176797642-NSN-LTE-Parameters.xls

MS Excel (All parameter fields) Generated: Fri Mar 19 18:12:59 EET 2010

Product: LTE BTSRel/ver: LN1.0/inc18

MO Class Parameter Id Parameter Name Abbreviated Name 3GPP Name Data Type Status

ADIPNO 52986 ADIPNO ConfigurationadIpNoId Number proposal

ADIPNO 52987 Adjacent ENB ConfigadjEnbIpAddressMap Structure proposal

ADIPNO 52988 Adjacent ENB IP Ad adjEnbIpAddress String proposal

ADIPNO 52989 Macro eNB Id Of Ad adjMacroEnbId Number proposal

ADIPNO 52990 MCC Of Adjacent E adjMcc Number proposal

ADIPNO 52991 MNC Of Adjacent E adjMnc Number proposal

ADIPNO 52992 Length of MNC Of A adjMncLength Number proposal

ADIPNO 52993 MME IP address mmeIpAddress String proposal

ADIPNO 52994 Serving Gateway IP sGWIpAddress String proposal

AMGR 54032 Account manager idenamgrId Number approved

AMGR 54033 Port number of the primaryLdapPort Number approved

AMGR 54034 IP address of the pr primaryLdapServer String approved

ANTL 53177 AL DC Voltage EnabalDcVoltageEnabled Boolean proposal

ANTL 53178 Antenna Identifier antId Enumerationproposal

ANTL 53179 Antenna Round Trip antennaRoundTripDelay Number proposal

ANTL 53180 Antenna Total Loss antennaTotalLoss Number proposal

ANTL 53181 Antenna Line IdentifiantlId Number proposal

ANTL 53182 Communication 3gppcommunication3gppEnabled Boolean proposal

ANTL 53183 Feeder Voltage feederVoltage Enumerationproposal

ANTL 53184 Flexi Radio Module IdfrId Enumerationproposal

ANTL 53185 Product Code mrcProdCode String proposal

ANTL 53186 VSWR Major Alarm vswrMajorAlarm Number proposal

ANTL 53187 VSWR Minor Alarm vswrMinorAlarm Number proposalBTSSC 53136 BTS identifier btsId Number proposal

BTSSC 53137 BTS Name btsName String proposal

BTSSC 53138 BTS Site Identificati btsscId Number proposal

BTSSC 53139 Cabinet Type cabinetType Number proposal

BTSSC 53146 External Alarm Input extAlList Structure proposal

BTSSC 53147 Cancel Delay for the cancelDelay Number proposal

BTSSC 53148 Description descr String proposal

BTSSC 53149 Line ID id Number proposal

BTSSC 53150 In Use inUse Boolean proposal

BTSSC 53151 Module module Enumerationproposal

BTSSC 53152 Polarity polarity Enumerationproposal

BTSSC 53153 Severity severity Enumerationproposal

BTSSC 53154 Start Delay for the A startDelay Number proposal

BTSSC 53155 External Control SignextCtrlList Structure proposal

BTSSC 53156 Description descr String proposal

BTSSC 53157 Line ID id Number proposal

BTSSC 53158 In Use inUse Boolean proposal

BTSSC 53159 Initial State initState Enumerationproposal

BTSSC 53160 Module module Enumerationproposal

BTSSC 53161 GPS In Use gpsInUse Boolean proposal

BTSSC 53162 Module List moduleList Structure proposal

BTSSC 53163 Module mod Enumerationproposal

BTSSC 53164 Module Location modLocation String proposal

BTSSC 53165 Passive Unit List passUnitList Structure proposal

BTSSC 53166 Comment comment String proposal

BTSSC 53167 Name name String proposal

BTSSC 53168 Product Code prodCode String proposal

BTSSC 53169 Serial Number serNum String proposal

BTSSC 53170 Version version String proposal

BTSSC 53171 Time Zone timeZone Enumerationproposal

BTSSC 53172 Unit List unitList Structure proposal

BTSSC 53173 Product Code prodCode String proposal

BTSSC 53174 Unit Name unitName String proposal

BTSSC 53175 Unit Number unitNumber Number proposal

BTSSC 53176 Variant variant String proposal

ETHLK 54035 Administrative state oadministrativeState Enumerationapproved

ETHLK 54036 Dectected interface detectedSpeedAndDuplex Enumerationapproved

ETHLK 54037 Ethernet link interfacethLinkId String approved

ETHLK 54038 MAC address macAddr String approved

ETHLK 54039 Operational state of operationalState Enumerationapproved

ETHLK 54040 Received optical po optPowerReceived String approved

ETHLK 54041 Speed and duplex conspeedAndDuplex Enumerationapproved

FTM 54026 Adaptation Version adaptationVersionMajor String approved

FTM 54027 Transport module idenftmId Number approved

FTM 54028 Network element loc locationName String approved

FTM 54029 Software Release VesoftwareReleaseVersion String approved

FTM 54030 Network element sy systemTitle String approved

FTM 54031 Network element useruserLabel String approved

GTPU 52995 GTPU configuration igtpuId Number proposal

GTPU 52996 Maximum number of gtpuN3Reqs N3-REQUEST Number proposal

GTPU 52997 GTP-U Path SupervisgtpuPathSupint Number proposal

GTPU 52998 T3 maximum waiting gtpuT3Resp T3-RESPONS Number proposal

IEIF 54045 Identifier of the ethe ethIfNetId Number approved

IEIF 54046 Transport network I localIpAddr String approved

IEIF 54047 Maximum transfer unmtu Number approved

IEIF 54048 Subnet mask of the tnetmask String approved

IEIF 54049 QOS traffic priorisat qosEnabled Boolean approved

IEIF 54050 Shaper burst size sbs Number approved

IEIF 54051 Total Shaper Burst SsbsTotal Number approved

IEIF 54052 Shaper information r sir Number approved

IEIF 54053 Total shaper informatsirTotal Number approved

IEIF 54054 Network Interface S trafficPathShapingEnable Enumerationapproved

IEIF 54055 Take ethernet overh upperLayerShaping Boolean approved

IEIF 54056 WFQ aggregator quewfqSchedQueueWeight Number approved

INTP 54057 NTP configuration entintpAccessId Number approved

INTP 54058 List of NTP server I ntpServers String approvedIPNO 54042 BTS identifier btsId Number approved

IPNO 54043 IP node configurationipNodeId Number approved

IPNO 54044 Transport network I oamIpAddr String approved

IPRT 54059 Identifier of the IP ro ipRoutingTableId Number approved

IPRT 54060 Static IP routes set staticRoutes Structure approved

IPRT 54061 Destination IP addresdestIpAddr String approved

IPRT 54062 Gateway gateway String approved

IPRT 54063 Netmask netmask String approved

LCEL 53188 Antenna Line IdentifiantlIdList Number proposal

LCEL 53189 Local Cell Resource IlCelId Number proposal

LNADJ 53015 Identity Of NeighbouadjEnbId Macro eNB Id Number proposal

LNADJ 53016 Neighbour ENB GlobaguGroupIdList GU-Group-ID Structure proposal

LNADJ 53017 MCC In PLMN Identitmcc Number proposal

LNADJ 53018 MME Group Id IncludmmeGroupId mME-Group-IDNumber proposal

LNADJ 53019 MNC in PLMN Identitmnc Number proposalLNADJ 53020 MNC Length In PLMN mncLength Number proposal

LNADJ 53021 Instance Identifier lnAdjId Number proposal

LNADJ 53023 Primary PLMN IdentiplmnId pLMN-Identity Structure proposal

LNADJ 53024 MCC In Primary PLMmcc Number proposal

LNADJ 53025 MNC In Primary PLMmnc Number proposal

LNADJ 53026 MNC Length In Prim mncLength Number proposal

LNADJL 52999 Eutra Cell Id Of Ser adjEutraCelId eUTRANcellIdenNumber proposal

LNADJL 53000 Broadcast PLMN IdentbcPlmnIdList pLMN-Identity Structure proposal

LNADJL 53001 MCC In Broadcast PLmcc Number proposal

LNADJL 53002 MNC In Broadcast PLmnc Number proposalLNADJL 53003 MNC Length In BroadmncLength Number proposal

LNADJL 53004 Downlink TransmissidlTrmBw dL-Transmissi Enumerationproposal

LNADJL 53005 Primary PLMN IdentiecgiPlmnId pLMN-Identity Structure proposal

LNADJL 53006 MCC Of Primary PLMmcc Number proposal

LNADJL 53007 MNC Of Primary PLMmnc Number proposal

LNADJL 53008 MNC Length Of PrimmncLength Number proposal

LNADJL 53009 Downlink EARFCN OffDlEarfcn dL-EARFCN Number proposal

LNADJL 53010 Uplink EARFCN Of FfUlEarfcn uL-EARFCN Number proposal

LNADJL 53011 Instance Identifier lnAdjlId Number proposal

LNADJL 53012 Physical Cell Id Of phyCellId Number proposal

LNADJL 53013 Tracking Area Code tac tAC Number proposal

LNADJL 53014 Uplink Transmission ulTrmBw uL-Transmissi Enumerationproposal

LNBTS 53031 DL AMC CQI Comp FcqiCompSmRi1Ol Number proposal

LNBTS 53033 DL AMC CQI Comp FcqiCompTdRi2Ol Number proposal

LNBTS 53038 DL AMC CQI Ageing dlamcCqiAgeing Number draft

LNBTS 53039 DL AMC Timer For HidlamcTHistCqi Number proposal

LNBTS 53040 Time Avg Constant FdlsTputAvgT Number proposal

LNBTS 53041 AM RLC Maximum RetdrbAmMxRtxTh Max_Retx_ThreEnumerationproposal

LNBTS 53043 DRB Downlink SchedudrbPrioDl Number approved

LNBTS 53044 Enable PHICH Ctrl enablePhichCtrlUl Boolean proposal

LNBTS 53045 ENB Name enbName eNB Name String proposal

LNBTS 53046 Uplink Improved La ilMinDatvolUl Number proposal

LNBTS 53047 Uplink Improved Lat ilReacTimerUl Number proposal

LNBTS 53048 Instance Identifier lnBtsId Macro eNB Id Number proposal

LNBTS 53050 Local State localState Enumerationapproved

LNBTS 53052 Maximum Number Of maxNumPrbSr Number proposal

LNBTS 53053 Max S1 Reset RetriemaxS1ResetRetries Number approved

LNBTS 53054 Max S1 Setup RetriemaxS1SetRetry Number proposal

LNBTS 53055 Max X2 Reset RetriemaxX2ResRetry Number proposal

LNBTS 53056 Max X2 Setup RetriemaxX2SetRetry Number proposal

LNBTS 53057 MCC In PLMN mcc Number proposal

LNBTS 53063 Averaging Filter Co mimoOlCqiAvg Number proposal

LNBTS 53064 CQI Compensation mimoOlCqiComp Number proposal

LNBTS 53065 Averaging Filter Co mimoOlRiAvg Number proposal

LNBTS 53066 MNC In PLMN mnc Number proposal

LNBTS 53067 MNC Length In PLM mncLength Number proposal

LNBTS 53068 Operational State operationalState EnumerationapprovedLNBTS 53069 PDCP Profile List pdcpProf Structure proposal

LNBTS 53070 PDCP Profile Id pdcpProfileId Number proposal

LNBTS 53071 PDCP Status ReportstatusReportReq Bitmask proposal

LNBTS 53072 PDCP Timer DiscardtDiscard Enumerationproposal

LNBTS 53073 Scheduling Priority prioHarqDl Number proposal

LNBTS 53074 Scheduling Priority prioHarqUl Number proposal

LNBTS 53075 Scheduling Priority prioSrUl Number proposal

LNBTS 53076 Scheduling Priority prioSrbDl Number proposal

LNBTS 53077 Scheduling Priority prioSrbUl Number proposal

LNBTS 53078 QCI Translation Tab qciTab Structure proposal

LNBTS 53079 DSCP dscp Number proposal

LNBTS 53080 Packet Delay Budge packDelay Enumerationproposal

LNBTS 53081 Packet Loss Rate packLoss Enumerationproposal

LNBTS 53082 PDCP Profile Id In QpdcpProfId Number proposal

LNBTS 53083 Priority prio Number proposalLNBTS 53084 QCI qci Number proposal

LNBTS 53085 QCI Support qciSupp Enumerationproposal

LNBTS 53086 Resource Type resType Enumerationproposal

LNBTS 53087 RLC Mode rlcMode Enumerationproposal

LNBTS 53088 RLC Profile Id In QCIrlcProfId Number proposal

LNBTS 53089 UL Scheduling - BuculsBSD Enumerationproposal

LNBTS 53090 UL Scheduling - PriorulsPrio priority Number proposal

LNBTS 53091 Large Size Random raLargeMcsUl Number proposal

LNBTS 53092 Large Size Random AraLargeVolUl Number proposal

LNBTS 53093 Small Size Random raSmallMcsUl Number proposal

LNBTS 53094 AM RLC DRB Profile rlcProf Structure proposal

LNBTS 53096 AM RLC Poll PDU D pollPdu PollPDU Enumerationproposal

LNBTS 53097 RLC Profile Id rlcProfileId Number proposal

LNBTS 53098 AM RLC Timer Poll tPollRetr T_poll_retransmEnumerationproposal

LNBTS 53099 AM RLC Timer StatutProhib T_status_prohibEnumerationproposal

LNBTS 53100 AM RLC Timer Reor tReord T_reordering Enumerationproposal

LNBTS 53101 Number Of SuccesfurlpDetEndNoDl Number proposal

LNBTS 53102 Number Of Failed P rlpDetMaxNoDl Number proposal

LNBTS 53103 Time Frame For Fai rlpDetMaxTimeDl Number proposal

LNBTS 53104 RRC Guard Timer R rrcGuardTimer Number approved

LNBTS 53105 Timer S1 Reset Wai s1ResetRspTmr Number proposal

LNBTS 53106 Timer S1 Setup Wai s1SetupRspTmr Number proposal

LNBTS 53107 TDATA Fwd S1 tDataFwdS1 Number proposal

LNBTS 53108 TDATA Fwd X2 tDataFwdX2 Number proposal

LNBTS 53109 Timeout For Establi tEstS1Con Number proposal

LNBTS 53110 Timer Min Lifetime tHalfRrcCon Number proposal

LNBTS 53111 T HO Overall Delta tHoOverallD Number proposal

LNBTS 53112 Timer Missing L2 Ac tL2AckRrcRel Number proposal

LNBTS 53113 TX2 RELOC Comp tX2RelocComp Number proposal

LNBTS 53114 TX2 RELOC Exec DetX2RelocExcD Number proposal

LNBTS 53115 Handover Cancel La tX2RelocHold Number proposal

LNBTS 53116 TX2 RELOC Prep tX2RelocPrep Number proposal

LNBTS 53117 Maximum Number OftaCmdMaxRetry Number proposal

LNBTS 53118 Time Alignment Offs taOffScheMarg Number proposal

LNBTS 53122 TX2 RELOC Overall tx2RelODelta Number proposal

LNBTS 53123 UL AMC Delta C SteulamcCStepUp Number proposal

LNBTS 53124 UL AMC Initial Delta ulamcDeltaCini Number proposal

LNBTS 53125 UL AMC Max Delta ulamcDeltaCmax Number proposal

LNBTS 53126 UL AMC Min Delta CulamcDeltaCmin Number proposal

LNBTS 53127 UL AMC Timer For HulamcHistMcsT Number proposal

LNBTS 53128 UL AMC Inactivity T ulamcInactT Number proposal

LNBTS 53129 UL AMC Factor For ulamcUpdowngrF Number proposal

LNBTS 53130 UL ATB PHR AveragiulatbPhrAvgF Number proposal

LNBTS 53131 Time Avg Constant FulsTputAvgT Number proposal

LNBTS 53133 Timer X2 Reset Wai x2ResetRspTmr Number proposal

LNBTS 53134 Timer X2 Setup Wai x2SetupRspTmr Number proposal

LNCEL 53259 A3 Offset a3Offset Number proposal

LNCEL 53260 A3 Report Amount a3ReportAmount Enumerationproposal

LNCEL 53261 A3 Report Interval a3ReportInterval Enumerationproposal

LNCEL 53262 A3 Time To Trigger a3TimeToTrigger Enumerationproposal

LNCEL 53263 A5 Report Amount a5ReportAmount Enumerationproposal

LNCEL 53264 A5 Report Interval a5ReportInterval Enumerationproposal

LNCEL 53265 A5 Threshold 1 a5Threshold1 Number proposal

LNCEL 53266 A5 Threshold 2 a5Threshold2 Number proposal

LNCEL 53267 A5 Time To Trigger a5TimeToTrigger Enumerationproposal

LNCEL 53268 Access Barred For MoaccesBarrMtCall accessBarringFBoolean approved

LNCEL 53269 Access Class Barrin accessClassBarrT accessClassBaEnumerationapproved

LNCEL 53270 Access Probability F accessProbFactor accessProbabilEnumerationapproved

LNCEL 53272 Additional Spectrum addSpectrEmi Number proposal

LNCEL 53274 Neighbouring Cell InfadjCellnfoL Structure proposal

LNCEL 53275 E-Utran Cell Identiti eutraCelId Number proposal

LNCEL 53276 Administrative State administrativeState Enumerationapproved

LNCEL 53279 Cell Reselection TimcelResTiFHM t-Reselection Enumerationproposal

LNCEL 53280 Cell Reselection TimcelResTiFMM t-Reselection Enumerationproposal

LNCEL 53281 Cell Barred Flag cellBarred cellBarred Enumerationapproved

LNCEL 53283 Cell Reselection PriocellReSelPrio cellReselectionNumber proposal

LNCEL 53285 Cell Reserved For O cellReserve cellReservedF Enumerationproposal

LNCEL 53286 Cell Scheduling RequcellSrPeriod Enumerationproposal

LNCEL 53287 Enable Aperiodic C cqiAperEnable Boolean proposal

LNCEL 53288 Aperiodic CQI Feed cqiAperMode cqi-ReportingMEnumerationproposal

LNCEL 53289 Timer For Aperiodic cqiAperPollT Number proposal

LNCEL 53294 Periodic CQI Feedb cqiPerMode Enumerationproposal

LNCEL 53295 Reporting Period Of cqiPerNp Np Enumerationproposal

LNCEL 53296 Periodic Subband CQcqiPerSbCycK Number proposal

LNCEL 53297 Enable Simultaneo cqiPerSimulAck simultaneous Boolean proposal

LNCEL 53298 Cyclic Prefix Length cycPrefix cyclic prefix Enumerationproposal

LNCEL 53299 DeltaF PUCCH List dFListPucch deltaFList-PU Structure proposal

LNCEL 53300 DeltaF PUCCH FormdFpucchF1 deltaF-PUCCH Enumerationproposal

LNCEL 53301 DeltaF PUCCH FormdFpucchF1b deltaF-PUCCH Enumerationproposal

LNCEL 53302 DeltaF PUCCH FormdFpucchF2 deltaF-PUCCH Enumerationproposal

LNCEL 53303 DeltaF PUCCH FormdFpucchF2a deltaF-PUCCH Enumerationproposal

LNCEL 53304 DeltaF PUCCH FormdFpucchF2b deltaF-PUCCH Enumerationproposal

LNCEL 53310 Dedicated SR Trans dSrTransMax DSR_TRANS_ Enumerationproposal

LNCEL 53311 Default Paging Cycl defPagCyc defaultPagingCEnumerationproposal

LNCEL 53316 Delta Preamble Ran deltaPreMsg3 Number proposal

LNCEL 53317 Delta Cyclic Shift deltaPucchShift Number proposal

LNCEL 53318 Enabled TB Size Im deltaTfEnabled DELTA_TF_ENBoolean proposal

LNCEL 53319 Enable 64QAM In Dodl64QamEnable Boolean proposal

LNCEL 53320 Cell Power Reduce dlCellPwrRed Number proposal

LNCEL 53321 Downlink Channel B dlChBw Enumerationproposal

LNCEL 53323 Downlink MIMO ModdlMimoMode Enumerationdraft

LNCEL 53324 Enable OLQC dlOlqcEnable Boolean proposal

LNCEL 53325 Downlink Pathloss dlPathlossChg DlPathlossCha Enumerationapproved

LNCEL 53327 DL Target BLER dlTargetBler Number proposal

LNCEL 53329 Default CQI dlamcCqiDef Number proposal

LNCEL 53330 Enable DL AMC dlamcEnable Boolean proposal

LNCEL 53332 MIMO Compensatio dlpcMimoComp Number draft

LNCEL 53334 Use Of Partly Alloc dlsUsePartPrb Enumerationproposal

LNCEL 53337 Access Barred For EeCallAcBarred accessBarring Boolean proposal

LNCEL 53338 EARFCN Downlink earfcnDL Number proposal

LNCEL 53339 EARFCN Uplink earfcnUL Number proposalLNCEL 53341 Enable Better Cell enableBetterCellHo Boolean proposalLNCEL 53342 Enable Coverage H enableCovHo Boolean proposal

LNCEL 53343 E-UTRAN Cell IdentifeutraCelId eUTRANcellIdenNumber proposal

LNCEL 53345 Filter Center Tx filterCenterTx Number proposal

LNCEL 53346 Filter Coefficient filterCoeff filterCoefficient Enumerationproposal

LNCEL 53348 Further PLMN IdentitfurtherPlmnIdL plmn-IdentityLi Structure proposal

LNCEL 53349 Mobile Country Cod mcc mcc Number proposal

LNCEL 53350 Mobile Network Cod mnc mnc Number proposal

LNCEL 53351 Mobile Network Cod mncLength Number proposal

LNCEL 53352 Group Assignment grpAssigPUSCH Number approved

LNCEL 53353 Maximum Number OfharqMaxMsg3 Number proposal

LNCEL 53354 Maximum Number OfharqMaxTrDl Number proposal

LNCEL 53355 Maximum Number OfharqMaxTrUl maxHARQ-Tx Number proposal

LNCEL 53357 Hopping Bandwidth hopBwPusch Number proposal

LNCEL 53358 Hopping Mode Of hopModePusch Enumerationproposal

LNCEL 53364 HW State hwState Enumerationapproved

LNCEL 53367 Inactivity Timer inactivityTimer Number approved

LNCEL 53368 UE Sounding RS DurindefSrsDur duration Boolean proposal

LNCEL 53369 Initial MCS In Downl iniMcsDl Number approved

LNCEL 53370 Initial MCS In Uplink iniMcsUl Number approved

LNCEL 53372 Initial Amount Of PR iniPrbsUl Number proposal

LNCEL 53373 Intra-Frequency BlackintrFrBCList IntraFreqBlacklStructure proposal

LNCEL 53375 Number Of PCI In ThrangeIntraPci range Enumerationproposal

LNCEL 53376 Lowest PCI In The startIntraPci start Number proposal

LNCEL 53377 Intra-Frequency NeigintrFrNCList IntraFreqNeighStructure proposal

LNCEL 53378 Physical Cell Identifi physCellIdNcl physicalCellIdeNumber proposal

LNCEL 53379 Cell Reselection Pro qOffsetCell q-OffsetCell Enumerationproposal

LNCEL 53380 Intra Frequency Cell intrFrqCelRes intraFrequencyEnumerationproposal

LNCEL 53382 Presence Antenna PintraPresAntP presenceAntenBoolean proposalLNCEL 53383 Local Cell Resource lcrId Number approved

LNCEL 53384 Instance Identifier lnCelId Number proposal

LNCEL 53385 Local State localState Enumerationapproved

LNCEL 53387 Maximum Bitrate Do maxBitrateDl Number proposal

LNCEL 53388 Maximum Bitrate UplmaxBitrateUl Number proposal

LNCEL 53389 Maximum Coderate FmaxCrPgDl Number proposal

LNCEL 53390 Maximum Coderate maxCrRa4Dl Number proposal

LNCEL 53391 Maximum Coderate maxCrRaDl Number proposal

LNCEL 53392 Maximum Coderate FmaxCrSibDl Number proposal

LNCEL 53394 Maximum Number ofmaxNrSymPdcch Number proposal

LNCEL 53395 Maximum Number Of maxNumAUeHo Number proposal

LNCEL 53396 Maximum Number OfmaxNumActUE Number proposal

LNCEL 53399 Maximum Number OfmaxNumRrc Number proposal

LNCEL 53400 Maximum Amount Of maxNumUeDl Number proposal

LNCEL 53401 Maximum Amount Of maxNumUeUl Number proposal

LNCEL 53405 Maximum Bitrate SelmbrSelector Enumerationproposal

LNCEL 53406 MBSFN Neighbour CelmbsfnNbCellConf mbsfn-NeighbouNumber approved

LNCEL 53419 CQI Threshold For FmimoOlCqiThD Number proposal

LNCEL 53420 CQI Threshold For AmimoOlCqiThU Number proposal

LNCEL 53422 Rank Threshold For mimoOlRiThD Number proposal

LNCEL 53423 Rank Threshold For mimoOlRiThU Number proposal

LNCEL 53424 Minimum Bitrate DowminBitrateDl Number proposal

LNCEL 53425 Minimum Bitrate Upl minBitrateUl Number proposal

LNCEL 53426 Modification Period CmodPeriodCoeff modificationPe Enumerationproposal

LNCEL 53427 ACK/NACK Offset n1PucchAn Number proposal

LNCEL 53428 Maximum Number Of n310 n310 Enumerationproposal

LNCEL 53429 Maximum Number Of n311 n311 Enumerationproposal

LNCEL 53431 Number Cell ChangesnCellChgHigh n-CellChangeHNumber proposal

LNCEL 53432 Number Cell ChangenCellChgMed n-CellChange Number proposal

LNCEL 53434 PUCCH Bandwidth FnCqiRb Number proposal

LNCEL 53435 Nom PdschRs Epre OnpdschEpreOff nomPDSCH-RS-Enumerationproposal

LNCEL 53438 Number Of TransmisnumOfTxPorts Enumerationproposal

LNCEL 53439 Access Class BarringocAcBarAC ac-BarringForSBitmask proposal

LNCEL 53441 Access Class BarringocAcBarTime accessClassBaEnumerationproposal

LNCEL 53442 Access Probability FaocAcProbFac ac-BarringFact Enumerationproposal

LNCEL 53443 Operational State operationalState Enumerationapproved

LNCEL 53444 Nominal Power For p0NomPucch P0_NOMINAL Number proposal

LNCEL 53445 Nominal Power For p0NomPusch P0_NOMINAL_Number proposal

LNCEL 53448 Power Offset For U p0UePucch P0_UE_PUCC Number proposal

LNCEL 53449 Power Offset For U p0UePusch Number proposal

LNCEL 53451 Maximum Output Po pMax Pmax Number proposal

LNCEL 53452 Paging nB pagingNb nB Enumerationapproved

LNCEL 53453 PDCCH Aggregation pdcchAggPaging Number proposal

LNCEL 53455 PDCCH Aggregation pdcchAggPreamb Number proposal

LNCEL 53457 PDCCH AggregationpdcchAggRaresp Number proposal

LNCEL 53458 PDCCH Aggregation pdcchAggSib Number proposal

LNCEL 53460 PHICH Duration phichDur Enumerationapproved

LNCEL 53461 PHICH Resource phichRes Enumerationapproved

LNCEL 53463 Physical Layer Cell I phyCellId Number proposal

LNCEL 53469 PRACH Cyclic Shift prachCS Number approved

LNCEL 53470 PRACH ConfiguratioprachConfIndex prach-Configur Number proposal

LNCEL 53471 PRACH Frequency OprachFreqOff prach-FrequencNumber proposal

LNCEL 53472 PRACH High Speed prachHsFlag Boolean approved

LNCEL 53473 Power Ramping Ste prachPwrRamp powerRampingEnumerationproposal

LNCEL 53474 Preamble Transmis preambTxMax preambleTran Enumerationproposal

LNCEL 53480 PUCCH Cyclic Shift pucchNAnCs Number proposal

LNCEL 53482 PUSCH Decoding OffpuschAckOffI deltaOffset-AC Number proposal

LNCEL 53483 PUSCH Decoding OffpuschCqiOffI deltaOffset-CQNumber proposal

LNCEL 53484 PUSCH Hopping Off puschHopOffset pusch-hoppingONumber proposal

LNCEL 53485 PUSCH Decoding OffpuschRiOffI deltaOffset-RI- Number proposal

LNCEL 53486 Cell Reselection Pro qHyst q-Hyst Enumerationproposal

LNCEL 53487 Cell Reselection HysqHystSfHigh sf-High Enumerationproposal

LNCEL 53488 Cell Reselection HysqHystSfMed sf-Medium Enumerationproposal

LNCEL 53489 Minimum Required RX qrxlevmin q-RxLevMin Number proposal

LNCEL 53490 Min Required RX levelqrxlevminintraF q-RxLevMin Number proposal

LNCEL 53491 Random Access BackraBackoff FFS Enumerationapproved

LNCEL 53492 Maximum Content ReraContResoT Contention ResEnumerationproposal

LNCEL 53493 C-RNTI Reuse TimerraCrntiReuseT Number proposal

LNCEL 53498 RA Message Power OfraMsgPoffGrB messagePowerEnumerationproposal

LNCEL 53499 Number Of Random raNondedPreamb Enumerationproposal

LNCEL 53501 RA Power Ramping raPowRampSetup power RampingNumber approved

LNCEL 53502 Random Access PrearaPreGrASize sizeOfRA-Pre Enumerationproposal

LNCEL 53505 Random Access ResraRespWinSize Enumerationproposal

LNCEL 53508 Small Size Random AraSmallVolUl Enumerationproposal

LNCEL 53509 Rank Indication Rep riEnable Boolean proposal

LNCEL 53510 Multiplier M For Peri riPerM Enumerationproposal

LNCEL 53511 Periodic RI Reportin riPerOffset Number proposal

LNCEL 53512 RACH Root Sequen rootSeqIndex Number approved

LNCEL 53513 Rx Antenna Specific rxPowerScaling Number proposal

LNCEL 53514 Intra Frequency MeasIntrasearch s-IntraSearch Number proposal

LNCEL 53515 Inter Frequency And sNonIntrsearch s-NonIntraSearNumber proposal

LNCEL 53516 System Information si2MappingInfo Enumerationapproved

LNCEL 53517 System Information 2si2Periodicity Enumerationapproved

LNCEL 53518 System Information 2si2Repetition Number proposal







LNCEL 53525 SI Window Length siWindowLen si-WindowLengEnumerationproposal

LNCEL 53526 Access Class BarringsigAcBarAC ac-BarringForSBitmask proposal

LNCEL 53528 Access Class BarringsigAcBarTime accessClassBaEnumerationproposal

LNCEL 53529 Access Probability FasigAcProbFac ac-BarringFact Enumerationproposal

LNCEL 53530 Enable Sounding RefsoundRsEnabled Boolean proposal

LNCEL 53531 Scheduling Weight srbSchedWeightDl Number approved

LNCEL 53532 Scheduling Weight UsrbSchedWeightUl Number approved

LNCEL 53533 Sounding RS BandwisrsBandwidth srsBandwidth Enumerationproposal

LNCEL 53534 Sounding RS BandwidsrsBwConf srsBandwidthCoEnumerationproposal

LNCEL 53535 Sounding RS FrequesrsHoppingBw srsHoppingBanEnumerationproposal

LNCEL 53536 Power Offset For SRsrsPwrOffset P_SRS_OFFS Number proposal

LNCEL 53537 Sounding RS Simult srsSimAckNack ackNackSrsSimEnumerationproposal

LNCEL 53538 Sounding RS SubfrasrsSubfrConf srsSubframeConEnumerationproposal

LNCEL 53539 SU2 Repetition Peri su2Repetition Enumerationapproved

LNCEL 53540 SW State swState Enumerationapproved

LNCEL 53541 Synchronisation Sig syncSigTxMode Enumerationproposal

LNCEL 53542 Timer T300 t300 t300 Enumerationproposal


LNCEL 53544 Timer T302 t302 t302 Number proposal

LNCEL 53545 Timer T304 Intra LT t304IntraLte t304 Enumerationproposal



LNCEL 53549 Timer TCRmax tEvalulation t-Evalulation Enumerationproposal

LNCEL 53550 Timer TCRmaxHyst tHystNormal t-HystNormal Enumerationproposal

LNCEL 53551 Periodic BSR Time tPeriodicBsr PeriodicBsrTimEnumerationproposal

LNCEL 53552 Periodic PHR Timer tPeriodicPhr PeriodicPPHRt Enumerationproposal

LNCEL 53553 Prohibited PHR TimetProhibitPhr ProhibitedPHR Enumerationproposal

LNCEL 53554 Retransmission BSRtReTxBsrTime Enumerationproposal

LNCEL 53555 Cell Reselection TimtReselEutr t-Reselection Number proposal

LNCEL 53556 Time Alignment Max taMaxOffset Number proposal

LNCEL 53557 Time Alignment TimetaTimer timeAlignment Enumerationproposal

LNCEL 53558 Tracking Area Code tac trackingAreaCoNumber approved

LNCEL 53559 Threshold Serving L threshSrvLow threshServing Number proposal

LNCEL 53562 TPC Step Size PUS tpcStepSize TPC step size Enumerationproposal

LNCEL 53563 Tx Power Scaling txPowerScaling Number proposal

LNCEL 53564 Uplink Channel BandulChBw Enumerationproposal

LNCEL 53565 Enable Uplink GroupulGrpHop Boolean proposal

LNCEL 53566 Uplink Reference SigulRsCs Number approved

LNCEL 53568 Uplink Sequence HoulSeqHop sequenceHoppBoolean proposal

LNCEL 53569 Sequence Shift For ulSeqSft Number approved

LNCEL 53570 UL AMC Target BLE ulTargetBler Number proposal

LNCEL 53571 Enable All TBs In U ulamcAllTbEn Boolean proposal

LNCEL 53576 Enable UL AMC ED ulamcEdgFugEn Boolean proposal

LNCEL 53577 Enable UL AMC ulamcEnable Boolean proposal

LNCEL 53580 UL AMC MCS SwitchulamcSwitchPer Number proposal

LNCEL 53582 Enable UL ATB ulatbEnable Boolean proposal

LNCEL 53584 UL ATB Period ulatbEventPer Number proposal

LNCEL 53586 PUSCH/PUCCH TPC ulpcAccuEnable ACCUMULATI Boolean proposal

LNCEL 53587 Alpha ulpcAlpha alpha Enumerationproposal

LNCEL 53588 Preamble Initial Rec ulpcIniPrePwr preambleInitia Enumerationproposal

LNCEL 53589 TPC Command In RaulpcRarespTpc deltaMsg2 Number proposal

LNMME 52985 Instance Identifier lnMmeId Number proposalMHA 53190 3GPP Realese ID ReleaseId3Gpp Number proposal

MHA 53191 Active active Boolean proposalMHA 53192 AISG Protocol Versi aisgProtocol Number proposal

