ZXUR 9000 GSM (V6.50.10) Base Station Controller Radio Parameter Reference

ZXUR 9000 GSMBase Station Controller

Radio Parameter Reference

Version: 6.50.10

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

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Revision History

Revison No. Revision Date Revision Reason

R1.0 20120427 First edition

Serial Number: SJ-20120313111345-017

Publishing Date: 2011-04-27 (R1.0)

ContentsAbout This Manual ......................................................................................... I

Chapter 1 Overview.................................................................................... 1-1

1.1 Introduction to BSS Radio Parameters................................................................. 1-1

1.2 The Format to Explain Parameters ...................................................................... 1-2

1.3 Precautions on Parameter Adjustment................................................................. 1-4

Chapter 2 GSM Radio Parameters ............................................................ 2-1

2.1 eMLPP Configuration (GBssEmlpp)..................................................................... 2-2

2.1.1 eMLPP ID (GBssEmlpp) ........................................................................... 2-2

2.1.2 Queue indicate when assign (queueIndAss)............................................... 2-3

2.1.3 Queue allowed when handover (queueIndHo)............................................ 2-4

2.1.4 Forced handover indication for assign (forcedHoIndAss)............................. 2-5

2.1.5 Forced handover indication for handover (forcedHoIndHo).......................... 2-6

2.1.6 Forced release indicate when assign (preemptionIndAss) ........................... 2-7

2.1.7 Forced release allowed when handover (preemptionIndHo) ........................ 2-9

2.1.8 Wait resource timer after forced handover (ForceHoWait, 100ms)

(forceHoWait) ....................................................................................... 2-10

2.1.9 Wait resource timer after forced release (forceRelWait)..............................2-11

2.1.10 Enough low priority for preemption (lowestPriority).................................. 2-12

2.1.11 Enough call duration for preemption (longCallDuration) ........................... 2-13

2.1.12 Forced handover target penalty time (forceHoPenalty)............................ 2-14

2.1.13 Priority of emergency service (emergServicelPrio) .................................. 2-15

2.1.14 User priority threshold for EMLPP (priThreshold) .................................... 2-16

2.1.15 Reserved channel first (rsvChanFirst) .................................................... 2-17

2.1.16 Support EMLPP(SupportEMLPP) (supportEmlpp) .................................. 2-18

2.1.17 EMLPP channel reserved rate (emlppThs) ............................................. 2-19

2.2 GSM Logical Configuration (GBssFunction) ....................................................... 2-20

2.2.1 User Label (userLabel) ........................................................................... 2-20

2.2.2 Managed Object Description (description)................................................ 2-21

2.2.3 BSS ID (GBssFunction) .......................................................................... 2-22

2.2.4 BSC Sequence (GBssFunctionSeq) ........................................................ 2-23

2.2.5 Load indication allowed (LoadInd) ........................................................... 2-24

2.2.6 Load indication Valid Time (LoadValidTime) ............................................. 2-25

2.2.7 Load Indication Period (LoadIndPrd)........................................................ 2-26

I

2.2.8 Send assignment failure allowed in outer direct retry procedure

(ExDRSendAssFail) .............................................................................. 2-27

2.2.9 TFO Enable (TFOControl)....................................................................... 2-29

2.2.10 Report voice quality (VoiceQualityReport) .............................................. 2-30

2.2.11 R99 Ind (R99Ind) .................................................................................. 2-31

2.2.12 DCS1800/PCS1900 support (FuncExt) .................................................. 2-32

2.2.13 External cell load notify (NotifyOutCellLoad)........................................... 2-33

2.2.14 Neighbor cell load valid duration (AdjCellLoadLife) ................................. 2-34

2.2.15 Pre-Access Control for IP Transmission (IPAbisFilter) ............................. 2-35

2.2.16 Using load information provided by CRRM (LoadClassScrPath) .............. 2-36

2.2.17 Automatic Resource Indication Threshold (ResourceIndThs)................... 2-36

2.2.18 Access class parameter config select (accconfigselect) .......................... 2-38

2.2.19 First barred class (firstbarredclass) ........................................................ 2-40

2.2.20 Barred class windows (barredclasswindows) .......................................... 2-41

2.2.21 Barred time step (barredtimestep) ......................................................... 2-42

2.2.22 Access Control (accesscontrol) ............................................................. 2-43

2.2.23 Paging repeat number (PagRep) ........................................................... 2-44

2.2.24 Congestion Threshold for Send Load Indication (LoadIndThs)................. 2-45

2.2.25 Forbid Handover According to Resource Threshold of Load Indication

(LoadForbidHo) .................................................................................... 2-46

2.2.26 Resource Threshold of Load Indication for Forbid Handover

(LoadThsForbidHo) ............................................................................... 2-47

2.2.27 Force FACCH (FacchOnly) ................................................................... 2-47

2.2.28 Use system message method when MSC over loaded or link blocked

(MscSysInfoFlc) .................................................................................... 2-49

2.2.29 Start system message method (CpuSysInfoFlc) ..................................... 2-50

2.2.30 Start FUC flow control (CpuFucFlc) ....................................................... 2-51

2.2.31 The maximum control level fot MSC overload or link block

(MscFlcMaxLevel)................................................................................. 2-52

2.2.32 Start limit of system message method (CpuSysInfoCtlCpu) ..................... 2-53

2.2.33 Start limit of FUC flow control (CpuFucCtlCpu) ....................................... 2-54

2.2.34 B2 support AMR (V2TruSupportAmr) ..................................................... 2-55

2.2.35 Enable power dynamic sharing (pwrDynShareSupport)........................... 2-56

2.2.36 Power congest delay (PwrCongDelay) ................................................... 2-57

2.2.37 Time interval of channel power adjustment based on power dynamic

sharing (ChannelPwrAdjItvl)................................................................... 2-58

2.2.38 If paging flow control due to high CPU (cpupagingflc) ............................. 2-59

2.2.39 CPU threshold of paging flow control (CpuPagingCtlCpu) ....................... 2-60

II

2.2.40 Radio pre-access procedure switch (RadioPreAccsFlag) ........................ 2-61

2.2.41 Transport Pre-Access Flag (TransPreAccsFlag) ..................................... 2-62

2.2.42 The switch of sending Immediate assign message and radio channel

activating synchronously (SendImmAss)................................................. 2-63

2.2.43 FO report for CS (FOOption1) ............................................................... 2-64

2.2.44 FO report for PS (FOOption2) ............................................................... 2-65

2.2.45 FO report for DBS (FOOption3) ............................................................. 2-66

2.2.46 Inter BSC handover out on SDCCH permitted (InterBscSdHoOut) ........... 2-67

2.2.47 The switch of connection and radio channel activating synchronization

(CallDelayCtrl) ...................................................................................... 2-68

2.2.48 Use BER to average quality (RQavgUseBer).......................................... 2-69

2.2.49 Check IMSI when access (CheckImsiWhenAccess)................................ 2-70

2.2.50 Include BTS power in MR (MrIncludeBtsPwr) ......................................... 2-71

2.2.51 Measurement Result Recording Interval in MSC Invoke Trace

(MITMRRecInt) ..................................................................................... 2-72

2.2.52 Preprocessed Measurement Result Recording Interval in MSC Invoke

Trace (MITPrepMRRecInt)..................................................................... 2-73

2.2.53

Enhanced and Preprocessde MR

report (EnhanAndPrepMrRpt)

............................................................................................................ 2-74

