System MO Parameter Value3G UIubLink pmUlThptThreshClose 100 3G UIubLink pmDlThptThreshClose 200 3G UIubLink sptDpiSpiChgInd 1 3G UUtranCellFDD maximumTransmissionPow44.2 3G UUtranCellFDD primaryCpichPower 33.0 3G UUtranCellFDD primarySchPower -8.0 3G UUtranCellFDD secondarySchPower -8.0 3G UUtranCellFDD bchPower 5 3G UUtranCellFDD aichPower -7 3G UUtranCellFDD qqualMin -18 3G UUtranCellFDD qrxlevMin -115 3G UUtranCellFDD hspaSptMeth 3 3G UUtranCellFDD numOutSyncInd 250 3G UUtranCellFDD tRlFailure 20.0 3G UUtranCellFDD interHoTactic 2 3G UUtranCellFDD nonIntraMeasQuan 2 3G UUtranCellFDD rscpQualThrd -108 3G UUtranCellFDD csfbCsRel2LteSw 1 3G UUtranCellFDD csSsRnReestSwitch 1 3G UUtranCellFDD csHoRnReestSwitch 1 3G UUtranCellFDD csRcUeReestSwitch 1 3G UUtranCellFDD psRcUeReestSwitch 1 3G UUtranCellFDD efdpchSupInd 1 3G UUtranCellFDD supt64QamInd 1 3G UUtranCellFDD tti2msSuptInd 1 3G UUtranCellFDD dcHsdschSupptInd 1 3G UUtranCellFDD hsdschTrafLimit 128 3G UUtranCellFDD edchTrafLimit 36 3G UUtranCellFDD fastReturnDchSwch 1 3G UCelInfoFDD rtMaxDlRateDch 384 3G UCelInfoFDD rtMaxUlRateDch 384 3G UCelInfoFDD absPriReselSwch 1 3G UCelInfoFDD ifOrRatHoSwch 3 3G UCelInfoFDD cResPara1 11 3G UCelInfoFDD hsNumMarginClose 20 3G UCelInfoFDD eNumMarginClose 20 3G UCelInfoFDD hsNumMarginOpen 15 3G UCelInfoFDD eNumMarginOpen 15 3G UCelInfoFDD pchCellSwch 1 3G UCelInfoFDD blerLoadSwitch 1 3G UCelInfoFDD tcpOptSwitch 1 3G UCelInfoFDD tcpStatSwitch 1 3G UCelInfoFDD csfbMulSrv2LteSw 2 3G UCelInfoFDD interHoMinThrdSw 1 3G UCelInfoFDD dch2FachRetLteSw 1 3G UCelInfoFDD cfnCompEcNoThrd -12 3G UCelInfoFDD cfnCompRscpThrd -100 3G UCelInfoFDD pMHsNumMarginClose 20 3G UCelInfoFDD pMENumMarginClose 20 3G UCelInfoFDD intraHardHoSw 0 3G UCelInfoFDD nrtMaxDlRateDch 64 3G UCelInfoFDD nrtMaxUlRateDch 64 3G UCelInfoFDD qqualMinConn -18 3G UCelInfoFDD qrxlevMinConn -115 3G UExtCelInfoFDD fRDchMOIniDTSwch 1 3G UExtCelInfoFDD fRDchMTIniDTSwch 1 3G UExtCelInfoFDD maxR99DlPowerHs 97 3G UExtCelInfoFDD pchIdleRetLteSw 1 3G UExtCelInfoFDD idlePrPagingDom 2 3G UExtCelInfoFDD cellBndcSwitch 1 3G UExtCelInfoFDD blindRedPenSw 1 3G UExtCelInfoFDD dchPsBldRedLteSw 1 3G UExtCelInfoFDD bldRedLteT1Long 600 3G UPrach preamThs -24.0 3G UPrach constVal -27 3G UPrach pRStep 2 3G UPrach maxPreamRetrans 25 3G USccpch maxFachPwr 1.0 3G USccpch sccpchOffset F1:11520, 3G UcelSel sSearchRat 0 3G UcelSel qHyst1S 10 3G UcelSel cellBarredInd 2 3G UPriSel servCelPriority 3 3G UPriSel eutranInterFNum 1 3G UPriSel dlEARFCN 1875 3G UPriSel allowMeasBand 3 3G UPriSel eutranHighThresh 4 3G UPriSel qrxlevminEUTRA -124 3G UPriSel qqualminEUTRA -30 3G UCHspa numofHspdsch 10 3G UCHspa minNumofHspdsch 5 3G UCHspa maxNumofHspdsch 15 3G UCHspa numofEagch 2 3G UCHspa numofErgHich 2 3G UCHspa nServToTotalPwr 85 3G UCHspa maxRTWP 30 3G UCHspa hsNBAssInd 1 3G UCHspa maxEAgchNum 2 3G UCHspa maxERgHichNum 2 3G UCHspa hsVsR99CdPriInd 1 3G UCHspa rotAdjstUprLmt 30.0 3G UCHspa rotAdjstlwrLmt 9.0 3G UCHspa edch2msUserLimit 36 3G UPlBal rabAssLBSw 1 3G UPlBal dlLdBalPwrSwch 0 3G UPlBal ldBalCdSwch 0 3G UPlBal ldBalHspaStrCho 1 3G UPlBal ldBalHsdNumSwch 1 3G UPlBal ldHsdUserNumThd 5 3G UPlBal deltaHsdUsrNumTd 1 3G UPlBal thdForUserNumofFach 20 3G UPlBal ldHsdNumOptSwch 1 3G UExternalUtranCell fdpchSuptInd 0 3G UExternalUtranCell eFdpchSupInd 0 3G UExternalUtranCell dl64QamSuptInd 1 3G UExternalUtranCell iurDcHsdsSuptInd 1 3G UExternalUtranCell edchTti2SuptInd 1 description parameter This parameter indicates the UL Node B throughput threshold used for switching off Pico/Micro Node B intelligen This parameter indicates the DL Node B throughput threshold used for switching off Pico/Micro Node B intelligen This parameter indicates the switch for the DPI-SPI change function. If it is set to "1", a NodeB supports ZTE-def This parameter indicates the maximum allowed value for the linear sum