MHA 53193 Alarm Threshold LevalarmThresholdLevel Number proposal

MHA 53194 Antenna Band List antBandList Structure proposal

MHA 53195 Antenna Beamwidth antBeamwidth Beamwidth in eNumber proposal

MHA 53196 Antenna Operating antOperFreqBand Antenna operatEnumerationproposal

MHA 53197 Antenna Operation GantOperGain Gain in each o Number proposalMHA 53198 Antenna Bearing antBearing Antenna Beari Number proposalMHA 53199 Antenna Model NumantModel Antenna modelString proposalMHA 53200 Antenna Serial Num antSerial Antenna serial String proposal

MHA 53201 Antenna Line IdentifiantlId Number proposalMHA 53202 Base Station ID baseStationID Base Station I String proposal

MHA 53203 Connection connection Enumerationproposal

MHA 53204 Gain Resolution gainResolution Number proposalMHA 53205 Installation Date installDate Installation Dat String proposalMHA 53206 Installers ID installerID Installer's ID String proposal

MHA 53207 LNA Number lnaNumber Enumerationproposal

MHA 53208 Maximum SupportedmaxGain Number proposal

MHA 53209 MHA Alarm Detectio mhaAlarmDetection Boolean proposal

MHA 53210 MHA Gain mhaGain Number proposal

MHA 53211 MHA Identifier mhaId Number proposal

MHA 53212 MHA Type mhaType Enumerationproposal

MHA 53213 Minimum Supported minGain Number proposal

MHA 53214 Product Code prodCode String proposal

MHA 53215 Scanned Antenna IntscannedAntennaInterface EnumerationproposalMHA 53216 Sector ID sectorID Sector ID String proposal

MHA 53217 Serial Number serNum String proposalMHA 53218 Substance substance Number proposal

MHA 53219 TMA Subunit Receiv tmaSubunitRxFreqBan TMA Subunit reNumber proposal

MHA 53220 TMA Subunit Receiv tmaSubunitRxFreqBan TMA Subunit reNumber proposal

MHA 53221 TMA Subunit TransmtmaSubunitTxFreqBan TMA Subunit trNumber proposal

MHA 53222 TMA Subunit TransmtmaSubunitTxFreqBan TMA Subunit trNumber proposalMHA 53223 TMA Subunit Type tmaSubunitType TMA Subunit t Bitmask proposal

MHA 53224 WMH Connector wmhConnector Enumerationproposal

QOS 54064 Per Hop Behaviour quperHopBehaviourWeightList Structure approved

QOS 54065 Assured Forwarding assuredForwardingClass1 Number approved




QOS 54069 Best Effort Weight V bestEffort Number approved

QOS 54070 Quality of Service conqosId Number approved

QOS 54071 Quality of Service m trafficTypesMap Structure approved

QOS 54072 Diff Serve Code PointdscpList String approved

QOS 54073 Per Hop Behaviour pHB Enumerationapproved

QOS 54074 Traffic type trafficType String approvedRET 53225 3GPP Realese ID ReleaseId3Gpp Number proposal

RET 53226 Active active Boolean proposal

RET 53227 Angle angle Number proposal

RET 53228 Antenna Band List antBandList Structure proposal

RET 53229 Antenna Beamwidth antBeamwidth Beamwidth in eNumber proposal

RET 53230 Antena Operating F antOperFreqBand Antenna operatEnumerationproposal

RET 53231 Antenna Operation GantOperGain Gain in each o Number proposalRET 53232 Antenna Bearing antBearing Antenna Beari Number proposalRET 53233 Antenna Height antHeight Number proposalRET 53234 Antenna Location antLocation Number proposalRET 53235 Antenna Model NumantModel Antenna modelString proposalRET 53236 Antenna Serial Num antSerial Antenna serial String proposal

RET 53237 Antenna TechnologyantTechnology Enumerationproposal

RET 53238 Antenna Type antType Enumerationproposal

RET 53239 Antenna Line IdentifiantlIdList Number proposalRET 53240 Base Station ID baseStationID Base Station I String proposal

RET 53241 Calibrate calibrate Boolean proposal

RET 53242 Calibration Done calibrationDone Boolean proposal

RET 53243 ConfigurationFile D configFileDlNeeded Boolean proposal

RET 53244 Configuration Done configurationDone Boolean proposal

RET 53245 Configuration File configurationFile String proposal

RET 53246 Connection connection EnumerationproposalRET 53247 Installation Date installDate Installation Dat String proposalRET 53248 Installers ID installerID Installer's ID String proposal

RET 53249 Manufacturer manufacturer String proposal

RET 53250 Max Angle maxAngle Number proposal

RET 53251 Mechanical Angle mechanicalAngle Number proposal

RET 53252 Min Angle minAngle Number proposal

RET 53253 Product Code prodCode String proposal

RET 53254 RET Identifier retId Number proposal

RET 53255 Scanned Antenna IntscannedAntennaInterface EnumerationproposalRET 53256 Sector ID sectorID Sector ID String proposal

RET 53257 Serial Number serNum String proposal

RET 53258 SW Version swVersion String proposal

SCTP 52979 SCTP maximum inboumaxInboundStreams Number proposal

SCTP 52981 SCTP path failure re pathMaxRetrans Number proposal

SCTP 52982 SCTP heartbeat messsctpHeartbeatInterval Number proposal

SCTP 52983 SCTP configuration idsctpId Number proposal

SCTP 52984 SCTP Port Number sctpPortNumber Number proposal

STPG 54081 The synchronization synchroSourceList Structure approved

STPG 54082 Protocol of the clock clockProtocol Enumerationapproved

STPG 54083 Interface Number interfaceNumber Number approved

STPG 54084 Clock source priority priority Number approved

STPG 54085 SSM enabling flag ssmEnabled Boolean approved

STPG 54086 SSM message timeossmTimeout Number approved

STPG 54087 Unit Number unitNumber Number approved

STPG 54088 Synchronisation protetimingGenPgId Number approved

SYNC 54080 Clock synchronizationsyncId Number approved

TOPIK 54076 Administrative State administrativeState Enumerationapproved

TOPIK 54077 Log mean synchronizlogMeanSyncValue Number approved

TOPIK 54078 IP address of the To masterIpAddr String approved

TOPIK 54079 Time over Packet conftopId Number approved

UNIT 54089 UNIT identifier unitId Number approved

UNIT 54090 Installed hardware ununitTypeActual String approved

Generated: Fri Mar 19 18:12:59 EET 2010

Hidden Description Short Description Additional Information

proposal Naming attribute of MOC ADIPNO Author: Ercuement Canver (

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proposal Macro eNB Id of the adjacent eNB Author: Ercuement Canver (




This parameter is the naming attribute of MOC ADIPNO

This parameter holds the list of IP addresses and global eNB ids of the adjacent eNBs. Global eNB id consists of Macro eNB Id, MCC and MNC (PLMN)

List of IP addresses and global eNB ids of the adjacent eNBs.

This parameter holds the IP address of this adjacent eNB.Format: the format of this parameter allows either for an IPv4 IP address in dotted decimal form or for an IPv6 IP address in one of the formats defined in RFC 2373. Note that in this release only IPv4 dotted decimal form is used.

Transport network IP address of adjacent eNB

This parameter holds the Macro eNB Id of the adjacent eNB.

Mobile Country Code of adjacent eNB

Mobile Country Code of adjacent eNB

Mobile Network Code of adjacent eNB

Mobile Network Code of adjacent eNB

Length of Mobile Network Code of adjacent eNB

Length of Mobile Network Code of adjacent eNB



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This parameter holds the transport network IP address of the Mobility Management Entity (MME)

Transport network IP address of the Mobility Management Entity (MME)

Transport network IP address of the serving SAE gateway (S-GW) for which datapath supervision shall be switched on.Format: in this release each address shall be an IPv4 IP address in dotted decimal form and 1 or 2 serving gateways are allowed.

Transport network IP address of the serving SAE gateway (S-GW).

This parameter identifies the account manager. The value is always 1.

This parameter identifies the account manager. The value is always 1.

This parameter holds the port number of the primary LDAP server.

This parameter holds the port number of the primary LDAP server.

This parameter holds the IP address of the primary LDAP server.

Format: this is either an IPv4 IP address in dotted decimal form or an IPv6 IP address in one of the formats defined in RFC 2373.

Examples:IPv4: 10.12.11.101IPv6: 805B:2D9D:DC28:0:0:FC57:D4C8:1FFE

This parameter holds the IP address of the primary LDAP server.


Defines if antenna line DC power is enabled/disabled for an antenna line. The DC power is enabled by default (when the file or parameter is not available for an AL). This parameter is most meaningful for an AL DC power

Defines if antenna line is allowed to supplied by DC voltage

Identifies the specific antenna port in Flexi Radio Module for antenna line.

Identifies the specific antenna port in Flexi Radio Module for antenna line.

The total delay of all the passive units of antenna line can be entered into this parameter, which is then used as the RTT value instead of calculating the value using the BTS Site Manager.

The total delay of all the passive units of antenna line can be entered into this parameter, which is then used as the RTT value instead of calculating the value using the BTS Site Manager.

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proposal Identifies the specific antenna line. Identifies the specific antenna line. This parameter is only for d

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proposalproposal Defines the BTS in question. Defines the BTS in question.

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proposal Defines specific Base Station site. Defines specific Base Station site. This parameter is only for d

proposal Defines the cabinet type.

This parameter contains the total loss calculated from the feederLoss and passive units.

This parameter contains the total loss calculated from the feederLoss and passive units.

Defines if device scan functionality is enabled/disabled for an capable 3GPP antenna line. The scan is enabled by default (when the file or parameter is not available for an AL).

Defines if device scan functionality is enabled/disabled for an capable 3GPP antenna line.

Defines the voltage level supplied to the antenna line. The values entered for this parameter depend on the MHA type. Non-AISG NSN MHAs: WMHA, WMHB: 12 WMHC: BTS1 Automatic value (Manual voltage override is allowed: possible values [0 V / +12 V/ +24V/ +28 V (+24 /+28 only for Main branch, value depends on the radio module type)]), BTS2 12 Non-AISG Other (3rd party) MHA: 0 (User can change the line voltage to 12V. AISG MHAs: Currently for all AISG MHA Automatic value is used.

Defines the voltage level supplied to the antenna line.

Identifies the specific Flexi Radio module for antenna line.

Identifies the specific Flexi Radio module for antenna line.

Defines the product code of the unit in question.


Defines a VSWR (voltage standing wave ratio) major alarm level.

Defines a VSWR (voltage standing wave ratio) major alarm level.

Defines a VSWR (voltage standing wave ratio) minor alarm level.

Defines a VSWR (voltage standing wave ratio) minor alarm level.

This parameter can be used for identification of the BTS.

This parameter can be used for identification of the BTS.

Defines the cabinet type. The allowed value for Flexi LTE BTS is 19.

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The list defines the external alarm input signals.

The list defines the external alarm input signals.

Sets the cancellation delay for the alarm

Sets the cancellation delay for the alarm

Defines the external alarm description.

Defines the external alarm description.

Defines the external alarm lines. module, inUse, description, polarity, severity, startDelay and cancelDelay must be defined for input signals.

Defines the external alarm lines. module, inUse, description, polarity, severity, startDelay and cancelDelay must be defined for input signals.

Defines is particular EAC line in use or not in use.

Defines is particular EAC line in use or not in use.

Defines the module where EAC inputs are commissioned. Allowed modules are FSM1, FR1, FR2 and FR3

Defines the module where EAC inputs are commissioned.

Defines the used polarity of the external alarm line: normally open or normally closed. Normally_open: when the connector is open, there is no alarm. Normally_closed: when the connector is closed, there is alarm.

Defines the used polarity of the external alarm line.

Defines the seriousness of the external alarm condition in question. Minor = 1 Major = 2 Critical = 3

Defines the seriousness of the external alarm condition.

Sets the activation delay for the alarm

Sets the activation delay for the alarm

The list defines the external alarm output signals.

The list defines the external alarm output signals.

Defines the external control description.

Defines the external control description.

Defines the external alarm lines. module, inUse, description and initialState must be defined for Control Signals.

Defines the external alarm lines. module, inUse, description and initialState must be defined for Control Signals.

Defines is particular external control line in use or not in use.

Defines is particular external control line in use or not in use.

Defines the initial state of the external control line after a reset of the BTS. The options are "On" and "Off". If the initial state is "On", current is going through.

Defines the initial state of the external control line after a reset of the BTS.

Defines the module where EAC inputs are commissioned. Allowed modules are FSM1, FR1, FR2 and FR3

Defines the module where EAC inputs are commissioned.

proposal Defines the usage of the GPS. Defines the usage of the GPS.

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proposal Defines a Flexi module.

proposal Defines a location of Flexi module.

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proposal Defines the used Time Zone.

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The list defines the module and its location e.g. place or address.

The list defines the module and its location.

Defines one of the following Flexi modules: Module="FSM1" | Module ="FR1" | Module ="FR2" | Module ="FR3" Location information can be defined to these modules.

Defines a location of Flexi module in free text with maximum 50 characters or has the value -1 (Not defined). The value -1 (Not defined) is not used at the commissioning file. Location can be e.g. place or address of the module.

The list defines commissioned passive units.

The list defines commissioned passive units.

Free text about the passive unit in question.

Free text about the passive unit in question.

Defines the name of the passive unit in question.

Defines the name of the passive unit in question.

Defines the product code of the passive unit in question.


Defines the serial number of the passive unit in question.

Defines the serial number of the passive unit in question.

Defines the version of the passive unit in question.

Defines the version of the passive unit in question.

Defines the used Time Zone.

The format is predefined, for example for Helsinki "(GMT+2) Europe/Helsinki".

The list defines the unit information for offline mode commissioning.

The list defines the unit information for offline mode commissioning.



Defines the name of the unit or module in the BTS. This parameter is used in the offline commissioning mode. Following values will be defined: FSM, FR, MHA, RET, RAS. Exaxt module or unit type is defined in variant parameter.

Defines the name of the unit or module in the BTS. This parameter is used in the offline commissioning mode. Following values will be defined: FSM, FR, MHA, RET, RAS. Exaxt module or unit type is defined in variant parameter.

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Defines the number of the unit or module in the BTS. This parameter is used in the offline commissioning mode.

Defines the number of the unit or module in the BTS.

Defines the variant of the unit or module. This parameter is used in the offline commissioning mode. In case of FSMD is used D or in case of FRGF is used GF.

Defines the variant of the unit or module. This parameter is used in the offline commissioning mode. In case of FSMD is used D or in case of FRGF is used GF.

This parameter is used to lock and unlock the ethernet link interface.Locking the interface deactivates it.

This parameter is used to lock and unlock the ethernet link interface.Locking the interface deactivates it.

This parameter shows the actual link characteristics for bitrate and duplex / non-duplex mode.

This parameter shows the actual link characteristics for bitrate and duplex / non-duplex mode.

This parameter identifies the ethernet interface within the FTM.

Format: "slot#-if#"where slot#: 1 = slot number of the unit of the ethernet interface. This is always 1 (only 1 slot is available).if#: 1..3 = the interface number (physical interface on the unit).

Example 1-1: refers to physical ethernet interface 1 in slot 1.

This parameter identifies the ethernet interface within the FTM. Format: "slot#-if#"

Example 1-1: refers to physical ethernet interface 1 in slot 1.

This parameter shows the MAC address of the ethernet interface.

This parameter shows the MAC address of the ethernet interface.

This parameter holds the operational state of the ethernet link.

This parameter holds the operational state of the ethernet link.

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This parameter shows the received optical power on the ethernet interface.

The parameter contains one of the following:1) a floating point for unit dBm number rounded to one digit, e.g. "-4.1" 2) not supported -- the HW does not support this measurement 3) not connected -- the hot-pluggable transceiver is not in place4) -INF -- the measured value is below the valid measurement range: log(0) yields the negative infinity.

This is the received optical power on the ethernet interface, i.e. one of the following:1) a number in dBm, rounded to one digit, e.g. "-4.1" 2) not supported (measurement not supported)3) not connected (HW not in place)4) -INF (infinite)

This parameter specificies if the ethernet link characteristics are autonegotiated or not.If not, the attribute contains the capacity and the duplex mode to be set forcibly. Note that 1000 MBit is available only on Gigabit Ethernet interfaces (GE).

This parameter specificies if the ethernet link characteristics are autonegotiated or not.If not, the attribute contains the capacity and the duplex mode to be set forcibly.

This parameter holds the major software release version supported by the FTM. AdaptationVersionMajor is contained in the Site Configuration File on download and upload. In this release the value is fixed to "LN1.0" (without the quotation marks).

This parameter holds the major software release version supported by the FTM. AdaptationVersionMajor is contained in the Site Configuration File on download and upload.In this release the value is fixed to "LN1.0" (without the quotation marks).

This parameter identifies the transport module of the network element. The value is always 1.

This parameter identifies the transport module of the network element. The value is always 1.

This parameter holds the description of the geographical location of the network element. The format can be freely decided by the operator. The parameter may also be empty.

This parameter holds the description of the geographical location of the network element. The format can be freely decided by the operator. The parameter may also be empty.

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proposal Naming attribute of MOC GTPU Author: Ercuement Canver (


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This parameter shows the major SW release version of the FTM.

This parameter shows the major SW release version of the FTM.

This parameter holds the the name of the network element. The operator can freely define the value of this parameter.

This parameter holds the the name of the network element. The operator can freely define the value of this parameter.

This parameter holds a short description of the network element. The format can be freely decided by the operator. The parameter may also remain empty.

This parameter holds a short description of the network element. The format can be freely decided by the operator. The parameter may also remain empty.

This parameter is the naming attribute of MOC GTPU

This parameter holds the number of unanswered GTP-U ECHO REQUESTs (within the time defined by parameter t3Response), after which a GTP-U path failure is declared. The parameter is only relevant in case GTPU path supervision is switched ON (parameter gtpuPathSupint has non-zero value).

The number of unanswered GTP-U ECHO REQUESTs (within the time defined by gtpuT3Resp), used for declaring a GTP-U path failure.

This parameter holds the time interval between sending GTP-U ECHO REQUESTs, used for GTP-U user data path supervision on the S1 and X2 interfaces. It defines also if data path supervision is ON or OFF.

Time interval between sending GTP-U ECHO REQUESTs, used for GTP-U user data path supervision.

Disabling of GTP-U data path supervision (parameter value=0) or modifying of GTP-U data path supervision interval must be blocked while GTP-U data path is in failure condition.Author: Ercuement Canver (C-Plane); SFS abbrev. name: gtpuPathSupint (internal)

This parameter holds the maximum waiting time for GTP-U ECHO RESPONSE messages, used for GTP-U data path supervision on the S1 and X2 interfaces. This parameter is only relevant in case GTP-U path supervision is switched ON (parameter gtpuPathSupint has non-zero value).

The maximum waiting time for GTP-U ECHO RESPONSE messages, used for GTP-U data path supervision.

This parameter identifies the ethernet based IP interface within the FTM. The value is always 1.

This parameter identifies the ethernet based IP interface within the FTM. The value is always 1.

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This is the IP address of the plain Ethernet Interface towards the external transport network. It has an associated subnet mask.

If the address is set to 0.0.0.0, the interface is taken out of use. Instead VLAN interfaces shall be used (IVIF object instance).

This is the IP address of the plain Ethernet Interface towards the external transport network. It has an associated subnet mask.

If the address is set to 0.0.0.0, the interface is taken out of use. Instead VLAN interfaces shall be used (IVIF object instance).

This is the maximum transfer unit of the IP interface.

This is the maximum transfer unit of the IP interface.

This is the subnetwork mask of the IP address of the FTM in the transport network (of the "external IP address" of the FTM).

This is the subnetwork mask of the IP address of the FTM in the transport network (of the "external IP address" of the FTM).

This parameter specifies if multiple queues are used over this interface or only a single one. Multiple queues allow DSCP based traffic priorisation.

The plain IP interface by default has the 6 PHB queue scheduler.

This parameter specifies if multiple queues are used over this interface or only a single one. Multiple queues allow DSCP based traffic priorisation.

The plain IP interface by default has the 6 PHB queue scheduler.

This parameter holds the shaper burst size for the interface.

This parameter holds the shaper burst size for the interface.

The Total Shaper Burst Size ("SBS") defines the maximum burst size that is allowed to pass at the output of the WFQ aggregator.

The Total Shaper Burst Size ("SBS") defines the maximum burst size that is allowed to pass at the output of the WFQ aggregator.

This parameter holds the shaper information rate for the interface.

This parameter holds the shaper information rate for the interface.

This parameter holds the total Shaper Information Rate ("SIR") at the output of the WFQ aggregator.

This parameter holds the total Shaper Information Rate ("SIR") at the output of the WFQ aggregator.

This parameters decides if shaping shall be performed per network interface or on the level of the WQFQ aggregator. Shaping may also be switched off entirely.

This parameters decides if shaping shall be performed per network interface or on the level of the WQFQ aggregator. Shaping may also be switched off entirely.

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approvedapproved Base station identifier. Base station identifier.

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approved The management system shall

This parameter decides if shaping takes the ethernet overhead into account when shaping the bandwidth or not. If the flag has value true, the associated shapedBandwidth is the bandwidth on the IP layer only. If the flag has value false the Ethernet header is counted also.

If this flag = true, the associated shapedBandwidth is the bandwidth on the IP layer only. If the flag = false the Ethernet header is counted also.

This is the weight value to be used in the WFQ aggregation scheduler for this interface.

This is the weight value to be used in the WFQ aggregation scheduler for this interface.

This parameter identifies the unique NTP configuration entity of the BTS. The value is always 1. Exactly 1 NTP configuration entity always exists on the BTS.

This parameter identifies the unique NTP configuration entity of the BTS. The value is always 1. Exactly 1 NTP configuration entity always exists on the BTS.

Specifies the IP addresses of the NTP servers. To be entered in dotted decimal format.

Specifies the IP addresses of the NTP servers. To be entered in dotted decimal format.

This parameter identifies the IP node configuration within the FTM. The value is always 1.

This parameter identifies the IP node configuration within the FTM.The value is always 1.

This parameter holds the transport network IP address of the O&M system for the FTM.


Examples: IPv4: 10.12.11.101IPv6: 805B:2D9D:DC28:0:0:FC57:D4C8:1FFE

This parameter holds the transport network IP address of the O&M system for the FTM.


This parameter identifies the IP routing table. The value is always 1.

This parameter identifies the IP routing table. The value is always 1.

This is a set of entries, each defining a static IP route.

This is a set of entries, each defining a static IP route.

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This parameter specifies the host or network address for the destination of an IP route. It needs to be inline with the network mask. Format: this is either an IPv4 IP address in dotted decimal form or an IPv6 IP address in one of the formats defined in RFC 2373. Examples: IPv4: 10.12.11.0 IPv6: 805B:2D9D:DC28:0:0:FC57:D4C8:0

This parameter specifies the host or network address for the destination of an IP route. It needs to be inline with the network mask. Format: either dotted decimal form (IPv4) or an address according to RFC 2373 (IPv6).

This parameter specifies the IP address of the next IP hop via which a remote network can be reached. Format: this is either an IPv4 IP address in dotted decimal form or an IPv6 IP address in one of the formats defined in RFC 2373. Examples: IPv4: 10.12.11.101IPv6: 805B:2D9D:DC28:0:0:FC57:D4C8:1FFE

This parameter specifies the IP address of the next IP hop via which a remote network can be reached.Format: either dotted decimal form (IPv4) or an address according to RFC 2373 (IPv6).

Specifies the mask of the remote network. The type (IPv4 or IPv6) must match the type of parameter destIpAddr.

Specifies the subnetwork mask of the remote network.Specifies the mask of the remote network. The type (IPv4 or IPv6) must match the type of parameter destIpAddr.

Identifies the specific antenna lines assigned to the local cell.

Identifies the specific antenna lines assigned to the local cell.

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proposal Author: Qingmei Tong (C-Pl

proposal Author: Bernd Burckgard (C



proposal Author: Bernd Burckgard (Cproposal Determines the range of MNC Length of MNC in digits Author: Bernd Burckgard (C

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proposal Primary PLMN Id of neighbour eNB. Author: Bernd Burckgard (C

The Local cell resource is an object, which consists of the HW required by one cell for transmission and receiving. Local cell resource identifier is used to address one particular local cell resource at the BTS. The lCelId is unique within a BTS. With the Configuration Data message the local cell resource can be associated to the cell identifier used at the radio interface. In cases when configuration is initialized at the BTS, the signalling related to a cell is addressed using cell identifier instead of the local cell resource identifier.

Local cell resource identifier is used to address one particular local cell resource at the BTS.

It is the unique Id of the neighbour eNB within PLMN received over the X2 interface. adjEnbId and plmnId form the neighbour global eNB Id.

Unique Id of the neighbour eNB within PLMN.

Globally unique group identification of the MME(s) connected to neighbour eNB. The IE is received during X2 setup procedure for the respective X2 link from the neighbouring eNB.

Neighbour eNB Globally Unique Group Id.

Mobile Country Code in PLMN Identity included in GU group Id. MCC and MNC builds a unique plmn Id.

Mobile Country Code included in GU group Id.

MME Group Id Included In GU Group Id

MME Group Id Included In GU Group Id.

Mobile Network Code in PLMN Identity included in GU group Id. MCC and MNC builds a unique plmn Id.

Mobile Network Code included in GU group Id.

Instance identifier of object LNADJ.This parameter appears only in the distinguished name (DN) in plan file and is used for O&M purposes.

Instance identifier of object LNADJ. It is the unique Id of the neighbour eNB within PLMN received over the X2 interface.

Primary PLMN Id of neighbour eNB. Parameter adjEnbId and plmnId form the globally unique eNB Id.



proposal Length of MNC in digits Author: Bernd Burckgard (C

proposal Author: Qingmei Tong (C-Pla



proposal Author: Bernd Burckgard (Cproposal Determines the range of MNC Length of MNC in digits Author: Bernd Burckgard (C





proposal Length of MNC in digits Author: Bernd Burckgard (C


Mobile Country Code in primary plmn id of neighbour eNB. MCC and MNC build the plmn Id.

Mobile Country Code in primary plmn Id of neighbour eNB

Mobile Network Code in primary plmn id of neighbour eNB. MCC and MNC build the plmn Id.

Mobile Network Code in primary plmn Id of neighbour eNB

MNC Length determines the range of MNC in primary plmn id

This parameter is the E-UTRAN Cell Identifier (eutraCelId) which is part of the E-Utran cell global identifier (ECGI) of the cell served by neighbour eNB.

E-UTRA Cell Identifier included in ECGI of the cell served by neighbour eNB.

Broadcast PLMN id of cell served by neighbour eNB. Up to 6 different PLMN Ids per served cell may be broadcasted.

Broadcast PLMN IDs of cell served by naighbour eNB.

Mobile Country Code in Broadcast PLMN ID of cell served by neighbour eNB. MCC and MNC build a unique plmn Id.

Mobile Country Code of eNB in broadcast PLMN ID of cell served by neighbour eNB

Mobile Network Code in Broadcast PLMN ID of cell served by neighbour eNB. MCC and MNC build a unique plmn Id.

Mobile Network Code of eNB in broadcast PLMN ID of cell served by neighbour eNB

Downlink transmission bandwidth of cell served by neighbour eNB. The enumerated values correspond to the number of resource blocks "NRB".

Downlink Transmission Bandwidth Of Cell Served By Neighbour ENB

Plmn Id included in ECGI of cell served by neighbour eNB. Parameter ecgiPlmnId and adjEutraCelId form the E-UTRA cell global Identifier (ECGI).

Plmn Id included in ECGI of cell served by neighbour eNB.

Mobile Country Code in PLMN Identity included in ECGI of the cell served by neighbour eNB. MCC and MNC build the plmn Id of ECGI.

Mobile Country Code in PLMN Identity included in ECGI of the cell served by neighbour eNB

Mobile Network Code in PLMN Identity included in ECGI of the cell served by neighbour eNB. MCC and MNC build a plmn Id of ECGI.

Mobile Country Code in PLMN Identity included in ECGI of the cell served by neighbour eNB

MNC Length determines the range of MNC in primary plmn id.

Downlink EARFCN of FDD cell served by neighbour eNB.

Downlink EARFCN of FDD cell served by neighbour eNB.



proposal Author: Burckgard Bernd (C-



proposal Author: Marko Saarinen (U


Uplink EARFCN of FDD cell served by neighbour eNB.

Uplink EARFCN of FDD cell served by neighbour eNB

Instance identifier of object LNADJL.This parameter is also the E-UTRAN Cell Identifier (eutraCelId) which is part of the E-Utran cell global identifier (ECGI) of the cell served by neighbour eNB.

Instance identifier of object LNADJL and used as eutraCellId in ECGI of neighbour eNB

Physical Cell Id of the cell served by neighbour eNB.

Physical Cell Id of the cell served by neighbour eNB.

Tracking area code of cell served by neighbour eNB.

Tracking area code of cell served by neighbour eNB.

Uplink transmission bandwidth of cell served by neighbour eNB. The enumerated values correspond to the number of resource blocks "NRB".

Uplink Transmission Bandwidth Of Cell Served By Neighbour ENB

The parameter defines CQI compensation value for DL AMC for case where Spatial Multiplexing transmission mode is used but Rank Indication of 1 is received from UE. Applicable in the case when Dynamic Open Loop MIMO Spatial Multiplexing has been configured to use i.e. when dlMimoMode parameter is 3. This parameter is vendor specific.

CQI compensation for DL AMC in case of Dynamic Open Loop MIMO SM mode is used and RI with value 1 is received

The parameter defines CQI compensation value for DL AMC for case where TX Diversity transmission mode is used but Rank Indication of 2 is received from UE. Applicable in the case when Dynamic Open Loop MIMO Spatial Multiplexing has been configured to use i.e. when dlMimoMode parameter is 3. This parameter is vendor specific.

CQI compensation for DL AMC in case of Dynamic Open Loop MIMO Tx Div mode is used and RI with value 2 is received

Author: Marko Saarinen (U



proposal Author: Tillmann Richter (

approved Author: Tillmann Richter (C-

The parameter defines CQI ageing factor for old CQI reports for downlink Adaptive Modulation and Coding use. CQI ageing is done in radio frame basis until configured default CQI is reached. No ageing is performed for old CQIs with value setting 1 and so CQIs are valid until timer dlamcTHistCqi expires. Note that CQI ageing is not performed in AMC in case downlink Outer Loop Quality Control (OLQC) has been enabled. This is vendor specific parameter.

DL AMC ageing factor per radio frame for old CQI reports.

The parameter defines the time in TTIs for which an historical CQIs shall be remembered in downlink Adaptive Modulation and Coding algorithms. The default CQI (cqiDefaultDl) shall be used after the timer expiry. This is vendor specific parameter.

Time in TTIs for which old CQIs shall be remembered.

Time averaging constant for equal throughput criterion in Downlink. Mean throughput of Data Radio Bearer is defined over this time constant.

Time averaging constant for equal throughput criterion in DL

This parameter is used by the transmitting side of each AM RLC entity to count the number of transmissions of an AMD PDU. This parameter shall be set in a way that a radio link failure can be detected by eNB before the maximum number of transmissions has been reached. This parameter is only used in DRB configuration. Parameter is on higher level than ARQ and HARQ. Parameter is vendor specific

Defines the maximum number of restransmission on TX side (DRB). Parameter is on higher level than ARQ and HARQ.

Downlink scheduling priority for DRB for UE Configuration (Alpha 1).

Downlink Scheduling priority for DRB

proposal Author: Marko Saarinen (U-

proposal Human readable name of the eNB

proposal

proposal

proposal

approved Local state of cell.

proposal Author: Jussi Rajala (U-P

The parameter enables / disables the improved PHICH control algorithm. In case of the parameter is false, the first uplink demodulation reference symbol which is not overlap with contention based Random Access Msg3 is selected. If the parameter is true, uplink demodulation reference symbol is selected aiming to an equal distribution among PHICH groups as well as individual PHICH index for each UE per TTI. This parameter is vendor specific.

Activates enchanged PHICH control algorithm

This is a human readable name for the eNB

Author: Hema Penthakota (C-Plane)SFS abbreviated name: lnBtsName (internal)

Minimum data volume which shall be transferred by a Dummy Grant.Parameter is vendor specific.

Minimum data volume which shall be transferred by a Dummy Grant.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ilMinDatVolUL (internal)

Improved Latency Reaction Timer in Uplink defines the time in which the UE has to send some useful data after either the initial dummy grant or after previous reception of useful data. Parameter is vendor specific.

Improved Latency Reaction Timer in Uplink defines the time in which the UE has to send some useful data after either the initial dummy grant or after previous reception of useful data

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ilReactionTimeUL (internal)

This is the instance identifier of object LNBTS, used by NetAct and BTS Site Manager. This parameter appears only in the distinguished name (DN) in plan file, but is additionally used as telecom parameter in the meaning of 3GPP parameter 'Macro eNB ID', which is part of Global eNB ID.

Instance identifier of object LNBTS and used as Macro eNB Id.

Author: Ercuement Canver (C-Plane);SFS abbrev. name: lnBtsId (internal)

Local state of the eNB, value is set by the operator

Defines the maximum number of PRBs which shall be assigned in the frequency domain to UEs scheduled because of the Scheduling Request.Parameter is vendor specific.

Maximum number of PRBs for Scheduling Request users

approved

proposal

proposal

proposal

proposal Mobile Country Code of eNB

proposal

proposal

proposal

proposal Mobile Network Code of eNB

proposal Length of MNC in digits of eNB

approved Operational Stateproposal Profile of PDCP parameters PDCP profile Structure {pdcpProfileId,tDi

proposal Author: Tillmann Richter (C-

The maximum number of times that the eNB shall repeat the attempt to reset the S1 interface in case earlier attempts were unsuccessful

Maximum number of retries for S1 AP RESET

Author: Ercuement Canver (C-Plane);SFS abbrev. name: maxS1ResetRetries (internal)

The maximum number of times that the eNB should attempt to setup the S1 interface without success. Parameter is vendor specific

Maximum number of subsequent unsuccessful retries for S1 Setup procedure

Author: Hema Penthakota (C-Plane)SFS abbreviated name: MaxS1SetupRetries (internal)

The maximum number of times that the eNB should attempt to reset the X2 interface without success. Parameter is vendor specific Parameter.

Maximum number of subsequent unsuccessful retries for X2 Reset procedure

Author: Ercuement Canver (C-Plane);SFS abbrev. name: MaxX2ResetRetries (internal)

The maximum number of times that the eNB should attempt to setup the X2 interface without success. Parameter is vendor specific Parameter.