2.2.54 Preferred speech version for FR (preferSpeechVerFr)............................. 2-75

2.2.55 Preferred speech version for HR (preferSpeechVerHr)............................ 2-76

2.2.56 Dynamic HR support indication (DynaHREnable) ................................... 2-78

2.2.57 Threshold for FR to HR (hrThs) ............................................................. 2-79

2.2.58 HR channel fragment finishing support (HRDfragSupport)....................... 2-80

2.2.59 HR channel percentage threshold (HRTsPercentage) ............................. 2-81

2.2.60 Threshold of AMR HR (amrHrThs)......................................................... 2-82

2.2.61 BCCH switch allowed (CanBcchExch) ................................................... 2-83

2.2.62 Dynamic configuration SDCCH (CanSdcchDyn) ..................................... 2-84

2.2.63 Scan SDCCH (ScanSdcch) ................................................................... 2-85

2.2.64 Scan BCCH (ScanBcch) ....................................................................... 2-86

2.2.65 BCCH starting delay (BcchDelay) .......................................................... 2-87

2.2.66 BCCH finishing delay (ReBcchEx) ......................................................... 2-88

2.2.67 TCH->SDCCH limit (MinSdcch) ............................................................. 2-89

2.2.68 SDCCH->TCH delay (TimeToTch) ......................................................... 2-90

2.2.69 Minimum Tch reserved for dynamic SDCCH (MinTch) ............................. 2-91

2.2.70

III

Baseband frequency hopping

TRX exchange support (BHTESupp)

............................................................................................................ 2-92

2.2.71 The method of intelligent TRX poweroff (powerCond) ............................. 2-93

2.2.72 IBS time bitmap (powerDownBmp) ........................................................ 2-94

2.2.73 IBS shutdown limit (powerDownLimit) .................................................... 2-95

2.2.74 IBS powerup limit (powerUpLimit) .......................................................... 2-96

2.2.75 IBS powerover limit (powerOverLmt)...................................................... 2-97

2.2.76 IBS power priority (powerPriority) .......................................................... 2-98

2.2.77 BCCH forbbiden TS merger time bitmap (bcchForbiddenBmp) ................ 2-99

2.2.78 The master power control option of intelligent TRX poweroff system

(MasterPwCtrlOp) ................................................................................2-100

2.2.79 Baseband resource share support (BasebandShare) .............................2-101

2.2.80 TRX Selection priority for baseband share (BBSharePri) ........................2-102

2.2.81 Number of BA Ranges (rangeNum) ......................................................2-103

2.2.82 BA Range Lower (rangeLow) ...............................................................2-104

2.2.83 BA Range Higher (rangeHigh)..............................................................2-104

2.2.84 If get Utran classmrak information from UE (GetUtranClass) ..................2-105

2.2.85 IPA AMR start mode (IPAAmrStartMode) ..............................................2-106

2.2.86 Send OVERLOAD message to MSC (SendOverLoadToMSC) ................2-108

2.2.87 Time of Cobcch wait for MR report (TCobcchWaitMR) ...........................2-108

2.2.88 Use Load of Subcell1 as Load of Cell (UseSC1Load) ............................2-109

2.2.89 Enough MS MR For Connection Failure After Handover

(MrCountForRlt)................................................................................... 2-111

2.2.90 Ts Block Alarm Swtich (TsBlockAlarmSwitch) ........................................2-112

2.2.91 BVC Block Alarm Swtich (BVCAlarmSwitch) .........................................2-113

2.2.92 AMR full Active Codec Set(4.75kbps) (amrFullAcs1)..............................2-113


2.2.94 AMR full Active Codec Set(5.9kbps) (amrFullAcs3)................................2-115






2.2.100 AMR Half Active Codec Set(4.75kbps) (amrHalfAcs1)..........................2-121


2.2.102 AMR Half Active Codec Set(5.9kbps) (amrHalfAcs3)............................2-122


IV


2.2.105 Thresholds of AMR FR 1 (amrFrThresholds1) .....................................2-125





2.2.110 Thresholds of AMR FR 6 (amrFrThresholds6)......................................2-131

2.2.111 Thresholds of AMR FR 7 (amrFrThresholds7)......................................2-132

2.2.112 Thresholds of AMR HR 1 (amrHrThresholds1) .....................................2-133





2.2.117 Hysteresis of AMR FR 1 (amrFrHysteresis1) .......................................2-139







2.2.124 Hysteresis of AMR HR 1 (amrHrHysteresis1) ......................................2-147





2.2.129 Enable AMR FR noise control (amrFrNscb) .........................................2-152

2.2.130 AMR FR Initial codec mode (amrFrIcm) ..............................................2-153

2.2.131 AMR FR Start mode (amrFrStartMode) ...............................................2-154

2.2.132 Enable AMR HR noise control (amrHrNscb) ........................................2-156

2.2.133 AMR HR Initial codec mode (amrHrIcm)..............................................2-157

2.2.134 AMR HR Start mode (amrHrStartMode) ..............................................2-158

2.2.135 Hysteresis of AMRWFS 1 (amrWfsHysteresis1)...................................2-159




2.2.139 Hysteresis of AMROWFS 1 (amrOwfsHysteresis1) ..............................2-164


V

2.2.141 Hysteresis of AMROWHS 1 (amrOwhsHysteresis1) .............................2-166


2.2.143 Thresholds for AMRWFS 1 (amrWfsThresholds1)................................2-169




2.2.147 Thresholds for AMROWFS 1 (amrOwfsThresholds1) ...........................2-174


2.2.149 Thresholds for AMROWHS 1 (amrOwhsThresholds1) ..........................2-176


2.3 BSS Function PS (GBssFunctionPS)................................................................2-179

2.3.1 Bvc flow control period (CellFcPer).........................................................2-179

2.3.2 MS flow control period (MsFcPer)...........................................................2-180

2.3.3 Max times of radio access capabilities update retry (UpdateMax) .............2-181

2.3.4 Max times of PFC create retry (DownloadBssPfcMax) .............................2-182

2.3.5 Max times of PFC modify retry (ModifyBssPfcMax)..................................2-183

2.3.6 Max times of Bvc block retry (BVCBlkMax)..............................................2-185

2.3.7 Max times of Bvc unblock retry (BVCUblkMax)........................................2-186

2.3.8 MAX times of Bvc reset retry (BVCRestMax)...........................................2-187

2.3.9 Max times of suspend retry (suspendMax) ..............................................2-188

2.3.10 Max times of resume retry (resumeMax) ...............................................2-189

2.3.11 Max allowed number of continous losses of uplink data blocks(N3101)

(N3101)...............................................................................................2-191

2.3.12 Times of packet uplink ACK/NACK retries(N3103) (N3103) ....................2-192

2.3.13 Max allowed number of continous losses of uplink RLC/MAC control

message(N3105) (N3105) ....................................................................2-193

