Category Element Function Abis over IP TG Abis optimization Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP TG data Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP BSC Abis over IP Abis over IP Cell Abis over IP Abis over IP Cell Abis over IP Abis over IP Cell Abis over IP Abis over IP Cell Abis over IP Abis over IP Cell Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP Abis over IP TG Abis over IP TG Abis over IP TG Abis vover Satellite Cell Cell Cell Adaptive Multi Rate BSC Adaptive Multi Rate Adaptive Multi Rate BSC Adaptive Multi Rate Adaptive Multi Rate BSC Adaptive Multi Rate Adaptive Multi Rate BSC Adaptive Multi Rate Abis over IP Abis over IP Adaptive Configuration of Adaptive Configuration of Adaptive Configuration of Adaptive Configuration of Adaptive Configuration of Adaptive Configuration of
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Category Element Function
Abis over IPAbis over IP TG Abis optimizationAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP TG data Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP BSC Abis over IPAbis over IP Cell Abis over IPAbis over IP Cell Abis over IPAbis over IP Cell Abis over IPAbis over IP Cell Abis over IPAbis over IP Cell Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IP
Abis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IPAbis over IP TG Abis over IP OverloadAbis over IP TG Abis over IP OverloadAbis over IP TG Abis vover Satellite
Adaptive Configuration of Logical ChannelsCell
Cell
Cell
Adaptive Multi Rate WideBandAdaptive Multi Rate BSC Adaptive Multi RateAdaptive Multi Rate BSC Adaptive Multi RateAdaptive Multi Rate BSC Adaptive Multi RateAdaptive Multi Rate BSC Adaptive Multi Rate
Adaptive Configuration of Logical Channels
Adaptive Configuration of Logical Channels
Adaptive Configuration of Logical Channels
Adaptive Configuration of Logical Channels
Adaptive Configuration of Logical Channels
Adaptive Configuration of Logical Channels
Adaptive Multi Rate BSC Adaptive Multi Rate
Adaptive Multi Rate BSC Adaptive Multi RateAdaptive Multi Rate WideBand BSC
Adaptive Multi Rate WideBand BSC Adaptive Multi Rate WideBand
A-Interface over IPA-Interface over IP BSC A-Interface over IP
A-Interface over IP BSC A-Interface over IP
A-Interface over IP BSC A-Interface over IPAllocation Data for Transceiver Group
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
HW N/A
Antenna HoppingAntenna Hopping HW Antenna Hopping
Assignment to Other CellAssignment to Other Cell BSC Assignment to Other CellAssignment to Other Cell BSC Assignment to Other Cell
Assignment to Other Cell Cell Assignment to Other Cell
Adaptive Multi Rate Wide Band - MODE
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Allocation Data for Transceiver Group
Assignment to Other Cell Cell Assignment to Other Cell
Assignment to Other Cell Cell Assignment to Other CellAutomatic FLP/Automatic IRC Tuning
Cell Automatic FLP
Cell Automatic IRC Tuning
BSC Automatic FLP
BSC Automatic IRC Tuning
BSC
BSC
BSC
BSC
BSC
BSC Exchange Property DataBSC Exchange Property Data HW N/A
Frequency Hopping Channel group Frequency HoppingFrequency Hopping Channel group Frequency Hopping
Frequency Hopping Channel group Frequency HoppingFrequency Hopping Channel group Frequency HoppingFrequency Hopping TG Frequency HoppingFrequency Hopping TG Frequency HoppingFrequency Hopping TG Frequency Hopping
GBGB BSC GB supervision GB BSC GB supervision
GPRS/EGPRSGPRS Cell GPRS Link AdaptationGPRS Cell GPRS Link AdaptationGPRS BSC Quality of ServiceGPRS BSC Quality of ServiceGPRS BSC Quality of ServiceGPRS BSC Quality of ServiceGPRS BSC Quality of ServiceGPRS BSC Quality of ServiceGPRS BSC Quality of ServiceGPRS BSC Quality of Service
Channel Group Data
Cell
BSC Adaptive Queue Management
BSC Adaptive Queue Management
BSC Adaptive Queue Management
BSC Adaptive Queue Management
BSC Adaptive Queue Management
BSC Ericsson Instant Talk
BSC Ericsson Instant Talk
BSC
BSC
BSC
BSC
BSC
BSC GPRS/EGPRS Load Optimisation
BSC GPRS/EGPRS Load Optimisation
GPRS/EGPRS Channel Administration
Cell Configuration and Allocation of Resources on the Abis Interface
GPRS/EGPRS Channel Administration
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
GPRS/EGPRS Connection Control and Transfer
BSC GPRS/EGPRS Load Optimisation
BSC Persistent Uplink Scheduling
Cell
Cell
BSC
Cell
GPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant Talk
GPRS/EGPRS QoS BSC Ericsson Instant Talk
GPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC Ericsson Instant TalkGPRS/EGPRS QoS BSC GPRS/EGPRS Quality of Service
GPRS/EGPRS QoS Cell Quality of ServiceGPRS/EGPRS QoS Cell Quality of ServiceGPRS/EGPRS QoS Cell Quality of ServiceGPRS/EGPRS QoS Cell Quality of Service
Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HO
Intra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HOIntra Cell HO Cell Intra Cell HO
Multi Operator in BSSMulti Operator in BSS BSC Multi Operator in BSSMulti Operator in BSS BSC Multi Operator in BSSMulti Operator in BSS BSC Multi Operator in BSS
Reduced Power ConsumptionReduced Power Consumption BSC Reduced Power Consumption
Reduced Power Consumption BSC Reduced Power Consumption
Reduced Power Consumption BSC Reduced Power Consumption
Reduced Power Consumption Cell Reduced Power Consumption
Reduced Power Consumption Cell Reduced Power Consumption
Reduced Power Consumption Cell Reduced Power Consumption
Reduced Power Consumption BSC Timeslot Power Savings
Reduced Power Consumption Cell Reduced Power Consumption
Synchronized Radio NetworksSynchronized Radio Networks BSC Synchronized Radio Networks
Synchronized Radio Networks BSC Synchronized Radio Networks
Synchronized Radio Networks HW Synchronized Radio Networks
Tandem Free OperationTandem Free Operation BSC Tandem Free OperationTandem Free Operation BSC Tandem Free OperationTandem Free Operation BSC Tandem Free Operation
Tandem Free Operation BSC Tandem Free OperationTight BCCH Frequency Reuse
Tight BCCH Frequency Reuse Cell Tight BCCH Frequency Reuse
Tight BCCH Frequency Reuse Cell Tight BCCH Frequency Reuse
Tight BCCH Frequency Reuse Cell Tight BCCH Frequency Reuse
Tight BCCH Frequency Reuse Cell Tight BCCH Frequency Reuse
Voice Group Call ServiceVoice Group Call Service BSC Voice Group Call ServiceVoice Group Call Service BSC Voice Group Call ServiceVoice Group Call Service BSC Voice Group Call ServiceVoice Group Call Service Cell Voice Group Call Service
Voice Group Call Service Cell Voice Group Call ServiceVoice Group Call Service Cell Voice Group Call ServiceVoice Group Call Service Cell Voice Group Call Service
Voice Group Call Service Cell Voice Group Call Service
Voice Group Call Service Cell Voice Group Call Service
Parameter Ericsson Parameter Name
Abis over IPNumber of devices NUMDEVCRC-32 checksum CRC32Differential Services Code Point DL DSCPDLDifferential Services Code Point UL DSCPULIP device number two IPDEV2NOIP device number IPDEVNOmaximum jitter for the BTS-BSC round trip JBPTAIP device type IPDEVTYPEJitter Buffer Size UL JBSULMax bandwidth DL MBWDLMax bandwidth UL MBWULSCGR mode MODEOverload Threshold OVLTHSTN Name PSTUSuper Channel Number SCSuper Channel Group Number SCGRAMR FR on 8 kbps Abis Priority Level AHPRLAMR FR on 8 kbps Abis Switch DAMRCRABISSQP based AMR FR on 8 kbps Abis Switch DAMRCRABISPRAMR FR on 8 kbps Abis HR to FR threshold DHRMAABISTHRP-GSL Timing Advance PTAJitter Buffer Size DL JBSDLLAPD bundling group LBGLAPD bundling time DL MCLTDLLAPD bundling time UL MCLTULLAPD max bundling size DL MPLSDLLAPD max bundling size UL MPLSULPacking Algorithm PACKALG
Adaptive Configuration of Logical ChannelsAdaptive Configuration State ACSTATE
SDCCH Level SLEVEL
SDCCH Time Interval STIME
Adaptive Multi Rate WideBandAdaptive Multi Rate Full Rate feature switch AMRFRSUPPORTAdaptive Multi Rate Half Rate feature switch AMRHRSUPPORTHysteresis for changing the codec mode HYSTCodec mode MODE
Adaptive Multi Rate (AMR) codec set changed by the operator. SET
Threshold for changing the codec mode THRICMODE ICMODE
AMRWBDHA AMRWBDHA
A-Interface over IPDSCP1
MBT
maximum packet size in bytes MPSAllocation Data for Transceiver Group
Antenna Designation. ANT
Antenna A Designation. ANTA
Antenna B Designation. ANTB
Tranceiver Group (TG) Cluster identity CLUSTERID
TGC Application Terminal Endpoint Identifier CTEI
Maximum Transmitter Power MPWR
Receiver Diversity RXD
Timing Function Synchronisation Mode SYNCSRC
Terminal Endpoint Identifier TEI
Timing Function Synchronisation Mode TFMODE
Transceiver group (TG) identity TG
Transceiver Controller TRXC
Transmitter ID TXID
Antenna HoppingAntenna Hopping Switch AHOP
Assignment to Other CellAssignment to Other Cell Switch ASSOCInter BSC handover is allowed during assignment switch IBHOASS
Assignment to worse cell switch AW
Differentiated Services Code Point (DSCP) that is used by the A-Interface Gateway
maximum time in milliseconds to wait before sending a multiplexed packet that is counted from the time when the first speech frame was inserted in the packet.