Maximum number of subsequent unsuccessful retries for X2 Setup procedure

Author: Ercuement Canver (C-Plane);SFS abbrev. name: MaxX2SetupRetries (internal)

Primary Mobile Country Code of eNB

Primary MCC and primary MNC together form the primary PLMN IdentityAuthor: E.Holzer (C-Plane)SFS abbreviated name: eNbPrMcc (internal)

Averaging filter constant for open loop CQI measurements

Averaging filter constant for open loop CQI measurements

Author: Marko Saarinen (U-plane);SFS abbreviated name: mimoAlphaCqiAvgOl (internal)

CQI Compensation applied to CQI Measurements when reported RI=2 (in CQI). The reported CQI in open loop spatial multiplexing case is smaller than for Diversity transmission. By this compensation a normalization towards Diversity is obtained.

CQI Compensation applied to CQI Measurements when reported RI=2

Author: Marko Saarinen (U-plane);SFS abbreviated name: mimoCqiCompSmDivOl (internal)

Averaging filter constant for open loop Rank measurements

Averaging filter constant for open loop Rank measurements

Author: Marko Saarinen (U-plane);SFS abbreviated name: mimoAlphaRiAvgOl (internal)

Primary Mobile Network Code of eNB

Primary MCC and primary MNC together form the primary PLMN IdentityAuthor: E.Holzer (C-Plane)SFS abbreviated name: eNbPrMnc (internal)

Determines the range of primary MNC of eNB

Author: E.Holzer (C-Plane)SFS abbreviated name: none (internal)

Operational State of the eNB, value is set by system.

Identity of the PDCP profile; 0 specifies an invalid dummy profile

Identity of the PDCP profile; 0 specifies an invalid dummy profile

proposal Author: Tillmann Richter (C

proposal PDCP SDU discard timer Author: Tillmann Richter (C

proposal


proposal Author: Jussi Rajala (U-Pl


PDCP Status Report:This parameter determines whether a PDCP Status Report is sent from PDCP receiver to PDCP transmitter.The PDCP Status Report may be sent from eNB to UE (eNB PDCP Status Report) or from UE to eNB (UE PDCP Status Report).Possible settings:00: no Status Report01: eNB Status Report10: UE Status Report11: eNB and UE Status Report

Determines whether a PDCP Status Report is sent from PDCP receiver to PDCP transmitter.

This parameter indicates the delay before a PDCP PDU along with the corresponding PDCP SDU is discarded from the buffer. This timer shall be set in a way that the packet delay defined by the QCI characteristics is kept. The timer can be disabled by setting the parameter to disabled.

Scheduling priority of a HARQ retransmission in DL, higher number means higher priority.Parameter is vendor specifc parameter.

Scheduling priority of a HARQ retransmission in DL

Scheduling priority of the HARQ retransmissions in UL, higher number means higher priority.Parameter is vendor specifc parameter.

Scheduling priority of the HARQ retransmissions in UL

Scheduling priority of the Scheduling Request Procedure, higher number means higher priority.Parameter is vendor specifc parameter.

Schedulign Priority of the Scheduling Request Procedure

Scheduling priority of the Signalling Radio Bearer in DL, higher number means higher priority.Parameter is vendor specifc parameter.

Scheduling priority of the Signalling Radio Bearer in DL







Scheduling priority of the Signalling Radio Bearer in UL, higher number means higher priority.Parameter is vendor specifc parameter.

Scheduling priority of the Signalling Radio Bearer in UL

Table to translate the S1AP parameter QCI into QCI characteristics. Structure {qci, resType, prio, packDelay, packLoss, qciSupp, rlcMode, rlcProfId, pdcpProfId, dscp, ulsPrio, ulsBSD }

Translation table to map S1AP parameter into QCI caractaristics

This parameter configures the DSCP (Differentiated Services Code Point) value associated with the QCI. The DCSP value will be set in each IP packet sent for the related bearer to S-GW or target eNB.DSCP values are defined by IETF and shall be configured

Configures the DSCP value associated with the QCI

The Packet Delay Budget denotes the time that a packet may be delayed between the UE and the PDN GW. For a certain QCI the value of the PDB is the same in uplink and downlink

The Packet Delay Budget denotes the time that a packet may be delayed between the UE and the PDN GW

The Packet Loss Rate determines the rate of SDUs (e.g. IP packets) that have been processed by the sender of a link layer protocol (e.g. RLC in E-UTRAN) but that are not successfully delivered by the corresponding receiver to the upper layer (e.g. PDCP in E-UTRAN)

The Packet Loss Rate determines the rate of SDUs

This parameter specifies the ID of a corresponding PDCP profile in the PDCP Profile List.pdcpProfileId 0 specifies an invalid profile.

This parameter specifies the ID of the PDCP profile.

proposal Author: Tillmann Richter (C-proposal QoS Class Identifier QoS Class Identifier Author: Tillmann Richter (C






This parameter gives the priority of the EPS bearer.

This parameter gives the priority of the EPS bearer.

This parameter indicates whether the given QCI is supported and enabled in this release. NOT_SUPPORTED: QCI is not supported in this release. ENABLED: QCI is supported in this release and has been enabled. DISABLED: QCI is supported in this release, but has been disabled.

This parameter indicates whether the given QCI is supported and enabled

The Resource Type determines if dedicated network resources related to a service or bearer level Guaranteed Bit Rate (GBR) value are permanently allocated.

The Resource Type indidates whether bearer is GBR or NON-GBR

This parameter configures the RLC Mode of the radio bearer based on the corresponding QCI.

This parameter configures the RLC Mode of the radio bearer

This parameter specifies the ID of a corresponding RLC AM / RLC UM profile (separate IDs for RLC AM and RLC UM) in the AM RLC DRB Profile List. rlcProfileId 0 specifies an invalid profile.

This parameter specifies the ID of the RLC AM / RLC UM profile

The BSD is sent to UE for the UL scheduling algorithm according 36.321.The UE calculates the bucket size of a logical channel by PBR x BSD.

This parameter is used to calculate the ul scheduler bucket size duration

proposal Priority for UE UL scheduler Author: Tillmann Richter (C

proposal Author: Jussi Rajala (U-

proposal Author: Jussi Rajala, SF


proposal RLC Profile for DRBs Structure {rlcProfileId, pollP





This priority is sent to UE for the UL scheduling algorithm according for DRB 36.321.Increasing priority values indicate lower priority.

Defines the modulation and coding scheme (MCS) to be used for large size Random Access Message 3 in case of initial access or handover.Parameter is vendor specific.

MCS to be used for the transmission of large size RACH message 3 in case of initial access or handover

Defines the data volume to be used for large size Random Access Message 3 in case of initial access or handover. This parameter is vendor specific.

Data volume assigned for the transmission of large size RACH message 3 in case of initial access or handover

Defines the modulation and coding scheme (MCS) to be used for the small size Random Access Message 3 in case of UL or DL data arrival.Parameter is vendor specifc parameter.

MCS for the small size RACH Access Procedure in case of UL or DL data arrival

Profile of RLC AM parameters for DRB

The AM RLC Poll PDU defines the number of RLC PDUs that are sent on a logical channel before the RLC polling bit is set. Element is defined for DRB

Number of RLC PDUs before RLC poll bit set

Identity of the RLC AM profile, 0 specifies an invalid, dummy profile

Identity of the RLC AM profile, 0 specifies an invalid, dummy profile

This timer is used by the transmitting side of an AM RLC entity in order to retransmit a poll. This timer is only used when it has been activated with the AMRLCPollingTriggers. The used minimum value of the timer shall be larger than the calculated round-

Timer for re-transmission of Poll PDU

This timer is used by the receiving side of an AM RLC entity in order to prohibit transmission of a STATUS PDU. Element is defined for DRB.

Prohibit Status PDU as long as timer is active





approved

proposal Author: Hema Penthakota,E

proposal

This timer is used by the receiving side of an AM RLC entity for reordering, PDU loss detection and delay of STATUS PDU transmission. This timer depends on HARQ RTT and number of HARQ retransmissions.

Timer for re-ordering, PDU loss detection, delay of Status PDU

Determines the number DL PDSCH transmission with correct HARQ feedback until detected radio link problems are assumed to be over. Parameter is vendor specific

Determines the number DL PDSCH transmission with correct HARQ feedback until detected radio link problems are assumed to be over.

Determines the maximum number of failed DL PDSCH transmission attempts until radio link problems are detected. Parameter is vendor specific

Determines the maximum number of failed DL PDSCH transmission attempts until radio link problems are detected.

Determines the time frame for failed DL PDSCH transmission attempts until radio link problems are detected. Parameter is vendor specific

Determines the time frame for failed DL PDSCH transmission attempts until radio link problems are detected.

This timer is started when an RRC message for setup, modification or release of a radio bearer is sent to the UE. When the timer expires, the corresponding procedure is aborted.

RRC guard timer for outgoing radio bearer requests

Vendor Configurable Timer that specifies the amount of time an eNB should wait for S1AP:RESET ACKNOWLEDGE before assuming the procedure has failed

Timout duration while waiting for a S1 Reset Acknowledge

Vendor configurable timer that specifies the amount of time an eNB should wait for S1AP: SETUP RESPONSE before assuming the procedure has failed. Parameter is vendor specific

Timeout duration while waiting for a S1 Setup Response

Author: Hema Penthakota (C-Plane)SFS abbreviated name: TimerS1SetupWaitForResponse (internal)

proposal Author: Mayer Walter (C-Pl


proposal

proposal


This timer is started in the source eNB when the X2AP: RELEASE RESOURCE message is received.When the timer expires the eNB closes its S1-U connection.Parameter is vendor specific parameter.

Data Forwarding timer at Source eNB for Inter eNB Handover

This timer is normally started in the target eNB when the S1AP: PATH SWITCH REQUEST ACKNOWLEDGE message is received.When the timer expires the eNB closes its user data tunnels at X2.Note: This timer should usually be greater than TDATAfwdS1, see note at MM.605. A semantic check may be useful, but it is not required.Parameter is vendor specific parameter.

Data Forwarding timer at Target eNB for Inter eNB Handover

Timer to supervise the establishment of a UE-associated logical S1-connection. Parameter is vendor specific

The minimal time period eNB waits for first answer from MME after having sent a S1AP INITIAL UE MESSAGE.

Author: E.Holzer (C-Plane)SFS abbreviated name: TimeoutForEstablishmentOfUeAssociatedS1SignallingConnection (internal)

The minimal time period during which the internal state and the resources associated with an half-open RRC connection (i.e. one for which no RRC Connection Setup Complete msg. has yet been received) must not be deleted in the eNB. Parameter is vendor specific

The minimal time period eNB waits for an RRC CONNECTION SETUP COMPLETE after having sent a RRC CONNECTION SETUP.

Author: E.Holzer (C-Plane)SFS abbreviated name: MinLifeTimeOfHalfOpenRrcConnection (internal)

Covers the estimated time taken to send an RRC:CONNECTION RECONFIGURATION message to the UE (no RLC Ack needed)- send an RRC:CONNECTION RECONFIGURATION COMPLETE message from the UETHOoverall = T304 + T311 + T301 + THOoverallDeltaParameter is vendor specific parameter.

Supervision of Complete Handover phase at Source and Target side for Intra eNB Handover

proposal

proposal Author: Mayer Walter (C-P


proposal Author: Mayer Walter (C-Pla

The minimal time period Indicates the time after which the RRC L3 shall release the RRC Connection, if no positive Ack is received from L2 to RRC:RRC Connection Release message. Parameter is vendor specific

The minimal time period eNB waits for a L2 Ack on a RRC CONNECTION RELEASE.

Author: E.Holzer (C-Plane)SFS abbreviated name: TimerMissingL2AckForRrcConnectionRelease (internal)

This timer is started in the target eNB when the S1AP: PATH SWITCH REQUEST message is sent to the MME and is typically stopped whenthe S1AP: PATH SWITCH REQUEST ACKNOWLEDGE message is received in return.When the timer expires the eNB initiated context release procedure is started.Parameter is vendor specific parameter.

Supervision of Handover Completion phase at target side for Inter eNB Handover

Covers the estimated time taken to- send an X2AP:HANDOVER REQUEST ACKNOWLEDGE message to the source eNB- send an RRC:CONNECTION RECONFIGURATION message to the UE (no RLC Ack needed)- send an RRC:CONNECTION RECONFIGURATION COMPLETE message from the UETX2RELOCexec = T304 + T311max + TX2RELOCexecDeltaParameter is vendor specific parameter

Supervision of Handover Execution phase at target side for Inter eNB Handover

This timer is started in the source eNB when the X2AP: HANDOVER CANCEL message is sent to the target eNB and is typically stopped when the X2AP: HANDOVER REQUEST ACKNOWLEDGE or X2AP: HANDOVER PREPARATION FAILURE message is received.When the timer expires X2 signalling connections at Source eNB shall be closed. Parameter is vendor specific

Spare time at source side after sent of X2AP: HANDOVER CANCEL for Inter eNB Handover





This timer is started in the source eNB when the X2AP: HANDOVER REQUEST message is sent to the target eNB and is typically stopped when the X2AP: HANDOVERREQUEST ACKNOWLEDGE message is received in return.When the timer expires the X2AP: HANDOVER CANCEL procedure is started.Parameter is vendor specific parameter

Supervision of Handover Preparation phase at source side for Inter eNB Handover

The number of times the Timing Advance Command will be retried before LTE MAC assumes the UE has gone Out-of-Synch. Parameter is vendor specific.

The number of times the Timing Advance Command will be retried before LTE MAC assumes the UE has gone Out-of-Synch.

Determines time alignment offset limit for the uplink sceduler to stop considering the UE for scheduling. Multiplicative factor to taMaxOffset. Parameter is vendor specific.

Determines time alignment offset limit for the uplink sceduler to stop considering the UE for scheduling. Multiplicative factor to taMaxOffset.

Covers at a minimum the estimated time taken to- send an RRC:CONNECTION RECONFIGURATION message to the UE (no RLC Ack needed)- send an RRC:CONNECTION RECONFIGURATION COMPLETE or RRC:CONNECTION REESTABLISHMENT REQUEST message from the UE- send an S1AP: PATH SWITCH REQUEST message from the target eNBNote that this value can be extended to also include the estimated time for the target eNB to complete the full Handover Completion phase.TX2RELOCoverall = T304max + T311 + T301 + TX2RELOCoverallDeltaParameter is vendor specific parameter.

Supervision of Handover Execution and Completion Phase at source side for Inter eNB Handover




The parameter defines the stepsize up value for uplink Outer Loop Link Adaption compensation delta C. Stepsize down value for delta C can be caluclated by using this parameter and UL target BLER (ulAmcTargetBler).The parameter is vendor specific.

UL OLLA Compensation Stepsize Up

The parameter defines the initial value for uplink Outer Loop Link Adaption compensation delta C. The initial value is used for initialization.Parameter is vendor specific.

UL OLLA initial Value for Compensation

The parameter defines the maximum limit for uplink Outer Loop Link Adaption compensation value delta C. If delta C value reaches maximum limit, UL MCS is increased by one. Parameter is vendor specific.

UL OLLA maximum Limit for Compensation



proposal UL AMC timer for Inactivity Author: Jussi Rajala (U-P



The parameter defines the minimum limit for uplink Outer Loop Link Adaption compensation value delta C. If delta C value reaches the minimum limit, UL MCS is decreased by one. Parameter is vendor specific.

UL OLLA minimum Limit for Compensation

The parameter defines time in TTIs for remembering of selected Modulation and Coding Scheme (MCS) for uplink when UL AMC has been enabled (ulAmcEnable).Parameter is vendor specific.

Time for remembering of historical MCS in UL AMC

The parameter defines the time in TTIs for starting uplink Adaptive Modulation and Coding inactivity actions. Parameter is vendor specific.

The parameter defines uplink adaptive modulation and coding factor to calculation of modulation and coding scheme (MCS) downgrade and upgrade thresholds. The thresholds depend also on UL targer BLER (ulAmcTargetBler).Parameter is vendor specific.

UL AMC Factor to calculate Downgrade and Upgrade BLER Thresholds

The parameter defines forgetting factor for UE power headroom reports (PHRs) which is used for time averaging PHR reports. PHR averaging functionality is the part of Uplink Adaptive Transmission Bandwidth (ATB).Parameter is vendor specific.

UE PHR averaging period in UL ATB


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proposal Handover margin for better cell HO. Author: Mayer Walter (C-Pl




Time averaging constant for equal throughput criterion in Uplink. Mean throughput of Data Radio Bearer is defined over this time constant.Parameter is vendor specific.

Time averaging constant for equal throughput criterion in UL

Vendor configurable timer that specifies the amount of time an eNB should wait for X2AP: RESET RESPONSE before assuming the procedure has failed

Timout duration while waiting for a X2 Reset Response

Author: Ercuement Canver (C-Plane);SFS abbrev. name: TimerX2ResetWaitForResponse (internal)

Vendor configurable timer that specifies the amount of time an eNB should wait for X2AP: SETUP RESPONSE before assuming the procedure has failed

Timout duration while waiting for a X2 Setup Response

Author: Ercuement Canver (C-Plane);SFS abbrev. name: TimerX2SetupWaitForResponse (internal)

Handover margin for better cell HO. Used in measurement event type A3 where the event is triggered when the neighbor cell becomes A3 offset better than the serving cell. The actual value is parameter value multiplied by 0.5 dB.

Defines the maximum number of measurement reports that will be sent as long as the specific criteria for the measurement event A3 is met.


Defines the interval with which measurement reports are repeatedly sent as long as the specific criteria for the measurement event A3 is met. Value definitions as stated in 3GPP TS36.331: value MS120 corresponds to 120 ms, MS240 to 240 ms and so on, while value MIN1 corresponds to 1 min, MIN6 to 6 min and so on.

Defines the interval with which measurement reports are sent as long as the specific criteria for the measurement event A3 is met.

Time for which the specific criteria for the measurement event A3 must be met in order to trigger a measurement report. Value definitions as stated in 3GPP TS36.331: value MS0 corresponds to 0 ms, MS40 to 40 ms and so on.

Time for which the specific criteria for the measurement event A3 must be met in order to trigger a measurement report.






approved



Defines the interval with which measurement reports are repeatedly sent as long as the specific criteria for the measurement event A5 is met. Value definitions as stated in 3GPP TS36.331: value MS120 corresponds to 120 ms, MS240 to 240 ms and so on, while value MIN1 corresponds to 1 min, MIN6 to 6 min and so on.

Defines the interval with which measurement reports are sent as long as the specific criteria for the measurement event A5 is met.

Receive level threshold for serving cell in A5 event. Used in measurement event type A5 where the event is triggered if the serving cell becomes worse than a5Threshold1 AND the neighbor cell becomes better than a5Threshold2. The actual threshold value is parameter value -140 dBm.

Receive level threshold for serving cell in A5 event.

Receive level threshold for neighbour cell in A5 event. Used in measurement event type A5 where the event is triggered if the serving cell becomes worse than a5Threshold1 AND the neighbor cell becomes better than a5Threshold2. The actual threshold value is parameter value -140 dBm.

Receive level threshold for neighbour cell in A5 event.

Time for which the specific criteria for the measurement event A5 must be met in order to trigger a measurement report. Value definitions as stated in 3GPP TS36.331: value MS0 corresponds to 0 ms, MS40 to 40 ms and so on.

Time for which the specific criteria for the measurement event A5 must be met in order to trigger a measurement report.

The Access Barred for Mobile Terminating Calls Flag indicates that the cell status is access barred for mobile terminating calls in this cell, True means barred.

Indicates access is barred for mobile terminating calls in this cell.

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approved

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approved Administrative State of cell

proposal

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approved Indicates if the cell is barred or not.

The Access Class Barring Time defines the time that the access barring check remains unsuccessful while UE is not performing an emergency call. In this case, the UE starts timer T303 using this parameter.

Defines the Access Class Barring Time.

The Access Probability Factor defines a probability for a UE to establish an RRC connection. The UE draws a random number (0 = rand < 1). If rand is higher than the value indicated by the Access probability factor then the UE considers the Access barring check to be unsuccessful.

Defines a probability for a UE to establish an RRC connection.

The Additional Spectrum Emission Mask parameter is broadcasted into a cell to indicate that the UE shall meet an additional requirement.

Additional Spectrum Emission Mask for UE

Neighbouring cell information list which contains the E-Utran Cell Identities of adjacent cells in own eNB and the neighbour eNBs connected via X2.

Neighbouring cell information list which contains the E-Utran Cell Identities of adjacent cells.

E-Utran Cell Identity of adjacent cells in own eNB or the neighbour eNBs connected via X2.

E-Utran Cell Identity of adjacent cells.

Administrative State of the cell, value is set by operator.

The Cell Reselection Timer (t-ReselectionEUTRAN) is multiplied with this factor if the UE is in Medium High Mobility state.

Cell Reselection Timer factor if the UE is in High Mobility state.

The Cell Reselection Timer (t-ReselectionEUTRAN) is multiplied with this factor if the UE is in Medium Mobility state.

Cell Reselection Timer factor if the UE is in Medium Mobility state.

The Cell Barred Flag indicates if the cell status is barred or not. A barred cell is a cell a UE is not allowed to camp on, not even for emergency calls. If a cell on which a UE is currently camped becomes barred, a cell reselection is triggered.

proposal

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proposal Author: Christian Reim (C

proposal

proposal Author: Christian Reim;

proposal

proposal Parameter is vendor specific. Author: Christian Reim;

The Cell Reselection Priority parameter defines the absolute priority of the serving layer. 0 means lowest priority.

Defines the absolute priority of the serving layer.

Cell which are 'cell reserved for operator use' are treated as barred by 'normal' UE without an USIMwith AC 11 or 15 inserted. UEs with AC 11 or 15 USIM inserted are specific operator Ues and thus allowed tocamp on and access such cells. Default value not reserved.Instance Number 1 of this list is related to the primary PLMN-Id.The remaining instances are related to the further PLMN-Ids.

Indicates if the cell is reserved for operator use.

Author: M. Guessregen (C-Plane)SFS abbrev. name:cellReservedForOperatorUse (internal)

Scheduling Request Periodicity in a cell. Parameter is vendor specific

Scheduling Request Periodicity in a cell

O&M switch for enabling / disabling aperiodic CQI / RI / PMI reporting on PUSCH

Enables / disables aperiodic CQI / RI / PMI reporting

Author: Marko Saarinen (U-Plane)SFS abbreviated name: enableApCqiRep (internal)

Corresponds to cqi-ReportingModeAperiodic of 3GPP-36.213. CQI format indicator for aperiodic reporting on PUSCH. Operator can chose one of the 2 families modes available, the MIMO algorithm embedded in RRM will chose the effective mode on a base of the UE capabilities and family mode chosen by operator and will forward this to UE; FTB1 pre-selects reporting mode 2.x, FTB2 selects reporting mode 3.x; x is determined by Mimo algorithm internal in eNB.

CQI aperiodc reporting mode for PUSCH

Defines a timer in TTIs for polling aperiodic CQI / RI / PMI feedback. Scheduler takes care about the aperiodic feedback requesting based on this timer.

Sets the aperiodic CQI Reporting Time-Limit by Polling to be taken into account by Scheduler

CQI format indicator for periodic reporting on PUCCH / PUSCH




proposal

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proposal Used to define the PUCCH format.





Defines periodicity of periodic CQI / PMI feedback on PUCCH or PUSCH. Periodic CQI / RI / PMI reporting can be switched completely off by setting this parameter to off.Parameter is vendor specific parameter.

Periodic CQI / PMI feedback reporting period

Number of periodic sub-band reporting cycles (K). Required only for configuring a periodic wideband + subband reporting. Indicate the number of periodic sub-band reporting cycles between two consecutive periodic wideband reporting instances.Parameter is vendor specific.

Amount of periodic subband CQI cycles K between two consecutive periodic wideband CQIs.

O&M switch for enabling / disabling simultaneous transmission of periodic CQI / RI / PMI feedback and HARQ ACK/NACK on PUCCH.

Enables / disables CQI and Ack/Nack simultaneous transmission

The parameter defines cyclic prefix configuration/length for OFDM symbol in downlink and uplink.Parameter is vendor specific

Cyclic prefix length in downlink and uplink

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: cycConf (internal)

dFListPucch: SEQUENCE (see values below)

dFListPucch: SEQUENCE (see values below)

Author: Jussi Rajala (U-Plane)SFS abbreviated name: deltaFListPUCCH (internal)

The parameter 'deltaF PUCCH Format 1' is used to define the PUCCH format.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: deltaF-PUCCH-Format1 (internal)

The parameter 'deltaF PUCCH Format 1b' is used to define the PUCCH format.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: deltaF-PUCCH-Format1b (internal)

The parameter 'deltaF PUCCH Format 2' is used to define the PUCCH format.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: deltaF-PUCCH-Format2 (internal)

The parameter 'deltaF PUCCH Format 2a' is used to define the PUCCH format.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: deltaF-PUCCH-Format2a (internal)

The parameter 'deltaF PUCCH Format 2b' is used to define the PUCCH format.

Author: Jussi Rajala (U-Plane)SFS abbreviated name:deltaF-PUCCH-Format2b (internal)

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Maximum number of allowed dedicated Scheduling Requests. Once this limit is exceeded, UE shall release all PUCCH resources. The value 4n corresponds to 4 transmissions, 8n corresponds to 8 transmissions and so on.

Indirectly provides the UE-specific maximal time within the UE must receive a valid uplink grant for a new transmission on UL-SCH. In case this time expires the UE shall release PUCCH resources and shall no longer perform a dedicated Scheduling Request but instead shall perform a Random Access Scheduling Request. This time could be calculated by Cell Scheduling Request Periodicity * Dedicated SR Transmission Maximum

Maximum number of allowed dedicated Scheduling Requests

Author: E.Holzer (C-Plane)SFS abbreviated name: dSrTransMax (internal)

The Default Paging Cycle defines the cell specific paging DRX cycle duration. It also determines the maximum paging DRX duration applicable in the cell. Referred to as ' T ' in TS 36.304. Value rf32 corresponds to 32 radio frames, rf64 corresponds to 64 radio frames and so on.

Cell specific paging DRX cycle duration

Author: M. Gussregen (C-Plane)SFS abbrev. name: defaultPagingCycle (internal)

Used for the calculation of P0_NOMINAL_PUSCH(j=2) for PUSCH (re)transmission corresponding to the random access response grant.

Used for the calculation of P0_NOMINAL_PUSCH(j=2) for PUSCH (re)transmission corresponding to the random access response grant.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: deltaPreambleMsg3 (internal)

Delta cyclic shift for PUCCH formats 1/1a/1b. Shift is the cyclic shift difference between two adjacent ACK/NACK/Scheduling Request resources using the same orthogonal cover sequence and can be decided considering multipath delay spreads for the given cell deployment. )Parameter is vendor specific

Delta cyclic shift for PUCCH formats 1/1a/1b.

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: Delta_CS_PUCCH (internal)

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Enabling/disabling of transport format dependent offset on a per UE basis. In case that this parameter is enabled, PUSCH power calculation in UE uplink power control equation (P1) takes transport block size in account during power calculation.

Enabling/disabling of transport format dependent offset on a per UE basis.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: DELTA_TF_ENABLED (internal)

Enables/disables downlink 64 QAM modulation for link adaptation use in PDSCH.

The Support of 64 QAM for PDSCH parameter controls if link adaptation is allowed to select 64 QAM modulation for PDSCH.

User can define lower cell output power by the cell power reduction. Reduction is set down from a antenna maximum TX power.

Sets the power reduction from a antenna maximum Tx power

Author: Marko Saarinen (U-plane);SFS abbreviated name: CELL_PWR_RED (internal)

Downlink Channel Bandwidth defines DL bandwidth for the eNode-B transmission in a cell, and also defines the number of available Physical Resource Blocks.The Downlink Channel Bandwidth mapping to Number of Physical Resource Blocks is:5.0 MHz = 25 DL PRBS10.0 MHz = 50 DL PRBS15.0 MHz = 75 DL PRBS20.0 MHz = 100 DL PRBS

Downlink Channel Bandwidth parameter defines DL bandwidth for the eNode-B transmission in a cell

The used DL mimo mode for each physical channel is the following: 0: Single Stream Downlink: All downlink physical channels are transmitted using this mode; 1: Single Stream Downlink Transmit Diversity: All downlink physical channels are transmitted using this mode; 2: Dual Stream MIMO Spatial Multiplexing: SRB1 (DCCH) and RBs(DTCH) on PDSCH are transmitted using Dual Stream MIMO with spatial multiplexing; SRB0 (CCCH), BCCH and PCCH on PDSCH and all other physical channels are transmitted using Single Stream Downlink Transmit Diversity; 3: Dynamic Open Loop MIMO: SRB1 (DCCH) and RBs(DTCH) on PDSCH are transmitted using either Single Stream Downlink Transmit Diversity or Dual Stream MIMO with spatial multiplexing depending on radio conditions; SRB0 (CCCH), BCCH and PCCH on PDSCH and all other physical channels are transmitted using Single Stream Downlink Transmit Diversity; 4: Dynamic Closed Loop MIMO: SRB1 (DCCH) and RBs(DTCH) on PDSCH are transmitted using either Single Stream Downlink Transmit Diversity or Single or Dual Stream MIMO with Closed Loop spatial multiplexing depending on radio conditions and UE category; SRB0 (CCCH), BCCH

Parameter to select the static DL mimo mode for each physical channel and to enable the UE specific dynamic open loop as well as closed loop MIMO Mode control Algorithm

Author: Tuomas HakuliSFS abbreviated name: dlMimoMode (internal)

proposal Enables / disables OLQC

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proposal BLER target for downlink LA in %

proposal Default CQI value for DL LA

O&M switch for enabling / disabling downlink Outer loop Link Quality Control which is acting based on 1st transmission HARQ result i.e. 1st transmission BLER

Author: Marko Saarinen (U-plane);SFS abbreviated name: ENABLE_OLQC (internal)

Trigger Condition for Power Headroom submission due to Pathloss change; Named ULATB_DLPL_CHANGE in RRM SFS

Trigger Condition for Power Headroom submission due to Pathloss change;

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ulAtbPhrPlChange (internal)

Defines target block error ratio (BLER) for downlink Link Adaptation in percent. Used with downlink outer loop link quality control (OLQC) functionality.

Author: Marko Saarinen (U-plane);SFS abbreviated name: BLER_TARGET (internal)

Defines the default Channel Quality Indicator (CQI) value for downlink Link Adaptation use. Default CQI is used when there is no valid CQI available i.e. CQI report is not received or it is too old.

Author: Marko Saarinen (U-plane);SFS abbreviated name: CQI_DEFAULT_DL (internal)

proposal Enables / disables DL AMC Author: Marko Saarinen (U

O&M switch for enabling / disabling downlink Adaptive Modulation and Coding

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The parameter determines power compensation factor for antenna specific maximum power in case of downlink transmission using at least two TX antennas. This means that every single subcarrier power determined for multiple TX antenna transmission is reduced by this factor. The parameter does not apply in case of single TX (TM1) transmission, and thus neither affect to power of cell specific reference signal transmission. Note that only the limited set of dlpcMimoComp values (0dB, 1.77dB, 3dB, 4.77dB, 6dB) can be communicated to UE due to p-a signalling restrictions and the extended range has been determined only for fine tuning purposes. Please be informed that Nokia Siemens Networks does not quarantee successful DL transmission using amplitude dependent modulations, especially 64QAM, in case other values than values presented in the limited set (0dB, 1.77dB, 3dB, 4.77dB, 6dB) is used.

Set the compensation in TxDiv and 2x2 MIMO SM case in to the DL power control.

Author: Marko Saarinen (U-Plane)SFS abbreviated name: MIMO_COMP (internal)

Determines if PRBs partly allocated for transmission of Primary (PSS) and Secondary Syncronisation Signals (SSS) and Physical Broadcasting Channel (BPCH) shall be used in dynamic scheduling

Determines if PRBs partly allocated for transmission of common channels shall be used in dynamic scheduling

Author: Marko Saarinen (U-Plane)SFS abbreviated name: usePartPrbDl (internal)

The Access Barred for Emergency Calls Flag indicates that the access is barred for emergency calls in this cell.

Indicates that the access is barred for emergency calls in this cell.

E-UTRA Absolute Radio Frequency Channel Number in downlink.Supported Bands and related EARFCNs are the following:

Band 7 : 2750 - 3449Band 12: 5000 - 5179Band 17: 5730 - 5849

E-UTRA Absolute Radio Frequency Channel Number in downlink.

Author: Tuomas Hakuli(U-Plane) SFS abbreviated name: EARFCN_DL(internal) (internal)

proposalproposal Flag if better cell HO is enabled Flag if better cell HO is enabled Author: Mayer Walter (C-proposal Flag if coverage HO is enabled Flag if coverage HO is enabled Author: Mayer Walter (C-P

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proposal Filter coefficient for RSRP measur. Author: Tillmann Richter (C-

proposal Further PLMN ids of the Cell.

E-UTRA Absolute Radio Frequency Channel Number in uplinkSupported Bands and related EARFCNs are the following:Band 7 : 20750 - 21449Band 12: 23000 - 23179Band 17: 23730 - 23849

E-UTRA Absolute Radio Frequency Channel Number in uplink.

Author: Tuomas Hakuli(U-Plane) SFS abbreviated name: EARFCN_UL(internal) (internal)

The E-UTRAN Cell Identifier is unique within one PLMN and has a length of 28 bits. The leftmost 20 bits of the value correspond to the value of the eNB ID (parameter lnBtsId) and the 8 rightmost bits correspond to the value of local cell resource Id (lcrId). This parameter cannot be set by operator, it is calculated system internally and only readable.

The E-UTRAN Cell Identifier is unique within one PLMN and has a length of 28 bits.

This parameter defines absolute Tx frequency in kHz for overriding normal Filter Center frequency tuning.

Parameter can be used to override normal filter tuning to minimize noise to neighbouring frequency band. If parameter value is not defined, Tx filter frequency is evaluated as an average of the configured center frequencies.

This parameter defines absolute Tx frequency in kHz for overriding normal Filter Center frequency tuning.

Filter coefficient for RSRP measurements used to calculate path loss as specified in [3GPP-36.213. 5.1.1.1]. Value fc0 corresponds to k = 0, fc1 corresponds to k = 1, and so on.

Further PLMN ids of the Cell. Indicates which operators(PLMNID) networks areavailable from the Cell. These PLMNIdentitys have cell scope.Primary PLMN id has to be provided separately for eNB.

Author: M. Guessregen (C-Plane)SFS abbrev. name:furtherPlmn-id (internal)

proposal Indicates the Mobile Country Code.

proposal Indicates the Mobile Network Code.

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The Mobile Country Code parameter indicates the Mobile Country Code and is part of the PLMN Identifier.

Author: M. Guessregen (C-Plane)SFS abbrev. name:mcc (internal)

The Mobile Network Code parameter indicates the Mobile Network Code and is part of the PLMN Identifier.

Author: M. Guessregen (C-Plane)SFS abbrev. name:mnc (internal)

The Mobile Network Code Length parameter indicates the length of the Mobile Network Code, either 2 or 3 digits.