2.3.14 Bvc flow control support (BVCFlowCtrl).................................................2-194

2.3.15 MS flow control support (MSFlowCtrl) ...................................................2-196

2.3.16 Bvc flow control R MIN value (BVCFlowCtrlRMin)..................................2-197

2.3.17 MS flow control R MIN value (MSFlowCtrlRMin) ....................................2-198

2.3.18 Flow control mode (FlowCtrlMode) .......................................................2-199

2.3.19 PFC support (PFCSupport) ..................................................................2-200

2.3.20 Net operation mode (NMO) ..................................................................2-202

2.3.21 Page coordination support (PagCoordination) .......................................2-203

2.3.22 NACC support (NACCSupport).............................................................2-204

2.3.23 LLC Transfer for SAPI0(Reserved) (LLCTranSAPI0)..............................2-206

2.3.24 LLC Transfer for SAPI1(LLGMM) (LLCTranSAPI1) ................................2-207

2.3.25 LLC Transfer for SAPI2(TOM2) (LLCTranSAPI2) ...................................2-208

VI

2.3.26 LLC Transfer for SAPI3(User-Data) (LLCTranSAPI3) .............................2-209




2.3.30 LLC Transfer for SAPI7(LLSMS) (LLCTranSAPI7) .................................2-213

2.3.31 LLC Transfer for SAPI8(TOM8) (LLCTranSAPI8) ...................................2-214


2.3.33 LLC Transfer for SAPI10(Reserved) (LLCTranSAPI10) ..........................2-216

2.3.34 LLC Transfer for SAPI11(User-Data) (LLCTranSAPI11)..........................2-217





2.3.39 RIM support (RIMSupport) ...................................................................2-222

2.3.40 RIM retry times (RIMRetryTimes) .........................................................2-223

2.3.41 TBF establish support (TBF_EST) ........................................................2-224

2.3.42 Signal extended uplink TBF support (SIGNAL_EUTBF) .........................2-225

2.3.43 Highest coding scheme of POC service in GPRS (pocAttSeltG) .............2-226

2.3.44 Highest coding scheme of POC service in EGPRS (pocAttSeltE)............2-227

2.3.45 Highest coding scheme of signal TBF (SigTBFMaxCode).......................2-228

2.3.46 Support of enhanced radio status procedures (EnRadioStu)...................2-229

2.3.47 Support of PFC flow control procedures (PFCFlowCtrl) ..........................2-231

2.3.48 PS handover support (psHoSupport) ....................................................2-232

2.3.49 Max of sending PS handover required (psHoReqMaxNum) ....................2-233

2.3.50

Enable PS Handover Indications in Inter-BSS

handover (enablePSHoIndi)

...........................................................................................................2-234

2.3.51 Request SI/PSI (enableRequestPSI).....................................................2-235

2.3.52 Service UTRAN CCO support (PSUTRANCCOSupp) ............................2-236

2.3.53 FANR in TBF support (TBFFanrSupport)...............................................2-237

2.3.54 DLDC support (DLDCSupport) .............................................................2-238

2.3.55 RTTI support (RTTISupport).................................................................2-239

2.3.56 EGPRS2-A support (EGPRS2_ASupp).................................................2-240

2.3.57 EGPRS prior to GPRS Support (EGPRSAllocPri) ..................................2-241

2.3.58 Allocating weights of EGPRS (EGPRSAllocW) ......................................2-242

2.3.59 Choose PS route by NSVC (PSRouteByNSVC).....................................2-243

VII

2.3.60 Enable PS Uplink Power Control In Establishment Phase

(PSUlPwrCtlInEsta)..............................................................................2-245

2.3.61 DTM Enhance Capability (DTMEnhanceCapa) ......................................2-246

2.3.62 Enable PCU resource alarm (PcuResAlarmEnable) ...............................2-247

2.3.63 E-UTRAN CCN support (EUtranCCN)...................................................2-248

2.3.64 DTM Handover Support (DTMHandoverSupp) ......................................2-248

2.3.65 Continue with CS HO While PS HO is failure in DTM HO

(DTMHoCsHoCtrl)................................................................................2-250

2.3.66 Send suspend message when GPRS suspension (ResumeSetOpt)........2-251

2.3.67 Send by SNDCP indicator (SNDCPSendInd).........................................2-252

2.3.68 TCP/IP performance enhance (TCPIPEnhance) ....................................2-252

2.3.69 IP Segment Optimization (IPSegOpt)....................................................2-253

2.3.70 Support resource optimizing by service (SuppResOpByService).............2-254

2.3.71 Identify of special service (SpecServiceIdentify) ....................................2-255

2.3.72 Extended uplink dynamic allocation support (ExUpDynSupport) .............2-256

2.3.73 Resource pool for PS rate (PSAbisThs) ................................................2-257

2.3.74 Max users of POC service on shared PS channel uplink

(psCapaThsUl) ....................................................................................2-259

2.3.75 Max users of POC service on shared PS channel downlink

(psCapaThsDl) ....................................................................................2-260

2.3.76 Optimized POC service support (POCSupport)......................................2-261

2.3.77 TrxPSBusyThs (TrxPSBusyThs) ...........................................................2-262

2.3.78 IP abis pool bandwidth restore support (bwRestore) ..............................2-264

2.3.79 BSC PS ID (GBssFunctionPS) .............................................................2-265

2.4 BSC Reserved Configuration (GBssFunctionRsv)..............................................2-266

2.4.1 BSC Reserved Configuration ID (GBssFunctionRsv) ...............................2-266

2.4.2 Global Reserved Parameter 1 (reserved1) ..............................................2-267








2.4.10 Global Reserved Parameter 9 (reserved9) ............................................2-274

2.4.11 Global Reserved Parameter 10 (reserved10).........................................2-275

2.4.12 Global Reserved Parameter 11 (reserved11) .........................................2-276


VIII









2.5 BSS Function Timer (GBssFunctionTimer) ........................................................2-284

2.5.1 Protective time waiting for access (rmsT1) ..............................................2-284

2.5.2 Protection time for link establishment response (rmsT3) ..........................2-286

2.5.3 SAPI3 link establishment time (rmsT6) ...................................................2-287

2.5.4 Protective time that responses external handover completion message

(rmsT7) ...............................................................................................2-288