Cell Load SharingTime interval for CLS CLSTIMEINTERVAL
LSSTATE
Accepted Load in cell for CLS CLSACCLoad in cell to initiate CLS CLSLEVELCLS ramping time parameter CLSRAMPCLS active for cell CLSSTATECLS HO accepted to this cell. HOCLSACCCLS Hysteresis reduction parameter RHYST
Channel Allocation OptimizationSpeech version used at HO for AMR FR/HR AMRSPEECHVERUSEP-GSM band included EBANDINCLUDEDHalf Rate Supported HALFRATESUPPMaximum Channel Data Rate MAXCHDATARATESpeech version used at HO SPEECHVERUSEDChannel Allocation Profile CHAPMaximum channel data rate CMDRCS/PS allocation CSPSALLOC
CS/PS priority CSPSPRIOEGPRS/BCCH preference EACPREFEGPRS pririty over GPRS EFACTOREIT excluded PDCH EITEXCLUDEDGPRS Priority GPRSPRIOMultiple Channel switch MC
SS region whereassignment to worse cell is allowed
Defines if Mobile Time Difference (MTD) data shall be requested in Handover
CLS active inthe BSC switch
New establishments cause indicator NECIPDCH pre-emption PDCHPREEMPTPrimary PSET Limit PRIMPLIM8PSK on BCCH PSKONBCCHSub-cell Allocation SCALLOCSemi-dedicated PDCH SPDCHNumber of BPC for CS3-CS4 NUMREQCS3CS4BPCNumber of BPC for EGPRS NUMREQEGPRSBPCNo of on-demand PDCH ODPDCHLIMITSingle slot allocation strategy SASEGPRS on TS7 allowed TN7BCCHChannel Rate and Type CRT
Provided Speech Coder Version List PSCVLBSC Multiple Channel Switch BSCMCDynamic FR/HR Mode Adaptation on Abis Threshold DFRMAABISTHR
ATHABIS
Dynamic HR Allocation on Abis Threshold DHRAABISTHR
Dynamic HR/FR Allocation Switch DHA
DHA on Signal Strength Switch DHASS
DHA on Signal Strength Threshold Assignment DHASSTHRASS
DHA on Signal Strength Threshold Handover DHASSTHRHO
DHA Speech Quality Priority Switch DHPR
DHA Speech Quality Priority Level DHPRL
Threshold for AMR HR MS allocation DTHAMR
Threshold for non-AMR HR MS allocation DTHNAMR
ATHABISPR
DYMA Speech Quality Priority Switch DMPR
DYMA Speech Quality Priority Level DMPRL
DYMA bad quality switch DMQB
Channel quality threshold for AMR MS DMQBAMR
Channel quality threshold for non-AMR MS DMQBNAMR
DYMA good quality switch DMQG
Dynamic HR Allocation on Abis and Dynamic FR/HR Mode Adaptation on Abis Switch
SQP based Dynamic HR Allocation on Abis and Dynamic FR/HR Mode Adaptation on Abis Switch
Channel quality threshold for AMR MS DMQGAMR
Channel quality threshold for non-AMR MS DMQGNAMR
DYMA bad quality switch DMSUPP
DYMA Speech Quality Priority threshold AMR HR to FR DMTFAMR
DYMA Speech Quality Priority threshold non-AMR HR to FR DMTFNAMR
HR packing threshold for non-AMR HR MS DMTHAMR
HR packing threshold for AMR HR MS DMTHNAMR
SDHRAABISTHRWB
DHRAABISTHRWB
DTHAMRWB
CipheringCiphering Algorithm ALG
Common DataMNC handling MNCDIGITHANDUplink line level ULAccess Grant Channel Blocks AGBLKBCCH Channel Number BCCHNO
BCCH Channel Type BCCHTYPEBase Station Identity Code BSIC
BTS Output power BSPWRB
Cell name CELLCell Global Identity CGI
Downlink line level DL
Frame Number Offset FNOFFSETMultiframes periods MFRMSNew Cell Name NEWNAMERadio Site RSITENon-BCCH Output power BSPWRT
MS max power MSTXPWR
Training Sequence Code TSCCell Broadcast Channel CBCHChannel Group Number CHGRRF channel number DCHNO
No of BPC NUMREQBPCNo of SDCCH/8 SDCCHCell state STATESDCCH TS allocation TN
Subcell type SCTYPECompetitor Coverage Evaluation
Temporary MBCR TMBCR
Temporary PLMN NCC permitted TNCCPERM
Differential Channel AllocationDCAHANDOVER
DCA switch DCASTATE
DCA Priority level for emergency calls EMERGPRL
DCA statistics collection time interval STATSINT
Channel Rate CHRATE
Channel Type CHTYPE
CAPLSCHMOVAL
CAPLSCHMTOVERR
CAPLSCHMTPREF
CAPLSCHMTVAL
Channel allocation priority level handling For Emergency calls CAPLTCHEMER
DCA at Intra-BSCinter-cell handover.