Indicates the length of the Mobile Network Code.

Author: M. Guessregen (C-Plane)SFS abbrev. name:n.a. (internal)

The GrpAssigPUSCH parameter defines assigned PUSCH group.

The GrpAssigPUSCH parameter defines assigned PUSCH group.

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: (internal)

Indicates the maximum number of HARQ transmissions used for Message 3 of the contention based random access procedure.

Indicates the maximum number of HARQ transmissions used for Msg3 of the contention based random access procedure.

Indicates the maximum number of HARQ transmissions in DL that is configured for each UE at Initial Access to a specific cell.

Indicates the maximum number of HARQ transmissions in DL that is configured for each UE at Initial Access to a specific cell.

Indicates the maximum number of HARQ transmissions in UL that is configured for each UE at Initial Access to a specific cell

Indicates the maximum number of HARQ transmissions in UL that is configured for each UE at Initial Access to a specific cell

36.331 specifies larger values of 8,10,12,16,20,24 and 28 which are only intended to be used when TTI bundling is enabled. Until TTI bundling is introduced, the range will be restricted to 1...7.Author: Raimo KarjalainenSFS abbreviated name: MaxNumberOfHarqTransmissionsUL (internal)

Number of PRBs that are used for PUSCH hoppingParameter is vendor specific

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: hopBwPusch (internal)

Parameter HopModePUSCH defines if hopping is only inter-subframe or both inter- and intra-subframe

Parameter HopModePUSCH defines the hopping mode

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: HopModePusch (internal)

HW state of the cell, value is set by the system.

Defines the time period for the indication of the UE inactivityin both DL and UL directions.

Time period for the indication of the UE inactivity. Same period for UL and DL directions.

Duration for which the Sounding RS shall be sent. single shot / indefinite

Defines an initial modulation and coding scheme (MCS) to be used on PDSCH for other use than BCCH, PCH or Random Access messages.

Initial modulation and coding scheme in DL

Author: Marko Saarinen (U-plane);SFS abbreviated name: INI_MCS_DL (internal)

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Defines an initial modulation and coding scheme (MCS) to be used on PUSCH for other use than RA message 3.

Initial modulation and coding scheme in UL

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ULAMC_INI_MCS (internal)

Defines the initial amount of PRBs in uplink.

Initial maximum amount of PRBs in UL.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ULATB_INIPRBs (internal)

Defines the Intra-Frequency Blacklisted Cell List.

Author: M. Gussregen (C-Plane)SFS abbrev. name:IntraFreqBlacklistedCellList (internal)

Indicates the number of PCIs in the range (including startPCI). Value n4 corresponds with 4, n12 corresponds with 12 and so on. The UE shall apply value 1 in case the field is absent, inwhich case only the physical cell identity value indicated by start applies.

Indicates the number of PCIs in the range

Author: M. Guessregen (C-Plane)SFS abbrev. name: range (internal)

Indicates the lowest PCI in the range

Indicates the lowest PCI in the range

Author: M. Guessregen (C-Plane)SFS abbrev. Name: start (internal)

Defines the Intra-Frequency Neighbouring Cell List.

Intra-Frequency Neighbouring Cell List

The Physical Cell Identifier is a unique cell identification in a Neighbouring Cell List

Identifies the cell in a Neighbouring Cell List

Author: M. Gussregen (C-Plane)SFS abbrev. name:physicalCellIdentity (internal)

The parameter defines a cell-specific offset (in dB) that is used in the cell reselection procedure.

Defines a cell-specific offset used for cell reselection.

Used to control cell reselection on intra-frequency cells when the highest ranked cell is barred, or is considered as barred by the UE, as specified in TS 36.304

Indicates if intra-frequency cell reselection is allowed or not

Author: M. Gussregen (C-Plane)SFS abbrev. name: intraFrequencyReselection (internal)

The IE PresenceAntennaPort1 is used to indicate whether all the neighboring cells use Antenna Port 1.When set to TRUE, UE may assume that at least two cellspecific antenna ports are used in all neighboring cells.

PresenceAntennaPort1 is used to indicate whether all the neighboring cells use Antenna Port 1.

Author: M. Guessregen (C-Plane)SFS abbrev. name: presenceAntennaPort1intra (internal)

This is the instance identifier of object LNCEL, used by NetAct and BTS Site Manager. This parameter appears only in the distinguished name (DN) in plan file and is used for O&M purposes.

Instance identifier of MOC LNCEL used by NetAct and Site Manager.

Local state of the cell, value is set by the operator

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proposal Maximum code rate for Paging

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Maximum Bit Rate that shall not be exceeded in DL due to UE capability

Maximum bitrate in downlink for DRB

Maximum Bit Rate that shall not be exceeded in UL due to UE capability.

The parameter defines the maximum coderate for paging. This maximum coderate is taken into account during PDSCH scheduling.

Author: Marko Saarinen (U-plane);SFS abbreviated name: MAX_CR_PG_DL (internal)

The parameter defines the maximum coderate for Random Access Procedure messages 4 (SRB0 message) This maximum coderate is taken into account during PDSCH scheduling.

Maximum code rate for Random Access Procedure message 4

Author: Marko Saarinen (U-Plane)SFS abbreviated name:MAX_CR_RAMSG4_DL (internal)

The parameter defines the maximum coderate for Random Access Procedure messages 2 (RA response) This maximum coderate is taken into account during PDSCH scheduling.

Maximum code rate for Random Access Procedure message 2

Author: Marko Saarinen (U-Plane)SFS abbreviated name:MAX_CR_RA_DL (internal)

The parameter defines the maximum coderate for System Information Broadcast. This maximum coderate is taken into account during PDSCH scheduling.

Maximum code rate for System Information Broadcast

Author: Marko Saarinen (U-plane);SFS abbreviated name: MAX_CR_SSI_DL (internal)

The MaximumNumberOfOFDMSymbolsForPDCCH parameter defines how many OFDM symbols can be used for PDCCH channel transmission. eNB selects the actual value for each TTI, which is signalled to UE in PCFICH

Number of OFDM symbols that are used for PDCCH channel transmission.

Maximum number of UEs in the cell with established DRB including succesfully handovered Ues

Maximum number of active Ues entered through handover

Maximum number of UEs in the cell with established DRB

Maximum number of UEs in the cell with established RRC connection

Maximum number of active signalling connections

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Maximum number of simultaneous users scheduled in a TTI in downlink

Maximum number of simultaneous users scheduled in a TTI in DL

Author: Marko Saarinen (U-plane); SFS abbrev. name: MAX_#_UE_DLDefault value depends on Uplink Channel Bandwidth parameter as follows:5.0 MHz => 410.0 MHz => 420.0 MHz => 10 (internal)

Maximum number of simultaneous users scheduled in a TTI in uplink

Maximum number of simultaneous users scheduled in a TTI in UL

Author: Jussi RajalaSFS abbreviated name: MAX_#_UE_UL (internal)

Selects whether the UECapability or O and M parameters limits the Maximum Bitrate UL and Maximum Bitrate DL

Selects the source of the limits for Maximum Bitrates

The MBSFN Neighbour Cell Configuration parameter is FFS.

CQI Threshold for fallback to open loop MIMO Diversity (in CQI)

CQI Threshold for fallback to open loop MIMO Diversity (in CQI)

Author: Marko Saarinen (U-plane);SFS abbreviated name: mimoDivCqiThDownOl (internal)

CQI Threshold for activation of open loop MIMO Spatial Multiplexing (in CQI)

CQI Threshold for activation of open loop MIMO Spatial Multiplexing (in CQI)

Author: Marko Saarinen (U-plane);SFS abbreviated name: mimoSmCqiThUpOl (internal)

Rank Threshold for fallback to open loop MIMO Diversity

Rank Threshold for fallback to open loop MIMO Diversity

Author: Marko Saarinen (U-plane);SFS abbreviated name: mimoDivRiThDownCl (internal)

Rank Threshold for activation of open loop MIMO Spatial Multiplexing

Rank Threshold for activation of open loop MIMO Spatial Multiplexing

Author: Marko Saarinen (U-plane);SFS abbreviated name: mimoSmRiThUpCl (internal)

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Minimum Bit Rate to be granted by the DL scheduler

Minimum Bit Rate to be granted by the UL scheduler

The parameter Modification Period Coefficient defines the length of the Modification Period.Modification period = modificationPeriodCoeff * defaultPagingCycle.(n2 corresponds to value 2, n4 corresponds to value 4 and n8 corresponds to value 8.)

Defines the length of the Modification Period.

Author: M. Gussregen (C-Plane)SFS abbrev. name: modificationPeriodCoeff (internal)

AckNack index offset relative to the lowest CCE index of the associated DL scheduling PDCCH.Parameter is vendor specific

Offset used to calculate ACK/NACK resource from PDCCH CCE

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: N_1_PUCCH_AN (internal)

Maximum number of consecutive "out of sync" indications received from lower layers.n1 corresponds to 1 and so on.

Constant for 'out of sync' indications n310

Author: M. Gussregen (C-Plane)SFS abbrev. name: n310 (internal)

Maximum number of consecutive "in-sync" indications received from lower layers.n1 corresponds to 1 and so on.

Constant for 'in-sync' indications n311

Author: M. Gussregen (C-Plane)SFS abbrev. name: n311 (internal)

Parameter "Number CellChanges High Mobility" defines the number of cell changes to enter high mobility state. For idle mode it corresponds to NCR_H in TS 36.304.

Defines the number of cell changes to enter high mobility state.

Parameter "Number CellChanges Medium Mobility" defines the number of cell changes to enter medium mobility state. For idle mode it corresponds to NCR_M in TS 36.304.

Defines the number of cell changes to enter medium mobility state.

Number of physical resource blocks that are reserved for PUCCH formats 2/2a/2b. Must be smaller than numPrbs.Parameter is vendor specific

Number of physical resource blocks that are reserved for PUCCH formats 2/2a/2b

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: N_cqi_rb (internal)

The shift Delta Offset is given by the parameter nomPDSCH-RS-EPRE-Offset which is configured by higher-layer signalling. Parameter is vendor specific

Is the offset to the ration of PSCH EPRE to cell-specific RS EPRE

Author: Christian Reim (C-Plane)SFS abbreviated name: nomPdschRsEpreOffset (internal)

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The Number of Transmission Antenna Ports parameter defines whether eNode-B is has one or two antennas for downlink signal transmission.

The Number of Transmission Antenna Ports parameter defines whether eNB has 1 or 2 TX antennas

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: NumOfTransAntPorts (internal)

Access Class Barring List (5 Bit) for Originating calls forAC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on).Default is no access class barred is applied.

Access Class Barring List (5 Bit) for Originating calls

Author: M. Guessregen (C-Plane)SFS abbrev. name:ac-BarringForSpecialAC (internal)

The Access Class Barring Time defines the time that the access barring check remains unsuccessful while UE is not performing an emergency call. In this case, the UE starts timer T303 using this parameter. Timer value in minutes.


The Access Probability Factor defines a probability for a UE to establish an RRC connection.The UE draws a random number (0 = rand < 1). If rand is higher than the value indicated by the Access probability factorthen the UE considers the Access barring check to be unsuccessful.


Author: M. Guessregen (C-Plane)SFS abbrev. name:ac-BarringFactor (internal)

Operational State of the cell, value is set by the system.

UE specific nominal power to be used for PUCCH power calculation in UE uplink power control equation (P2), for controlling mean received SNR for control data

Controls mean received SNR for control data in UE uplink power control algorithm

Author: Jussi Rajala (U-Plane)SFS abbreviated name:P0_NOMINAL_PUCCH (internal)

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UE specific nominal power for the PUSCH. Used for P0_PUSCH calculation in UE uplink power control equation (P1) for controlling the mean received SNR for user data during (re)transmission corresponding to a received PDCCH with DCI format 0 associated with a new packet transmission. This parameter is used to control mean received SNR for user data.

UE specific PUSCH mean power for controllling the mean received SNR for user data in UE uplink power control algorithm

Author: Jussi Rajala (U-Plane)SFS abbreviated name:P0_NOMINAL_PUSCH (internal)

UE specific power offset to be used for PUCCH power calculation in UE uplink power control equation (P2). Parameter is vendor specific

UE specific parameter, used to control mean received SNR for control data

Author: Jussi Rajala (U-Plane)SFS abbreviated name:P0_UE_PUCCH (internal)

UE specific power offset to be used for PUSCH power calculation in UE uplink power control equation (P1) which controls mean received SNR for user data during (re)transmission corresponding to a received PDCCH with DCI format 0 associated with a new packet transmission. Parameter is vendor specific

UE specific PUSCH power offset for controlling the mean received SNR for user data in UE uplink power control algorithm

Author: Jussi Rajala (U-Plane)SFS abbreviated name:P0_UE_PUSCH (internal)

This parameter defines the maximum output power of the cell. The maximum output power is the maximum value for the linear sum of the power of all downlink physical channels that is allowed to be used in a cell. The reference point is the antenna connector.Parameter is vendor specific

This parameter defines the maximum output power of the cell.

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: RL1_SFS (internal)

Paging nB defines the number of possible paging occasions per radio frame, i.e. the density of paging occasions. This parameter is used to calculate the number of paging occasions within one paging DRX duration, which in turn is used to calculate the paging occasion.

The number of possible paging occasions per radio frame

Author: Ercuement CanverSFS abbrev. name: nBThe enumeration value range defined by 3GPP TS 36.331 for the corresponding SIB parameters includes two additional values not supported by in Inc15. To simplify the mapping from PDDB parameter to SIB parameter, the value range for the PDDB parameter starts with 2 (leaving possibility to add the two additional values in front as present in 3GPP). (internal)

PDCCH Aggregation for Paging. Defines how many CCEs shall be used for one PDCCH.

Author: Marko Saarinen (U-plane);SFS abbreviated name: PDCCH_AGG_PAGING (internal)

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The parameter defines aggregation level by means of control channel elements (CCEs) for preamble assignments on PDCCH. Preamble assignment is message 0 sent during non-contention based Random Access procedure in case of DL data arrival during UL out-of-sync.

Aggregation level of preamble assignments on PDCCH

Author: Marko Saarinen (U-plane);SFS abbreviated name: PDCCH_AGG_PREAMBASSIGN (internal)

PDCCH Aggregation for Random Access Response Message. Defines how many CCEs shall be used for one PDCCH.

PDCCH Aggregation for Random Access Responce Message

Author: Marko Saarinen (U-plane);SFS abbreviated name: PDCCH_AGG_RACHRESP (internal)

PDCCH Aggregation for Secondary System Information. Defines how many CCEs shall be used for one PDCCH.

PDCCH Aggregation for Secondary System Information

Author: Marko Saarinen (U-plane);SFS abbreviated name: PDCCH_AGG_BROADCAST (internal)

The configured PHICH duration puts a lower limit on the size of the control region signalled by the PCFICH. The Non-MBSFN subframes are supported.

Indicates the duration of PHICH physical channel in OFDM symbols

The Physical Hybrid ARQ Indicatior Channel (PHICH) carries the hybrid-ARQ ACK/NAK. Multiple PHICHs mapped to the same set of resource elements constitute a PHICH group and PHICH Resource parameter defines the number of PHICH groups.

Physical Layer Cell Identity defines uniquely a cell. It consists of the two parts; Physical layer Cell Identity Group and Physical layer Identity and is calculated with the following formula:Physical Layer Cell Identity = 3 x Physical layer Cell Identity Group + Physical layer Identity

Physical layer cell identity parameter defines uniquely a cell

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Preamble cyclic shift defines the configuration which is used for preamble generation. The configuration determines how many cyclic shifts are needed to generate preamble. Unrestricted set is supported. Configuration also defines the zero correlation zone and respective maximum cell range.

Defines the PRACH Cyclic Shift configuration for preamble generation

Defines allowed System frame and sub-frame numbers for random access attempts, and the preamble format.

Defines subframes and preamble format for random access attempt opportunities.

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: RL1_SFS

Range is restricted to two different ranges: 3-8 and 19-24 (internal)

First physical resource block available for PRACH in the UL system frequency band.

Defines the location in frequency for the PRACH transmissions.

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: PrachFrequencyOffset (internal)

High speed flag for PRACH preamble generation determines whether unrestricted or restricted set has to be used by UE. Unrestricted set, and thus parameter value false is supported.

High speed flag for PRACH preamble generation

The Power Ramping Step Size parameter defines the power increment step size for Random Access Preamble transmission.

Defines the power increment step size for Random Access Preamble transmission.

The parameter Preamble Transmission Maximum defines the maximum number of random access transmissions. Note: The values n50, n100 and n200 shall not be used.

Defines the maximum number of random access transmissions.

Author: M. Gussregen (C-Plane)SFS abbrev. name: preambleTransMax (internal)

Number of cyclic shift for PUCCH formats 1/1a/1b in a resource block used for a mix of formats 1/1a/b and 2/2a/2bParameter is vendor specific

PUCCH Cyclic Shift for Mixed Formats

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: N_an_cs (internal)

The parameter defines the delta offset index for the decoding of the HARQ ACK / NACK information on PUSCH channel.

Delta offset index for HARQ ACK/NACK information decoding on PUSCH

The parameter defines the delta offset index for the decoding of the Channel Quality Indicator (CQI) / Precoding Matrix Indicator information on PUSCH channel.

Delta offset index for CQI information decoding on PUSCH

proposal PUSCH Hopping Offset Author: Tuomas Hakuli (U-P

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The Pusch Hopping Offset parameter defines the offset used for PUSCH frequency hopping, expressed in number of resource blocks

The parameter defines the delta offset index for the decoding of the Rank Indicator information on PUSCH channel.

Delta offset index for RI information decoding on PUSCH

The Qhyst parameter provides the hysteresis value in dB for ranking criteria in the cell reselection procedure. Parameter is used to minimize pingpong.

Provides the hysteresis value for the cell reselection procedure.

Parameter defines an additional hysteresis value to be applied in High Mobility stateto the Cell Reselection Procedure Hysteresis Value (q-Hyst).Value db-6 corresponds to -6dB, db-4 corresponds to -4dB and so on.

Hysteresis value in High Mobility state applied to the Cell Reselection Procedure Hysteresis Value.

Author: M. Guessregen (C-Plane)SFS abbrev. name: sf-High (internal)

Parameter defines an additional hysteresis value to be applied in Medium Mobility stateto the Cell Reselection Procedure Hysteresis Value (q-Hyst).Value db-6 corresponds to -6dB, db-4 corresponds to -4dB and so on.

Hysteresis value in Medium Mobility state applied to the Cell Reselection Procedure Hysteresis Value.

Author: M. Guessregen (C-Plane)SFS abbrev. name: sf-Medium (internal)

Specifies the minimum required Rx RSRP level in the cell.(Qrxlevmin in 36.304)

Indicates the minimum required RX level in the cell (dBm).

Author: M. Guessregen (C-Plane)SFS abbrev. name:q-RxLevMin (internal)

Specifies the minimum required Rx RSRP level for the intra-frequency neighbouring E-UTRA cells.(Qrxlevmin in 36.304)

Indicates the minimum required RX level in the cell (dBm) for intra-frequency

Author: M. Gussregen (C-Plane)SFS abbrev. name:q-RxLevMin-intraFrequency (internal)

The Random Access Backoff parameter defines the backoff in TTIs that should be applied if a random access fails.

Defines the backoff that should be applied if a random access fails.

The Maximum Content Resolution Timer parameter defines the maximum amount of time allowed for contention resolution.

The Maximum Content Resolution Timer parameter defines the maximum amount of time allowed for contention resolution.

proposal C-RNTI reuse timer Author: Raimo Karjalainen

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After being informed that a UE has gone to RRC_IDLE, the eNB will not be able to re-allocate the C-RNTI of an UE to another UE until this time has elapsed. Parameter is vendor specific parameter.

Path loss threshold in dB required for selecting one of the two groups of Random Access Preambles.The UE will only use preambles from group B if it needs to send a large Msg3 AND its measured path loss is less than Pmax - PREAMBLE_INITIAL_RECEIVED_TARGET_POWER - DELTA_PREAMBLE_MSG3 - messagePowerOffsetGroupB (see 36.321 ch 5.1.2)

Path loss threshold in dB required for selecting one of the two groups of Random Access Preambles

This replaces the parameter previously called raPartPlThr.Only Inf is specified in 36.331, other values are FFSInf effectively disables group A.Author: Raimo KarjalainenSFS abbreviated name: messagePowerOffsetGroupB (internal)

This parameter is used to determine the total number of non dedicated RA preambles that UE can select from (i.e. for contention based RA). The minimum cannot be zero.

Defines the total number of RA Preambles that a UE can select.

Power Ramping Setup - WA in 3GPP

Defines the size of the Random Access Preambles Group A.

Defines the size of the Random Access Preambles Group A.

Random Access Response Window Size parameter defines the window size for the random access response in TTIs.

Random Access Response Window Size parameter defines the window size for the random access response in TTIs.

Defines the data volume to be used for small size Random Access Message 3 in case of UL or DL data arrival.

Data volume assigned for the small size RACH Access Procedure in case of UL or DL data arrival

Author: Jussi Rajala (U-Plane)SFS abbreviated name: VOLUME_RAPROC_SMALL_UL (internal)

Defines if RI reporting is enabled (true) or not (false)

Defines if RI reporting is enabled (true) or not (false)

The parameter defines the offset for periodic Rank Indicator reporting instance in relation to the CQI reporting subframe. If for example the subframe 5 is chosen for CQI reporting and riPerOffset is -1 than the subframe 4 is chosen for Ri report.

Multiplier M for defining periodic RI feedback reporting period


approved Author: Tuomas Hakuli (U-P

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The parameter defines the offset for periodic Rank Indicator reporting instance. The offset tells time shift for periodic CQI/PMI reporting instance. The range of the offset depends on the periodicity (cqiPerNp) of periodic CQI/PMI reporting.

Time offset for periodic CQI/PMI reporting for defining the periodic RI reporting instance

Preable generation is started from the Root Sequence which is pointed by the logical root sequence number. 64 preambles can be transmitted in the PRACH frame. If one root is not enough to generate all the 64 preambles, then the concecutive number is selected until the full set is generated. RACH root sequence is cell specific information and neighbouring cells shall have a different value. RACH root sequence is transmitted in system information.

RACH Root Sequence defines the physical root sequence number which is used as starting point to generate preamble sequencies

Rx Antenna Specific Power Scaling Factor describes the RF module bit scaling.Defines mapping of the RP3 I and Q values amplitude in to the power.

Rx Antenna Specific Power Scaling Factor describes the RF module bit scaling factor.

The Sintrasearch parameter defines the threshold (in dB) for intra frequency measurements. UE can omit measurements of intra-frequency neighbor cells if serving cell is above a certain threshold.

Defines the threshold (in dB) for intra frequency measurements

Author: M. Gussregen (C-Plane)SFS abbrev. name:s-IntraSearch (internal)

The sNonintrsearch parameter defines the threshold (in dB) for inter-RAT and inter-frequency measurements.

Defines the threshold (in dB) for inter-RAT and inter-frequency measurements.

Author: M. Gussregen (C-Plane)SFS abbrev. name:s-NonIntraSearch (internal)

The parameter System Information 2 Mapping Information indicates which System Information Blocks are contained in the SI-2 message.

Indicates which System Information Blocks are contained in the SI-2 message.

The parameter System Information 2 Periodicity indicates the repetition period of the SI-2 message.

Indicates the repetition period of the SI-2 message.

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The parameter System Information 2 Repetition indicates the repetition of the SI-2 message within the SI window.

Indicates the repetition of the SI-2 message within the SI window.













The parameter SI Window Length defines the common System Information scheduling window for all SIs.

Defines the common System Information scheduling window.

Access Class Barring List (5 Bit) for Signalling forAC 11-15 (leftmost bit is for AC 11, the second bit in the list is for AC 12, and so on).Default is no access class barred is applied.

Access Class Barring List (5 Bit) for Signalling

Author: M. Guessregen (C-Plane)SFS abbrev. name:ac-BarringForSpecialAC (internal)

The Access Class Barring Time defines the time that the access barring check remains unsuccessful while UE is not performing an emergency call. In this case, the UE starts timer T303 using this parameter. Timer value in minutes.


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proposal SRS Bandwidth Author: Christian Reim (

proposal Defines SRS hopping bandwidth

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The Access Probability Factor defines a probability for a UE to establish an RRC connection.The UE draws a random number (0 = rand < 1). If rand is higher than the value indicated by the Access probability factorthen the UE considers the Access barring check to be unsuccessful.


Author: M. Guessregen (C-Plane)SFS abbrev. name:ac-BarringFactor (internal)

Enable/disable Uplink Sounding Reference signal

Enable/disable Uplink Sounding Reference signal

Downlink scheduling wieght for signalling radio bearer 1 and 2 for the uplink scheduler in MAC

Downlink scheduling weight for SRB for MAC

Uplink scheduling wieght for signalling radio bearer 1 and 2 for the uplink scheduler in MAC

Uplink scheduling weight for SRB for MAC

Selects one of the four possible layers for sending SRS.

1 = 1/2 whole BW 2 = 1/3 whole BW3 = 4 RB (narrower possible bandwidth) (internal)

Defines the allowed BW for SRS in the given System

Defines if in the cell it is allowed to have SRS frequency Hopping. Hopping is automatically enabled when the configured Bandwidth for hopping is larger then the UE dedicated sounding band.

Author: Christian Reim (C-Plane); RRM_LTE_SFS_RRM.1284; SFS Name: SoundingRS_FREQHOP0 = the whole BW1 = 1/2 whole BW 2 = 1/3 whole BW3 = 4 RB (narrower possible bandwidth) (internal)

UE specific power offset to be used for Sounding Reference Signal transmission power calculation in UE uplink power control equation (P3).

Defines the power offset for SRS in UE uplink power control algorithm

Author: Jussi Rajala (U-Plane)SFS abbreviated name:P_SRS_OFFSET (internal)

Defines if SRS and ACK/NACK are allowed (enabled) to be transfered simultaneously

Defines if SRS can be transmit simultaneosly to ACK/NACK

proposal Periodicy of SRS Author: Christian Reim (

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approved SW state of cell.

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Determines the periodicy of SRS in Subframes (mapping through TS36211 Table 5.5.3.3-1) According to [SFS_L1] the TS36.211 provide in table 5.5.3.3-1 the possible values for this parameter that define the cell specific subframe configuration period and the cell specific offset, relative to a frame, for the transmission of a SRS.16 different configurations are possible according to list in Table 5.5.3.3-1 of TS36.211.The UE_SRS_Periodicity shall be equal or a multiple of the configuration period here defined.With the choice of SoundingRS_SUBF_CONFIG = 3, the configuration period by UE is in RL T always a2 times multiple of the period here defined (i.e 10 ms).

The SU2 Repetition Period indicates the repetition period of the Scheduling Unit 2 (SU-2). Parameter is used to calculate SB parameter SU_REP: SU_REP = SU2Repetition / radio frame duration.

Indicates the repetition period of the Scheduling Unit 2.

SW state of the cell, value is set by the system.

The parameter Synchronization Signals Transmission mode defines whether Primary and Secondary Synchronization signals (PSS, SSS) are transmitted into a cell via one antenna port (SingeTx) or via two antenna ports using Tx Diversity with Precoding Vector Switching (PVS).

Defines whether Primary and Secondary Synchronization signals (PSS, SSS) are transmitted into a cell via one antenna port or via two antenna ports using Tx Diversity with PVS.

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The Timer T300 supervises the RRC Connnection Establishment procedure. Start: Transmission of RRCConnectionRequestStop: Reception of RRCConnectionSetup or RRCConnectionReject message,cell re-selection and upon abortion of connection establishment by upper layersAt expiry: Perform the actions as specified in 36.331, 5.3.3.6

T300 supervises the RRC Connnection Establishment procedure.

Author: M. Guessregen (C-Plane)SFS abbrev. name: t300 (internal)

The Timer T301 supervises the RRC Connnection Re-Establishment procedure. Start: Transmission of RRCConnectionReestabilshmentRequestStop: Reception of RRCConnectionReestablishment or RRCConnectionReestablishmentReject message as well as when the selected cell becomes unsuitableAt expiry: Go to RRC_IDLE

T301 supervises the RRC Connnection Establishment procedure.

Author: M. Guessregen (C-Plane)SFS abbrev. name: t301 (internal)

eNB sends this parameter to UE in the message RRC CONNECTION REJECT.UE will consider access to the cell as barred for the time specified by t302.

T302 suppresses reselection of a cell for a short while.

Author: E.Holzer (C-Plane)SFS abbreviated name: t302 (internal)

The Timer T304 supervises the successful completion of handover or cell change

The Timer T304 supervises the successful completion of handover or cell change

The Timer T310 supervises the recovery from physical layer problems.

T310 supervises the recovery from physical layer problems.

The Timer T311 supervises the RRC Connnection Re-Establishment.

T311 supervises the RRC Connnection Re-Establishment.

Author: M. Gussregen (C-Plane)SFS abbrev. name: t311 (internal)

Timer TCRmax defines the duration for evaluating the criteria to enter mobility states. For idle mode it corresponds to TCRmax in TS 36.304.

Defines the duration for evaluating the criteria to enter mobility states.

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proposal Time the Regular BSRs is repeated Author: Tillmann Richter (

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The Timer TCRmaxHyst defines the additional duration for evaluating the criteria to enter normal mobility state. For idle mode it corresponds to TCRmaxHyst in TS 36.304.

Defines the additional duration for evaluating the criteria to enter normal mobility state.

Time period of the periodic Buffer Status Report for the reporting of the UE transmission buffer utilisation. Further information to the O&M parameter can be found in [SFS-BM].

Time period of the periodic Buffer Status Report for the reporting of the UE transmission buffer utilisation.

UE configuration for sending periodic sounding reports

UE configuration for sending periodic sounding reports.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ulAtbPhrPeriod (internal)

Minimum Intermediate Time between two consecutive Power Headroom reports

Minimum Intermediate Time within 2 consecutive Power Headroom reports.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ulAtbPhrProhibit (internal)

Time the Regular BSRs is repeated when UE has data available for transmission and no corresponding UL grant is received so far.

The Treselection parameter defines the cell reselection timer value. It allows averaging of the target cell quality before cell reselection is performed.

Defines the cell reselection timer value.

Determines the maximum allowed time alignment offset. The maximum offset is represented by the multiples of 16Ts (0,52us). If value is exceeded TA Command is sent to UE to adjust UL timing.

Determines the maximum allowed time alignment offset

Author: Jussi RajalaSFS abbreviated name: TimeAlignmentMaxOffset (internal)

Determines the number of subframes after which a UE assumes being Out-of-Sync in UL if no Time Alignment Command was received

Determines the number of subframes after which a UE assumes being Out-of-Sync in UL if no Time Alignment Command was received

Author: Jussi RajalaSFS abbreviated name: TimeAlignTimer (internal)

The Tracking Area Code is a code that commonly identifies the Tracking Area for all the PLMNs listed for this cell.

Identifies the Tracking Area for this cell.

Specifies the threshold for serving frequency used in reselection evaluation towards lower priority EUTRAN frequency or RAT

Specifies the low threshold for serving frequency usedin reselection evaluation.

Author: M. Gussregen (C-Plane)SFS abbrev. name:threshServingLow (internal)

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proposal Target BLER for AMC UL

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Selects between TPC step-size sets {-1; 0; 1; 3} and {-1; 1} to be used for power control command on PDCCH (single parameter for PUSCH and PUCCH).

Selects step-size set. It is used for power control command on PDCCH (single parameter for PUSCH and PUCCH)

Defines mapping of the RP3 I and Q values amplitude in to the Tx power on the cell.

Defines mapping of the RP3 I and Q values amplitude in to the Tx power on the cell.

Uplink Channel Bandwidth defines UL bandwidth for the eNode-B transmission in a cell, and also defines the number of available Physical Resource Blocks.The Uplink Channel Bandwidth mapping to Number of Physical Resource Blocks is:5.0 MHz = 25 UL PRBS10.0 MHz = 50 UL PRBS15.0 MHz = 75 UL PRBS20.0 MHz = 100 UL PRBS

Uplink Channel Bandwidth parameter defines UL bandwidth for the eNode-B transmission in a cell

Enables uplink group hopping in PUSCH and PUCCH

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: UlGrpHop (internal)

The parameter defines cyclic shift of uplink reference signals.

The parameter defines cyclic shift of uplink reference signals.

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: (internal)

Defines if sequence hopping is enabled or disabled. Part of SIB2Parameter is vendor specific.

Defines if sequence hopping is enabled or disabled

Author: Tuomas Hakuli (U-Plane)SFS abbreviated name: UlSeqHop (internal)

PUSCH channel sequence shift which is related to PUCCH

Defines target Block Error Ratio for uplink Adaptive Modulation and Coding

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ULAMC_TARGET_BLER (internal)

O&M switch for enabling / disabling the counting of all Transport Blocks instead of 1st transmission transport blocks for defining uplink Adaptive Modulation and Coding inner loop factor.

Switch the counting of all TBs in UL AMC on/off

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ULAMC_ENABLE_ALLTBS (internal)

O&M switch for enabling / disabling 1st transmission BLER based Emergency Downgrade and Fast Upgrade functionality included in the UL AMC Outer Loop Link Adaptation.

Switch UL OLLA Emergency Downgrade and Fast Upgrade on/off

proposal Enables / disables UL AMC Author: Jussi Rajala (U-P

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proposal Switch the UL ATB on/off

O&M switch for enabling / disabling the whole uplink Adaptive Modulation and Coding functionality and use an initial UL MCS instead.

The parameter defines the period in sent Transport Blocks (TBs) when uplink Adaptive Modulation and Coding inner loop functionalities shall be executed. Depending on the parameter ulAmcEnableAllTbs, all TBs or 1st transmission TBs have been calculated for the period. MCS increase / decrease based on UL AMC inner loop factor can be only made after the period ends.

UL AMC inner loop MCS increase / decrease period

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ULAMC_SWITCH_PERIOD (internal)

O&M switch for enabling / disabling the uplink Adaptive Transmission Bandwidth (ATB) functionalities. ATB is based on Power Headroom Reports (PHRs) from UE.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ULATB_ENABLE (internal)

proposal UL ATB execution period

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The parameter defines the period in MCS increase / decrease events when uplink Adaptive Transmission Bandwidth (ATB) functionality shall be performed. MCS change events are calculated and UL ATB functionality is executed every time the event counter reaches the value defined in the parameter.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ULATB_EVENTS (internal)

Enables/disables the accumulation of PUSCH/PUCCH TPC commands. The power control command for the PUSCH/PUCCH can be sent to the UE in two ways. One is to use the uplink scheduling grant, i.e. whenever an UE is scheduled, it will get a TPC command together with being informed which resources and transport format is assigned. The other way of conveying the TPC information is through the TPC-PUSCH format, which is a special PDCCH payload and contains jointly coded UL TPC commands for a set of up to N users. Parameter is vendor specific

Enables/disables the accumulation of PUSCH/PUCCH TPC commands

Author: Jussi Rajala (U-Plane)SFS abbreviated name:ACCUMULATION_ENABLED (internal)

UE specific fractional path loss compensation factor: alpha value in UE uplink power control equations (P1) and (P3) to control received SNR variance (fairness) for user data and sounding reference symbol.