of the power of all downlink physical cha This parameter indicates the PCPICH transmit power of a neighboring cell. It is an absolute value. This parameter indicates the P-SCH transmit power of a cell. It is the offset relative to the PCPICH transmit powe This parameter indicates the S-SCH transmit power of a cell. It is relative to the PCPICH transmit power. This parameter indicates the BCH transmit power in a cell. This parameter is the offset (dB) relative to the PCPIC This parameter indicates the AICH transmit power. It is an offset relative to the primary CPICH power. This parameter indicates the minimum required quality of a cell for a UE to camp on. When the measurement qu This parameter indicates the minimum required receive level of a cell for a UE to camp on. When the measurem This parameter indicates how a neighboring cell supports DCH, HSDPA and HSUPA. When the radio link set is in the in-sync state, Node B shall start timer T_RLFAILURE after receiving N_OUTSYN When the radio indicates This parameter link set is the in the in-sync state,handover inter-frequency Node B shall start timer T_RLFAILURE after receiving N_OUTSYN policy. In most scenarios, this parameter is set to 2A Event Trigger, and precise inter-frequency handovers can be ensu This parameter indicates UTRAN measurement quantity for inter-frequency and inter-RAT measurements. For in This parameter indicates the Cpich Ec/N0 threshold for blind handovers in service reconfiguration. If the reported This parameter indicates cell switch of fast return to EUTRAN for CS service.If the switch is On, when CS is rele This parameter indicates the Switch of CS Call Re-establishment Triggered by RAN Network when SRNC is in S This parameter indicates the Switch of CS Call Re-establishment Triggered by RAN network when SRNC is in H This parameter indicates the CS call re-establishment switch in an RB/Trch/Phych Reconfig flow. If this paramete This parameter indicates the PS call re-establishment switch in an RB/Trch/Phych Reconfig flow. If this paramete This parameter indicates whether the neighboring cell supports Enhanced F-DPCH. This parameter indicates whether the cell supports the 64QAM function or not.When 64QAM is used, downlink c This parameter indicates whether the cell supports the HSUPA 2ms TTI function or not. Comparing with 10ms, 2 This parameter indicates whether Dual-Cell HS-DSCH is supported in this cell, which is a Dual-Cell HS-DSCH fu This parameter indicates the maximum number of HS-DSCH users in the cell. It will be guaranteed by the admis This This parameter parameter indicates indicates the maximum whether or notnumber a UE inof E-DCH state common userstransitions in the cell.toIt DCH will bestate guaranteed as soon byas the admission possible whe If the switch is set to "1: On", the UE transmits to DCH state as soon as possible. If theparameter This switch is set to "0: Off", indicates the RNC determines the maximum bit rate of athe state ofPS real-time thedomain UE based RABon in traffic and services. the serving cell that can be allow This parameter indicates the maximum bit rate of a non-real-time PS domain RAB in the serving cell that can be This parameter indicates whether the absolute priority reselection rule is used. If AbsPriReselSwch is set to "On" For inter-RAT, when GSM neighbor cells and EUTRAN neighbor cells are both exist, only the measurement of th Cell Reserved Parameter 1 This parameter indicates the HSDPA user amount margin of a neighboring cell that should be considered in dete This parameter indicates the HSUPA user amount margin of a neighboring cell that should be considered in dete This parameter indicates the HSDPA user amount margin of the cell that should be considered in determining wh This This parameter parameter indicates is a switchthe to HSUPA indicateuser amount whether margin of