2.5.5 External handover protective time (rmsT8) ..............................................2-289

2.5.6 Protective time for RF channel release (rmsT9).......................................2-290

2.5.7 Starting time for oriented retry (rmsT10)..................................................2-291

2.5.8 Encryption mode modification time (rmsT5).............................................2-292

2.5.9 Mode modification process time (TModeModify) ......................................2-293

2.5.10 Continue timer for mode modify (TModeModifyConn) ............................2-294

2.5.11 First overload period of flow traffic control (MT11) ..................................2-295

2.5.12 Second overload period of flow traffic control (MT12) .............................2-296

2.5.13 Immediate assignment period (T3101) ..................................................2-298

2.5.14 Handover period of source cell (T3103) ................................................2-299

2.5.15 Assignment period (T3107) ..................................................................2-300

2.5.16 Channel release period (T3109) ...........................................................2-301

2.5.17 Channel deactivation delay (T3111) ......................................................2-302

2.5.18 RLSD message receive protection timer (T9101)...................................2-303

2.5.19 Channel activation protection timer (T9103) ..........................................2-305

2.5.20 MSC clear command protection timer (T9104).......................................2-306

2.5.21 SCCP connection protection timer (T9105) ...........................................2-307

2.5.22 Time of micro-micro handover delay (Tmicro) ........................................2-308

2.5.23 TFI and USF release timer (T3169) ......................................................2-309

2.5.24 TBF release timer (T3191) ...................................................................2-310

2.5.25 TBF protect time when radio link failure (T3195) ....................................2-311

2.5.26 Bvc block/unblock retry time (BssgpT1) ................................................2-312

2.5.27 Bvc reset retry time (BssgpT2) .............................................................2-314

2.5.28 Suspend retry time (BssgpT3) ..............................................................2-315

IX

2.5.29 Resume retry time (BssgpT4)...............................................................2-316

2.5.30 Access capability update retry time (BssgpT5) ......................................2-318

2.5.31 PFC creating retry time (BssgpT6)........................................................2-319

2.5.32 PFC modifying retry time (BssgpT8) .....................................................2-320

2.5.33 Supervision Timer of LCS (LcsSupervision)...........................................2-322

2.5.34 Radio Timer of LCS (LcsRadio) ............................................................2-323

2.5.35 LCS wait intra BSS handover timer (LcsWaitIntraHo) .............................2-324

2.5.36 PS channel delay release timer (PSRelDelay) .......................................2-325

2.5.37 Ater wait SCCP connection timer (TAterWaitConn) ................................2-326

2.5.38 Ater wait resource acknowledge timer (TWaitAterResAck) .....................2-327

2.5.39 Ater wait resource timer (TWaitAterRes) ...............................................2-328

2.5.40 Ater wait resource release timer (TAterWaitRel).....................................2-329

2.5.41 Ater handover monitor timer (TAterMoniterHo).......................................2-330

2.5.42 HO performed ack timer (TwaitHoPFMAck) ...........................................2-331

2.5.43 RIR Timer (TRIR) ................................................................................2-332

2.5.44 RI Timer (TRI) .....................................................................................2-333

2.5.45 RIAE Timer (TRIAE) ............................................................................2-335

2.5.46 Time to wait A handover request (TWaitAHoReq) ..................................2-336

2.5.47 Timer to wait a relocation commit MSG from RNC

(TWaitRncRelocComm)........................................................................2-337

2.5.48 Timer of TRAU frame Synchronization (TuTrauSyn)...............................2-338

2.5.49 Guards the PS handover required procedure (T12PSHO) ......................2-339

2.5.50 Guard resource release after sending PS HO command

(TWaitRelInPSHo)................................................................................2-340

2.5.51 Time of waiting an internal HO command (TWaitInternalHoCmd)............2-341

2.5.52 Round trip delay (RtdDefault) ...............................................................2-342

2.5.53 IP Abis Wait Timer (twaitabis)...............................................................2-343

2.5.54 synchronization timer that ensures source BSS receives both PS and

CS responses (T23 ) ............................................................................2-344

2.5.55 synchronization timer that ensures target BSS receives both PS and

CS requests (T24 )...............................................................................2-345

2.5.56 T3197 (T3197 ) ...................................................................................2-346

2.5.57 Paging Interval (PagWaitTime) .............................................................2-348

2.5.58 2G Load synchronized to 3G Timer (Load2gSynTimer) ..........................2-349

2.5.59 2G Cell Radio Resource Synchronization Timer (CrrmSynTimer)............2-350

2.5.60 BSS Function Timer ID (GBssFunctionTimer)........................................2-351

2.5.61 Handover protecting timer to WCDMA/FDD (T3121) ..............................2-351

2.5.62 SubCell PingPong handover timer (TscPingPang) .................................2-353

X

2.6 BSS Function Handover Control (GBssHandoverControl) ..................................2-354

2.6.1 BSC Handover Control ID (GBssHandoverControl) .................................2-354

2.6.2 Hadover synchronization indication support (HoSyncInd) .........................2-355

2.6.3 Internal redirection enable (InDREnable) ................................................2-356

2.6.4 Outer redirection enable (OutDREnable).................................................2-357

2.6.5 BSC intracell handover enable (HoIntraEnable).......................................2-358

2.6.6 SDCCH handover enable (SHoEnable)...................................................2-359

2.6.7 Handover request response (HoACK).....................................................2-360

2.6.8 Old BSS to new BSS information (OldToNewCtrl) ....................................2-361

2.6.9 Queuing indicator in handover required message (HandOutQueInd).........2-362

2.6.10 A+B solution for TD handover enabled (TDAplusBEnable) .....................2-363

2.6.11 Pingpong handover duration (PingPongDura)........................................2-364

2.6.12 Use N/P When Select Neighbour Cell for Pbgt Handover On Sdcch

(NcellSelCtrlPbgt1) ..............................................................................2-365

2.6.13 Use N/P When Select Neighbour Cell for Pbgt Handover On Tch

(NcellSelCtrlPbgt2) ..............................................................................2-366

2.6.14 Use N/P When Select Neighbour Cell for Uplink Quality Handover On

Sdcch (NcellSelCtrlUlQ1) .....................................................................2-367

2.6.15 Use N/P When Select Neighbour Cell for Uplink Quality Handover On

Tch (NcellSelCtrlUlQ2) .........................................................................2-368

2.6.16 Use N/P When Select Neighbour Cell for Downlink Quality Handover

On Sdcch (NcellSelCtrlDlQ1) ................................................................2-370

2.6.17 Use N/P When Select Neighbour Cell for Downlink Quality Handover

On Tch (NcellSelCtrlDlQ2) ....................................................................2-371

2.6.18 Use N/P When Select Neighbour Cell for Uplink Level Handover On

Sdcch (NcellSelCtrlUlLev1)...................................................................2-372

2.6.19 Use N/P When Select Neighbour Cell for Uplink Level Handover On Tch

(NcellSelCtrlUlLev2).............................................................................2-373

2.6.20 Use N/P When Select Neighbour Cell for Downlink Level Handover On

Sdcch (NcellSelCtrlDlLev1)...................................................................2-374

2.6.21 Use N/P When Select Neighbour Cell for Downlink Level Handover On

Tch (NcellSelCtrlDlLev2).......................................................................2-375

2.6.22 BSC Internal Handover Parameter of IPA (IPAInterHo)...........................2-376

2.6.23 Handover between cells of different net support (InterNetHO) ................2-377

2.6.24 the policy of choosing speech version in 3GPP IPA BSC handover

(ipabschotype) .....................................................................................2-378

2.7 BSC Precise Paging Configuration (GBssPrecisePaging) ..................................2-379

2.7.1 BSC Precise Paging Configuration ID (GBssPrecisePaging) ....................2-379

2.7.2 Support Precise Paging (precisePagSupport)..........................................2-380

XI

2.7.3 Use HPC for Precise Paging (precisepagUseHpc)...................................2-381

2.7.4 Adopt Precise Paging for repaging of Circuit Switched Service

(csRepagPrecise) ................................................................................2-382

2.7.5 Adopt Precise Paging for repaging of Packet Switched Service

(psRepagPrecise) ................................................................................2-383

2.7.6 Allow Exceed area Precise Paging for Circuit Switched Service

(csOutAreaPag) ...................................................................................2-384

2.7.7 Allow Exceed area Precise Paging for Packet Switched Service

(psOutAreaPag)...................................................................................2-385

2.7.8 Paging Repeat Time for Circuit Switched Service

(csPagingRepeatTime).........................................................................2-386

2.7.9 Paging Repeat Time for Packet Switched Service

(psPagingRepeatTime).........................................................................2-387

2.8 Site (GBtsSiteManager) ...................................................................................2-388

2.8.1 Site ID (GBtsSiteManager).....................................................................2-388

2.8.2 GBtsEquipment DN (refGBtsEquipment).................................................2-389

2.8.3 Config Paging Repeat Support (CfgPagingRepSupport) ..........................2-390

2.8.4 Inter SubCell handover permitted (SubCellHO) .......................................2-390

2.8.5 Support new abis ps message (SupNewAbisPsMsg) ...............................2-392

2.8.6 ABIS resource dynamic manage (AbisRSDynMng)..................................2-393

2.8.7 The Abis band limit of HR priority (bwrestorelimit)....................................2-394

2.8.8 The Abis band of HO from FR to HR (frtohrbwlimit) .................................2-395

2.8.9 Minimal number of idle E1 Abis Timeslot (MinAccessAbisThsE1) .............2-396

2.8.10 Minimal of usable IP Abis bandwidth (MinAccessAbisThsIP) ..................2-397

2.8.11 the master power control option for Base Transceiver Station

(BtsMasterPwCtrlOp) ...........................................................................2-398