Used as a fractional path loss compensation factor: alpha. It controls received SNR variance (fairness) for user data and sounding reference symbol.

Author: Jussi Rajala (U-Plane)SFS abbreviated name: ALPHA (internal)

The Preamble Initial Received Target Power parameter defines the initial power for Random Access Preamble transmission.

Defines the initial power for Random Access Preamble transmission.(dBm)

TPC command indicated in the random access response related to Random Access message 3 or 1st scheduled uplink transmission.

TPC command indicated in the random access response.

Author: Jussi Rajala (U-Plane)SFS abbreviated name:deltaMsg2 (internal)

proposal Instance identifier of object LNMME.proposal 3GPP protocol version 3GPP protocol version Author: Lukasz Jelen (intern

proposalproposal AISG protocol version AISG protocol version Author: Lukasz Jelen (intern

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This is the instance identifier of object LNMME, used by NetAct and BTS Site Manager. This parameter appears only in the distinguished name (DN) in plan file and is used only for O&M purposes.

Defines is MHA AISG MHA or Non-AISG MHA. Selectable values is 0 (false)= Non-AISG MHA and 1 (true )= AISG MHA .

Defines is MHA AISG MHA or Non-AISG MHA.

Defines a configurable alarm threshold level for the mast-head amplifier, used if the MHA Alarm Detection parameter has the value 1 (in use). Default value is depending on Flexi Filter (FF).

Defines a configurable alarm threshold level for the mast-head amplifier, used if the MHA Alarm Detection parameter has the value 1 (in use).

A list containing: operating frequency band, beamwidth and the operation gain


The antenna beamwidth for the band. Some RET types may automatically update the beamwidth information based on the configuration data downloaded into the RET device. Some devices may also restrict ovewriting the field.


Antenna operating band(s): 1 - 3GPP band I: 2100 MHz2 - 3GPP band II: 1900 MHz3 - 3GPP band III: 1800 MHz4 - 3GPP band IV: 1700 MHz5 - 3GPP band V: 850 MHz6 - 3GPP band VI: 800 MHz7 - 3GPP band VII: 2600 MHz8 - 3GPP band VIII: 900 MHz9 - 3GPP band IX: 1800 MHz10 - 3GPP band X: 1700 MHz11 - 3GPP band XI: 1500 MHz12 - 3GPP band XII: 700 MHz13 - 3GPP band XIII: 700 MHz14 - 3GPP band XIV: 700 MHz

The antenna operation band. Some RET types may automatically update the band information based on the configuration data downloaded into the RET device. Some devices may also restrict ovewriting the field. One frequency band may be given only once.

proposal Author: Lukasz Jelen (internproposal Antenna Bearing Antenna Bearing Author: Lukasz Jelen (internproposal Antenna model number Antenna model number Author: Lukasz Jelen (internproposal Antenna serial number Antenna serial number Author: Lukasz Jelen (intern

proposal Identifies the specific antenna line. Identifies the specific antenna line.proposal Base Station ID Base Station ID Author: Lukasz Jelen (intern

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The antenna gain for the band. Some RET types may automatically update the gain information based on the configuration data downloaded into the RET device. Some devices may also restrict ovewriting the field.


Defines the connection type for MHA/LNA.

Defines the connection type for MHA/LNA.

Gain resolution given as the gain resolution figure expressed in dB.

Gain resolution given as the gain resolution figure expressed in dB.

Parameter for MHA telling LNA number inside one MHA. For Non AISG MHAs is used -1 (not defined).

Parameter for MHA telling LNA number inside one MHA

Maximum supported gain given as gain figure expressed in dB.

Maximum supported gain given as gain figure expressed in dB.

Defines if alarm detection is used or not. The options are 0 (false) and 1 (true). Default values for Non-AISG MHAs and AISG MHAs in passive mode: 1 Default values for AISG and third party MHAs:0 Note: Configurable MHA alarms are allowed only for passive MHAs

Defines if alarm detection is used or not.

Defines the gain of the mast-head amplifier.

Defines the gain of the mast-head amplifier.

Defines the specific mast-head amplifier unit.

Defines the specific mast-head amplifier unit.

proposal Defines the type of the MHA.


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Defines the type of the MHA. The supported MHA types are: WMHA, WMHB, WMHC, WMHD, MDTA, MDPA, MDGA, MDDA, FLJA, DTMAFV1, DTMAFV3, DTMAFV4, DTMARETFV1, DTMARETFV2, DTMARETFV3, DTMARETFV4, SDTMARETFV1, SDTMARETFV2, SDTMARETFV3, TMAFV1, TMAFV3, TMAFV4, TMARETFV1, FLHA and Other.

Minimum supported gain given as gain figure expressed in dB.

Minimum supported gain given as gain figure expressed in dB.



Defines which antenna interface is scanned. Expected value: FRx-ANTx and empty string where FRx: 1...3 and ANTx: 1...6 It is depending on radio module type which antennas are capable for scanning / AISG device detection.

Defines which antenna interface is scanned.

Defines the serial number of the unit in question.

Defines the serial number of the unit in question.

TMA Subunit receive frequency band




TMA Subunit transmit frequency band




Defines the MHA connector in question of WMHC and TMARET MHA types. The options are BTS1 (Pass-through) and BTS2 (Power) for WMHC, NODEB0 and NODEB1 for TMARET MHA types. If other than WMHC or TMARET MHA types are used then wmhConnector parameter value is None

Defines the WMH connector. If other than WMHC or TMARET MHA types are used then wmhConnector parameter value is None.

approved The FTM has also a queue fo

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This is a set of 5 weight values for the traffic queues associated to the Per Hop Behaviours:- Assured Forwarding 4 (AF4)- Assured Forwarding 3 (AF3)- Assured Forwarding 2 (AF2)- Assured Forwarding 1 (AF1)- Best Effort (BE.Weight value range is between 1 and 10.000.

This is a set of 5 weight values for the traffic queues associated to the Per Hop Behaviours:- AF4- AF3- AF2- AF1- BE.Weight value range is between 1 and 10.000.

This is the weight value of the traffic queue associated to the Per Hop Behaviour Assured Forwarding Class 1 (AF1).








This is the weight value of the traffic queue associated to the Per Hop Behaviour Best Effort (BE).

This is the weight value of the traffic queue associated to the Per Hop Behaviour Best Effort (BE).

This parameter identifies the Quality of Service (QOS) configuration of the FTM. The value is always 1.

This parameter identifies the Quality of Service (QOS) configuration of the FTM. The value is always 1.

This tables maps traffic types to Per Hop Behaviours and to DSCP values.

This tables maps traffic types to Per Hop Behaviours and to DSCP values.

QCI_7: AF21 18QCI_8: AF11 10QCI_9: BE 00GTPU_MPLANE: t.b.d. t.b.d. (internal)

This is the list of Diff Servce Code Point (DSCP) codes that relate to the per hop behaviour value defined in parameter pHB of the traffic types map. The list is a csv string containing up to 64 decimal DSCP values. At least one DSCP value shall be defined.

This is the list of Diff Servce Code Point (DSCP) codes that relate to the per hop behaviour value defined in parameter pHB of the traffic types map. The list is a csv string containing up to 64 decimal DSCP values. At least one DSCP value shall be defined.

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approvedproposal 3GPP protocol version 3GPP protocol version Author: Lukasz Jelen (intern

proposal

This parameter designates a per hop behaviour wird drop precedence within the PHB group for Assured Forwarding (AF). 4 PHB classes are defined within this group (AF1 to AF4) and three drop precedences within each class. Within each class the drop precedence is as follows: 1 (e.g. AF41) = low drop precedence, 2 (e.g. AF42) = medium drop precedence and 3 ( e.g. AF43) = high drop precedence.

This parameter designates a per hop behaviour wird drop precedence within the PHB group for Assured Forwarding (AF). 4 PHB classes are defined within this group (AF1 to AF4) and three drop precedences within each class. Within each class the drop precedence is as follows: 1 (e.g. AF41) = low drop precedence, 2 (e.g. AF42) = medium drop precedence and 3 ( e.g. AF43) = high drop precedence.

This parameter designates a traffic type.

This parameter designates a traffic type.

GTP-U management procedure messages "QCI_1" to "QCI_9":According to 3GPP 23.203 (public)

Defines is RET AISG RET or Non-AISG RET. Selectable values is 0 (false)= Siemens AISG1.1, TMARET RET, Siemens proprietary AISG1.1 RET and 1 (true )= 3GPP RET.

Defines is RET AISG RET or Non-AISG RET.

proposal minAngle; maxAngle (intern



The elevation angle between the direction orthogonal to the antenna element axis and the maximum of its main beam in the elevation plane. A positive electrical tilt angle means that the antenna beam is directed below the direction orthogonal to the antenna axis. BTS creates parameter to SCF. Parameter value is read from device. User shall set the parameter value at least once according to configuration/network plan. Otherwise present value (factory or old setting) exists. Setting tilt angle of a RET device might last up-to 2 minutes according to 3GPP stardards. Typical time for the calibration is approximately 15-30 seconds. According to 3GPP standards, setting tilt of several devices connected onto one antenna line shall be done as consecutive operations by the system. In addition, set tilt and calibration (for more details of calibration, see calibrate parameter documentation) shall be done as consecutive operations. When such situation exists, accumulative time for the operations may be increased long to not be feasible to be activated in the one plan. Thus, in such case, time consuming operations should be devided into the 2 or more plans.

Defines the elevation angle. Parameter value is read from device. User shall set the parameter value at least once according to configuration/network plan. Otherwise present value (factory or old setting) exists. SetTilt is time consuming procedure and might need more detail planning in certain circumstances. For more information, see appropriate documentation.






proposal Author: Lukasz Jelen (internproposal Antenna Bearing Antenna Bearing Author: Lukasz Jelen (internproposal Antenna height Antenna height Author: Lukasz Jelen (internproposal Antenna location Antenna location Author: Lukasz Jelen (internproposal Antenna model number Antenna model number Author: Lukasz Jelen (internproposal Antenna serial number Antenna serial number Author: Lukasz Jelen (intern



proposalproposal Base Station ID Base Station ID Author: Lukasz Jelen (intern

Antenna operating band(s): 1 - 3GPP band I: 2100 MHz2 - 3GPP band II: 1900 MHz3 - 3GPP band III: 1800 MHz4 - 3GPP band IV: 1700 MHz5 - 3GPP band V: 850 MHz6 - 3GPP band VI: 800 MHz7 - 3GPP band VII: 2600 MHz8 - 3GPP band VIII: 900 MHz9 - 3GPP band IX: 1800 MHz10 - 3GPP band X: 1700 MHz11 - 3GPP band XI: 1500 MHz12 - 3GPP band XII: 700 MHz13 - 3GPP band XIII: 700 MHz14 - 3GPP band XIV: 700 MHz

The antenna operation band. Some RET types may automatically update the band information based on the configuration data downloaded into the RET device. Some devices may also restrict ovewriting the field. One frequency band may be given only once.



Antenna technology:0: voice; 1: data; 2: voice/data

Antenna technology: 0: voice; 1: data; 2: voice/data

Antenna type according to the user scheme

Antenna type according to the user scheme

Identifies the specific antenna line(s) assigned to the RET.

Identifies the specific antenna line(s) assigned to the RET.

proposal configFileDlNeeded (interna

proposal Defines if Calibration done Defines if Calibration done calibrate (internal)

proposal configurationFile (internal)

proposal Defines if Configuration done Defines if Configuration done configurationFile (internal)

Exercise the antenna drive unit over its entire range of travel to ensure fault-free operation and synchronise the measured and actual beam tilt of the antenna. Calibration of a RET device might last up-to 4 minutes according to 3GPP stardards. Typical time for the calibration is approximately 1-2 minutes. According to 3GPP standards, calibration of several devices connected onto one antenna line shall be done as consecutive operations by the system. In addition, calibration and set tilt (for more details of set tilt, see set tilt parameter documentation) shall be done as consecutive operations. When such situation exists, accumulative time for the operations may be increased long to not be feasible to be activated in the one plan. Thus, in such case, time consuming operations should be devided into the 2 or more plans.

Defines the usage of calibration. Calibration is time consuming procedure and might need more detail planning in certain circumstances. For more information, see appropriate documentation.

Defines if Configuration File DL is needed.

Defines if Configuration File DL is needed.

proposal configFileDlNeeded (interna

proposalproposal Installation Date Installation Date Author: Lukasz Jelen (internproposal Installer's ID Installer's ID Author: Lukasz Jelen (intern

proposal

proposal

This parameter is used to store and tranfer a device specific configuration data to the BTS. Configuration data included within this parameter is downloaded to the device when requested by the user (see referred parameters). Configuration data download and usage is specified within 3GPP 25.463. Note: The typical configuration file size is between about 20 and 150 bytes. If size of the file to be downloaded is big, for example over 1 kilobytes, it's not probably a proper configuration file.

This parameter is used to store and tranfer a device specific configuration data to the BTS. Configuration data included within this parameter is downloaded to the device when requested by the user (see referred parameters). Configuration data download and usage is specified within 3GPP 25.463. Note: The typical configuration file size is between about 20 and 150 bytes. If size of the file to be downloaded is big, for example over 1 kilobytes, it's not probably a proper configuration file.

Defines the connection type for RET.

Defines the connection type for RET.

Defines the manufacturer of the device

Defines the manufacturer of the device

Defines the minimum allowed electrical tilt value. Changing the minimum or maximum values may cause incorrect tilt functionality if the values are not in the proper range. It is recommended to enter values only if they are not retrieved from the device after configuration file activation.User defined values are not taken into use, if configuration file is updated with same plan file (i.e. user defined values are overwritten). The minimum value should be smaller than the maximum value.


proposal

proposal

proposal

proposal This parameter is only for d

proposalproposal Sector ID Sector ID Author: Lukasz Jelen (intern

proposal

proposal Defines RET Firmware SW Version

The elevation angle between the direction orthogonal to the antenna element axis and the maximum of its main beam in the elevation plane. BTS creates parameter to SCF. Parameter value is read from device. User shall set the parameter value at least once according to installation. Otherwise present value (factory or old setting) exists.

Defines the mechanical tilt fixed by the geometry of the installation. BTS creates parameter to SCF. Parameter value is read from device. User shall set the parameter value at least once according to installation. Otherwise present value (factory or old setting) exists.



Defines the product code of the unit in question. Mandatory for 3GPP RET

Defines the product code of the unit in question. Mandatory for 3GPP RET

Defines the specific RET (Remote Electrical Tilting) wich is vertical tilting for antenna.

Defines the specific RET (Remote Electrical Tilting) wich is vertical tilting for antenna.

Defines which antenna interface is scanned. Expected value: FRx-ANTx and empty string where RFx: 1...3 and ANTx: 1...6 It is depending on radio module type which antennas are capable for scanning / AISG device detection.

Defines which antenna interface is scanned.

Defines the serial number of the unit in question. Mandatory for 3GPP RET

Defines the serial number of the unit in question. Mandatory for 3GPP RET

Defines Configuration File SW Version




proposal Naming attribute of MOC SCTP Author: Ercuement Canver (


approved

approved

This is the maximum number of SCTP streams that the association can support at receiving side.

The maximum number of SCTP streams that the association can support at receiving side.

This is the number of unanswered heartbeat messages or data acknowledgements (within a time defined by RTO and calculated internally in SCTP), used for declaring SCTP path failure.

The maximum number retransmissions (within a time defined by RTO and calculated internally in SCTP), before declaring SCTP path failure.

This parameter holds the interval between two SCTP heartbeat messages, counted in seconds.

The interval between two SCTP heartbeat messages.

This parameter is the naming attribute of MOC SCTP

The local and the remote SCTP Port Number used for SCTP associations with MME and peer eNBs

The SCTP Port Number for SCTP associations with MME and peer eNBs

This is the list of synchronization sources of the BTS. Up to 2 clock sources can be configured.

This is the list of synchronization sources of the BTS. Up to 2 clock sources can be configured.

This parameter holds the protocol of this clock source: PDH, synchronuous Ethernet, Time over Packet or the external clock.

In this release only the Time Over Packet clock is supported.

This parameter holds the protocol of this clock source: PDH, synchronuous Ethernet, Time over Packet or the external clock.

In this release only the Time Over Packet clock is supported.

approved

approved

approved

approved

approved

This parameter- specifies either the physical location of the PDH interface location on the unit (value range 1..16) for a PDH synchronization source- or the physical location of the ethernet interface of the unit (value range 1..3) for the synchronous ethernet clock synchronization source.

In case the external clock is selected as synchronization source the parameter is ignored by the BTS. Recommended value is 0 in this case.

In case the Time Over Packet clock is selected as synchronization source the parameter is also ignored by the BTS. The physical interface used for Time Over Packet is the unique active ethernet link of the unique ethernet based IP interface. This is detected by the BTS SW automatically.

In this release only the Time Over Packet clock source can be detected, the parameter is therefore ignored by the BTS.

The physical interface used for Time Over Packet is the unique active ethernet link of the unique ethernet based IP interface. This is detected by the BTS SW automatically.

In this release only the Time Over Packet clock source can be detected, the parameter is therefore ignored by the BTS.

This parameter holds the priority in which the clock sources of the BTS are to be taken into use. Value 1 ist highest priority: this clock source will be taken first.

This parameter holds the priority in which the clock sources of the BTS are to be taken into use. Value 1 ist highest priority: this clock source will be taken first.

This parameter enables SSM support (Synchronization Status Message) for Synchronuous Ethernet.

This parameter enables SSM support (Synchronization Status Message) for Synchronuous Ethernet.

This is the maximum duration in seconds for which the actual SSM value may be less than ssmPRC clock quality. If the duration is surpassed, an alarm will be raised.

This is the maximum duration in seconds for which the actual SSM value may be less than ssmPRC clock quality. If the duration is surpassed, an alarm will be raised.

Specifies the location of the unit. In this release it is always 1.

Specifies the location of the unit. In this release it is always 1.

approved

approved

approved

approved

approved

approved

approved

approved

This parameter identifies the synchronisation protection group. The value is always 1.

This parameter identifies the synchronisation protection group. The value is always 1.

This parameter identifies the clock synchronization configuration of the FTM. The value is always 1.

This parameter identifies the clock synchronization configuration of the FTM. The value is always 1.

Used to lock and unlock the TOP object instance.Locking the object deactivates it and supresses all its alarms.

Used to lock and unlock the TOP object instance.Locking the object deactivates it and supresses all its alarms.

This indicates how often a ToP sync message shall be send by the ToP master within the transmission duration request period. (The transmission duration request period is currently fixed to 300 seconds.)The following values are defined:-3: 8 per second-4: 16 per second-5: 32 per second

This indicates how often a ToP sync message shall be send by the ToP master within the transmission duration request period (of 300 seconds).

IP address of the ToP master.

Format: this is either an IPv4 IP address in dotted decimal form or an IPv6 IP address in one of the formats defined in RFC 2373.Examples:IPv4: 10.12.11.0IPv6: 805B:2D9D:DC28:0:0:FC57:D4C8:0

IP address of the ToP master.

Format: this is either an IPv4 IP address in dotted decimal form or an IPv6 IP address in one of the formats defined in RFC 2373.Examples:IPv4: 10.12.11.0IPv6: 805B:2D9D:DC28:0:0:FC57:D4C8:0

This parameter identifies the Time Over Packet configuration of the FTM. The value is always 1.

This parameter identifies the Time Over Packet configuration of the FTM. The value is always 1.

This parameter holds the slot number of the hardware unit of the FTM. The value is always 1 (only 1 slot is available).

This parameter holds the slot number of the hardware unit of the FTM. The value is always 1 (only 1 slot is available).

This parameter shows the hardware type of the installed unit.

This parameter shows the hardware type of the installed unit.

Multiplicity Related Functions System information Related Parameters

1 S1/X2 Common Signalling







adjMacroEnbId of ADIPNO - null (public)adjMcc of ADIPNO - null (public)adjMnc of ADIPNO - null (public)

adjEnbIpAddress of ADIPNO - null (public)adjMcc of ADIPNO - null (public)adjMnc of ADIPNO - null (public)

adjEnbIpAddress of ADIPNO - null (public)adjMacroEnbId of ADIPNO - null (public)adjMnc of ADIPNO - null (public)

adjEnbIpAddress of ADIPNO - null (public)adjMacroEnbId of ADIPNO - null (public)adjMcc of ADIPNO - null (public)

adjMnc of ADIPNO - null (public)


2 E-RAB Control

1

1

1

1

1

1

1

1

1

1

1

1

1

11

1

1

1

38

1

1

1

1

1

1

1

1

18

1

1

1

1

1

1

5

1

1

100

1

1

1

1

1

1

200

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1

gtpuPathSupint of GTPU - null (public)gtpuT3Resp of GTPU - null (public)

gtpuN3Reqs of GTPU - null (public)gtpuT3Resp of GTPU - null (public)

gtpuN3Reqs of GTPU - null (public)gtpuPathSupint of GTPU - null (public)

1

1

1

1

1

1

1

1

1

1

1

1

31

1

1

1

100

1

1

1

2

antlId of ANTL - Identifies the specific antenna lines id assigned to the local cell. (public)

1





1 S1/X2 Common Signalling1 S1/X2 Common Signalling









1 S1/X2 Common Signalling1 S1/X2 Common Signalling







mncLength of LNADJL - null (public)

plmnId of LNADJ - null (public)

mncLength of LNADJL - null (public)

mnc of LNADJ - null (public)






1 Packet Scheduler

1 Packet Scheduler

dlMimoMode of LNCEL - If not 3: Dynamic Open Loop MIMO, cqiCompSmRi1Ol not applicable (public)dlamcEnable of LNCEL - If false, cqiCompSmRi1Ol not applicable (public)

dlMimoMode of LNCEL - If not 3: Dynamic Open Loop MIMO, cqiCompTdRi2Ol not applicable (public)dlamcEnable of LNCEL - If false, cqiCompTdRi2Ol not applicable (public)

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 E-RAB Control

1 Packet Scheduler

dlOlqcEnable of LNCEL - If false, dlamcCqiAgeing is not applicable (public)dlamcEnable of LNCEL - If false, dlamcCqiAgeing is not applicable (public)

dlamcEnable of LNCEL - If false, dlamcTHistCqi is not applicable (public)

1 Packet Scheduler


1 Packet Scheduler

1 Packet Scheduler


1

1 Packet Scheduler

ilReacTimerUl of LNBTS - If 0, ilMinDatvolUl not applicable (public)

ilMinDatvolUl of LNBTS - Not applicable if ilReacTimerUl is 0 (public)






1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler



12 E-RAB Control

1 E-RAB Control

dlMimoMode of LNCEL - If not 3, mimoOlCqiAvg is not applicable (public)

dlMimoMode of LNCEL - If not 3, mimoOlCqiComp is not applicable (public)

dlMimoMode of LNCEL - If not 3, mimoOlRiAvg is not applicable (public)

1 E-RAB Control

1 E-RAB Control

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

9 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control1 E-RAB Control

1 E-RAB Control

1

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

qci of LNBTS - qci of LNBTS - If qci value is from 1 to 4 then resType value is 0. When qci value is from 5 to 9 then resType value is 1. (public) (public)

1 E-RAB Control

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

2 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 E-RAB Control

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1



rlpDetMaxNoDl of LNBTS - If 0 and rlpDetMaxTimeDl is 0, rlpDetEndNoDl is not applicable (public)rlpDetMaxTimeDl of LNBTS - If 0 and rlpDetMaxNoDl is 0, rlpDetEndNoDl is not applicable (public)

rlpDetEndNoDl of LNBTS - Not applicable if rlpDetMaxNoDl and rlpDetMaxTimeDl are 0 (public)

rlpDetEndNoDl of LNBTS - Not applicable if rlpDetMaxNoDl and rlpDetMaxTimeDl are 0 (public)

1 Handover Control

1 Handover Control

1

1

1 Handover Control

1

1 Handover Control

1 Handover Control

1 Handover Control

1 Handover Control

1 Packet Scheduler

1 Packet Scheduler

1 Handover Control

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcCStepUp shall not be defined and the default value is used. (public)

ulamcDeltaCmax of LNBTS - ulamcDeltaCini <= ulamcDeltaCmax (public)ulamcDeltaCmin of LNBTS - ulamcDeltaCmin <= ulamcDeltaCini (public)ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcDeltaCini shall not be defined and the default value is used. (public)

ulamcDeltaCini of LNBTS - ulamcDeltaCini <= ulamcDeltaCmax (public)ulamcDeltaCmin of LNBTS - ulamcDeltaCmin <= ulamcDeltaCmax (public)ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcDeltaCmax shall not be defined and the default value is used. (public)

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

ulamcDeltaCini of LNBTS - ulamcDeltaCmin <= ulamcDeltaCini (public)ulamcDeltaCmax of LNBTS - ulamcDeltaCmin <= ulamcDeltaCmax (public)ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcDeltaCmin shall not be defined and the default value is used. (public)

ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcHistMcsT shall not be defined and the default value is used. (public)

ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcInactT shall not be defined and the default value is used. (public)

ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcUpdowngrF shall not be defined and the default value is used. (public)

ulatbEnable of LNCEL - If ulatbEnable is FALSE, ulatbPhrAvgF shall not be defined and the default value is used. (public)

1 Packet Scheduler



1 Handover Control

1 Handover Control

1 Handover Control

1 Handover Control

1 Handover Control

1 Handover Control

1 Handover Control

1 Handover Control

1 Handover Control

1

1

1

1



1

1 System Information Broadcast


1

1


1 Scheduling Request Configuration

1 Packet Scheduler, Aperiodic CQI Configuration

1 Aperiodic CQI Configuration

1 Packet Scheduler

1 Periodic CQI Configuration




1 Packet Scheduler

1 Power Control

1 Power Control

1 Power Control

1 Power Control

1 Power Control

1 Power Control

1 Packet Scheduler


1

1 Packet Scheduler, Uplink PHY

modPeriodCoeff of LNCEL - The product of parameter modPeriodCoeff and defPagCyc must not exceed 1024 (public)

1 Power Control

1 Packet Scheduler

1 Power Control

1 Packet Scheduler

iniMcsDl of LNCEL - The highest value is 16 if dl64QamEnable is false (public)

1 Packet Scheduler

applicable if dlMimoMode is not 4 (public)cqiCompTdRi2Cl of LNBTS ( hidden )- Not applicable if dlMimoMode is not 4 (public)mimoOlCqiAvg of LNBTS - Not applicable if dlMimoMode is not 3 (public)mimoOlCqiComp of LNBTS - Not applicable if dlMimoMode is not 3 (public)mimoOlRiAvg of LNBTS - Not applicable if dlMimoMode is not 3 (public)cqiCompSmRi1Ol of LNCEL - Not applicable if dlMimoMode is not 3 (public)cqiCompTdRi2Ol of LNCEL - Not applicable if dlMimoMode is not 3 (public)dlpcMimoComp of LNCEL - Not applicable if dlMimoMode is 0

1 Packet Scheduler

1

1 Packet Scheduler

1 Packet Scheduler

dlOlqcDeltaCqiIni of LNBTS ( hidden )- Not applicable if dlOlqcEnable is false (public)dlOlqcDeltaCqiMax of LNBTS ( hidden )- Not applicable if dlOlqcEnable is false (public)dlOlqcDeltaCqiMin of LNBTS ( hidden )- Not applicable if dlOlqcEnable is false (public)dlOlqcDeltaCqiStepUp of LNBTS ( hidden )- Not applicable if dlOlqcEnable is false (public)dlamcCqiAgeing of LNBTS - Not applicable if dlOlqcEnable is false (public)dlTargetBler of LNCEL - Not applicable if dlOlqcEnable is false (public)

dlOlqcEnable of LNCEL - If false, dlTargetBler is not applicable (public)

1 Packet Scheduler

1 Power Control

1 Packet Scheduler


1 Packet Scheduler

dlMimoMode of LNCEL - If 0: Single TX, dlpcMimoComp is not applicable (public)

1 Packet Scheduler1 Handover Control1 Handover Control

1

1

1 Power Control





1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1

1 Packet Scheduler

1

1 Packet Scheduler

dl64QamEnable of LNCEL - Can only be set to higher value than 16 in case dl64QamEnable is true. (public)

1 Packet Scheduler

1 Packet Scheduler




16


1


1 System Information Broadcast1

1

1

1 Admission Control

1 Admission Control

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Admission Control

1 Admission Control

1 Admission Control

1 Packet Scheduler

1 Packet Scheduler

1 Admission Control

1

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

dlChBw of LNCEL - Range and default value depend on Downlink Channel Bandwidth parameter. Range depends on Downlink Channel Bandwidth parameter as follows:5.0 MHz => 1...710.0 MHz => 1...1020.0 MHz => 1...10 (public)

ulChBw of LNCEL - Range and default value depend on Uplink Channel Bandwidth parameter. Range depends on Uplink Channel Bandwidth parameter as follows:5.0 MHz => 1...410.0 MHz => 1...4 (public)

dlMimoMode of LNCEL - If not 3, mimoOlCqiThD is not applicable (public)

dlMimoMode of LNCEL - If not 3, mimoOlCqiThU is not applicable (public)

dlMimoMode of LNCEL - If not 3, mimoOlRiThD is not applicable (public)

dlMimoMode of LNCEL - If not 3, mimoOlRiThU is not applicable (public)

1 Admission Control

1 Admission Control


1 Packet Scheduler



1

1

1 Packet Scheduler

1 Power Control

defPagCyc of LNCEL - The product of parameter modPeriodCoeff and defPagCyc must not exceed 1024 (public)

1 Packet Scheduler, Downlink Mimo Configuration




1

1 Power Control

1 Power Control

1 Power Control

1 Power Control

1 Packet Scheduler, Power Control


1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

1 Random Access

1 Random Access

1 Packet Scheduler, Random Access

1 Random Access

1


1 Packet Scheduler, Uplink PHY

1

1

ulChBw of LNCEL - null (public)

1 Packet Scheduler

1

1





1

1

1

1

1

1

1 Random Access

1

1 Packet Scheduler




1 Random Access

2 Power Control





riPerM of LNCEL - null (public)












1 Sounding Reference Symbol Configuration

1

1




1 Power Control


defPagCyc of LNCEL - null (public)



1

1 Packet Scheduler



1

1 Handover Control

1


1

1

1

1

1

1 E-RAB Control

1

1 Packet Scheduler

1 Packet Scheduler

1


taTimerMargin of LNBTS ( hidden )- Shall be less or an equal than taTimer (public)

1 Power Control

1 Power Control

1 Packet Scheduler

1 Uplink PHY

1 Uplink PHY

1 Uplink PHY

1

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcAllTbEn shall not be defined and the default value is used. (public)

ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcEdgFugEn shall not be defined and the default value is used. (public)

1 Packet Scheduler

1 Packet Scheduler

1 Packet Scheduler

ulamcCStepUp of LNBTS - If ulamcEnable is FALSE, ulamcCStepUp shall not be defined and the default value is used. (public)ulamcDeltaCini of LNBTS - If ulamcEnable is FALSE, ulamcDeltaCini shall not be defined and the default value is used. (public)ulamcDeltaCmax of LNBTS - If ulamcEnable is FALSE, ulamcDeltaCmax shall not be defined and the default value is used. (public)ulamcDeltaCmin of LNBTS - If ulamcEnable is FALSE, ulamcDeltaCmin shall not be defined and the default value is used. (public)ulamcHistMcsT of LNBTS - If ulamcEnable is FALSE, ulamcHistMcsT shall

ulamcEnable of LNCEL - If ulamcEnable is FALSE, ulamcSwitchPer shall not be defined and the default value is used. (public)

1 Packet Scheduler

1 Power Control

1 Power Control

1

1 Power Control

ulatbEnable of LNCEL - If ulatbEnable is FALSE, ulatbEventPer shall not be defined and the default value is used. (public)

11

11

1

4

1

1

1111

11

1

111

1

1

1

1

1

antlId of ANTL - Identifies the specific antenna line id. (public)

1

1

1

11

11

1

1

1

11

1

1

1

1

1

1

1

1

20

1

1

11

1

1

4

1

maxAngle of RET - value of parameter angle shall be less or equal than this (public)minAngle of RET - value of parameter angle shall be less or equal than this (public)

1

111111

1

1

21

antlId of ANTL - Identifies the specific antenna line id. (public)

1

1

1

1

calibrationDone of RET - When calibrationDone = FALSE, calibrate is required (public)configFileDlNeeded of RET - When configFileDlNeeded is required, user shall be recommended (not mandatory) to request calibration also (public)

calibrate of RET - When calibrationDone = FALSE, calibrate is required (public)

configurationFile of RET - When configFileDlNeeded = TRUE, configurationFile is required (public)

configurationFile of RET - When configurationDone = FALSE, configurationFile is required (public)

1

111

1

1

configFileDlNeeded of RET - configurationFile is downloaded if configFileDlNeeded = TRUE also (public)

1

1

1

1

11

1

1






2

1

1

1

1

1

1

1

1

1

1

1

1

1

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Description of Parameter Relationships Group Classification Interfaces

EM <-> LTE

EM <-> LTE BTS, RAC <-> LTE BTS, RAC <-> RACApp

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

The combination of the related parameters result in the global eNB Id of the adjacent eNB correpsonding to this IP address.

The combination with the related parameters adjMcc and adjMnc results in the Global eNB Id of the adjacent eNB which has IP address adjEnbIpAddress

The combination with the related parameters adjMacroEnbId and adjMnc results in the Global eNB Id of the adjacent eNB which has IP address adjEnbIpAddress

The combination with the related parameters adjMacroEnbId and adjMcc results in the Global eNB Id of the adjacent eNB which has IP address adjEnbIpAddress. The length of the MNC can be 2 or 3 digits and is indicated by the related parameter adjMncLength.

The length of MNC can be 2 or 3 digits; if adjMnc is in the range 100...999 then adjMncLength must be 3, for range 0...99 adjMncLength can be set to 3 (with leading '0' digit) or to 2 (without leading '0' digit)

EM <-> LTE

EM <-> LTE

Transmission EM <-> LTE



EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE


EM <-> WBT

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTEEM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE


EM <-> LTE

EM <-> LTE

EM <-> LTE


EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE


EM <-> LTE

EM <-> LTE


EM <-> LTE

EM <-> LTE



EM <-> LTE

EM <-> LTE


EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE


EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE


Transmission LTE BTS ->












EM <-> LTE

3GPPIntN EM <-> LTE

3GPPIntN EM <-> LTE

3GPPIntN EM <-> LTE


Parameter n3Requests is only relevant in case parameter gtpuPathSupint has non-zero value.The number of unanswered requests of parameter gtpuN3Reqs relates to the timeframe defined in parameter gtpuT3Resp.