Channel allocation priority level handling, SDCCH Mobile originated calls
Channel allocation priority level handling, SDCCH Mobile terminating calls override
Channel allocation priority level handling, SDCCH Mobile terminating calls preference
Channel allocation priority level handling, SDCCH Mobile terminating calls
Double BA ListList type, idle or active mode, LISTTYPEChannel for measurement on BCCH. MBCCHNO
Measurement Results Not Interpreted Correctly MRNICDual Transfer Mode
DTM allocacation preference ALLOCPREFMax length of GPRS signalling messages sent on FACCH MAXLAPDM
OPTMSCLASS
OPTMSCLASSADD
OPTMSCLASSREM
Dynamic MS/BTS Power ControlLength of the DL quality filter QLENDL
Regulation interval, downlink REGINTDL
Length of DL SS filter. SSLENDL
Min allowed BTS output power BSPWRMIN
Channel allocation priority level handling, TCH Mobile originated calls
Channel allocation priority level handling, TCH Mobile terminating calls override
Channel allocation priority level handling, TCH Mobile terminating calls preference
Channel allocation priority level handling, TCH Mobile terminating calls
Optional DTM multislotclasses supported
Optional DTM multislotclasses added
Optional DTM multislotclasses removed
Dynamic BTS power control state DBPSTATE
Path loss compensator factor DL LCOMPDL
Quality deviation compensation factor, DL QCOMPDL
Desired quality, downlink QDESDL
Desired quality, DL AMR FR QDESDLAFR
Desired quality, DL AMR HR QDESDLAHR
SS Desired DL SSDESDL
SS Desired DL AMR FR SSDESDLAFR
SS Desired DL AMR HR SSDESDLAHR
Negative BTS power offset BSRPWROFFSETN
Positive BTS power offset BSRPWROFFSETP
DTX Full measurement DTXFUL
Length of the UL quality filter QLENUL
Regulation interval, stationary, uplink. REGINTUL
Length of stationary signal strength filter, uplink. SSLENUL
Dynamic MS power control state DMPSTATE
Path loss compensator factor, uplink LCOMPUL
Path loss compensator factor, uplink QCOMPUL
Desired quality, uplink QDESUL
Desired quality, uplink AMR FR QDESULAFR
Desired quality, uplink AMR HR QDESULAHR
Desired SS UL SSDESUL
Desired SS UL AMR FR SSDESULAFR
Desired SS UL AMR HR SSDESULAHR
Negative MS power offset MSRPWROFFSETN
Positive MS power offset MSRPWROFFSETP
Adaptive Multi Rate (AMR) power control state AMRPCSTATE
EGPRSIR in UL switch EGPRSIRUL
LQCACT
Default DL MCS when LQC off LQCDEFAULTMCSDL
Default UL MCS when LQC off LQCDEFAULTMCSUL
Maximum MCS supported LQCHIGHMCS
LQC algorithm in the DL LQCMODEDL
LQC algorithm in the UL LQCMODEUL
LQC in unacknowledged mode LQCUNACK
eMLPPMS Queuing HO priority MSQHOPRIOCall Queuing Switch MSQUEUINGAssignment time QASSTIMEMaximum queue length in a cell QLENGTHChannel resource limit. RESLIMITQueuing allowed indicator QAIBarring of outgoing calls overriding indicator BAOCIBarring of outgoing international calls overriding indicator BOICI
Min no of radio blocksbetween polls for non-EIT TBF
Min no of radio blocksbetween polls for an EIT TBF
GPRS Load Optimization Threshold LOPTGTHR
Persistent Uplink Scheduling PULSCHEDINT
Improved Ack/Nack IAN
Reduced TTI RTTI
Level of reduction ALPHA
Rx SS target at BTS. GAMMA
Admission Control for EIT Switch EITADMCTRLMax usage for downlink EIT for E-TBF EITEMAXUSEDLMax usage for uplink EIT for E-TBF EITEMAXUSEULMax usage for downlink EIT for G- and B-TBF EITGMAXUSEDLMax usage for uplink EIT for G- and B-TBF EITGMAXUSEULEIT Highest Coding Scheme EITHIGHCSEIT QoS priority EITQOSPRIOEIT Scheduling Frequency when MSEITRESPTIME is running EITSCHEDFREQH
EIT Scheduling Frequency when EITRESPTIME is running EITSCHEDFREQL
Initial sub-period of TEITPENDING MSEITRESPTIMEEIT Capacity Switch PCUEITMax time EIT Streaming TEITPENDINGQoS Switch PCUQOS
Min estimated bitrate per B-PDCH for Streaming BPDCHBRMin estimated bitrate per E-PDCH for Streaming EPDCHBRMin estimated bitrate per B-PDCH for Streaming GPDCHBRQoS Streaming Switch STREAMSUP