the cell that URA_PCH/CELL_PCH should be or is supported considered not in theincell. determining wh On: UE is allowed to transfer to PCH when there is no data to transmit in the cell. Off: ThisUE is not allowed parameter to transfer indicates to PCH the switch when for the there is BLER load-based no data to transmit function. Whenin the the cell. switch is turned on, the target B Switch of TCP optimization for users setting up a new connection in the cell. Switch of TCP statistics for users setting up a new connection in the cell. The parameter indicates whether Eutran measurement and compressed mode are immediately initialized to han This parameter indicates whether RNC judge the minimu quality threshold of target cells in inter-frequency hando This parameter indicates whether fast return to Eutran is performed when a PS service is transferred from CELL This parameter indicates the CPICH EcN0 threshold for CFN offset compensation. This If theparameter CPICH EcN0 indicates RSCP reported by aThreshold UE is belowfor the CFNthreshold, offset compensation. then RNC add a compensation value to the current If the RSCP report by UE is below the Threshold, then RNC add a compensation value to the current CFN offset value. This parameter indicates the HSDPA user amount margin of the macro cell with the same frequency that should This parameter indicates the HSUPA user amount margin of the macro cell with the same frequency that should This parameter indicates whether an intra-frequency hard handover is allowed. This parameter indicates the maximum bit rate of a non-real-time PS domain RAB in the serving cell that can be This parameter indicates the maximum bit rate of a non-real-time PS domain RAB in the serving cell that can be This parameter indicates the required minimum quality level of a cell broadcast in SIB 4 and SIB 12 to meet the c This parameter indicates the required minimum received level of a cell broadcast in SIB 4 and SIB 12 to meet the If this parameter is set to "1: On", the INITIAL DIRECT TRANSFER message of CS MO can trigger the transition If this If this parameter parameter is is set set to to "1: "0: On", Off", the the INITIAL INITIAL DIRECT DIRECT TRANSFER TRANSFER message message ofof CS CS MO doestrigger MT can not trigger the tran the transition If this parameter is set to "0: Off", the INITIAL DIRECT TRANSFER message of CS MT does not trigger the trans This parameter indicates the maximum R99 power when the downlink power is shared by multiple PLMNs and th This parameter indicates whether fast return to Eutran is executed or not when a PS service is transferred to PC when UE is in IDLE, the Paging channel Load can be decreased through smaller paging area. RNC page the UE This parameter indicates whether the BNDC(Bubble noise detection and correction) is supported by all ues in thi This parameter enables or disables Blind Fast Return to LTE penalty. When this parameter is set to "1: On", the This parameter enables or disables Blind Fast Return to LTE for a PS service in the CELL_DCH state. If the PS This parameter is Blind redirection to LTE Timer 1 Long. Afer UE Blind Fast Returns to LTE, if RNC recerives a U This parameter indicates the preamble judgment threshold when the Node B detects PRACH preambles. To mak This parameter indicates the correction value for calculating the initial transmit power of the PRACH preamble. F This parameter indicates the power ramp step used by the UE when it does not receive any responses from AIC The UE can send access preamble again if not receiving any responses from AICH. This parameter indicates the This parameter indicates the maximum transmit power of the FACH mapped to the SCCPCH (based on the relat This parameter indicates the time offset between SCCPCH and PCCPCH. For different S-CCPCHs, there are ma This parameter indicates the