Restriction: gtpuPathSupint can not take a value which causes a violation of the folllowing formula:gtpuPathSupint >= (gtpuT3Resp *(gtpuN3Reqs+1)).

Parameter gtpuT3Resp is only relevant in case parameter gtpuPathSupint has non-zero value (GTP-U supervision is switched ON).




Transmission EM <-> LTE BTS, RAC <-> LTE BTS, RAC <-> RACApp









Transmission EM <-> LTETransmission EM <-> LTE








EM <-> LTEIdentifies the specific antenna lines id assigned to the local cell.

EM <-> LTE

no relations LTE BTS ->

no relations LTE BTS -> EM, LTE BTS -> RAC



LTE BTS -> determines length of MNC Identification LTE BTS ->



actual range depends on MNClength: if length=2 then range 00...99, if length=3 then range 000...999


LTE BTS ->

determines length of MNC Identification LTE BTS ->




LTE BTS -> determines length of MNC Identification LTE BTS ->




LTE BTS ->

determines length of MNC Identification LTE BTS ->


actual range depends on MNC length: if length=2 then range 00...99, if length=3 then range 000...999








LTE BTS <-

LTE BTS <-

In case (dlamcEnable is FALSE) OR (dlMimoMode is not 3: Dynamic Open Loop MIMO), cqiCompSmRi1Ol shall not be determined and the default value is used implicitly

In case (dlamcEnable is FALSE) OR (dlMimoMode is not 3: Dynamic Open Loop MIMO), cqiCompTdRi2Ol shall not be determined and the default value is used implicitly

LTE BTS <-

LTE BTS <-

No relations LTE BTS <-

no relations EM <-> LTE


In case (dlamcEnable is FALSE) OR (dlOqcEnable is FALSE), dlamcCqiAgeing shall not be defined and the default value is used implicitly

In case dlamcEnable is FALSE, dlamcTHistCqi shall not be defined and the default value is used implicitly

No relations LTE BTS <-> EM, LTE BTS <-> RAC, RACApp <-> RAC

No relations EM <-> LTE

LTE BTS <-

LTE BTS <-


EM <-> LTE

LTE BTS <-

In case ilReacTimerUl is 0, ilMinDatvolUl shall not be defined and the default value is used implicitly

In case ilReacTimerUl is 0, ilMinDatvolUl shall not be defined and the default value is used implicitly





no relations Identification EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

Identification EM <-> LTE

determines length of MNC Identification EM <-> LTE

LTE BTS -> no relations EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp

no relations LTE BTS <-

In case dlMimoMode is not 3: Dynamic Open Loop MIMO, mimoOlCqiAvg shall not be defined and the default value is used implicitly

In case dlMimoMode is not 3: Dynamic Open Loop MIMO, mimoOlCqiComp shall not be defined and the default value is used implicitly

In case dlMimoMode is not 3: Dynamic Open Loop MIMO, mimoOlRiAvg shall not be defined and the default value is used implicitly

actual range depends on MNClength: if length=2 then range 00..99, if length=3 then range 000..999




LTE BTS <-

LTE BTS <-


LTE BTS <-

no relations EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

If qci parameter value is xx -> dscp default value is yy:qci 1 -> dscp 46; qci 2-> dscp 36; qci 3 -> dscp 46; qci 4 -> dscp 26; qci 5 -> dscp 34; qci 6 -> dscp 18; qci 7 -> dscp 28; qci 8 -> dscp 10; qci 9 -> dscp 0

If qci parameter value is xx -> packet delay budget default value is yy: qci 1 -> packet 1; qci 2-> packet 2; qci 3 -> packet 0; qci 4 -> packet 3; qci 5 -> packet 1; qci 6 -> packet 3; qci 7 -> packet 1; qci 8 -> packet 3; qci 9 -> packet 3

If qci parameter value is xx -> packet loss rate default value is yy: qci 1 -> packet 0; qci 2-> packet 1; qci 3 -> packet 1; qci 4 -> packet 2; qci 5 -> packet 2; qci 6 -> packet 2; qci 7 -> packet 1; qci 8 -> packet 2; qci 9 -> packet 2

If qci parameter value is xx ->PDCP Profile Id (PdcpPI)default value is yy: qci 1 -> PdcpPI 0; qci 2-> PdcpPI 0; qci 3 -> PdcpPI 0; qci 4 -> PdcpPI 0; qci 5 -> PdcpPI 0; qci 6 -> PdcpPI 1; qci 7 -> PdcpPI 0; qci 8 -> PdcpPI 1; qci 9 -> PdcpPI 1

EM <-> LTEno relations EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

If qci parameter value is xx -> priority default value is yy:qci 1 -> priority 2; qci 2-> priority 4; qci 3 -> priority 3; qci 4 -> priority 5; qci 5 -> priority 1; qci 6 -> priority 6; qci 7 -> priority 7; qci 8 -> priority 8; qci 9 -> priority 9

If qci parameter value is xx -> QCI support default value is yy: qci 1 -> qcisup 0; qci 2-> qcisup 0; qci 3 -> qcisup 0; qci 4 -> qcisup 0; qci 5 -> qcisup 0; qci 6 -> qcisup 1; qci 7 -> qcisup 0; qci 8 -> qcisup 1; qci 9 -> qcisup 1

qci of LNBTS - If qci value is from 1 to 4 then resType value is 0. When qci value is from 5 to 9 then resType value is 1. (public)

If qci parameter value is xx -> RLC Mode (RlcMo) default value is yy: qci 1 -> RlcMo 2; qci 2-> RlcMo 2; qci 3 -> RlcMo 2; qci 4 -> RlcMo 2; qci 5 -> RlcMo 2; qci 6 -> RlcMo 1; qci 7 -> RlcMo 2; qci 8 -> RlcMo 1; qci 9 -> RlcMo 1

If qci parameter value is xx -> RLC Profile Id (RlcPI)default value is yy: qci 1 -> RlcPI 0; qci 2-> RlcPI 0; qci 3 -> RlcPI 0; qci 4 -> RlcPI 0; qci 5 -> RlcPI 0; qci 6 -> RlcPI 1; qci 7 -> RlcPI 0; qci 8 -> RlcPI 1; qci 9 -> RlcPI 1

If qci parameter value is xx ->the ulsBSD is yy: qci 1 -> ulsBSD 5; qci 2 -> ulsBSD 5; qci 3 -> ulsBSD 5; qci 4 -> ulsBSD 5; qci 5 -> ulsBSD 5; qci 6 -> ulsBSD 0; qci 7 -> ulsBSD 5; qci 8 -> ulsBSD 0; qci 9 -> ulsBSD 0

EM <-> LTE

EM <-> LTE

EM <-> LTE

LTE BTS <-






If qci parameter value is xx ->the ulsPrio is yy: qci 1 -> ulsPrio 0; qci 2 -> ulsPrio 0; qci 3 -> ulsPrio 0; qci 4 -> ulsPrio 0; qci 5 -> ulsPrio 0; qci 6 -> ulsPrio 16; qci 7 -> ulsPrio 0; qci 8 -> ulsPrio 16; qci 9 -> ulsPrio 16


EM <-> LTE

EM <-> LTE

EM <-> LTE




In case rlpDetMaxNoDl is 0 AND rlpDetMaxTimeDl is 0, rlpDetEndNoDl shall not be defined and the default value shall be used implicitly













EM <-> LTE

EM <-> LTE


LTE BTS <-

LTE BTS <-

LTE BTS <-

In case ulamcEnable is FALSE, ulamcCStepUp shall not be defined and the default value is used implicitly

In case ulamcEnable is FALSE, ulamcDeltaCini shall not be defined and the default value is used implicitlyulamcDeltaCmin <= ulamcDeltaCini <= ulamcDeltaCmax

In case ulamcEnable is FALSE, ulamcDeltaCmax shall not be defined and the default value is used implicitlyulamcDeltaCmin <= ulamcDeltaCini <= ulamcDeltaCmax

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

In case ulamcEnable is FALSE, ulamcDeltaCmin shall not be defined and the default value is used implicitlyulamcDeltaCmin <= ulamcDeltaCini <= ulamcDeltaCmax

In case ulamcEnable is FALSE, ulamcHistMcsT shall not be defined and the default value is used implicitly

In case ulamcEnable is FALSE, ulamcInactT shall not be defined and the default value is used implicitly

In case ulamcEnable is FALSE, ulamcUpdowngrF shall not be defined and the default value is used implicitly

In case ulatbEnable is FALSE, ulatbPhrAvgF shall not be defined and the default value is used implicitly

LTE BTS <-













EM <-> LTE

EM <-> LTE

LTE BTS <-



EM <-> LTE

EM <-> LTE

EM <-> LTE

SystemInfo EM <-> LTE

EM <-> LTE



no relations LTE BTS <-> EM, LTE BTS <-> RAC, RACApp <-> RAC

EM <-> LTE

LTE BTS <-


FBT1= UE Selected SB CQI (Mode 2-x family); FBT2= Higher Layer Configured (Mode 3-x family)


LTE BTS <-

no relations LTE BTS <-> EM, LTE BTS <-> RAC, RACApp <-> RAC

LTE BTS <-

LTE BTS <-> EM, LTE BTS <-> RAC, RACApp <-> RAC

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

Required when periodic reporting mode (cqiPerMode) is set to 'widebandAndSubbandCqi'


EM <-> LTE

LTE BTS <-

LTE BTS <-

The product of parameter modPeriodCoeff and defPagCyc must not exceed 1024



LTE BTS <-

LTE BTS <-

If dl64QamEnable is false, the highest possible value for iniMcsDl is 16.

3GPPIntN LTE BTS <-

MIMO), cqiCompSmRi1Ol shall not be determined and the default value is used implicitlyIn case (dlamcEnable is FALSE) OR (dlMimoMode is not 3: Dynamic Open Loop MIMO), cqiCompTdRi2Ol shall not be determined and the default value is used implicitlyIn case (dlamcEnable is FALSE) OR (dlMimoMode is not 4: Closed loop Mimo), cqiCompSmRi1Cl shall not be determined and the default value is used implicitlyIn case (dlamcEnable is FALSE) OR (dlMimoMode is not 4: Closed loop Mimo), cqiCompTdRi2Cl shall not be determined and the default value is used implicitlyIn case dlMimoMode is not 4: Closed loop Mimo, mimoClCqiAvg shall not be defined and the default value is used implicitlyIn case dlMimoMode is not 4: Closed loop Mimo, mimoClCqiComp shall not be defined and the default value is used implicitlyIn case dlMimoMode is not 4: Closed loop Mimo, mimoClRiAvg shall not be defined and the default value is used implicitlyIn case dlMimoMode is not 4: Closed loop Mimo, mimoClCqiThD shall not be defined and the default value is used implicitlyIn case dlMimoMode is not 4: Closed loop Mimo, mimoClCqiThU shall not be defined and the default value is used implicitlyIn case dlMimoMode is not 4: Closed loop Mimo, mimoClRiThD shall not be defined and the default value is used implicitlyIn case dlMimoMode is not 4: Closed loop Mimo, mimoClRiThU shall not be defined and the default value is used implicitly


EM <-> LTE

LTE BTS <-


In case dlOlqcEnable is FALSE, dlTargetBler shall not be determined and the default value is used implicitly.In case dlOlqcEnable is FALSE, dlOlqcDeltaCqiStepUp shall not be determined and the default value is used implicitly.In case dlOlqcEnable is FALSE, dlolqcDeltaCqiIni shall not be determined and the default value is used implicitly.In case dlOlqcEnable is FALSE, dlolqcDeltaCqiMax shall not be determined and the default value is used implicitly.In case dlOlqcEnable is FALSE, dlolqcDeltaCqiMin shall not be determined and the default value is used implicitly.In case dlOlqcEnable is FALSE, dlamcCqiAgeing shall not be determined and the default value is used implicitly.

In case dlOlqcEnable is FALSE, dlTargetBler shall not be determined and the default value is used implicitly


In case dlamcEnable is FALSE, dlamcCqiAgeing shall not be defined and the default value is used implicitlyIn case dlamcEnable is FALSE, dlamcTHistCqi shall not be defined and the default value is used implicitlyIn case (dlamcEnable is FALSE) OR (dlMimoMode is not 3: Dynamic Open Loop MIMO), cqiCompSmRi1Ol shall not be determined and the default value is used implicitlyIn case (dlamcEnable is FALSE) OR (dlMimoMode is not 3: Dynamic Open Loop MIMO), cqiCompTdRi2Ol shall not be determined and the default value is used implicitlyIn case (dlamcEnable is FALSE) OR (dlMimoMode is not 4: Closed loop Mimo), cqiCompSmRi1Cl shall not be determined and the default value is used implicitlyIn case (dlamcEnable is FALSE) OR (dlMimoMode is not 4: Closed loop Mimo), cqiCompTdRi2Cl shall not be determined and the default value is used implicitly

LTE BTS <-



LTE BTS <-

dlpcMimoComp is not used in case dlMimoMode is set to 0: Single TX

LTE BTS <-no relations EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACAppno relations EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp

LTE BTS ->

EM <-> LTE






LTE BTS <-

LTE BTS <-

EM <-> LTE

EM <-> LTE

LTE BTS <-

LTE BTS <-

LTE BTS ->

EM <-> LTE


EM <-> LTECan only be set to higher value than 16 in case dl64QamEnable is true.

EM <-> LTE

EM <-> LTE






LTE BTS <-


no relations EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACAppEM <-> LTE

EM <-> LTE

EM <-> LTE







LTE BTS <-




LTE BTS <-

LTE BTS <-


EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

Range and default value depend on Downlink Channel Bandwidth parameter. Range depends on Downlink Channel Bandwidth parameter as follows:5.0 MHz => 1...710.0 MHz => 1...1020.0 MHz => 1...10

Range and default value depend on Uplink Channel Bandwidth parameter. Range depends on Uplink Channel Bandwidth parameter as follows:5.0 MHz => 1...410.0 MHz => 1...4

In case dlMimoMode is not 3: Dynamic Open Loop MIMO, mimoOlCqiThD shall not be defined and the default value is used implicitly

In case dlMimoMode is not 3: Dynamic Open Loop MIMO, mimoOlCqiThU shall not be defined and the default value is used implicitly

In case dlMimoMode is not 3: Dynamic Open Loop MIMO, mimoOlRiThD shall not be defined and the default value is used implicitly

In case dlMimoMode is not 3: Dynamic Open Loop MIMO, mimoOlRiThU shall not be defined and the default value is used implicitly



EM <-> LTE

LTE BTS <-



EM <-> LTE

EM <-> LTE

LTE BTS <-

LTE BTS <-

The product of parameter modPeriodCoeff and defPagCyc must not exceed 1024.

LTE BTS <-




LTE BTS ->

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

no relations SystemInfo EM <-> LTE





LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-

LTE BTS <-


EM <-> LTE


LTE BTS <-

LTE BTS <-

LTE BTS <-

Range: 0,1,2, ulChBw in PRBs - 8, ulChBw in PRBs -7, ulChBw in PRBs -6Default value: 1

LTE BTS <-

LTE BTS <-

EM <-> LTE





EM <-> LTE

EM <-> LTE

LTE BTS <-

EM <-> LTE

LTE BTS <-

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

no relations LTE BTS <-> EM, LTE BTS <-> RAC, RAC <-> RACApp

LTE BTS <-

Value of RaPreambleGrASize needs to be less or equal to RaPreambles

rankIndPerM defines the multiplier for the cqiPerNp which results in the periodicity for RI periodic reports. RI periodicity = cqiPerNp * rankIndPerM

LTE BTS <-

LTE BTS <-

LTE BTS <-





If riPerM = 1 then riPerOffset must be set to -1. If riPerM = 2 then riPerOffset must be set to 0.












no relations LTE BTS <-> LTE BTS, LTE BTS <-> EM, LTE BTS <-> RAC, RAC <-> RACApp

EM <-> LTE

EM <-> LTE


EM <-> LTE


LTE BTS <-


When ulChBw = 20 MHz, then srsBwConf is to be set to 2. When ulChBw = 15 MHz, then srsBwConf is to be set to 3. When ulChBw = 10 MHz, then srsBwConf is to be set to 4. When ulChBw = 5 MHz, then srsBwConf is to be set to 6.

For DELTA_TF_ENABLED = 1 (-> KS = 1.25) the actual parameter value is "srsPwrOffset-3" corresponding to the dB-range of -3 dB to 12 dB in steps of 1 dB. For DELTA_TF_ENABLED = 0 (-> KS = 0) the actual parameter value is "-10.5 + 1.5 * srsPwrOffset" value corresponding to the dB-range -10.5 dB to 12 dB in steps of 1.5 dB.

EM <-> LTE


LTE BTS ->

LTE BTS <-

When ulChBw is set to 10, 15, 20 MHz, then srsSubfrConf default value is 3. When ulChBw is set to 5 MHz, then srsSubfrConf default value is 1.

If dlMimoMode is set to value 0:singleTx then syncSigTxMode is also set to 0:SingleTx. If dlMimoMode is set to some other value than 0:SingleTx, then syncSigTxMode can be set to 0:SingleTx or 1:Txdiv





EM <-> LTE


EM <-> LTE

EM <-> LTE

EM <-> LTE

LTE BTS <-

LTE BTS <-


EM <-> LTE

LTE BTS <-

EM <-> LTE

SystemInfo EM <-> LTE


taTimerMargin shall be less or an equal than taTimer

LTE BTS <-

LTE BTS <-

LTE BTS <-


LTE BTS <-


LTE BTS <-

LTE BTS <-



In case ulamcEnable is FALSE, ulamcAllTbEn shall not be defined and the default value is used implicitly

In case ulamcEnable is FALSE, ulamcEdgFugEn shall not be defined and the default value is used implicitly


LTE BTS <-


In case ulamcEnable is FALSE, ulamcAllTbEn shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcEdgFugEn shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcSwitchPer shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcCStepUp shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcDeltaCini shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcDeltaCmin shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcDeltaCmax shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcHistMcsT shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcInactT shall not be defined and the default value is used implicitlyIn case ulamcEnable is FALSE, ulamcUpdowngrF shall not be defined and the default value is used implicitly

In case ulamcEnable is FALSE, ulamcSwitchPer shall not be defined and the default value is used implicitly

LTE BTS <-


LTE BTS <-

EM <-> LTE

LTE BTS <-

In case ulatbEnable is FALSE, ulatbEventPer shall not be defined and the default value is used implicitly

EM <-> LTELTE BTS ->

EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACAppLTE BTS ->

EM <-> LTE


EM <-> LTE

EM <-> LTE

EM <-> LTEEM <-> LTEEM <-> LTEEM <-> LTE

Identifies the specific antenna line id. EM <-> LTEEM <-> LTE

EM <-> LTE

LTE BTS -> EM <-> LTEEM <-> LTE

EM <-> LTE

LTE BTS ->


EM <-> LTE

EM <-> LTE

EM <-> LTE

LTE BTS ->

EM <-> LTE


EM <-> LTELTE BTS ->

LTE BTS ->

LTE BTS ->

LTE BTS ->

LTE BTS -> LTE BTS ->

EM <-> LTE











Transmission EM <-> LTELTE BTS ->


EM <-> LTE


EM <-> LTE

value shall be between minAngle and maxAngle

EM <-> LTE

EM <-> LTEEM <-> LTEEM <-> LTEEM <-> LTEEM <-> LTEEM <-> LTE

EM <-> LTE

EM <-> LTE

Identifies the specific antenna line id. EM <-> LTEEM <-> LTE

EM -> LTE BTS, RAC -> LTE BTS, RACApp -> RAC

LTE BTS -> RAC, LTE BTS -> EM



When configFileDlNeeded is required, user shall be recommended (not mandatory) to request calibration also

When calibrationDone = FALSE, calibrate is required

When configFileDlNeeded = TRUE, configurationFile is required

When configurationDone = FALSE, configurationFile is required

EM <-> LTE

EM <-> LTEEM <-> LTEEM <-> LTE

LTE BTS ->

EM <-> LTE

configurationFile is downloaded if configFileDlNeeded =TRUE also

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE


EM <-> LTE

LTE BTS ->

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE

EM <-> LTE
















Range and Step

1...1, step 1


7...45 characters

0...1048575, step 1

0...999, step 1

0...999, step 1

2...3, step 1

7...45 characters

7...45 characters

1...1, step 1

1...65535, step 1

7...15 characters


ANT1 (0), ANT2 (1), ANT3 (2), ANT4 (3), ANT5 (4), ANT6 (5)

4.5...45077.5 ns, step 0.1 ns

-214748364...0 dB, step 0.1 dB

1...18, step 1


Automatic (-1), 0 (0), 12 (1), 24 (2), 28 (3)

FR1 (0), FR2 (1), FR3 (2)

1...80 characters

1.5...3.5 VSWR, step 0.1 VSWR

1.5...3.5 VSWR, step 0.1 VSWR0...1048575, step 1

1...80 characters

1...1, step 1

19...19, step 1


0...86400 s, step 1 s

1...64 characters

1...38, step 1


FSM1 (0), FR1 (1), FR2 (2), FR3 (3)

Normally_open (0), Normally_closed (1)

Minor (1), Major (2), Critical (3)

0...86400 s, step 1 s


1...64 characters

1...18, step 1


On (0), Off (1)

FSM1 (0), FR1 (1), FR2 (2), FR3 (3)



FSM1 (0), FR1 (1), FR2 (2), FR3 (3)

0...50 characters


1...60 characters

1...60 characters

0...60 characters

0...60 characters

1...20 characters

(GMT-11) Etc/GMT+11 (0), (GMT-11) MIT (1), (GMT-11) Pacific/Apia (2), (GMT-11) Pacific/Midway (3), (GMT-11) Pacific/Niue (4), (GMT-11) Pacific/Pago_Pago (5), (GMT-11) Pacific/Samoa (6), (GMT-11) US/Samoa (7), (GMT-10) America/Adak (8), (GMT-10) America/Atka (9), (GMT-10) Etc/GMT+10 (10), (GMT-10)


1...60 characters

1...60 characters

1...99, step 1

0...20 characters

locked (0), unlocked (1)

AUTODETECT (0), 1000MBIT_FULL (1), 100MBIT_FULL (2), 10MBIT_FULL (3)

3...3 characters

17...17 characters

DISABLED (0), ENABLED (1)

1...13 characters

AUTODETECT (0), 1000MBIT_FULL (1), 100MBIT_FULL (2), 10MBIT_FULL (3)

0...7 characters

1...1, step 1

0...50 characters

1...50 characters

0...80 characters

0...128 characters

1...1, step 1

1...15, step 1

0...300 seconds, step 1 seconds


1...1, step 1

7...15 characters

576...1500, step 1

7...15 characters


1522...2000000 octets, step 1 octets

1522...2000000 octets, step 1 octets

100...1000000 kbps, step 100 kbps

100...1000000 kbps, step 100 kbps

TPS_OFF (0), TPS_WFQ (1), TPS_PATH (2)


1...10000, step 1

1...1, step 1

7...15 characters1...1048575, step 1

1...1, step 1

7...15 characters

1...1, step 1


7...15 characters

7...15 characters

7...15 characters

1...18, step 1

0...255, step 1

0...1048575, step 1

LTE BTS -> EM, LTE BTS -> RAC

0...999, step 1

0...65535, step 1

0...999, step 12...3, step 1

0...15, step 1


0...999, step 1

0...999, step 1

2...3, step 1

0...268435455, step 1


0...999, step 1

0...999, step 12...3, step 1

6nrb (0), 15nrb (1), 25nrb (2), 50nrb (3), 75nrb (4), 100nrb (5)


0...999, step 1

0...999, step 1

2...3, step 1

0...65535, step 1

0...65535, step 1

0...2, step 1

0...503, step 1

0...65535, step 1

6nrb (0), 15nrb (1), 25nrb (2), 50nrb (3), 75nrb (4), 100nrb (5)

-10...0, step 0.1

0...10, step 0.1

0...1, step 0.1

0...1000 TTI, step 1 TTI


1 (0), 2 (1), 3 (2), 4 (3), 6 (4), 8 (5), 16 (6), 32 (7)

1...1000, step 1


1...80 characters

0...4000 bits, step 80 bits

0...20000 ms, step 100 ms

0...1048575, step 1

blocked (0), unblocked (1)

1...48 PRBs, step 1 PRBs

1...20 number, step 1 number

1...20, step 1

1...20, step 1

1...20, step 1

0...999, step 1

0.05...1, step 0.05

0...10, step 0.1

0.05...1, step 0.05

0...999, step 1

2...3, step 1

initializing (0), commissioned (1), notCommisioned (2), configured (3), integrated to RAN (4), onAir (5), test (6)EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp

0...1, step 1

Bit 0: eNB Status Report, Bit 1: UE Status Report,

50 (0), 100 (1), 150 (2), 300 (3), 500 (4), 750 (5), 1500 (6), infinity (7)

1...1000, step 1

1...100, step 1

1...100, step 1

1...1000, step 1

1...100, step 1


0...63, step 1

50ms (0), 100ms (1), 150ms (2), 300ms (3)

10**-2 (0), 10**-3 (1), 10**-6 (2)

0...1, step 1

1...9, step 11...9, step 1

NOT_SUPPORTED (0), ENABLED (1), DISABLED (2)

GBR (0), nonGBR (1)

RLC_UM (0), RLC_AM (1), NA (2)

0...1, step 1

50ms (0), 100ms (1), 150ms (2), 300ms (3), 500ms (4), 1000ms (6), NA (7)

0...16, step 1

0...15, step 1

216...512 bit, step 8 bit

0...15, step 1


4 (0), 8 (1), 16 (2), 32 (3), 64 (4), 128 (5), 256 (6), infinity (7)

0...1, step 1

5 (0), 10 (1), 15 (2), 20 (3), 25 (4), 30 (5), 35 (6), 40 (7), 45 (8), 50 (9), 55 (10), 60 (11), 65 (12), 70 (13), 75 (14), 80 (15), 85 (16), 90 (17), 95 (18), 100 (19), 105 (20), 110 (21), 115 (22), 120 (23), 125 (24), 130 (25), 135 (26), 140 (27), 145 (28), 150 (29), 155 (30), 160 (31), 165 (32), 170 (33), 175 (34), 180 (35), 185 (

0 (0), 5 (1), 10 (2), 15 (3), 20 (4), 25 (5), 30 (6), 35 (7), 40 (8), 45 (9), 50 (10), 55 (11), 60 (12), 65 (13), 70 (14), 75 (15), 80 (16), 85 (17), 90 (18), 95 (19), 100 (20), 105 (21), 110 (22), 115 (23), 120 (24), 125 (25), 130 (26), 135 (27), 140 (28), 145 (29), 150 (30), 155 (31), 160 (32), 165 (33), 170 (34), 175 (35), 180 (36

0 (0), 5 (1), 10 (2), 15 (3), 20 (4), 25 (5), 30 (6), 35 (7), 40 (8), 45 (9), 50 (10), 55 (11), 60 (12), 65 (13), 70 (14), 75 (15), 80 (16), 85 (17), 90 (18), 95 (19), 100 (20), 110 (21), 120 (22), 130 (23), 140 (24), 150 (25), 160 (26), 170 (27), 180 (28), 190 (29), 200 (30)

1...20, step 1

0...1000, step 1

20...5000 ms, step 1 ms

100...6000 ms, step 100 ms

0.1...30 s, step 0.1 s

0.1...30 s, step 0.1 s

10...2000 ms, step 10 ms

10...2000 ms, step 10 ms

1000...240000 ms, step 1000 ms

500...10000 ms, step 500 ms

10...2000 ms, step 10 ms

100...2000 ms, step 100 ms

10...2000 ms, step 10 ms

30...5000 ms, step 10 ms

10...2000 ms, step 10 ms

10...2000 ms, step 10 ms

1...10, step 1

1...5, step 0.1

30...2000 ms, step 10 ms

0...2, step 0.05

-10...10, step 0.1

0...10, step 0.1

-10...0, step 0.1

0...20000 ms, step 100 ms

10...1000 ms, step 10 ms

1...3, step 0.05

0...1, step 0.05


0.1...30 s, step 0.1 s

0.1...30 s, step 0.1 s

-30...30 dB, step 1 dB

1r (0), 2r (1), 4r (2), 8r (3), 16r (4), 32r (5), 64r (6), infinity (7)

120ms (0), 240ms (1), 480ms (2), 640ms (3), 1024ms (4), 2048ms (5), 5120ms (6), 10240ms (7), 1min (8), 6min (9), 12min (10), 30min (11), 60min (12)

0ms (0), 40ms (1), 64ms (2), 80ms (3), 100ms (4), 128ms (5), 160ms (6), 256ms (7), 320ms (8), 480ms (9), 512ms (10), 640ms (11), 1024ms (12), 1280ms (13), 2560ms (14), 5120ms (15)

1r (0), 2r (1), 4r (2), 8r (3), 16r (4), 32r (5), 64r (6), infinity (7)

120ms (0), 240ms (1), 480ms (2), 640ms (3), 1024ms (4), 2048ms (5), 5120ms (6), 10240ms (7), 1min (8), 6min (9), 12min (10), 30min (11), 60min (12)

0...97 dB, step 1 dB


0ms (0), 40ms (1), 64ms (2), 80ms (3), 100ms (4), 128ms (5), 160ms (6), 256ms (7), 320ms (8), 480ms (9), 512ms (10), 640ms (11), 1024ms (12), 1280ms (13), 2560ms (14), 5120ms (15)


4 s (0), 8 s (1), 16 s (2), 32 s (3), 64 s (4), 128 s (5), 256 s (6), 512 s (7)

0 (0), 5 (1), 10 (2), 15 (3), 20 (4), 25 (5), 30 (6), 40 (7), 50 (8), 60 (9), 70 (10), 75 (11), 80 (12), 85 (13), 90 (14), 95 (15)

1...32, step 1


0...268435455, step 1


0.25 (0), 0.5 (1), 0.75 (2), 1 (3)

0.25 (0), 0.5 (1), 0.75 (2), 1 (3)

barred (0), notBarred (1)

0...7, step 1

Not Reserved (0), Reserved (1)

5ms (0), 10ms (1), 20ms (2), 40ms (3), 80ms (4)


FBT1 (0), FBT2 (1)


WidebandCqiOnly (0), widebandAndSubbandCqi (1)

10ms (0)

1...4, step 1


normal (0)


-2 (0), 0 (1), 2 (2)

1 (0), 3 (1), 5 (2)

-2 (0), 0 (1), 1 (2), 2 (3)

-2 (0), 0 (1), 2 (2)

-2 (0), 0 (1), 2 (2)

4n (0), 8n (1), 16n (2), 32n (3), 64n (4)

32rf (0), 64rf (1), 128rf (2), 256rf (3)

-1...6, step 1

2...2, step 1



0...10 dB, step 0.1 dB

5 MHz (2), 10 MHz (3), 20 MHz (4)

SingleTX (0), TXDiv (1), Static Open Loop MIMO (2), Dynamic Open Loop MIMO (3), Closed Loop Mimo (4)


1 db (0), 3 db (1), 6 db (2), infinite (3)

0.0010...0.999, step 0.0010

0...15, step 1


0...10 dB, step 0.01 dB

not used (0), PRBs with PSS or SSS used (1), PRBs with PSS or SSS and PBCH used (2)


0...65535, step 1

0...65535, step 1EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACAppEM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp

0...268435455, step 1

0...3000000 kHz, step 1 kHz

fc0 (0), fc1 (1), fc2 (2), fc3 (3), fc4 (4), fc5 (5), fc6 (6), fc7 (7), fc8 (8), fc9 (9), fc11 (10), fc13 (11), fc15 (12), fc17 (13), fc19 (14)


0...999, step 1

0...999, step 1

2...3, step 1

0...29, step 1

1...8, step 1

1...16, step 1

1...7, step 1

2...2, step 1

interSubFrame (0)

faulty (0), working (1)

10...65535 second, step 1 second


0...28, step 1

0...20, step 1

1...100, step 1


n4 (0), n8 (1), n12 (2), n16 (3), n24 (4), n32 (5), n48 (6), n64 (7), n84 (8), n96 (9), n128 (10), n168 (11), n252 (12), n504 (13)

0...503, step 1


0...503, step 1

-24 dB (0), -22 dB (1), -20 dB (2), -18 dB (3), -16 dB (4), -14 dB (5), -12 dB (6), -10 dB (7), -8 dB (8), -6 dB (9), -5 dB (10), -4 dB (11), -3 dB (12), -2 dB (13), -1 dB (14), 0 dB (15), 1 dB (16), 2 dB (17), 3 dB (18), 4 dB (19), 5 dB (20), 6 dB (21), 8 dB (22), 10 dB (23), 12 dB (24), 14 dB (25), 16 dB (26), 18 dB (27), 20 dB (

allowed (0), notAllowed (1)

EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp0...255, step 1

1...65535, step 1

blocked (0), unblocked (1)

50...300000 kbps, step 50 kbps


0.05...0.5, step 0.01

0.05...0.5, step 0.01

0.05...0.5, step 0.01

0.05...0.5, step 0.01

1...3, step 1

1...150, step 1

1...100, step 1

1...200, step 1

1...10, step 1

1...4, step 1

ueCapability (0), OaM (1)

0...3, step 1

0...16, step 0.1

0...16, step 0.1

1...2, step 0.05

1...2, step 0.05



2 (0), 4 (1), 8 (2), 16 (3)

11...36, step 25

n1 (0), n2 (1), n3 (2), n4 (3), n6 (4), n8 (5), n10 (6), n20 (7)

n1 (0), n2 (1), n3 (2), n4 (3), n5 (4), n6 (5), n8 (6), n10 (7)

1...16, step 1

1...16, step 1

1...2, step 1

-2 dB (0), 0 dB (1), 2 dB (2), 4 dB (3), 6 dB (4), 8 dB (5), 10 dB (6), 12 dB (7)

1 (0), 2 (1)

Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15,

4s (0), 8s (1), 16s (2), 32s (3), 64s (4), 128s (5), 256s (6), 512s (7)

0% (0), 5% (1), 10% (2), 15% (3), 20% (4), 25% (5), 30% (6), 40% (7), 50% (8), 60% (9), 70% (10), 75% (11), 80% (12), 85% (13), 90% (14), 95% (15)

disabled (0), enabled (1)

-127...-96 dB, step 1 dB

-126...24 dB, step 1 dB

-8...7 dB, step 1 dB


0...50 dBm, step 0.1 dBm

oneT (2), halfT (3), quarterT (4), oneEighthT (5), oneSixteenthT (6), oneThirtySecondT (7)

4...8, step 4

4...8, step 4

4...8, step 4

4...8, step 4

Normal (0), Extended (1)