GSM - UMTS Cell Reselection and HandoverMinimum FDD quality FDDQMIN
Minimum FDD quality offset FDDQMINOFF
FDD quality offset FDDQOFF
Minimum FDD RSCP FDDRSCPMIN
QSI
Search priority SPRIO
GSM-UMTS cell reselection quality searchindicator
UTRAN Measurement Frequency Information Idle Mode UMFI
Coexistence of GSM and UMTS COEXUMTS
Time interval between traffic load checking COEXUMTSINT
UTRAN Measurement Frequency Information Idle Mode UTRANID
Fast Return to WCDMA at Call Release FASTRET3GNC2
E-UTRAN Absolute Radio Frequency Channel Number EARFCN
Smooth GSM to WCDMAunloading
Handover with Usage ofService Indicator
Min FDD RSCP reportingthreshold
Maximum no of load triggered outgoing inter system handovers per second
Absolute RF channel number of the externalUTRAN cell
UTRAN FDD Absolute Radio Frequency Channel Number FDDARFCN
H_PRIO HPRIO
HPRIOTHR
LPRIOTHR
THRESH_priority_search MEASTHR
MINCHBW MINCHBW
PCID
PCIDG
PCIDP
PCIDPS
THRESH_GSM_low PRIOTHR
E-UTRAN_QRXLEVMIN QRXLEVMINE
UTRAN_QRXLEVMIN QRXLEVMINU
RATPRIO
TRES TRES
Early Class Mark Sending Control ECSCHandover and Signalling Robustness
REEST
UMTS: THRESH_FDD_highLTE: THRESH_E-UTRAN_high
UMTS: THRESH_FDD_lowLTE: THRESH_E-UTRAN_low
Reestablish of Layer 2functionality
REPFACCH
SACCH UL Threshold SACCHDLTHR
SACCH UL Threshold SACCHULTHR
Hierarchical Cell StructuresHierarchical Cell Structure band HCSBAND
HCS band hysteresis HCSBANDHYST
SS threshold for the HCS band criterion. HCSBANDTHR
HCSCHAVAILTIMER
HCS traffic distribution Activation HCSTRAFDISSTATE
Max No of Cells in Layer MAXCELLSINLAYER
Max deviation from strongest cell in layer MAXDBDEVINLAYER
Number of handovers during THO NHO
THO
Handling of fast-moving mobiles switch FASTMSREG
HCS traffic load threshold to allow HCS handover into a cell. HCSIN
HCS traffic load threshold to allow HCS handover out from a cell. HCSOUT
Cell Layer LAYER
Layer hysteresis LAYERHYST
SS threshold for cell ranking of cells for HCS LAYERTHR
PSSTEMP
Penalty duration PTIMTEMP
Idle ModeIdle Channel Measurement State ICMSTATE
No of measurements included at ICM INTAVE
Threshold limits for five different interference bands LIMITn
Idle channel measurements used at channel allocation NOALLOC
Access Control Class. ACC
Repeated DownlinkFACCH status
Time interval for HCSTraffic Distribution.
Time interval for measuring the number of handovers allowed (NHO)
SS penalty temporaryoffset.
Minimum SS at the MS for access ACCMINIMSI attach ATTCell Bar Access CBCell Bar Quality CBQMax Control Channel Power CCHPWR
Cell Reselection Hysteresis CRHCell Reselection Offset CROMaximum retransmissions MAXRETSystem Information BCCH Message distribution MSGDISTPLMN (NCC) Permitted NCCPERMPenalty Time PTSystem Information BCCH Message SIMSGT3212 time-out value T3212Temporary Offset TOTX-integer TXBase time duration of implicit detach BTDMGuard time duration. GTDMAutomatic deregistration supervision time TDDNo of LA in Paging PAGNUMBERLARepeated Paging PAGREP1LAReoeted Global Paging PAGREPGLOBPaging Time Supervision 1st LA PAGTIMEFRST1LAPaging Time Supervision 1st Global PAGTIMEFRSTGLOBPaging Time Supervision 1st Repetaed LA PAGTIMEREP1LAPaging Time Supervision 1st Repetaed Global PAGTIMEREPGLOBThe required number of CCCHs CCCHPAGBUNDLE PAGBUNDLE
TNBCCH
CCCH configuration method
Interference Rejection CombiningIRC Switch IRC
Intra Cell HOIntra Cell HO Switch IHO
MAXIHO
Offset for quality DL QOFFSETDLOffset for quality DL AMR FR QOFFSETDLAFROffset for quality uplink QOFFSETULOffset for quality UL AMR FR QOFFSETULAFROffset for SS DL SSOFFSETDLOffset for SS DL AMR FR SSOFFSETDLAFROffset for signal strength UL SSOFFSETULOffset for signal strength UL AMR FR SSOFFSETULAFRIntra cell handover inhibition timer. TIHOTimer for handover counter TMAXIHO
LocatingBTS BCCH Power BSPWRBTS Rx min for candidate BSRXMIN
Indicates if a Timeslot Number (TN) preceding a TN with a CCCH should be possible to configure supporting EGPRS or GPRS only.
