (mapping to 2 dBm). Other transmit power levels are reserved for high-power MSs.

If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter is set to a smaller value, unnecessary handovers may be performed, thus affecting the voice quality.

If this parameter is set to a greater value, unnecessary handovers may be performed, thus affecting the voice quality.If this parameter is set to a smaller value, the handover cannot be performed in time and call drops may occur.Pay special attention to the setting of this parameter during an upgrade. If sending short messages is allowed, this parameter must be set to No.

If this parameter is set to Yes, radio channels cannot be used to send short messages regardless of whether an MS is busy or not.




















Not involved None The parameter modificWhen preemption condit










If the mode is not set bIncorrect setting of th The parameter modificNone






Not involved The existing networki The parameter modificNone






If this parameter is set to a greater value, congestion may occur in the underlaid subcell.If this parameter is set to a smaller value, ping-pong handovers may occur.




































Less than 5 minutes The conversion from E1 The parameter modificNone






If the timer is set to a greater value, the time of reserving channel resources for an emergency call is long. In this case, the channel usage for ordinary calls is affected. If the timer is set to a smaller value, reserved channel resources may not be assigned to an emergency call. In this case, the call fails.


Introduced in Version Attribute

BSC6900 V900R011 Radio



Versions earlier tha Equipment




BSC6900 V900R011 Transport

Versions earlier tha Transport



Versions earlier tha Radio




























BSC6900 V900R011 Equipment
























































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































Parameter List for BSC6900

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