triggering threshold (Ssearch, RAT) for inter-RAT measurement for cell reselection. This parameter indicates the hysteresis value for FDD cell reselection when the measurement quantity is CPICH This parameter indicates that a cell is barred. When the parameter of a cell is set to Barred, UEs are not allowed This parameter indicates the absolute reselection priority of serving cell. This parameter indicates the number of EUTRA centre frequencies The parameter indicates the downlink E-UTRAN Absolute Radio Frequency Channel Number (EARFCN).F_DL = This parameter indicates the maximum allowed measurement bandwidth on a carrier frequency. This parameter indicates the threshold for cell reselection to a higher priority EUTRAN cell. There are 2 reselecti This parameter indicates the minimum required received power level that satisfies the EUTRAN cell reselection c This parameter indicates the minimum quality requirement for EUTRAN cell reselection. When the HS-PDSCH number is smaller than the parameter, the HS-PDSCH number can be adjusted to the par If HsVsR99CdPriInd is set to "Supported" and the number of HS-PDSCH code used is smaller than the threshold This parameter indicates the minimum number of the HS-PDSCHs configured in the cell. Minimum Number of HS This parameter indicates the maximum number of the HS-PDSCHs configured in the cell. Minimum Number of H This parameter indicates the number of the E-AGCHs of the cell. This parameter indicates the number of the E-RGCHs/ E-HICHs of the cell. This parameter indicates the ratio threshold of E-DCH received power of non-serving cells to total E-DCH receive This parameter indicates the maximum target UL interference for a certain cell used for E-DCH scheduling, inclu This parameter indicates whether the HS-PDSCHs’ codes of a cell are allocated by Node B. This parameter indicates maximum number of E-AGCH for the dedicated E-DCH users. This parameter indicates maximum number of E-RGCH/HICH for the dedicated E-DCH users. This parameter indicates whether to judge the priority of HSDPA and R99 PS services in code resource allocatio This parameter indicates the upper limit of the maximum target RTWP in the RoT dynamic adjustment. The targe This parameter indicates the lower limit of the maximum target RTWP in the RoT dynamic adjustment. The targe user limit for tti2ms This parameter sets the load balance switch that indicates whether the load balance function is available for RAB This parameter sets the switch indicating whether load balance based on downlink transmitting power is availabl This parameter sets the switch indicating whether load balance based on downlink channelization code resource This parameter indicates which load balance strategy of HSPA service will be chose. This parameter sets the switch indicating whether load balance switch based on the number of HSDPA users is o This parameter indicates the maximum number of HSDPA users for load balance between UTRAN cells. If the nu This parameter indicates the number of downlink available HSDPA users for load balance between inter-frequen This parameter indicates the threshold of the number of UEs in CELL_FACH state in a cell. It is used to determin This parameter enables or disables the balance optimization of the number of HSDPA UEs. If this optimized func This parameter indicates whether the neighboring cell supports F-DPCH. This parameter indicates whether the neighboring cell supports Enhanced F-DPCH. This parameter indicates whether the neighboring cell supports downlink 64QAM or not. When 64QAM is used, d This parameter indicates whether Dual-Cell HS-DSCH is supported by the neighboring cell over Iur, and should b This parameter indicates whether the neighboring cell supports an E-DCH TTI of 2 ms. Compared with an E-DCH Feature and funRemark Flag - - Fix Parameter - - Fix Parameter Application