CCCHCMD
Max number of consecutiveintra-cell HO
BTS Rx sufficient BSRXSUFFBTS Tx power on non-BCCH BSTXPWRMS Rx min for candidate MSRXMINMS Rx sufficient MSRXSUFFHigh signal strength cell offset HIHYSTHysteresis separator HYSTSEPK-ranking Hysteresis KHYSTK-cell offset KOFFSETL-ranking Hysteresis LHYSTL-cell offset LOFFSETLow signal strength cell offset LOHYSTSS offset OFFSETK- to L-cell transistion hysteresis TRHYSTK- to L-cell offset TROFFSETMaximum TA MAXTA
Radio Link Time-out DL RLINKTRadio Link Time-out DL AMR FR RLINKTAFRRadio Link Time-out DL AMR R RLINKTAHRRadio Link Time-out UL RLINKUPRadio Link Time-out UL AMR FR RLINKUPAFRRadio Link Time-out UL AMR HR RLINKUPAHRTiming advance average length TAAVELENMissing No of Measurements MISSNMQuality filter for speech/data QEVALSDQuality filter for signalling only. QEVALSILength of quality filter for speech/data. QLENSD
Length of quality filter for signalling only QLENSI
Signal strength filter for speech/data SSEVALSDSignal strength filter for signalling only SSEVALSILength of signal strength filter for speech/data SSLENSD
Length of signal strength filter for signalling only SSLENSIRamping length of signal strength filter for speech/data. SSRAMPSD
Ramping length of signal strength filter for signalling only SSRAMPSI
TALLOC
Timer initiate TINITTime between allocations at urgency condition TURGENHandover Power Boost State HPBSTATESS penalty at HO failure PSSHFSS penalty timer at HO failure PTIMHFHandover before B-answer HNDBEFOREBANSWMIncoming inter-MSC handover on SDCCH in Non-anchor MSC HNDSDCCHINTI
Time between allocationattempts
Inter-MSC HO Release SDCCH Anchor MSC HNDSDCCHINTOMIntra-MSC HO Release HNDRELCHINTRAMIntra-MSC HO Release SDCCH HNDSDCCHMIntra-MSC HO Release TCH HNDSDCCHTCHMGroup Switch Time Supervision HNDTGSOPINTRATime supervision in intra-MSC inter-BSC handover. TIMHNDCMDINTRAMLocating algorithm type EVALTYPEFast Assignment FASTASSIGN
NOOFPHYSINFOMSG
Time between repetition of physical information messages TIMER3105
Inter-BSC HO on Signalling Channel allowed IBHOSICHIntra-cell HO on Signalling Channel allowed IHOSICHSDCCH HO Switch SCHOBad quality limit for urgency condition, downlink. BADQDL
Bad quality limit for urgency condition, uplink. BADQUL
Low signal strength limit for urgency condition, downlink. LOWSSDL
Low signal strength limit for urgency condition, uplink. LOWSSUL
Cell Quality CELLQSS penalty bad quality PSSBQSS penalty large TA PSSTASS penalty timer bad quality PTIMBQSS penalty timer long TA PTIMTAQuality limit DL QLIMDLQuality limit DL AMR FR QLIMDLAFRQuality limit UL QLIMULQuality limit UL QLIMULAFRTA limit TALIM
Bad quality offset BQOFFSETBad quality offset AMR FR BQOFFSETAFRHO penalty support EXTPEN
Multi Operator in BSSIMSI series pattern IMSIPATNCCs on the Broadcast Control Channel (BCCH) NCCPERM (BSC)
SET
MultibandClassmark message handling CLMRKMSGBCCH frequency band selection FBCHALLOCSystem type GSYSTYPE
GPRS/EGPRS MS multi band capabilities MBCRACBSC band operation mode identifier MODE
Cell System Type CSYSTYPE
No of repetitionsof physical information messages
The parameter specifies which set that will have an added or removed IMSIPAT or NCCPERM.