2.8.12 the delay time of master power Off (MasterPwrOffTime).........................2-399

2.8.13 the delay time of Transceivers Off (TrxOffTime) .....................................2-399

2.8.14 the Percent for Transceivers Off (TrxOffPercent) ...................................2-400

2.8.15 the GNode id for master power control (MasterPwCtrlGNode) ................2-401

2.9 Bvc (GBvc) .....................................................................................................2-402

2.9.1 Bvc ID (GBvc) .......................................................................................2-402

2.9.2 BvcI (BVCI)...........................................................................................2-403

2.9.3 FR NSE DN (refGFrGbNse) ...................................................................2-404

2.9.4 IP NSE DN (refGIpGbNse).....................................................................2-405

2.10 AMR Configuration (GCellAmr).......................................................................2-406

2.10.1 AMR Configuration ID (GCellAmr) ........................................................2-406

2.10.2 Support AMR Codec (amrSupport) .......................................................2-407

2.10.3 Use cell AMR parameter (useCellAmrParam)........................................2-408

XII







2.10.10 AMR full Active Codec Set(10.2kbps) (amrFullAcs7) ............................2-414

2.10.11 AMR full Active Codec Set(12.2kbps) (amrFullAcs8) ............................2-415














2.10.25 Thresholds of AMR HR 1 (amrHrThresholds1).....................................2-430
















XIII


2.10.42 Enable AMR FR noise control (amrFrNscb) .........................................2-448

2.10.43 AMR FR Initial codec mode (amrFrIcm) ..............................................2-449

2.10.44 AMR FR Start mode (amrFrStartMode) ...............................................2-450

2.10.45 Enable AMR HR noise control (amrHrNscb) ........................................2-451

2.10.46 AMR HR Initial codec mode (amrHrIcm)..............................................2-452

2.10.47 AMR HR Start mode (amrHrStartMode) ..............................................2-453

2.10.48 AMR codec adjust mode (amrAdjMode) ..............................................2-454

2.10.49 AMR codec adjust interval (amrAdjInterval) .........................................2-455

2.10.50 BSS radio link timer's max value for AMR FR

(bsRadioLkTmOutAMRFR)...................................................................2-456

2.10.51 BSS radio link timer's max value for AMR HR

(bsRadioLkTmOutAMRHR) ..................................................................2-458

2.10.52

MAX value of MS Radio link

timeout for AMR FR (msRadioLkTmOutAMRFR)

...........................................................................................................2-459

2.10.53


timeout for AMR HR (msRadioLkTmOutAMRHR)

...........................................................................................................2-461

2.10.54 Support AMR-WB Codec (SUPPORTAMRWB)....................................2-462
















XIV


2.10.71


timeout for AMR WFS (msRadioLkOutAmrWfs)

...........................................................................................................2-480

2.10.72


timeout for AMR-WB OWFS (msRadioLkOutAmrOwfs)

...........................................................................................................2-482

2.10.73


timeout for AMR-WB OWHS (msRadioLkOutAmrOwhr)

...........................................................................................................2-483

2.10.74 BSS radio link timer's max value for FR-AMR-WB

(bsRadioLkOutAMRWFS).....................................................................2-485

2.10.75 BSS radio link timer's max value for OFR-AMR-WB

(bsRadioLkOutAmrOwfs)......................................................................2-486

2.10.76 BSS radio link timer's max value for AMR OWHR

(bsRadioLkOutAmrOwhr) .....................................................................2-487

2.11 EDGE Configuration (GCellEdge) ...................................................................2-489

2.11.1 EDGE Configuration ID (GCellEdge).....................................................2-489

2.11.2 EGPRS packet channel request access program support

(egprsPacketChReq)............................................................................2-490

2.11.3 Uplink LA+IR quality control support (irSupportUp).................................2-491

2.11.4 Take Preemptive transmit bit function (preEmptiveTrans) .......................2-492

2.11.5 Average filter period for uplink BEP (bepPeriodUp) ................................2-493

2.11.6 Average filter period for downlink BEP (bepPeriodDown)........................2-494

2.11.7 EGPRS phone quality measure mode (linkQuaMeaMode)......................2-496

2.11.8 EGPRS uplink init. Coding scheme (egprsCodecInitUl) ..........................2-497

2.11.9 EGPRS downlink init. Coding scheme (egprsCodecInitDl)......................2-498

2.11.10 EGPRS uplink max. coding schme (egprsCodecMaxUl) .......................2-499

2.11.11 EGPRS downlink max. coding scheme (egprsCodecMaxDl) .................2-500

2.11.12 edge Initial access rate (EdgeIniAccRate)............................................2-501

2.11.13 GPRS phones init. Code can be changed (initAttachExchGprs) ............2-502

2.11.14 EGPRS phones init. Code can be changed (initAttachExchEgprs) ........2-503

2.11.15 Bep_Period2 of uplink (ulBepPeriod2) .................................................2-504

2.11.16 Bep_Period2 of downlink (dlBepPeriod2).............................................2-505

XV

2.11.17 Interval number of downlink EGPRS TBF's RRBP

(egprsDlRRBPInterval) .........................................................................2-506