N = 1/6 (0), N = 1/2 (1), N = 1 (2), N = 2 (3)

0...503, step 1

0...15, step 1

3...24, step 1

0...94, step 1


0dB (0), 2dB (1), 4dB (2), 6dB (3)

3 (0), 4 (1), 5 (2), 6 (3), 7 (4), 8 (5), 10 (6), 20 (7), 50 (8), 100 (9), 200 (10)

0...0, step 1

0...10, step 1

0...15, step 1

0...98 PRB, step 1 PRB

0...12, step 1

0dB (0), 1dB (1), 2dB (2), 3dB (3), 4dB (4), 5dB (5), 6dB (6), 8dB (7), 10dB (8), 12dB (9), 14dB (10), 16dB (11), 18dB (12), 20dB (13), 22dB (14), 24dB (15)

-6 dB (0), -4 dB (1), -2 dB (2), 0 dB (3)

-6 dB (0), -4 dB (1), -2 dB (2), 0 dB (3)

-140...-44 dBm, step 2 dBm

-140...-44 dBm, step 2 dBm

2 (0), 5 (1), 10 (2), 20 (3), 50 (4), 100 (5), 200 (6), 500 (7), 1000 (8)

8ms (0), 16ms (1), 24ms (2), 32ms (3), 40ms (4), 48ms (5), 56ms (6), 64ms (7)

1...60 s, step 1 s

-infinity (0), 0 dB (1), 5 dB (2), 8 dB (3), 10 dB (4), 12 dB (5), 15 dB (6), 18 dB (7)

4 (0), 8 (1), 12 (2), 16 (3), 20 (4), 24 (5), 28 (6), 32 (7), 36 (8), 40 (9), 44 (10), 48 (11), 52 (12), 56 (13), 60 (14), 64 (15)

0...1, step 1

4 (0), 8 (1), 12 (2), 16 (3), 20 (4), 24 (5), 28 (6), 32 (7), 36 (8), 40 (9), 44 (10), 48 (11), 52 (12), 56 (13), 60 (14)

2 (0), 3 (1), 4 (2), 5 (3), 6 (4), 7 (5), 8 (6), 10 (7)

56 bits (0), 144 bits (1), 208 bits (2), 256 bits (3)

LTE BTS <-> EM, LTE BTS <-> RAC, RAC <-> RACApp

1 (0), 2 (1)

-1...0 ms, step 1 ms

0...837, step 1

0...200 dBm, step 0.01 dBm



SIB2 (0), SIB3 (1), SIB4 (2)

80 (0), 160 (1), 320 (2), 640 (3), 1280 (4), 2560 (5), 5120 (6)

1...4, step 1

SIB2 (0), SIB3 (1), SIB4 (2)

80 (0), 160 (1), 320 (2), 640 (3), 1280 (4), 2560 (5), 5120 (6)

1...4, step 1

SIB2 (0), SIB3 (1), SIB4 (2)

80 (0), 160 (1), 320 (2), 640 (3), 1280 (4), 2560 (5), 5120 (6)

1...4, step 1

1ms (0), 2ms (1), 5ms (2), 10ms (3), 15ms (4), 20ms (5), 40ms (6)

Bit 0: AC 11, Bit 1: AC 12, Bit 2: AC 13, Bit 3: AC 14, Bit 4: AC 15,

4s (0), 8s (1), 16s (2), 32s (3), 64s (4), 128s (5), 256s (6), 512s (7)

0% (0), 5% (1), 10% (2), 15% (3), 20% (4), 25% (5), 30% (6), 40% (7), 50% (8), 60% (9), 70% (10), 75% (11), 80% (12), 85% (13), 90% (14), 95% (15)

LTE BTS <-> LTE BTS, LTE BTS <-> EM, LTE BTS <-> RAC, RAC <-> RACApp

1...1000, step 1

1...100, step 1

0bw (0), 1bw (1), 2bw (2), 3bw (3)

0bw (0), 1bw (1), 2bw (2), 3bw (3), 4bw (4), 5bw (5), 6bw (6), 7bw (7)

0hbw (0), 1hbw (1), 2hbw (2), 3hbw (3)

0...15, step 1

Disabled (0), Enabled (1)

0sc (0), 1sc (1), 2sc (2), 3sc (3), 4sc (4), 5sc (5), 6sc (6), 7sc (7), 8sc (8), 9sc (9), 10sc (10), 11sc (11), 12sc (12), 13sc (13), 14sc (14), 15sc (15)

40 (0), 80 (1), 160 (2), 320 (3), 640 (4), 1280 (5), 2560 (6), 5120 (7), 10240 (8), 20480 (9), 40960 (10)

detected (0), configured (1)

SingleTx (0), TxDiv (1)



1000...16000 ms, step 1000 ms

50ms (0), 100ms (1), 150ms (2), 200ms (3), 500ms (4), 1000ms (5), 2000ms (6)

0ms (0), 50ms (1), 100ms (2), 200ms (3), 500ms (4), 1000ms (5), 2000ms (6)

1000ms (0), 3000ms (1), 5000ms (2), 10000ms (3), 15000ms (4), 20000ms (5), 30000ms (6)

30s (0), 60s (1), 120s (2), 180s (3), 240s (4)

30s (0), 60s (1), 120s (2), 180s (3), 240s (4)

5ms (0), 10ms (1), 16ms (2), 20ms (3), 32ms (4), 40ms (5), 64ms (6), 80ms (7), 128ms (8), 160ms (9), 320ms (10), 640ms (11), 1280ms (12), 2560ms (13), infinity (14)

10sf (0), 20sf (1), 50sf (2), 100sf (3), 200sf (4), 500sf (5), 1000sf (6), infinity (7)

0sf (0), 10sf (1), 20sf (2), 50sf (3), 100sf (4), 200sf (5), 500sf (6), 1000sf (7)

320 ms (0), 640 ms (1), 1280 ms (2), 2560 ms (3), 5120 ms (4), 10240 ms (5)

0...7 s, step 1 s

1...9 16Ts, step 1 16Ts

500 ms (0), 750 ms (1), 1280 ms (2), 1920 ms (3), 2560 ms (4), 5120 ms (5), 10240 ms (6)

0...65535, step 1


TPC step size set -1,0,3 (0), TPC step size set -1,1 (1)

1...10000, step 1

5 MHz (2), 10 MHz (3), 20 MHz (4)


0...7, step 1


0...29, step 1

0...50 %, step 1 %




10...500 tb, step 10 tb


1...50, step 1


alpha 0 (0), alpha 0.4 (1), alpha 0.5 (2), alpha 0.6 (3), alpha 0.7 (4), alpha 0.8 (5), alpha 0.9 (6), alpha 1 (7)

-120 dBm (0), -118 dBm (1), -116 dBm (2), -114 dBm (3), -112 dBm (4), -110 dBm (5), -108 dBm (6), -106 dBm (7), -104 dBm (8), -102 dBm (9), -100 dBm (10), -98 dBm (11), -96 dBm (12), -94 dBm (13), -92 dBm (14), -90 dBm (15)


1...65536, step 10...255, step 1

EM <-> LTE BTS, LTE BTS <-> RAC, RAC <-> RACApp2...255, step 1

120...775 mA, step 1 mA


0...360 deg, step 1 deg

Band I (1), Band II (2), Band III (3), Band IV (4), Band V (5), Band VI (6), Band VII (7), Band VIII (8), Band IX (9), Band X (10), Band XI (11), Band XII (12), Band XIII (13), Band XIV (14)

0...25.5 dBi, step 0.1 dBi0...359.9 deg, step 0.1 deg0...15 characters0...17 characters

1...18, step 10...32 characters

Internal (0), Shared (1), External (2)

0...99 dB, step 0.01 dB0...6 characters0...5 characters

Not Defined (-1), LNA1 (0), LNA2 (1)

0...99 dB, step 0.01 dB


0...99 dB, step 0.01 dB

1...255, step 1

WMHA (0), WMHB (1), WMHC (2), WMHD (3), MDTA (4), MDPA (5), MDGA (6), MDDA (7), FLJA (8), DTMAFV1 (9), DTMAFV3 (10), DTMAFV4 (11), DTMARETFV1 (12), DTMARETFV2 (13), DTMARETFV3 (14), DTMARETFV4 (15), SDTMARETFV1 (16), SDTMARETFV2 (17), SDTMARETFV3 (18), TMAFV1 (19), TMAFV3

0...99 dB, step 0.01 dB

1...80 characters

NONE (-1), FR1-ANT1 (0), FR1-ANT3 (1), FR1-ANT5 (2), FR2-ANT1 (3), FR2-ANT3 (4), FR2-ANT5 (5), FR3-ANT1 (6), FR3-ANT3 (7), FR3-ANT5 (8)0...32 characters

1...80 characters2...255, step 1

0...6553500 kHz, step 100 kHz

0...6553500 kHz, step 100 kHz

0...6553500 kHz, step 100 kHz

0...6553500 kHz, step 100 kHzBit 0: Bypass, Bit 1: VSWR, Bit 2: spare1 (Always 0), Bit 3: spare2 (Always 0), Bit 4: spare3 (Always 0), Bit 5: spare4 (Always 0), Bit 6: spare5 (Always 0), Bit 7: spare6 (Always 0),

None (-1), BTS1 (0), BTS2 (1), NODEB0 (2), NODEB1 (3)


1...10000, step 1

1...10000, step 1

1...10000, step 1

1...10000, step 1

1...10000, step 1

1...1, step 1


1...255 characters

expeditedForwarding (0), assuredForwardingClass43 (1), assuredForwardingClass42 (2), assuredForwardingClass41 (3), assuredForwardingClass33 (4), assuredForwardingClass32 (5), assuredForwardingClass31 (6), assuredForwardingClass23 (7), assuredForwardingClass22 (8), assuredForwardingClass21 (9), assur

1...11 characters0...255, step 1


-90...90 deg., step 0.1 deg.


0...360 deg, step 1 deg

Band I (1), Band II (2), Band III (3), Band IV (4), Band V (5), Band VI (6), Band VII (7), Band VIII (8), Band IX (9), Band X (10), Band XI (11), Band XII (12), Band XIII (13), Band XIV (14)

0...25.5 dBi, step 0.1 dBi0...359.9 deg, step 0.1 deg0...999 meters, step 1 meters0...31, step 10...15 characters0...17 characters

voice (0), data (1), voice/data (2)

Type 1 (1), Type 2 (2), Type 3 (3), Type 4 (4), Type 5 (5), Type 6 (6), Type 7 (7), Type 8 (8), Type 9 (9)

1...18, step 10...32 characters





1...4000 characters

Internal (0), Shared (1), External (2)0...6 characters0...5 characters

2...30 characters

-90...90 deg, step 0.1 deg

-90...90 deg., step 0.1 deg.

-90...90 deg, step 0.1 deg

1...80 characters

1...255, step 1

NONE (-1), FR1-ANT1 (0), FR1-ANT3 (1), FR1-ANT5 (2), FR2-ANT1 (3), FR2-ANT3 (4), FR2-ANT5 (5), FR3-ANT1 (6), FR3-ANT3 (7), FR3-ANT5 (8)0...32 characters

1...80 characters

1...30 characters

1...8, step 1

1...15, step 1


1...1, step 1

1024...65535, step 1


clkPDH (1), clkSyncE (3), clkToP (4), extClock (5)

0...16, step 1

1...2, step 1



1...1, step 1

1...1, step 1

1...1, step 1


-5...-3, step 1

7...15 characters

1...1, step 1

1...1, step 1

7...7 characters

Default Value Default Value Notes Special Value Formula Required on Creation Modification

- internal_v Mandatory Not modifiable

Mandatory BTS restart needed

0.0.0.0 The default value shall be interpreted as IP-Address Mandatory BTS restart needed

- internal_v Mandatory BTS restart needed



2 internal_v Mandatory BTS restart needed

- Mandatory BTS restart needed

0.0.0.0 The default value shall be interpreted as IP-Address Mandatory BTS restart needed


389 internal_v Optional On-line

- Mandatory On-line

- Optional On-line





- Optional On-line



- Optional BTS restart needed

- internal_v Optional On-line

- internal_v Optional On-line- internal_v Mandatory BTS restart needed




Optional On-line

- internal_v Mandatory On-line

- Mandatory On-line


false Mandatory On-line

- Mandatory On-line

Normally_closed (1) Mandatory On-line

- Mandatory On-line


Optional On-line

- Mandatory On-line


false Mandatory On-line

Off (1) Mandatory On-line

- Mandatory On-line

false Mandatory BTS restart needed

Optional On-line

- Mandatory On-line

- Optional On-line

Optional On-line

- Optional On-line

- Optional On-line

- Optional On-line

- Optional On-line

- Optional On-line


Mandatory On-line

- Mandatory On-line

- Mandatory On-line


- Mandatory On-line

- Optional On-line

- Value set by the system Not modifiable

- Mandatory Not modifiable




- Mandatory On-line

LN1.0 In this release the value is fixed to "LN1.0" (without Mandatory Not modifiable


- Optional On-line


- Mandatory On-line

- Optional On-line



60 seconds Value 0 means 'painternal_v Mandatory BTS restart needed

2 seconds internal_v Mandatory BTS restart needed


- Mandatory On-line


- Mandatory On-line

true The plain IP interface by default has the 6 PHB queuOptional On-line

1522 octets internal_v Optional On-line

1522 octets internal_v Optional On-line

1000000 kbps internal_v Optional On-line

1000000 kbps internal_v Optional On-line

- Optional On-line

- Mandatory On-line



- Optional On-line- internal_v Optional On-line


- Mandatory On-line


Optional On-line

- Optional On-line

- Optional On-line

- Optional On-line



- internal_v Value set by the system Not modifiable

Value set by the system Not modifiable



- internal_v Value set by the system Not modifiable- internal_v Value set by the system Not modifiable









- internal_v Value set by the system Not modifiable- internal_v Value set by the system Not modifiable













3 internal_v Mandatory Not modifiable


10 TTI 0: Value not rem internal_v Mandatory Not modifiable

50 TTI internal_v Mandatory Not modifiable

16 (6) Mandatory Not modifiable


true Mandatory Not modifiable


560 bits internal_v Mandatory Not modifiable

1500 ms Disables improveinternal_v Mandatory Not modifiable


unblocked (1) Value set by the system BTS restart needed

4 PRBs internal_v Mandatory Not modifiable

10 number internal_v Mandatory Not modifiable





0.5 internal_v Mandatory Not modifiable





- Value set by the system Not modifiableMandatory BTS restart needed

1 in RLT there exists only one valid PDCP Pinternal_v Mandatory Not modifiable

0 Mandatory BTS restart needed

750 (5) Mandatory BTS restart needed






Mandatory Not modifiable




- 0 means Not Applinternal_v Mandatory Not modifiable

qci 1 -> dscp 46; qci 2-> dscp 36; qci 3 -> dscp 46; qci 4 -> dscp 26; qci 5 -> dscp 34; qci 6 -> dscp 18; qci 7 -> dscp 28; qci 8 -> dscp 10; qci 9 -> dscp 0dscp mapping46 (=EF),36 (=AF42),46 (=EF),26 (=AF31),34 (=AF41),18 (=AF21),28 (=AF32),10 (=AF11),0 (=BE)

If qci parameter value is xx -> packet delay budget default value is yy: qci 1 -> packet 1; qci 2-> packet 2; qci 3 -> packet 0; qci 4 -> packet 3; qci 5 -> packet 1; qci 6 -> packet 3; qci 7 -> packet 1; qci 8 -> packet 3; qci 9 -> packet 3

If qci parameter value is xx -> packet loss rate default value is yy: qci 1 -> packet 0; qci 2-> packet 1; qci 3 -> packet 1; qci 4 -> packet 2; qci 5 -> packet 2; qci 6 -> packet 2; qci 7 -> packet 1; qci 8 -> packet 2; qci 9 -> packet 2

If qci parameter value is xx ->PDCP Profile Id (PdcpPI)default value is yy: qci 1 -> PdcpPI 0; qci 2-> PdcpPI 0; qci 3 -> PdcpPI 0; qci 4 -> PdcpPI 0; qci 5 -> PdcpPI 0; qci 6 -> PdcpPI 1; qci 7 -> PdcpPI 0; qci 8 -> PdcpPI 1; qci 9 -> PdcpPI 1

- internal_v Mandatory Not modifiable- internal_v Mandatory Not modifiable




- 0 means Not Applinternal_v Mandatory Not modifiable


If qci parameter value is xx -> priority default value is yy:qci 1 -> priority 2; qci 2-> priority 4; qci 3 -> priority 3; qci 4 -> priority 5; qci 5 -> priority 1; qci 6 -> priority 6; qci 7 -> priority 7; qci 8 -> priority 8; qci 9 -> priority 9

If qci parameter value is xx -> QCI support default value is yy: qci 1 -> qcisup 0; qci 2-> qcisup 0; qci 3 -> qcisup 0; qci 4 -> qcisup 0; qci 5 -> qcisup 0; qci 6 -> qcisup 1; qci 7 -> qcisup 0; qci 8 -> qcisup 1; qci 9 -> qcisup 1

If qci parameter value is xx -> RLC Mode (RlcMo) default value is yy: qci 1 -> RlcMo 2; qci 2-> RlcMo 2; qci 3 -> RlcMo 2; qci 4 -> RlcMo 2; qci 5 -> RlcMo 2; qci 6 -> RlcMo 1; qci 7 -> RlcMo 2; qci 8 -> RlcMo 1; qci 9 -> RlcMo 1

If qci parameter value is xx -> RLC Profile Id (RlcPI)default value is yy: qci 1 -> RlcPI 0; qci 2-> RlcPI 0; qci 3 -> RlcPI 0; qci 4 -> RlcPI 0; qci 5 -> RlcPI 0; qci 6 -> RlcPI 1; qci 7 -> RlcPI 0; qci 8 -> RlcPI 1; qci 9 -> RlcPI 1

If qci parameter value is xx ->the ulsBSD is yy: qci 1 -> ulsBSD 5; qci 2 -> ulsBSD 5; qci 3 -> ulsBSD 5; qci 4 -> ulsBSD 5; qci 5 -> ulsBSD 5; qci 6 -> ulsBSD 0; qci 7 -> ulsBSD 5; qci 8 -> ulsBSD 0; qci 9 -> ulsBSD 0

- 0 means Not Applinternal_v Mandatory BTS restart needed


512 bit internal_v Mandatory Not modifiable




1 in RLT there exists only one valid RLC Prointernal_v Mandatory Not modifiable



If qci parameter value is xx ->the ulsPrio is yy: qci 1 -> ulsPrio 0; qci 2 -> ulsPrio 0; qci 3 -> ulsPrio 0; qci 4 -> ulsPrio 0; qci 5 -> ulsPrio 0; qci 6 -> ulsPrio 16; qci 7 -> ulsPrio 0; qci 8 -> ulsPrio 16; qci 9 -> ulsPrio 16



20 sub-functionality internal_v Mandatory BTS restart needed

500 ms sub-functionality internal_v Mandatory BTS restart needed

500 ms FFS internal_v Mandatory Not modifiable

10 s internal_v Mandatory Not modifiable


50 ms internal_v Mandatory BTS restart needed


10000 ms internal_v Mandatory Not modifiable



















50 TTI internal_v Mandatory Not modifiable




infinity (7) Indefinite amount of event reports Mandatory BTS restart needed

1024ms (4) Send event reports with an interval of 1024ms Mandatory BTS restart needed

- Trigger immediately Mandatory BTS restart ne

infinity (7) Indefinite amount of event reports Mandatory BTS restart needed

1024ms (4) Send event reports with an interval of 1024ms Mandatory BTS restart needed



- Trigger immediately Mandatory BTS restart needed

false Not barred for mobile terminating calls Mandatory BTS restart needed









notBarred (1) Not barred Mandatory BTS restart needed


- Not reserved for operator use Mandatory BTS restart needed


true Mandatory BTS restart needed

FBT2 (1) 1-> FTB2 (Aperiodic reporting family 3.x) Mandatory Not modifiable

3 TTI internal_v Mandatory BTS restart needed












64n (4) Mandatory BTS restart needed

128rf (2) 128rf Mandatory BTS restart needed

- corresponding to a 0 dB in range of -2 dB internal_v Mandatory BTS restart needed





10 MHz (3) Mandatory BTS restart needed

TXDiv (1) TxDiv Mandatory BTS restart needed


3 db (1) 3 db is deafult Mandatory BTS restart needed

0.1 internal_v Mandatory BTS restart needed

2 UE having CQI valinternal_v Mandatory BTS restart needed



PRBs with PSS or SSS and PBCH used (2) Mandatory BTS restart needed



23000 internal_v Mandatory BTS restart neededtrue Better cell HO by default enabled Mandatory BTS restart neededtrue Coverage HO by default enabled Mandatory BTS restart needed


- internal_v Optional BTS restart needed

fc4 (4) Mandatory BTS restart needed












300 second Disables inactivit internal_v Optional BTS restart needed

true True --> Indefinite Mandatory Not modifiable









0 dB (15) 0 dB means no offset Mandatory BTS restart needed


- Mandatory BTS restart needed1 internal_v Mandatory Not modifiable


unblocked (1) Value set by the system BTS restart needed

170000 kbps internal_v Mandatory BTS restart needed




















- 2 Mandatory BTS restart needed







0 dB (1) corresponding to 0 dB Mandatory Not modifiable










43 dBm internal_v Mandatory BTS restart needed

quarterT (4) quarterT Mandatory BTS restart needed











false High speed is not supported Mandatory BTS restart needed

2dB (1) Mandatory BTS restart needed

8 (5) 8 Mandatory BTS restart needed




6 PRB internal_v Mandatory Not modifiable








32ms (3) Mandatory BTS restart needed

20 s internal_v Mandatory BTS restart needed

10 dB (4) value 4 means 10dB Mandatory BTS restart needed





144 bits (1) Mandatory Not modifiable

false Default is 0 -> false Mandatory BTS restart needed

- Same periodicity as chosen for CQI Mandatory BTS restart needed

- Default is 0 the RI reports use the same l internal_v Mandatory BTS restart needed


117.22 dBm internal_v Mandatory BTS restart needed






SIB3 (1) Mandatory BTS restart needed



SIB4 (2) Mandatory BTS restart needed







false false ---> disabled Mandatory Not modifiable



3bw (3) Mandatory Not modifiable


3hbw (3) 3 = 4 RB --> hopping switched off Mandatory Not modifiable

7 corresponding to 0 dB for DELTA_TF_E internal_v Mandatory BTS restart needed

Enabled (1) Enabled -> simultaneous ACK/NACK enabled Mandatory Not modifiable

- must set to 3 for systems over 5MHz BW else must seMandatory Not modifiable












40ms (5) infinity means disabled Mandatory BTS restart needed

20sf (1) 20 ms = 20sf Mandatory BTS restart needed

- 0 ms = 0sf Mandatory BTS restart needed

2560 ms (3) Mandatory BTS restart needed


2 16Ts internal_v Mandatory BTS restart needed






10 MHz (3) Mandatory BTS restart needed

false Uplink Group hopping in not enabled Mandatory Not modifiable


false Mandatory Not modifiable


10 % internal_v Mandatory BTS restart needed

true true --> enabled Mandatory BTS restart needed



30 tb internal_v Mandatory BTS restart needed

true true --> enabled Mandatory BTS restart needed


true in RL T only value true is supported Mandatory Not modifiable

alpha 1 (7) Mandatory BTS restart needed

-104 dBm (8) Mandatory BTS restart needed

- internal_vaMandatory BTS restart needed

- internal_v Mandatory Not modifiable- internal_v Value set by the system Not modifiable

- Mandatory BTS restart needed- internal_v Value set by the system Not modifiable

165 mA internal_v Mandatory BTS restart needed

Optional On-line

- 0 = unused (0) internal_v Mandatory On-line

- Mandatory On-line

- 0 = unused (0) internal_v Mandatory On-line- internal_v Optional On-line- Optional On-line- Optional On-line

- internal_v Mandatory BTS restart needed- Optional On-line


- internal_v Value set by the system Not modifiable- Optional On-line- Optional On-line









- Mandatory BTS restart needed- Optional On-line

- Mandatory BTS restart needed- internal_v Value set by the system Not modifiable




- internal_v Value set by the system Not modifiable0 Value set by the system Not modifiable


Optional On-line







Optional On-line

- Optional On-line

- Optional On-line

- Optional On-line- internal_v Value set by the system Not modifiable



Optional On-line

- 0 = unused (0) internal_v Mandatory On-line

- Mandatory On-line

- 0 = unused (0) internal_v Mandatory On-line- internal_v Optional On-line- internal_v Optional On-line- internal_v Optional On-line- Optional On-line- Optional On-line

- Optional On-line

- Optional On-line

- internal_v Mandatory BTS restart needed- Optional On-line

false Optional On-line

false Value set by the system Not modifiable

false Optional On-line

true Value set by the system Not modifiable

- Optional On-line

- Mandatory BTS restart needed- Optional On-line- Optional On-line


- 2550 means uncointernal_v Optional On-line





- Mandatory BTS restart needed- Optional On-line





30 seconds Value 0 means heainternal_v Mandatory BTS restart needed



Optional On-line

- Mandatory On-line



true By default SSM support is enabled. Optional On-line

5 seconds internal_v Optional On-line




- Optional On-line

- This means 16 per second. internal_v Optional On-line

- Optional On-line




Modified Related Features Calculation References Internal NE Type

LTE724a RROM support of NeighborNSN reference: OM_LTE_SFS_TNL.690 (internal)

BTS restart needed LTE724a RROM support of NeighborNSN reference: OM_LTE_SFS_TNL.690 (internal)






BTS restart needed LTE3 S1 common signalling NSN reference: OM_LTE_SFS_TNL.690 (internal)

BTS restart needed LTE1 S1/X2 data path managemen NSN reference: OM_LTE_SFS_TNL.690 (internal)

LTE666 LTE User Account Management



LTE160 Flexi Multimode BTS 3GPP NSN reference: Antenna Line Management EFS / WBTS_OAM_42908 (internal)

BTS restart needed LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_44030 (internal)





BTS restart needed NSN reference: Commissioning EFS / WBTS_OAM_24099 (internal)




LTE160 Flexi Multimode BTS 3GPP NSN reference: Antenna Line Management EFS / WBTS_OAM_28002 (internal)BTS restart needed LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_41239 (internal)



BTS restart needed LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_24079??? (internal)

LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_24075 (internal)

NSN reference: Commissioning EFS / WBTS_OAM_24075 (internal)




NSN reference: Commissioning EFS / WBTS_OAM_24075 / WBTS_OAM_39494 / WBTS_OAM_42880 (internal)




















BTS restart needed NSN reference: Comissioning EFS / WBTS_OAM_37842 (internal)

LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_25709 (internal), NSN reference: BTSSM Commissioning FS (internal)

NSN reference: Commissioning EFS / WBTS_OAM_25709 (internal), NSN reference: BTSSM Commissioning FS (internal)




NSN reference: WBTS_TRS_3401 (internal)


NSN reference: OM_LTE_SFS_TNL.95 (internal)


NSN reference: WBTS_TRS_3383, WBTS_TRS_3384, WBTS_TRS_3307 (internal)

LTE1 S1/X2 data path managemen NSN reference: OM_LTE_SFS_TNL.383 (internal)




LTE664 LTE transport protocol stacNSN reference: WBTS_TRS_3378, WBTS_TRS_3471 (internal), NSN reference: SFS "LTE Transport Network Layer Operability" version 0.4.0 (internal)

LTE664 LTE transport protocol stacNSN reference: WBTS_TRS_4094 (internal)

NSN reference: WBTS_TRS_3378, WBTS_TRS_3471 (internal)

LTE132 VLAN based traffic differentiation

LTE138 Traffic Shaping (UL)

LTE138 Traffic Shaping (UL) NSN reference: TT_LTE_SFS_TRANSPORT.1087 (internal)

LTE138 Traffic Shaping (UL)

LTE138 Traffic Shaping (UL) NSN reference: WBTS_TRS_4284 (internal)

LTE138 Traffic Shaping (UL) NSN reference: TT_LTE_SFS_TRANSPORT.1088 (internal)

LTE132 VLAN based traffic differentNSN reference: TT_LTE_SFS_TRANSPORT.1089 (internal)

LTE158 NTP clock time synchronization

LTE158 NTP clock time synchronizationLTE664 LTE transport protocol stack on IPv4

BTS restart needed LTE145 LTE Configuration Manage NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)

BTS restart needed LTE145 LTE Configuration Manage NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)

LTE724a RROM support of Neighbor3GPP Reference: TS 36.413 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1423 (internal)

LTE724a RROM support of Neighbor3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1427 (internal)

3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1427 (internal)


3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1427 (internal)3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1427 (internal)








3GPP Reference: TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1437 (internal)

3GPP Reference: TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1437 (internal)3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1437 (internal)








LTE724-a RROM support of Neighbor3GPP Reference: TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1429 (internal)




LTE767-a Aperiodic CQI reception foNSN reference: RRM_LTE_SFS_RRM.1927 (internal)

LTE767-a Aperiodic CQI reception foNSN reference: RRM_LTE_SFS_RRM.1927 (internal)

LTE31-d Simplified CQI based Link NSN reference: RRM SFS/object_id 958 (internal)

LTE31-d Simplified CQI based Link NSN reference: RRM SFS/object_id 958 (internal)

LTE45 Fair scheduler (UL/DL) NSN reference: RRM SFS/object_id 959 (internal)

LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.579, Baseline 4.2 (V6.1) (internal), 3GPP Reference: TS 36.331 (internal), 3GPP Reference: TS 36.322 (internal)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM, Baseline 1.0 (V2.0_RLDpro_RLT2nd) (internal)

LBT966 Minor Corrections in Inc 18 NSN reference: RRM_LTE_SFS_RRM.955 (internal)

LTE3-c Support of S1 setup messa NSN reference: TF_LTE_SFS_COMMONSIG_1044 (internal), 3GPP Reference: TS 36.413 9.1.8.4 (public)

LTE815 Proactive UL Resource As NSN reference: RRM SFS/object_id 2053 (internal)

LTE815 Proactive UL Resource As NSN reference: RRM SFS/object_id 2053 (internal)

LTE145 LTE Configuration Manage NSN reference: TF_LTE_SFS_COMMONSIG_1041 (internal), 3GPP Reference: TS 36.413 (public), 3GPP Reference: TS 36.423_9.2.24 (public)

BTS restart needed LTE145 LTE Configuration Manage NSN reference: OM_LTE_SFS_RNL (internal)


LTE3 S1 common signalling NSN reference: TF_LTE_SFS_COMMONSIG_1035 (internal), NSN reference: OM_LTE_SFS_RNL.353 (internal), 3GPP Reference: 36.413-810 8.7.1.3.2 (internal)

LTE3 S1 common signalling NSN reference: TF_LTE_SFS_COMMONSIG_1047 (internal)



LTE3 S1 common signalling 3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG.1390 (internal)

LTE70-b Downlink adaptive open l NSN reference: RRM SFS/object_id 1881 (internal)





LTE145 LTE Configuration Manage NSN reference: OM_LTE_SFS_RNL (internal)BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.293:internal (internal)

LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.594:Internal (internal)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.585:Internal (internal), 3GPP Reference: TS 36.331:Public (public), 3GPP Reference: TS 36.323:Public (public)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.334, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.322 (public)






LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.279, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 23.401 (internal)

BTS restart needed 3GPP Reference: ITU RFC 2474, RFC 2597, RFC 3246 (internal), NSN reference: TF_LTE_SFS_BEARERMAN.598 (internal)

NSN reference: TF_LTE_SFS_BEARERMAN.444, Baseline 4.2 (V6.1) (internal), 3GPP Reference: TS 23.403 (internal)

NSN reference: TF_LTE_SFS_BEARERMAN.445, Baseline 4.2 (V6.1) (internal)

NSN reference: TF_LTE_SFS_BEARERMAN.332 (internal)

NSN reference: TF_LTE_SFS_BEARERMAN.443, Baseline 4.2 (V6.1) (internal), 3GPP Reference: TS 23.402 (internal)LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.300 (internal), 3GPP Reference: TS 23.203 (public)


LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.442 (internal), NSN reference: TS 23.203 (public)



BTS restart needed 3GPP Reference: TS 36.331, TS 36 321 (public), NSN reference: TF_LTE_SFS_BEARERMAN.690 (internal)

BTS restart needed 3GPP Reference: TS 36.331, TS 36 321 (public), NSN reference: TF_LTE_SFS_BEARERMAN.692 (internal)

LTE41 PDCP, MAC & RLC support NSN reference: RRM SFS/object_id 1539 (internal)

LTE41 PDCP, MAC & RLC support NSN reference: RRM SFS/object_id 1539 (internal)


BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.283 (internal)

BTS restart needed NSN reference: TF_LTE_SFS_BEARERMAN.348 (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.322 (public)





BTS restart needed LTE50-e Radio Link Failure from NSN reference: RRM_LTE_SFS_RRM.1531 (internal)



LTE5 Radio bearer and S1 bearer eNSN reference: TF_LTE_SFS_BEARERMAN.424, Baseline1.0 (V2.0) (internal)



BTS restart needed LTE53 Intra and inter eNB handover3GPP Reference: TS 36.423 (public)


LTE50a C-Plane exception handlin NSN reference: TF_LTE_SFS_UE STATE HANDLING.840 (internal)






BTS restart needed LTE53 Intra and inter eNB handoverNSN reference: TF_LTE_SFS_MM.1444, Baseline 4.1 (V6.1) (internal), 3GPP Reference: TS 36.331 (internal)


LTE81 Cell range up to 13 km NSN reference: TF_LTE_SFS_RL2_1062 (internal)

LTE81 Cell range up to 13 km NSN reference: TF_LTE_SFS_RL2_1062 (internal)


LTE31-b Simplified BLER based LinNSN reference: RRM SFS/object_id 974 (internal)




LTE31 Link adaption by AMC (UL/DNSN reference: RRM SFS/object_id 974 (internal)







BTS restart needed LTE53c Simplified intra eNB hando 3GPP Reference: TS 36.331 V8.3.0 + latest CR R2-08xxxx (internal), NSN reference: RRM_LTE_SFS_RRM.945, Baseline V4 (V2.0.1, 20.06.2008) (internal)


BTS restart needed LTE53c Simplified intra eNB hando 3GPP Reference: TS 36.331 V8.3.0 (internal), NSN reference: RRM_LTE_SFS_RRM.945 (V3.0.1, 26.09.2008) (internal)

range and LTE53c Simplified intra eNB hando 3GPP Reference: TS 36.331 V8.3.0 (internal), NSN reference: RRM_LTE_SFS_RRM.945 (V3.0.1, 26.09.2008) (internal)






BTS restart needed LTE39 System information broadca 3GPP Reference: TS 36.331 (internal)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS (internal), 3GPP Reference: TS 36.331 (public)