Frequncy Band Offset FBOFFSMulti Band (number of) Cells Reported MBCRFrequency band used in te channel group BAND
Neighbouring Cell Relation DataCell name CELLR
Co-Site CS
External cell CTYPE
Relation RELATION
DTCB criterion for subcell changes DTCBSC
Distance to cell border threshold. DTCB
Distance to cell border threshold Hysteresis DTCBHYST
Pathloss threshold for OL subcell LOL
Pathloss Hysteresis for OL LOLHYST
Distance to cell border additional threshold NDIST
No of strongest neighbouring BCCHs for DTCB NNCELLS
Timing advance threshold. TAOL
Timing advance threshold Hysteresis TAOLHYST
Subcell Load Distribution status SCLD
OL/UL / Subcell Load Distribution/ Tight BCCH Frequency Reuse
SCLDLOL
SCLDLUL
SCLDSC
BCCH frequency Reuse BCCHREUSE
PagingPaging Limit PAGLIMIT
PGW Load DistributionForced PGW rearrangement FORCEMeasurement Program MPPGW-RP number RP
PS Cell reselection / Channel Administration / idleNACC Activate NACCACTPacket Specific Cell Plan PSCELLPLANNC2 Profile Print NCPROFPMR Message NCRPT
Common Data0 to 2 0 0-12 - 12 (dB) 0 -50 - 7 if NCOMB, 0 - 2 otherwise 1 1
- -
COMB, COMBC, NCOMB NCOMB NCOMB-
0 to 63 -
1 to 7 characters (except ALL) - --
-12 - 12 (dB) 0
1 - 124 for GSM900, 0, 975 to 1023 (GSM 900 G1-band). 512 - 885 for GSM1800
NCC: 0 to 7 BCC: 0 to 7
Please note that the range for BSPWRB in the BSC is 0 - 63 dBm. If BSPWRB is set to a value within the range of the BSC but not within the range of permitted values, the base station will not operate.Perform link budget calculations to get the right value (with respect to allowed values) for a specific cell.
MCC: 3 digits MNC: 2 or 3 digits LAC: 1 to 65535
0 - 1325 (TDMA-frames) 02 to 9 6 71 to 7 characters (except ALL) - -3 to 15 characters - -0 to 63 -
- 33
0 to 7 - = BCC in BSICYES, NO NO NO0 to 15 0
8 to 128 in steps of 8, SYSDEF SYSDEF SYSDEF0 -32, see Comments -ACTIVE, HALTED - -0 to 7 2
UL, OL - ULCompetitor Coverage Evaluation
UNUSED , 0-3 UNUSED UNUSED
UNUSED , 0-7 UNUSED UNUSED
Differential Channel Allocation0 to 1 0 0
ON, OFF OFF OFF
1 to 15 - -
1 to 15 - -
FR, HR - -
TCH, SDCCH - -
0 to 15 0 0
0 to 1 0 0
0 to 15 0 0
0 to 15 0 0
0 to 15 0 0
Base station output power in dBm for the non-BCCH RF channel numbers. BSPWRT shall be equal to BSPWRB. See BSPWRB for permitted values.
13 - 43 (dBm) odd values for GSM900,4 - 30 (dBm) even values for GSM1800
1 to 124 (GSM 900, P-band).0, 975 to 1023 (GSM 900, G1-band).512 to 885 (GSM 1800).
1 - 124 for GSM900,512 - 885 for GSM1800
1Extended range cells: 2
0 to 15 0 0
0 to 1 0 0
0 to 15 0 0
0 to 15 0 0
0 to 3 0 0
0 to 1 0 0
0 to 1 0 0
0 to 100 % - -
1 to 7 characters, DEFAULT. ALL is not allowed - -
1 to 16 - -
0 to 100 % - -
Discontinuous TransmissionON, OFF OFF ON
0 - 2, ( 0=may, 1=shall, 2=not ) - 1
Double BA ListIDLE, ACTIVE - -
-
MRNIC, Omitted - -Dual Transfer Mode
QUAL, PACK QUAL QUAL5 to 12 5 5
11 - -
11 - -
11 - -
Dynamic MS/BTS Power ControlQUAL, PACK 3 3
1 - 10 (SACCH-periods) 1 1
3 - 15 (SACCH-periods) 3 3
-20 - +50 (dBm) -20 -20
1 - 124 for GSM900, 0, 975 to 1023 (GSM 900 G1-band). 512 - 885 for GSM1800