2.11.18 Interval number of uplink EGPRS TBF's ACK (egprsUlAckInterval) .......2-507

2.12 Cell Precise Paging Configuration (GCellPrecisePaging) .................................2-509

2.12.1 Cell Precise Paging Configuration ID (GCellPrecisePaging) ...................2-509

2.12.2 Adopt Precise Paging for Circuit Switched Service (csPrecisePag) .........2-510

2.12.3 Adopt Precise Paging for Packet Switched Service (psPrecisePag) ........2-511

2.12.4 VPC Age Time (vpcAgeTime)...............................................................2-512

2.12.5 Paging Hole Timer (pagHoleTimer).......................................................2-513

2.13 GPRS Configuration (GCellPs).......................................................................2-514

2.13.1 GPRS Configuration ID (GCellPs) ........................................................2-514

2.13.2 T3168 (t3168) .....................................................................................2-514

2.13.3 T3192 (t3192) .....................................................................................2-516

2.13.4 T3193 (t3193) .....................................................................................2-517

2.13.5 DRX mode holding timer (drxTimeMax).................................................2-519

2.13.6 MAX blocks transmittion in each TS (bsCvMax).....................................2-520

2.13.7 Packet control acknowledgement type (ctrAckType) ..............................2-521

2.13.8 Access burst type (accessType) ...........................................................2-522

2.13.9 N3102 descrease step (panDec) ..........................................................2-523

2.13.10 N3102 increase step (panInc).............................................................2-524

2.13.11 N3102 max (panMax).........................................................................2-526

2.13.12 Route area color code (raColor)..........................................................2-527

2.13.13 Extended measurement report order (meaOrder).................................2-529

2.13.14 Network control order (ctrlOrder) ........................................................2-530

2.13.15 CCCH SplitPGCycle support (spgcSuport) ..........................................2-531

2.13.16 Packet access priority threshold (priAcThr)..........................................2-532

2.13.17 Extended paging support (epageMode)...............................................2-533

2.13.18 USF granularity (usfGranularity) .........................................................2-534

2.13.19 Cell support extended uplink TBF (EXT_UTBF) ...................................2-535

2.13.20 Extended uplink dynamic allocation support (exUpDynSupport)............2-536

2.13.21 Uplink delay time (ulDelayTime) .........................................................2-537

2.13.22 Downlink delay time (dlDelayTime) .....................................................2-538

2.13.23 Extended uplink TBF time (extUlTBFTime) ..........................................2-539

2.13.24 RRBP Interval of GPRS downlink TBF (gprsDlRRBPInterval) ...............2-540

2.13.25 Interval number of uplink GPRS TBF's ACK (gprsUlAckInterval) ...........2-541

2.13.26 Uplink measurement report period (ulMeasurePeriod)..........................2-542

2.13.27 T3142 (t3142) ...................................................................................2-543

2.13.28 T3172 (t3172) ...................................................................................2-545

XVI

2.13.29 Max times of packet assignment resend (psAssReSendMax) ...............2-546

2.13.30 Enable no data during extended uplink TBF mode

(enExUpDynSupport) ...........................................................................2-547

2.13.31 Initial Coding Scheme of GPRS uplink TBF (gprsCodecInitUl) ..............2-548

2.13.32 Initial Coding Scheme of GPRS downlink TBF (gprsCodecInitDl) ..........2-549

2.13.33 Maximum coding scheme of GPRS uplink TBF (gprsCodecMaxUl) .......2-550

2.13.34 Maximum coding scheme of GPRS downlink TBF

(gprsCodecMaxDl) ...............................................................................2-551

2.13.35 PS preemption support (psPreemptionInd) ..........................................2-552

2.13.36 PS queuing support (psQueueInd)......................................................2-553

2.13.37 Resource adjust threshold (resourceAdjustThs)...................................2-555

2.13.38 GDpiAppSrv DN (refGDpiAppSrvPri)...................................................2-556

2.13.39 Downlink TBF pre-establish support (EarlyDlTBFEstSupp)...................2-557

2.13.40 PS channel alloc reduction support (SuppReducePd) ..........................2-558

2.13.41 Initial limit threshold of PDTCH alloc (LmtThreshold_0) ........................2-559

2.13.42 Medium limit threshold of PDTCH alloc (LmtThreshold_1) ....................2-560

2.13.43 Maximum limit threshold of PDTCH alloc (LmtThreshold_2) .................2-561

2.13.44 Damping of PDTCH alloc from limit to non-limit (LmtThreshold_3) ........2-562

2.14 NC2 Configuration (GCellPsNc2)....................................................................2-563

2.14.1 NC2 Configuration ID (GCellPsNc2) .....................................................2-563

2.14.2 Cell reselection offset in idle (reselOff1) ................................................2-564

2.14.3 Cell reselection temporary offset in idle (tempOffset1)............................2-565

2.14.4 Penalty time of cell reselection in ide (penalTime1) ................................2-566

2.14.5 Interval of reselecting the same cell in idle (t_Resel1) ............................2-567

2.14.6 Threshold of HSC signal level in idle (hcs_Thr1)....................................2-568

2.14.7 HCS Priority in idle (prioClass1) ...........................................................2-569

2.14.8 C31 hysteresis in idle (c31_Hyst1)........................................................2-570

2.14.9 GPRS cell reselection hysteresis in idle (reselHys1) ..............................2-571

2.14.10 Routing reselection hysteresis in idle (raReselHys1) ............................2-572

2.14.11 Random access attempt permitted in idle (radAcRetry1).......................2-574

2.14.12 Usage of cell reselection offset in idle (c32_Qual1) ..............................2-575

2.14.13 GPRS access minimal signal level in idle (rxLevAsMin1)......................2-576

2.14.14 HCS exist in idle (hcs_Exist1).............................................................2-577

2.14.15 GPRS MAX initial access signal level in idle (msTxMaxCCH1) .............2-578

2.14.16 Cell reselection offset in transfer (reselOff2) ........................................2-579

2.14.17 Cell reselection temporary offset in transfer (tempOffset2)....................2-580

2.14.18 Penalty time of cell reselection in transfer (penalTime2) .......................2-581

2.14.19 Interval of reselecting the same cell in transfer (t_Resel2) ....................2-582

XVII

2.14.20 Threshold of HSC signal level in transfer (hcs_Thr2)............................2-584

2.14.21 HCS Priority in transfer (prioClass2) ...................................................2-585

2.14.22 C31 hysteresis in transfer (c31_Hyst2)................................................2-586

2.14.23 GPRS cell reselection hysteresis in transfer (reselHys2) ......................2-587

2.14.24 Routing reselection hysteresis in idle (raReselHys2) ............................2-588

2.14.25 Random access attempt permitted in transfer (radAcRetry2) ................2-589

2.14.26 Usage of cell reselection offset in transfer (c32_Qual2) ........................2-591

2.14.27 GPRS access minimal signal level in idle (rxLevAsMin2)......................2-592

2.14.28 HCS exist in transfer (hcs_Exist2).......................................................2-593

2.14.29 GPRS MAX initial access signal level in transfer (msTxMaxCCH2) .......2-594

2.14.30 NC hold time in non-drx mode (ncNoDrxPer) .......................................2-595

2.14.31 Packet idle mode (ncRepPerI) ............................................................2-597

2.14.32 Packet transmission mode (ncRerPerT) ..............................................2-598

2.14.33 Extended measurement report order (exMeaOrder) .............................2-599

2.14.34 Type of extended measurement report (extRepType) ...........................2-600

2.14.35 Report period of extended measurement (extRepPer)..........................2-602

2.14.36 The size of test report's slip window (wnd)...........................................2-603

2.14.37 Minimum measurement reports in slip window to avoid penalty

(allowedRepNum) ................................................................................2-604

2.14.38 Enable uplink interference decision in NC2 (nc2UlInterControl).............2-605

2.14.39 Enable downlink interference decision in NC2 (nc2DlInterControl) ........2-606

2.14.40 P of uplink interference decision in NC2 (nc2UlLevP)...........................2-607

2.14.41 N of uplink interference decision in NC2 (nc2UlLevN) ..........................2-608

2.14.42 P of downlink interference decision in NC2 (nc2DlLevP).......................2-609

2.14.43 N of downlink interference decision in NC2 (nc2DlLevN) ......................2-610

2.14.44 Uplink interference quality offset (qoffSetUl) ........................................2-611

2.14.45 Uplink interference level offset (soffSetUl) ...........................................2-613

2.14.46 Downlink interference quality offset (qoffSetDl) ....................................2-614

2.14.47 Downlink interference level offset (soffSetDl) .......................................2-616

2.14.48 Num of samples that calculates average of uplink signal level in NC2

(nc2UlLevWindow)...............................................................................2-618

2.14.49 Num of samples that calculates average of downlink signal level in

NC2 (nc2DlLevWidow) .........................................................................2-619

2.14.50 Num of samples that calculates average of uplink quality level in NC2

(nc2UlQualWindow) .............................................................................2-620

2.14.51 Num of samples that calculates average of downlink quality level in

NC2 (nc2DlQualWindow)......................................................................2-621

2.14.52 NC2 mode between 2G and 3G (NC2For23G).....................................2-622

XVIII

2.14.53 Serving Cell Load Threshold (ServCellLoadThr) ..................................2-623

2.14.54 Serving Cell Capacity Threshold (ServCellCapaThr) ............................2-624

2.14.55

Cell reselection control switch

by serving cell traffic busy (PsTrafResel)