BTS restart needed LTE39 System information broadca 3GPP Reference: 36.211 / 6.6.2.2 (internal), NSN reference: Radio Layer 1 SFS / Id_1264 (internal)

LTE724a RROM support of NeighborNSN reference: OM_LTE_SFS_RNL_746 (internal)

LTE724a RROM support of NeighborNSN reference: OM_LTE_SFS_RNL_746: internal (public)




BTS restart needed LTE49 Paging, LTE39 System infor NSN reference: TF_LTE_SFS_SYS + requirement ID (internal), 3GPP Reference: TS 36.331 + chapter (public), 3GPP Reference: TS 36.304 (public)


BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS _541 (internal), 3GPP Reference: TS 36.331 (public)

LTE41 PDCP, MAC & RLC support NSN reference: RRM_LTE_SFS_RRM.1284 (internal)

BTS restart needed NSN reference: RRM SFS/object_id 959 (internal)

LBT959 SFS baseline 09/2008 NSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS 36.213 V8.5.0 (public)

BTS restart needed LTE767-a Aperiodic CQI reception fNSN reference: RRM SFS/object_id 980 (internal)

LTE31-c Periodic CQI reception for NSN reference: RRM SFS/object_id 980 (internal)

LBT959 SFS baseline 09/2008 NSN reference: RRM SFS/object_id 980 (internal), 3GPP Reference: TS36213 (public)

LTE31-c Periodic CQI reception for NSN reference: RRM SFS/object_id 980 (internal)

BTS restart needed LTE31-c Periodic CQI reception for NSN reference: RRM SFS/object_id 980 (internal)

LBT959 SFS baseline 09/2008 3GPP Reference: TS36211 (public)

BTS restart needed LTE39 System information broadca NSN reference: RRM_LTE_SFS_RRM.1725 (internal), 3GPP Reference: TS 36.213 (public)

BTS restart needed NSN reference: RRM_LTE_SFS_RRM.1725 (internal), 3GPP Reference: TS 36.213 (public)





BTS restart needed LTE41 PDCP, MAC & RLC support NSN reference: TF_LTE_SFS_RRM.1284/1736 (internal), 3GPP Reference: TS 36.321, TS 36.331 (public)

BTS restart needed LTE39 System information broadca 3GPP Reference: TS 36.331 (8.2.0) , TS 36.304 (public), NSN reference: TF_LTE_SFS_UESTATE.855 (internal)

BTS restart needed NSN reference: RRM SFS/object_id 1725 (internal)

LTE40 Physical & transport channel3GPP Reference: 36.211 / 5.4.1 (public), NSN reference: Radio Layer 1 SFS/object_id 1245 (internal)

BTS restart needed LTE27 Open loop UL power control 3GPP Reference: TS36.211 / 6.2.3 (internal), NSN reference: RRM SFS/object_id 648 (internal)

BTS restart needed LTE43 Support of 64 QAM in DL NSN reference: RL1 SFS/object_id 1150 (internal)

BTS restart needed LTE27 Open loop UL power control 3GPP Reference: TS36.313 (internal), NSN reference: RRM SFS/object_id 765 (internal)

BTS restart needed LTE40 Physical & transport channel3GPP Reference: TS36.104/5.2 (internal), NSN reference: Radio Layer 1 SFS/object_id 1085 (internal)

BTS restart needed LTE703 Downlink adaptive closed l NSN reference: Radio Layer 1 SFSobject_id 1106 (internal)

BTS restart needed LTE31-b Simplified BLER based LinNSN reference: RRM SFS/object_id 968 (internal)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (internal), 3GPP Reference: TS 36.323 (internal)




BTS restart needed LTE27 Open loop UL power control 3GPP Reference: TS36.313 (public), NSN reference: RRM SFS/object_id 966 (internal)

BTS restart needed LBT961 3GPP baseline 12/2008 NSN reference: RRM SFS/object_id 1531 (internal)


BTS restart needed LTE40 Physical & transport channel3GPP Reference: 36.104 / 5.4.3 (internal), NSN reference: Radio Layer 1 SFS/object_id 1266 (internal)

BTS restart needed LTE40 Physical & transport channel3GPP Reference: 36.104 / 5.4.3 (internal), NSN reference: Radio Layer 1 SFS/object_id 1270 (internal)BTS restart needed LTE53c Simplified intra eNB hando NSN reference: RRM_LTE_SFS_RRM.945, RRM_LTE_SFS_RRM.1063, Baseline V4 (V2.0.1, 20.06.2008) (internal)BTS restart needed LTE53c Simplified intra eNB hando NSN reference: RRM_LTE_SFS_RRM.945, RRM_LTE_SFS_RRM.1063, Baseline V4 (V2.0.1, 20.06.2008) (internal)

LTE654 LTE Configuration Manage NSN reference: OM_LTE_SFS_RNL_1075 (internal), 3GPP Reference: TS 36.423-840 (public)

BTS restart needed NSN reference: Applications and Solutions/Configuration WBTS_APPS_4436 (internal)

BTS restart needed LTE27 Open loop UL power control NSN reference: RRM_LTE_SFS_RRM.1725 (internal), 3GPP Reference: TS 36.331 (public)


BTS restart needed NSN reference: TF_LTE_SFS_SYS _539 (internal), 3GPP Reference: TS 36.331 (public)



BTS restart needed LTE39 System information broadca 3GPP Reference: 36.211/5.5.1, 36.311/6.3.2 (public), NSN reference: Radio Layer 1 SFS / Id_1739 (internal)

BTS restart needed LTE41 PDCP, MAC & RLC support 3GPP Reference: 36.331 (public), NSN reference: Radio Layer 2 SFS/object_id 1060 (internal)


BTS restart needed LTE41 PDCP, MAC & RLC support 3GPP Reference: TS 36.331 (internal), NSN reference: Radio Layer 2 SFS/object_id 1042 (internal)

LTE39 System information broadca 3GPP Reference: 36.211/5.3.4, 36.331/6.3.2 (public), NSN reference: Radio Layer 1 SFS / Id_1275 (internal)

LTE39 System information broadca 3GPP Reference: 36.211/5.3.4, 36.311/6.3.2 (public), NSN reference: Radio Layer 1 SFS / Id_1279 (internal)

LTE145 LTE Configuration Manage NSN reference: OM_LTE_SFS_RNL (internal)

BTS restart needed LTE41 PDCP, MAC & RLC support NSN reference: RRM SFS/object_id 1620 (internal)

LTE40-d Uplink sounding signal NSN reference: RRM_LTE_SFS_RRM (internal), 3GPP Reference: TS36211 V8.4.0., TS36213 V8.4.0 (public)




BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS_666 (internal), 3GPP Reference: TS 36.331 (public)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS_666, TF_LTE_SFS_SYS_705 (internal), 3GPP Reference: TS 36.331 (public)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS_666, TF_LTE_SFS_SYS_705 (internal), 3GPP Reference: TS 36.331 (public)


BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS.664, (baseline 5.2, SFSv5.1.3):internal (internal), 3GPP Reference: TS 36.331 (public)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS.664 (internal), 3GPP Reference: TS 36.331 (public)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS.544 , (baseline 5.2, SFSv5.1.3) (internal)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS_791 (internal), 3GPP Reference: TS 36.331, TS 36.304 (public)LTE145 LTE Configuration Manage NSN reference: OM_LTE_SFS_RNL (internal)

NSN reference: OM_LTE_SFS_RNL_1072 (internal)


BTS restart needed LTE20 Admission control NSN reference: RRM_LTE_SFS_RRM.1538, Baseline 4.1 (V6.1_LTE_SIS1_1208) (internal)


BTS restart needed LBT959 SFS baseline 09/2008 NSN reference: RRM_LTE_SFS_RRM.958 (internal)




BTS restart needed LTE40 Physical & transport channel3GPP Reference: TS36.211 / 6.7 (internal), NSN reference: Radio Layer 1 SFSobject_id 1124 (internal)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1538, Baseline 4.1 (V6.1_LTE_SIS1_1208) (internal)



BTS restart needed LTE45 Fair scheduler (UL/DL) NSN reference: RRM SFS/object_id 959 (internal)


BTS restart needed LTE20 Admission control NSN reference: RRM_LTE_SFS_RRM.1538/1805, Baseline 4.1 (V6.1_LTE_SIS1_1208) (internal)

BTS restart needed LTE39 System information broadca 3GPP Reference: TS 36.331 (public), NSN reference: TF_LTE_SFS_SYS (internal)

BTS restart needed LTE70-b Downlink adaptive open l NSN reference: RRM SFS/object_id 1881 (internal)







BTS restart needed LTE40 Physical & transport channel3GPP Reference: TS36.213 / 10.1 (public), NSN reference: RL1 SFS/object_id 525 (internal)



BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.304 (public)


BTS restart needed LTE40 Physical & transport channel3GPP Reference: TS36.213 / 5.4 (public), NSN reference: RL1 SFS/object_id 1350 (internal)

LTE31 Link adaption by AMC (UL/DNSN reference: TF_LTE_SFS_BM.452,RM_LTE_SFS_RRM.1955 (internal), 3GPP Reference: TS 36.331 (public)

BTS restart needed LTE39 System information broadca 3GPP Reference: 36.211 (public), NSN reference: Radio Layer 1 SFS / Id_1101 (internal)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS_616 (internal), 3GPP Reference: TS 36.331, TS 36.304 (public)





BTS restart needed LTE27 Open loop UL power control 3GPP Reference: TS36.311 / 6.3.2 (public), NSN reference: RRM SFS/object_id 648 (internal)



BTS restart needed LTE40 Physical & transport channel3GPP Reference: TS36.104/6.2 (public), NSN reference: Radio Layer 1 SFS/object_id 1207 (internal)

BTS restart needed LTE49 Paging, LTE39 System infor 3GPP Reference: TS 36.331 (8.2.0) (internal), NSN reference: TF_LTE_SFS_UESTATE.855 (internal)


BTS restart needed LTE31 Link adaption by AMC (UL/DNSN reference: RRM SFS/object_id 977 (internal)



BTS restart needed LTE40 Physical & transport channel3GPP Reference: 36.211 / 6.9.3 (public), NSN reference: Radio Layer 1 SFSobject_id 1235 (internal)

BTS restart needed LTE40 Physical & transport channelNSN reference: Radio Layer 1 SFSobject_id 1282 (internal)

BTS restart needed LTE40 Physical & transport channel3GPP Reference: TS36.211 / 6.11 (internal), NSN reference: Radio Layer 1 SFS/object_id 1075 (internal)


BTS restart needed LTE40 Physical & transport channelNSN reference: Radio Layer 1 SFS/object_id 1219 (internal), 3GPP Reference: 36.211 / 5.7.1, 36.331 / 6.3.2 (public)

BTS restart needed LTE40 Physical & transport channelNSN reference: Radio Layer 1 SFS/object_id 1222 (internal), 3GPP Reference: 36.211 / 5.7.1, 36.104 / 5.2, 36.331 / 6.3.2 (public)

BTS restart needed LTE39 System information broadca 3GPP Reference: 36.211 / 5.7.2 (internal), NSN reference: Radio Layer 1 SFS / Id_1228 (internal)


BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS.553, (baseline 5.2, SFSv5.1.3) (internal), 3GPP Reference: TS 36.321, 36.331 (internal)

LTE40 Physical & transport channel3GPP Reference: TS36.211 / 5.4 (public), NSN reference: Radio Layer 1 SFS object_id 1353 (internal)

BTS restart needed LBT959 SFS baseline 09/2008 NSN reference: RL1 SFS/object_id 756 (internal), 3GPP Reference: R2-085752, TS36331, TS36213 (public)


LTE745 NSN reference: RL1 SFS/object_id 1660 (internal), 3GPP Reference: R1-084061, 36.211/5.3.4, 36.331/6.3.2 (public)







BTS restart needed LTE39 System information broadca 3GPP Reference: TS 36.321 (public), NSN reference: TF_LTE_SFS_RL2 (internal), NSN reference: TF_LTE_SFS_SYS (internal)


BTS restart needed LTE41 PDCP, MAC & RLC support NSN reference: TF_LTE_SFS_RL2_1060 (internal)

BTS restart needed LTE41 PDCP, MAC & RLC support NSN reference: RL2 SFS/object_id 1060 (internal), 3GPP Reference: TS 36.331 6.3.2 (public)

BTS restart needed LTE40 Physical & transport channelNSN reference: Radio Layer 2 SFS/object_id 1060 (internal)

BTS restart needed LTE39 System information broadca 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.211 (public), NSN reference: TF_LTE_SFS_RL1 (internal), NSN reference: TF_LTE_SFS_SYS (internal)



LTE45 Fair scheduler (UL/DL) NSN reference: RRM SFS/object_id 956:internal (internal)

BTS restart needed LTE767 Support of aperiodic CQI r NSN reference: RRM_LTE_SFS_RRM.1284 (internal)

BTS restart needed LBT959 SFS baseline 09/2008 NSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS36213 (public)

BTS restart needed LBT959 SFS baseline 09/2008 NSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS36213 (public)


BTS restart needed NSN reference: LTE User Plane object id LTE_UP_4878 (internal)

BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS.560, (baseline 5.2, SFSv5.1.3) (internal), 3GPP Reference: TS 36.331, TS 36.304 (public)


BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS (internal)













LTE40-d Uplink sounding signal NSN reference: RRM SFS/object_id 981 (internal)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1531, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.377, Baseline 3.0 (V4.0) (internal)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.377, Baseline 3.0 (V4.0) (internal)


LTE40 Physical & transport channelNSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS 36.211 V8.4.0 , TS 36.213 V8.4.0 (public)


BTS restart needed LTE27 Open loop UL power control 3GPP Reference: TS36.211 / 6.2.3 (public), NSN reference: RRM SFS/object_id 648/1725 (internal)

LTE40-d Uplink sounding signal NSN reference: RRM_LTE_SFS_RRM.1284 (internal), NSN reference: TF_LTE_SFS_SYS.520 (internal), 3GPP Reference: TS 36.211 V8.5.0 (public)

LTE40-d Uplink sounding signal NSN reference: RRM_LTE_SFS_RRM (internal), 3GPP Reference: TS36211 V8.4.0, TS36213 V8.4.0 (public)



BTS restart needed LTE40 Physical & transport channelNSN reference: RL1 SFS/object_id 1678 (internal), 3GPP Reference: 36.211/6.11.1.2, 6.11.2.2 (public)



BTS restart needed LTE50 UE state management NSN reference: TF_LTE_SFS_UESTATE.986 (internal), 3GPP Reference: TS 36.331 (public)

BTS restart needed LTE53 Intra and inter eNB handoverNSN reference: TF_LTE_SFS_MM (internal), 3GPP Reference: TS 36.331 (public)


BTS restart needed LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS.611, (baseline 5.2, SFSv5.1.3) (internal), 3GPP Reference: TS 36.331 (internal)



BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (internal), 3GPP Reference: TS 36.323 (internal)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.323 (public)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.323 (public)

BTS restart needed LTE5 Radio bearer and S1 bearer eNSN reference: RRM_LTE_SFS_RRM.1539, Baseline 4.1 (V6.1) (internal), 3GPP Reference: TS 36.331 (internal)


BTS restart needed LTE81-a Simplified Timing Advanc NSN reference: RL2 SFS/object_id 1062 (internal)

BTS restart needed LTE41 PDCP, MAC & RLC support NSN reference: Radio Layer 2 SFS/object_id 1062 (internal), 3GPP Reference: 36.331 (public)

BTS restart needed LTE49 Paging, LTE39 System infor 3GPP Reference: TS 36.331 (internal)



BTS restart needed

BTS restart needed LTE40 Physical & transport channel3GPP Reference: TS36.104/5.2 (internal), NSN reference: Radio Layer 1 SFS/object_id 1198 (internal)

LTE801 Support of group hopping for3GPP Reference: 36.211 / 5.5.1.3 (public), NSN reference: Radio Layer 1 SFS / Id_1237 (internal)

BTS restart needed LTE40 Physical & transport channelNSN reference: Radio Layer 1 SFS/object_id 1294 (internal)

LTE39 System information broadca NSN reference: TF_LTE_SFS_SYS.462,TF_LTE_RL1_SYS.1272 (internal), 3GPP Reference: 3GPP Reference (public)

BTS restart needed LTE40 Physical & transport channel3GPP Reference: 36.211 / 5.5.1.3 (internal), NSN reference: Radio Layer 1 SFSobject_id 1241 (internal)








LTE27 Open loop UL power control 3GPP Reference: TS36.211 / 6.2.3 (public), NSN reference: RRM SFS/object_id 648 (internal)



BTS restart needed LTE27 Open loop UL power control NSN reference: RRM_LTE_SFS_RRM.1725 (internal), 3GPP Reference: TS 36.213 (public)

LTE145 LTE Configuration ManagementNSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

BTS restart needed NSN reference: Commissioning EFS / WBTS_OAM_24099 (internal)NSN reference: WBTS_OAM_37338 (internal), 3GPP Reference: AISG v.2.0 (public)


NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)



NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

BTS restart needed LTE145 LTE Configuration Manage NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)


NSN reference: WBTS_OAM_45432 (internal), 3GPP Reference: AISG v.2.0 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)


NSN reference: WBTS_OAM_45432 (internal), 3GPP Reference: AISG v.2.0 (public)







BTS restart needed LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_24099 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

BTS restart needed LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_24099 (internal)NSN reference: WBTS_OAM_37338 (internal), 3GPP Reference: AISG v.2.0 (public)




NSN reference: WBTS_OAM_45432 (internal), 3GPP Reference: AISG v.2.0 (public)NSN reference: WBTS_OAM_45432 (internal), 3GPP Reference: AISG v.2.0 (public)









NSN reference: TT_LE_SFS_TRANSPORT_585 + 540 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)


LTE160 Flexi Multimode BTS 3GPP NSN reference: Antenna Line Management EFS / WBTS_OAM_44221 (internal), 3GPP Reference: ts25.463 (public)




NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_45434 (internal)NSN reference: WBTS_OAM_45434 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

NSN reference: WBTS_OAM_45434 (internal)

NSN reference: WBTS_OAM_45434 (internal)

BTS restart needed LTE145 LTE Configuration Manage NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)






BTS restart needed LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_37363 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)







BTS restart needed LTE145 LTE Configuration Manage NSN reference: Commissioning EFS / WBTS_OAM_37363 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)






LTE1 S1/X2 data path managemen NSN reference: OM_LTE_SFS_TNL.382 (internal)


LTE134 Timing over Packet




LTE713 Synchronuous Ethernet

LTE713 Synchronuous Ethernet








LTE147 LTE Hardware Management

LTE147 LTE Hardware Management

NSN reference: Antenna Line Management EFS / WBTS_OAM_42908 (internal)










NSN reference: Antenna Line Management EFS / WBTS_OAM_28002 (internal)NSN reference: Commissioning EFS / WBTS_OAM_41239 (internal)



NSN reference: Commissioning EFS / WBTS_OAM_24079??? (internal)


























NSN reference: Comissioning EFS / WBTS_OAM_37842 (internal)






NSN reference: WBTS_TRS_3383, WBTS_TRS_3384, WBTS_TRS_3307 (internal)

NSN reference: WBTS_TRS_3378, WBTS_TRS_3471 (internal), NSN reference: SFS "LTE Transport Network Layer Operability" version 0.4.0 (internal)

NSN reference: WBTS_TRS_3378, WBTS_TRS_3471 (internal)

NSN reference: TT_LTE_SFS_TRANSPORT.1087 (internal)



NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)

NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)





3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1427 (internal)3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1427 (internal)









3GPP Reference: TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1437 (internal)3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG_1437 (internal)












NSN reference: TF_LTE_SFS_BEARERMAN.579, Baseline 4.2 (V6.1) (internal), 3GPP Reference: TS 36.331 (internal), 3GPP Reference: TS 36.322 (internal)

NSN reference: RRM_LTE_SFS_RRM, Baseline 1.0 (V2.0_RLDpro_RLT2nd) (internal)

NSN reference: TF_LTE_SFS_COMMONSIG_1044 (internal), 3GPP Reference: TS 36.413 9.1.8.4 (public)

NSN reference: TF_LTE_SFS_COMMONSIG_1041 (internal), 3GPP Reference: TS 36.413 (public), 3GPP Reference: TS 36.423_9.2.24 (public)

NSN reference: TF_LTE_SFS_COMMONSIG_1035 (internal), NSN reference: OM_LTE_SFS_RNL.353 (internal), 3GPP Reference: 36.413-810 8.7.1.3.2 (internal)

NSN reference: TF_LTE_SFS_COMMONSIG_1047 (internal)



3GPP Reference: TS 36.413, TS 36.423 (public), NSN reference: TF_LTE_SFS_COMMONSIG.1390 (internal)



NSN reference: TF_LTE_SFS_BEARERMAN.293:internal (internal)

NSN reference: TF_LTE_SFS_BEARERMAN.594:Internal (internal)

NSN reference: TF_LTE_SFS_BEARERMAN.585:Internal (internal), 3GPP Reference: TS 36.331:Public (public), 3GPP Reference: TS 36.323:Public (public)

NSN reference: TF_LTE_SFS_BEARERMAN.334, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.322 (public)


3GPP Reference: ITU RFC 2474, RFC 2597, RFC 3246 (internal), NSN reference: TF_LTE_SFS_BEARERMAN.598 (internal)


NSN reference: TF_LTE_SFS_BEARERMAN.445, Baseline 4.2 (V6.1) (internal)


NSN reference: TF_LTE_SFS_BEARERMAN.443, Baseline 4.2 (V6.1) (internal), 3GPP Reference: TS 23.402 (internal)NSN reference: TF_LTE_SFS_BEARERMAN.300 (internal), 3GPP Reference: TS 23.203 (public)


NSN reference: TF_LTE_SFS_BEARERMAN.442 (internal), NSN reference: TS 23.203 (public)



3GPP Reference: TS 36.331, TS 36 321 (public), NSN reference: TF_LTE_SFS_BEARERMAN.690 (internal)

3GPP Reference: TS 36.331, TS 36 321 (public), NSN reference: TF_LTE_SFS_BEARERMAN.692 (internal)


NSN reference: TF_LTE_SFS_BEARERMAN.348 (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.322 (public)





NSN reference: TF_LTE_SFS_BEARERMAN.424, Baseline1.0 (V2.0) (internal)



NSN reference: TF_LTE_SFS_UE STATE HANDLING.840 (internal)



NSN reference: TF_LTE_SFS_MM.1444, Baseline 4.1 (V6.1) (internal), 3GPP Reference: TS 36.331 (internal)



3GPP Reference: TS 36.331 V8.3.0 + latest CR R2-08xxxx (internal), NSN reference: RRM_LTE_SFS_RRM.945, Baseline V4 (V2.0.1, 20.06.2008) (internal)


3GPP Reference: TS 36.331 V8.3.0 (internal), NSN reference: RRM_LTE_SFS_RRM.945 (V3.0.1, 26.09.2008) (internal)







NSN reference: TF_LTE_SFS_SYS (internal), 3GPP Reference: TS 36.331 (public)


3GPP Reference: 36.211 / 6.6.2.2 (internal), NSN reference: Radio Layer 1 SFS / Id_1264 (internal)

NSN reference: OM_LTE_SFS_RNL_746: internal (public)



NSN reference: TF_LTE_SFS_SYS + requirement ID (internal), 3GPP Reference: TS 36.331 + chapter (public), 3GPP Reference: TS 36.304 (public)


NSN reference: TF_LTE_SFS_SYS _541 (internal), 3GPP Reference: TS 36.331 (public)

NSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS 36.213 V8.5.0 (public)

NSN reference: RRM SFS/object_id 980 (internal), 3GPP Reference: TS36213 (public)

NSN reference: RRM_LTE_SFS_RRM.1725 (internal), 3GPP Reference: TS 36.213 (public)






NSN reference: TF_LTE_SFS_RRM.1284/1736 (internal), 3GPP Reference: TS 36.321, TS 36.331 (public)

3GPP Reference: TS 36.331 (8.2.0) , TS 36.304 (public), NSN reference: TF_LTE_SFS_UESTATE.855 (internal)

3GPP Reference: 36.211 / 5.4.1 (public), NSN reference: Radio Layer 1 SFS/object_id 1245 (internal)

3GPP Reference: TS36.211 / 6.2.3 (internal), NSN reference: RRM SFS/object_id 648 (internal)

3GPP Reference: TS36.313 (internal), NSN reference: RRM SFS/object_id 765 (internal)

3GPP Reference: TS36.104/5.2 (internal), NSN reference: Radio Layer 1 SFS/object_id 1085 (internal)

NSN reference: Radio Layer 1 SFSobject_id 1106 (internal)

NSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (internal), 3GPP Reference: TS 36.323 (internal)

3GPP Reference: TS36.313 (public), NSN reference: RRM SFS/object_id 966 (internal)


3GPP Reference: 36.104 / 5.4.3 (internal), NSN reference: Radio Layer 1 SFS/object_id 1266 (internal)

3GPP Reference: 36.104 / 5.4.3 (internal), NSN reference: Radio Layer 1 SFS/object_id 1270 (internal)NSN reference: RRM_LTE_SFS_RRM.945, RRM_LTE_SFS_RRM.1063, Baseline V4 (V2.0.1, 20.06.2008) (internal)NSN reference: RRM_LTE_SFS_RRM.945, RRM_LTE_SFS_RRM.1063, Baseline V4 (V2.0.1, 20.06.2008) (internal)

NSN reference: OM_LTE_SFS_RNL_1075 (internal), 3GPP Reference: TS 36.423-840 (public)

NSN reference: Applications and Solutions/Configuration WBTS_APPS_4436 (internal)






3GPP Reference: 36.211/5.5.1, 36.311/6.3.2 (public), NSN reference: Radio Layer 1 SFS / Id_1739 (internal)

3GPP Reference: 36.331 (public), NSN reference: Radio Layer 2 SFS/object_id 1060 (internal)


3GPP Reference: TS 36.331 (internal), NSN reference: Radio Layer 2 SFS/object_id 1042 (internal)



NSN reference: RRM_LTE_SFS_RRM (internal), 3GPP Reference: TS36211 V8.4.0., TS36213 V8.4.0 (public)

NSN reference: TF_LTE_SFS_SYS_666 (internal), 3GPP Reference: TS 36.331 (public)

NSN reference: TF_LTE_SFS_SYS_666, TF_LTE_SFS_SYS_705 (internal), 3GPP Reference: TS 36.331 (public)

NSN reference: TF_LTE_SFS_SYS_666, TF_LTE_SFS_SYS_705 (internal), 3GPP Reference: TS 36.331 (public)


NSN reference: TF_LTE_SFS_SYS.664, (baseline 5.2, SFSv5.1.3):internal (internal), 3GPP Reference: TS 36.331 (public)

NSN reference: TF_LTE_SFS_SYS.664 (internal), 3GPP Reference: TS 36.331 (public)

NSN reference: TF_LTE_SFS_SYS.544 , (baseline 5.2, SFSv5.1.3) (internal)

NSN reference: TF_LTE_SFS_SYS_791 (internal), 3GPP Reference: TS 36.331, TS 36.304 (public)

NSN reference: RRM_LTE_SFS_RRM.1538, Baseline 4.1 (V6.1_LTE_SIS1_1208) (internal)


3GPP Reference: TS36.211 / 6.7 (internal), NSN reference: Radio Layer 1 SFSobject_id 1124 (internal)




NSN reference: RRM_LTE_SFS_RRM.1538/1805, Baseline 4.1 (V6.1_LTE_SIS1_1208) (internal)

3GPP Reference: TS 36.331 (public), NSN reference: TF_LTE_SFS_SYS (internal)




3GPP Reference: TS36.213 / 10.1 (public), NSN reference: RL1 SFS/object_id 525 (internal)



NSN reference: TF_LTE_SFS_SYS (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.304 (public)


3GPP Reference: TS36.213 / 5.4 (public), NSN reference: RL1 SFS/object_id 1350 (internal)

NSN reference: TF_LTE_SFS_BM.452,RM_LTE_SFS_RRM.1955 (internal), 3GPP Reference: TS 36.331 (public)

3GPP Reference: 36.211 (public), NSN reference: Radio Layer 1 SFS / Id_1101 (internal)





3GPP Reference: TS36.311 / 6.3.2 (public), NSN reference: RRM SFS/object_id 648 (internal)



3GPP Reference: TS36.104/6.2 (public), NSN reference: Radio Layer 1 SFS/object_id 1207 (internal)

3GPP Reference: TS 36.331 (8.2.0) (internal), NSN reference: TF_LTE_SFS_UESTATE.855 (internal)

3GPP Reference: 36.211 / 6.9.3 (public), NSN reference: Radio Layer 1 SFSobject_id 1235 (internal)

NSN reference: Radio Layer 1 SFSobject_id 1282 (internal)

3GPP Reference: TS36.211 / 6.11 (internal), NSN reference: Radio Layer 1 SFS/object_id 1075 (internal)


NSN reference: Radio Layer 1 SFS/object_id 1219 (internal), 3GPP Reference: 36.211 / 5.7.1, 36.331 / 6.3.2 (public)

NSN reference: Radio Layer 1 SFS/object_id 1222 (internal), 3GPP Reference: 36.211 / 5.7.1, 36.104 / 5.2, 36.331 / 6.3.2 (public)

3GPP Reference: 36.211 / 5.7.2 (internal), NSN reference: Radio Layer 1 SFS / Id_1228 (internal)


NSN reference: TF_LTE_SFS_SYS.553, (baseline 5.2, SFSv5.1.3) (internal), 3GPP Reference: TS 36.321, 36.331 (internal)

3GPP Reference: TS36.211 / 5.4 (public), NSN reference: Radio Layer 1 SFS object_id 1353 (internal)

NSN reference: RL1 SFS/object_id 756 (internal), 3GPP Reference: R2-085752, TS36331, TS36213 (public)


NSN reference: RL1 SFS/object_id 1660 (internal), 3GPP Reference: R1-084061, 36.211/5.3.4, 36.331/6.3.2 (public)







3GPP Reference: TS 36.321 (public), NSN reference: TF_LTE_SFS_RL2 (internal), NSN reference: TF_LTE_SFS_SYS (internal)


NSN reference: RL2 SFS/object_id 1060 (internal), 3GPP Reference: TS 36.331 6.3.2 (public)

NSN reference: Radio Layer 2 SFS/object_id 1060 (internal)

3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.211 (public), NSN reference: TF_LTE_SFS_RL1 (internal), NSN reference: TF_LTE_SFS_SYS (internal)



NSN reference: RRM SFS/object_id 956:internal (internal)

NSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS36213 (public)

NSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS36213 (public)


NSN reference: LTE User Plane object id LTE_UP_4878 (internal)

NSN reference: TF_LTE_SFS_SYS.560, (baseline 5.2, SFSv5.1.3) (internal), 3GPP Reference: TS 36.331, TS 36.304 (public)





NSN reference: RRM_LTE_SFS_RRM.1531, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.377, Baseline 3.0 (V4.0) (internal)

NSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.377, Baseline 3.0 (V4.0) (internal)


NSN reference: RRM_LTE_SFS_RRM.1284 (internal), 3GPP Reference: TS 36.211 V8.4.0 , TS 36.213 V8.4.0 (public)


3GPP Reference: TS36.211 / 6.2.3 (public), NSN reference: RRM SFS/object_id 648/1725 (internal)

NSN reference: RRM_LTE_SFS_RRM.1284 (internal), NSN reference: TF_LTE_SFS_SYS.520 (internal), 3GPP Reference: TS 36.211 V8.5.0 (public)

NSN reference: RRM_LTE_SFS_RRM (internal), 3GPP Reference: TS36211 V8.4.0, TS36213 V8.4.0 (public)

NSN reference: RL1 SFS/object_id 1678 (internal), 3GPP Reference: 36.211/6.11.1.2, 6.11.2.2 (public)



NSN reference: TF_LTE_SFS_UESTATE.986 (internal), 3GPP Reference: TS 36.331 (public)

NSN reference: TF_LTE_SFS_MM (internal), 3GPP Reference: TS 36.331 (public)


NSN reference: TF_LTE_SFS_SYS.611, (baseline 5.2, SFSv5.1.3) (internal), 3GPP Reference: TS 36.331 (internal)




NSN reference: RRM_LTE_SFS_RRM.1539, Baseline 3.0 (V4.0) (internal), NSN reference: TF_LTE_SFS_BEARERMAN.559, Baseline 2.0 (V3.0) (internal), 3GPP Reference: TS 36.331 (public), 3GPP Reference: TS 36.323 (public)


NSN reference: RRM_LTE_SFS_RRM.1539, Baseline 4.1 (V6.1) (internal), 3GPP Reference: TS 36.331 (internal)


NSN reference: Radio Layer 2 SFS/object_id 1062 (internal), 3GPP Reference: 36.331 (public)



3GPP Reference: TS36.104/5.2 (internal), NSN reference: Radio Layer 1 SFS/object_id 1198 (internal)

3GPP Reference: 36.211 / 5.5.1.3 (public), NSN reference: Radio Layer 1 SFS / Id_1237 (internal)

NSN reference: Radio Layer 1 SFS/object_id 1294 (internal)

NSN reference: TF_LTE_SFS_SYS.462,TF_LTE_RL1_SYS.1272 (internal), 3GPP Reference: 3GPP Reference (public)

3GPP Reference: 36.211 / 5.5.1.3 (internal), NSN reference: Radio Layer 1 SFSobject_id 1241 (internal)






NSN reference: Commissioning EFS / WBTS_OAM_24099 (internal)NSN reference: WBTS_OAM_37338 (internal), 3GPP Reference: AISG v.2.0 (public)





NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)


NSN reference: WBTS_OAM_45432 (internal), 3GPP Reference: AISG v.2.0 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)









NSN reference: Commissioning EFS / WBTS_OAM_24099 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

NSN reference: Commissioning EFS / WBTS_OAM_24099 (internal)NSN reference: WBTS_OAM_37338 (internal), 3GPP Reference: AISG v.2.0 (public)




NSN reference: WBTS_OAM_45432 (internal), 3GPP Reference: AISG v.2.0 (public)NSN reference: WBTS_OAM_45432 (internal), 3GPP Reference: AISG v.2.0 (public)


NSN reference: TT_LE_SFS_TRANSPORT_585 + 540 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)


NSN reference: Antenna Line Management EFS / WBTS_OAM_44221 (internal), 3GPP Reference: ts25.463 (public)




NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)

NSN reference: Application and Solutions EFS / WBTS_APPS_4356 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)






NSN reference: Commissioning EFS / WBTS_OAM_37363 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)







NSN reference: Commissioning EFS / WBTS_OAM_37363 (internal)NSN reference: WBTS_OAM_44440 (internal), 3GPP Reference: TS 25.463 (public)







176797642-NSN-LTE-Parameters.xls

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