ACTIVE/INACTIVE INACTIVE INACTIVE
0 - 100 (%) 5 5
0 - 100 (%) 55 60
0 - 70 (dtqu) 30 25
0 to 70 40 35
0 to 70 30 25
47 - 110 (-dBm) 70 92
47 to 110 dBm (negative) 90 92
47 to 110 dBm (negative) 90 92
1 to 16 dB -
1 to 16 dB -
0 - 40 (SACCH-periods) 5 5
1 to 20 SACCH periods (480 ms) 3 3
1 to 30 SACCH periods (480 ms) 1 1
3 to15 SACCH periods (480 ms) 3 3
ACTIVE/INACTIVE INACTIVE ACTIVE
0 - 100 (%) 70 6
0 - 100 (%) 30 75
0 - 70 (dtqu) 35 25
0 to 70 dtqu 40 35
0 to 70 dtqu 30 25
47 to 110 85 95
47 to 110 dBm 85 95
47 to 110 dBm 85 95
1 to 16 dB - -
0 to 16 dB - -
ACTIVE or INACTIVE INACTIVE ACTIVE
EGPRS0 to 1 1 0
0-3 0 3
1-9 5 5
1-9 5 3
1-9 9 9
0 to 2 0 1
0 to 2 0 0
0 to 2 1 2
eMLPP0,1 0 00 to 2 0 01 to 60 28 280 to 32 5 51 to 100 25 250, 1 0 00, 1 0 00, 1 0 0
0, 1 0 0
A, B, 0 to 4 - -0, 1 0 01 to 14 14 140, 1 0 00 to 2 0 01 to 14 - -
Extended RangeYES, NO NO NO
Find Faulty Antenna DataON, OFF - OFF
Flexible Abis0 to 100 0 0FIXED, FLEXIBLE FIXED FIXED1 to 100 20 200 to 100 50 50ON, OFF OFF OFF
0, 1 0 0Frequency Hopping
YES, NO NO YESON, OFF OFF
0 - 63 - 00 to 31 or DEFAULT DEFAULT DEFAULTFLT, HYB - HYBNODEL, CMD, MINDIST, FASTREC NODEL FASTRECBB, SY - See Comments
GB0-1 150-95 80
GPRS/EGPRSNA, CS-1, CS-2, CS-3, CS-4 CS-2 CS-2ON, OFF ON OFF1 to 3 1 10, 1, 2 0 00 to 4 1 11 to 10 3 31 to 10 2 20 to 10 0 00 to 200 (100 ms) 30 300 to 200 (100 ms) 59 590 - 7 0&&7 0&&7
ACTIVE, INACTIVE INACTIVE -
100 to 2000 1700 1700
1 to 200 4 4
100 to 2000 300 300
100 to 4000 850 1200
0 to 1 0 0
1 to 24 16 16
1 to 24 12 12
0 to 5000 ms 2200 2200
0 to 2000 ms 750 750
0 to 31 4 4
0 to 5000 ms 1000 1000
0 to 7 2 2
0 to 2 0 0
0–60 [kbps] 10 10
0–20 [kbps] 8 8
0 to 10 and 99 0 0
INACTIVE, ACTIVE (0, 1) 0 1
INACTIVE, ACTIVE (0, 1) 0 1
0-10 (0.1 units) 0 10
0 to 62, even values 0 36
0, 1 0 00 to 200 (steps of 10) [%] 100 1000 to 400 (steps of 10) [%] 100 1000 to 200 (steps of 10) [%] 100 1000 to 400 (steps of 10) [%] 100 1001, 2 2 21 to 3 3 320 to 5000 [ms] 100 100
20 to 20000 [ms] 200 200
0 to 5000 [ms] 1500 15000, 1 0 00 to 200 (100 ms) 30 30ON, OFF OFF OFF
1 to 12 12 121 to 60 20 201 to 20 14 14YES, NO NO NO
GSM - UMTS Cell Reselection and Handover0 to 7 0 7
0 to 7 0 -
0 to 15 8 0
0 to 15 0 -
0 to 15 15 7 (or 15)
NO, YES YES NO
- -
0 to 4 0 4
100 to 1000 [ms] 1000 1000
0 to 1 0 0
0 to 1 0 0
0 to 3 0 1
0-63 [dBm] 0 -
0 to 99 [%] 20 1
1-100 2 2
0 to 15 15 15
0, 1 0 0
0 to 16383 - 10787
0 to 49 - 35
0 to 511 - -
- -
0 (re-direct) 0
0 to 65535
MFDDARFCN: 0 to 16383MSCRCODE: 0 to 511DIVERSITY: DIV or NODIV
RNCID: 0 to 4095 CI: 0 to 65535
0 (re-direct)1 (do not re-direct)
0 to 16383
0
0-31 dB
0 - 31
0 - 15 dBm 15
0 to 5 (6, 15, 25, 50, 75, 100) 0 0
0-503 - -
0 to 63 0 -
1 to 8 bits with values 0 or 1 per bit - -
0 to 1 - -
0
0 to 31 dBm 0
0 to 31 dBm 0
0 - 7 - -
0
NO, YES NO YESHandover and Signalling Robustness
ON, OFF - OFF
0 - Rule disabled1 - 5 dB2 - 4 dB3 - 3 dB
UMTS: 9 (18 dB) LTE: 22 (44 dB)
UMTS: 9 (18 dB) LTE: 22 (44 dB)
0 to 14: -100 dBm to -72 dBm in steps of 2 dBm 15: Infinite (always)