...........................................................................................................2-625

2.15 Cell Reserved Configuration (GCellRsv) .........................................................2-626

2.15.1 Cell Reserved Configuration ID (GCellRsv) ...........................................2-626

2.15.2 Cell Reserved Parameter 1 (reserved1) ................................................2-627








2.15.10 Cell Reserved Parameter 9 (reserved9) ..............................................2-634

2.15.11 Cell Reserved Parameter 10 (reserved10)...........................................2-635

2.15.12 Cell Reserved Parameter 11 (reserved11) ...........................................2-636










2.16 Common Measure and Information Exchange (GCommMeas) .........................2-645

2.16.1 Common Measure and Information Exchange ID (GCommMeas) ...........2-645

2.16.2 Report characteristics (ReportType)......................................................2-646

2.16.3 Measurement Load Threshold 1 (measThrLoad1) .................................2-647

2.16.4 Measurement RT Load Threshold 1 (measThrRtLoad1).........................2-648

2.16.5 Measurement NRT Load Threshold 1 (measThrNrtLoad1) .....................2-649

2.16.6 Measurement Load Threshold 2 (measThrLoad2) .................................2-650

2.16.7 Measurement RT Load Threshold 2 (measThrRtLoad2).........................2-651

2.16.8 Measurement NRT Load Threshold 2 (measThrNrtLoad2) .....................2-652

XIX

2.16.9 Report periodicity unit (RepPeriodUnit) .................................................2-653

2.16.10 Report Periodicity Value (RepPeriodValue)..........................................2-654

2.16.11 Measurement Hysteresis Time (MeasHys)...........................................2-655

2.16.12 Event Report Periodicity (EveRepPeriod) ............................................2-656

2.16.13 Information Report Type (InfoReportType)...........................................2-657

2.16.14 Measurement type (MeasType) ..........................................................2-658

2.16.15 Support of 2g request Iur-g (IurgOf2gReq) ..........................................2-659

2.16.16 Not Real Time Load Overflow Threshold (nrtOverflowThs) ...................2-660

2.16.17 Not Real Time Load High Threshold (nrtHighThs) ................................2-661

2.16.18 Not Real Time Load Low Threshold (nrtLowThs) .................................2-662

2.17 Serving Cell CRRM Configuration (GCrrmCellLd) ............................................2-664

2.17.1 Serving Cell CRRM Configuration ID (GCrrmCellLd)..............................2-664

2.17.2 Uplink Load Low Threshold (ulLoadLowThs) .........................................2-664

2.17.3 Uplink Load Medium Threshold (ulLoadMidThs) ....................................2-665

2.17.4 Uplink Load High Threshold (ulLoadHighThs)........................................2-666

2.17.5 Uplink Load High Threshold (dlLoadLowThs) ........................................2-667

2.17.6 Downlink Load Medium Threshold (dlLoadMidThs)................................2-668

2.17.7 Downlink Load High Threshold (dlLoadHighThs) ...................................2-669

2.17.8 Real Time Uplink Load Low Threshold (ulRtLoadLowThs)......................2-670

2.17.9 Real Time Uplink Load Medium Threshold (ulRtLoadMidThs).................2-671

2.17.10 Real Time Uplink Load High Threshold (ulRtLoadHighThs) ..................2-672

2.17.11 Real Time Downlink Load Low Threshold (dlRtLoadLowThs)................2-673

2.17.12 Real Time Downlink Load Medium Threshold (dlRtLoadMidThs)...........2-674

2.17.13 Real Time Downlink Load High Threshold (dlRtLoadHighThs) ..............2-675

2.17.14 Not Real Time Uplink Load Low Threshold (ulNRtLoadLowThs) ...........2-676

2.17.15 Not Real Time Uplink Load Medium Threshold (ulNRtLoadMidThs) ......2-677

2.17.16 Not Real Time Uplink Load High Threshold (ulNRtLoadHighThs) ..........2-678

2.17.17 Not Real Time Downlink Load Low Threshold (dlNRtLoadLowThs) .......2-679

2.17.18 Not Real Time Downlink Load Medium Threshold

(dlNRtLoadMidThs) ..............................................................................2-680

2.17.19 Not Real Time Downlink Load High Threshold (dlNRtLoadHighThs) ......2-681

2.18 External UTRAN FDD Cell CRRM Configuration (GCrrmNCellLdFDD)..............2-682

2.18.1 External UTRAN FDD Cell CRRM ID (GCrrmNCellLdFDD) ....................2-682

2.18.2 Cs Remained User Num Low Threshold (csRemUserLowThs) ...............2-683

2.18.3 Ps Remained User Num Low Threshold (psRemUserLowThs) ...............2-684

2.18.4 Cs Remained User Num Medium Threshold (csRemUserMidThs) ..........2-685

2.18.5 Ps Remained User Num Medium Threshold (psRemUserMidThs) ..........2-686


XX



2.18.9 Downlink Load Low Threshold (dlLoadLowThs).....................................2-689

2.18.10 Downlink Load Medium Threshold (dlLoadMidThs) ..............................2-690

2.18.11 Downlink Load High Threshold (dlLoadHighThs)..................................2-691

2.18.12 Real Time Uplink Load Low Threshold (ulRtLoadLowThs) ....................2-692

2.18.13 Real Time Uplink Load Medium Threshold (ulRtLoadMidThs) ...............2-693












2.19 External UTRAN TDD Cell CRRM Configuration (GCrrmNCellLdTDDLcr) .........2-704

2.19.1 External UTRAN TDD Cell CRRM ID (GCrrmNCellLdTDDLcr)................2-704

2.19.2 Cs Remained User Num Low Threshold (csRemUserLowThs) ...............2-705

2.19.3 Ps Remained User Num Low Threshold (psRemUserLowThs) ...............2-706

2.19.4 Cs Remained User Num Medium Threshold (csRemUserMidThs) ..........2-707

2.19.5 Ps Remained User Num Medium Threshold (psRemUserMidThs) ..........2-708




2.19.9 Downlink Load Low Threshold (dlLoadLowThs).....................................2-712

2.19.10 Downlink Load Medium Threshold (dlLoadMidThs) ..............................2-712

2.19.11 Downlink Load High Threshold (dlLoadHighThs)..................................2-713

2.19.12 Real Time Uplink Load Low Threshold (ulRtLoadLowThs) ....................2-714

2.19.13 Real Time Uplink Load Medium Threshold (ulRtLoadMidThs) ...............2-715







XXI






2.20 DTM Configuration (GDTM) ...........................................................................2-726

2.20.1 DTM Configuration ID (GDTM) .............................................................2-726

2.20.2 DTM support (DTMSupport) .................................................................2-727

2.20.3 Support enhanced DTM capability (DTMEnhanceCapa).........................2-728

2.20.4 Max number of GTTP lapdm frame (gttpLapdmNum).............................2-729

2.21 Enhanced EDGE Configuration (GEhancedEdge) ...........................................2-730

2.21.1 Enhanced EDGE Configuration ID (GEhancedEdge) .............................2-730

2.21.2 EGPRS2-A uplink initial coding scheme (egprs2ACodecInitUl) ...............2-731

2.21.3 EGPRS2-A downlink initial coding scheme (egprs2ACodecInitDl) ...........2-732

2.21.4 EGPRS2-A uplink maximum coding scheme (egprs2ACodecMaxUl) ......2-733

2.21.5 EGPRS2-A downlink maximum coding scheme

(egprs2ACodecMaxDl) .........................................................................2-734

2.21.6 EGPRS2A MS initial code can be changed (initAttachExchEgprs2A) ......2-736

2.21.7 FANR TBF support (TBFFanrSupport) ..................................................2-737

2.21.8 DLDC support (dlDCSupport) ...............................................................2-738

2.21.9 RTTI support (rttiSupport) ....................................................................2-739

2.21.10 Enable event-based FANR in downlink TBF (dlEventBasedFanr)..........2-740

2.21.11 Enable reduced latency access (RttiAccess ).......................................2-741

2.21.12 Encoding mode of PAN in uplink TBF (ulPanEncodingMode)................2-742

2.22 eMLPP User Priority Configuration (GEmlppUserPriority).................................2-743

2.22.1 eMLPP User Priority Configuration ID (GEmlppUserPriority) ..................2-743

2.22.2 User priority (userPriority) ....................................................................2-744

2.22.3 Strategy for preemption when assign (assPreemptstrategy) ...................2-745

2.22.4 Strategy for preemption when handover (hoPreemptstrategy) ................2-746

2.22.5 Max forced handover times when assign (assForcedHoTry) ...................2-747

2.22.6 Max forced handover times when handover (hoForcedHoTry) ................2-748

2.22.7 Max forced release times when assign (assForcedRelTry) .....................2-749

2.22.8 Max forced release times when handover (hoForcedRelTry) ..................2-750

2.22.9 Preemption duration when assign (assPreempTimer) ............................2-751

2.22.10 Preemption duration when handover (hoPreempTimer)........................2-753

2.22.11 Timer for start forced release when assign (assForceRelTimer) ............2-754

2.22.12 Timer for start forced release when handover (hoForceRelTimer) .........2-755

XXII

2.22.13 Interval for search forced handover target when assign

(assForceHoInterval)............................................................................2-756

2.22.14 Interval for search forced handover target when handover

(hoForceHoInterval) .............................................................................2-757

2.22.15 Interval for search forced release target when assign

(assForceRelInterval) ...........................................................................2-758

2.22.16 Interval for search forced release target when handover

(hoForceRelInterval) ............................................................................2-759

2.22.17 Queue timer for assign (rmsT11) ........................................................2-761

2.22.18 Queue timer for handover (rmsTqho) ..................................................2-762

2.23 E-UTRAN Measurement (GEutranMeasure)....................................................2-763

2.23.1 E-UTRAN Measurement ID (GEutranMeasure) .....................................2-763

2.23.2 Initial parameter instead of qsearch_c before UE receiving qsearch_C

(qsearchCInit) ......................................................................................2-764

2.23.3

Class of reported quantities of E-UTRAN adjacent cells

(repQuant)

...........................................................................................................2-765

2.23.4 Max number of E-UTRAN adjacent cells in measurement report

(mulRatRrpt)........................................................................................2-766

2.23.5 FDD Measurement report threshold of RSRP or RSRQ in 6-bit

(fddRptthresh)......................................................................................2-767

2.23.6 FDD Measurement report threshold of RSRQ or RSRP in 6-bit reporting

(fddRptthresh2)....................................................................................2-768

2.23.7 TDD Measurement report threshold of RSRP or RSRQ in 6-bit reporting

(tddRptthresh)......................................................................................2-769

2.23.8 TDD Measurement report threshold of RSRQ or RSRP in 6-bit reporting

(tddRptthresh2)....................................................................................2-770

2.23.9 FDD Measurement report threshold of RSRP or RSRQ in 3-bit reporting

(fddMeasRptOffset)..............................................................................2-771

2.23.10 FDD Measurement report threshold of RSRQ or RSRP in 3-bit

reporting (fddMeasRptthresh2) .............................................................2-772

2.23.11 TDD Measurement report threshold of RSRP or RSRQ in 3-bit

reporting (tddMeasRptOffset)................................................................2-773

2.23.12 TDD Measurement report threshold of RSRQ or RSRP in 3-bit

reporting (tddMeasRptthresh2) .............................................................2-774

2.23.13 Measurement report threshold offset of RSRQ or RSRP in 3-bit

reporting (rptGranularity) ......................................................................2-775

2.23.14 Measurement threshold of UE performing GPRS E-UTRAN Cell

(qsearchP_Ps).....................................................................................2-776

XXIII

2.23.15 GPRS max number of E-UTRAN adjacent cells in measurement report

(mulRatRpt_Ps) ...................................................................................2-777

2.23.16

GPRS class of reported quantities of

E-UTRAN adjacent cells

(repQuant_Ps)

...........................................................................................................2-778

2.23.17 GPRS FDD Measurement report threshold of RSRP or RSRQ

(fddRptThresh_Ps)...............................................................................2-779

2.23.18 GPRS FDD Measurement report threshold of RSRQ or RSRP

(fddRptThresh2_Ps).............................................................................2-780

2.23.19 GPRS TDD Measurement report threshold of RSRP or RSRQ

(tddRptThresh_Ps)...............................................................................2-781

2.23.20 GPRS TDD Measurement report threshold of RSRQ or RSRP

(tddRptThresh2_Ps).............................................................................2-782

2.23.21 RxLevel Threshold for Measure E-UTRAN Neighbour Cell In

Dedicated Mode (QSearchC)................................................................2-783

2.23.22 Slippery window size for calculating average value of E-Utran

Neighbour Cell (WindowEutran) ............................................................2-785

2.23.23 offset to the reported value when prioritising the FDD E-UTRAN cells

for 6bit reporting (FDDRptOffset6bit) .....................................................2-786

2.23.24 offset to the reported value when prioritising the TDD E-UTRAN cells

for 6bit reporting (TDDRptOffset6bit) .....................................................2-787


for 3bit reporting (FDDRptOffset3bit) .....................................................2-788


for 3bit reporting (TDDRptOffset3bit) .....................................................2-789


for PS (FDDRptOffset_PS) ...................................................................2-790


for PS (TDDRptOffset_PS) ...................................................................2-791

2.24 Adjacent E-UTRAN Cell Configuration (GEutranRelation) ................................2-792

2.24.1 Adjacent E-UTRAN Cell Configuration ID (GEutranRelation) ..................2-792

2.24.2 DN of E-UTRAN FDD source cell (refGExternalEutranCellFDD) .............2-793

2.24.3 DN of E-UTRAN TDD source cell (refGExternalEutranCellTDD) .............2-793

2.24.4 UTRAN Relation Sequence (GEutranRelationSeq) ................................2-794

2.24.5 the PRIORITY of E-UTRAN cells for the specified EARFCN

(arfcnLtePrio).......................................................................................2-795

2.24.6 CCN support (ccnSupport) ...................................................................2-796

XXIV

2.24.7 The re-selecting forbid flag of LTE Ncell (ncelBlackListInd).....................2-798

2.25 External E-UTRAN FDD Cell Configuration (GExternalEutranCellFDD).............2-799

2.25.1 External E-UTRAN FDD Cell Configuration ID

(GExternalEutranCellFDD) ...................................................................2-799

2.25.2 MCC (mcc) .........................................................................................2-800

2.25.3 MNC (mnc) .........................................................................................2-801

2.25.4 LTE CELL

ZXUR 9000 GSM (V6.50.10) Base Station Controller Radio Parameter Reference

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Transcript of ZXUR 9000 GSM (V6.50.10) Base Station Controller Radio Parameter Reference