Aware- Fix Parameter Admission Contro - Fix Parameter Handover Control - Fix Parameter Power Control FG - Fix Parameter Power Control FG - Fix Parameter Power Control FG - Fix Parameter Node B Managemen - Fix Parameter Idle Mode and Co - Idle - Reselection Parameter Idle Mode and Co - Idle - Reselection Parameter HSDPA Introduction - FG Fix Parameter HSUPA Introduction FG Connection Mana- Fix Parameter Connection Mana- Fix Parameter Handover Control - Fix Parameter Handover Control -FG Fix Parameter Handover with LTE FG HSUPA Introducti - Fix Parameter Fast Return to LTE- Feature Radio Connection - Fix Parameter Radio Connection - Fix Parameter Radio Connection - Fix Parameter Radio Connection - Fix Parameter Enhanced F-DPCH- Feature 64QAM for HSDPA- Fix Parameter HSUPA 2ms TTI & 5.76Mbps Peak Bit Rate FG - FG Fix Parameter Adaptive HSUPA TTI DC-HSDPA FG - Fix Parameter HSDPA Introductio- Fix Parameter HSUPA Introducti - Fix Parameter ZTE UMTS Voice seDepend on LTE Colo/Cluster Feature Dynamic Radio Bea - Fix Parameter Dynamic Radio Bea - Fix Parameter Idle Mode and Co - Idle - Reselection Parameter Handover Control -FG Fix Parameter Handover with LTE FG - - Fix Parameter Intelligent Carrie - Fix Parameter Intelligent Carrie - Fix Parameter Intelligent Carrie - Fix Parameter Intelligent Carrie - Fix Parameter Dynamic Radio Bearer Control FG Fast Dormancy FG- Feature Load Adaptive Pow- Fix Parameter Intelligent TCP Traffic - Management FG Fix Parameter TCP Service Accelerator Intelligent TCP Traffic FG - Management FG Fix Parameter TCP Service Accelerator FG Fast Return to LTE- Feature Handover Control - Fix Parameter Fast Return to LTE- Feature Connection Mana- Fix Parameter Connection Mana- Fix Parameter - - Fix Parameter - - Fix Parameter Handover Control - Fix Parameter Dynamic Radio Bea - Fix Parameter Dynamic Radio Bea - Fix Parameter Idle Mode and Co - Idle - Reselection Parameter Idle Mode and Co - Idle - Reselection Parameter Voice service Opti- Feature Voice service Opti- Feature RAN Sharing with - Fix Parameter Fast Return to LTE- Feature - - Fix Parameter - - Fix Parameter Fast Return to LTE- Feature Fast Return to LTEDepend on LTE Colo/Cluster Feature Fast Return to LTE- Feature Idle Mode and Co - Idle - Reselection Parameter Idle Mode and Connection Co - Management FG Idle - Reselection Parameter Power Control FG - Idle - Reselection Parameter Connection Idle Mode andManagement Common FG Channel Behavior FG - Idle - Reselection Parameter Idle Mode and Common Channel Behavior FG Power Control FG for SCCPCH Configuration Object ID = 1 Fix Parameter NodeB Managemefor commPhyChanelId = 5 or 6 Feature Idle Mode and Co - Idle - Reselection Parameter Idle Mode and Co - Idle - Reselection Parameter Idle Mode and Co - Idle - Reselection Parameter Cell reselection with - LTE FG Idle - Reselection Parameter Idle Mode and Common Channel Behavior FG Cell reselection w - Idle - Reselection Parameter Cell reselection with LTE FG Region LTE Band Following Idle - Reselection Parameter Idle Mode and Common Cell reselection with Channel Behavior FG LTE FG - Idle - Reselection Parameter Idle Mode and Common Cell reselection with Channel Behavior FG LTE FG - Idle - Reselection Parameter Idle Mode and Common Cell reselection with Channel Behavior FG - LTE FG Idle - Reselection Parameter Idle Mode and Common Channel Behavior FG Cell HSDPAreselection w - FG Introduction Idle - Reselection Parameter DCH/HSDPA Fairness - FG Fix Parameter HSDPA Introductio- Fix Parameter HSDPA Introductio- Fix Parameter HSUPA Introducti - Fix Parameter HSUPA Introducti - Fix Parameter HSUPA Introducti - Fix Parameter HSUPA Introducti Fast Dynamic Code- Allocation FG Fix Parameter DCH/HSDPA Fairness - FG Feature HSDPA HSUPA Introducti - FG Introduction Fix Parameter HSUPA Introducti - Fix Parameter DCH/HSDPA Fairness FG - FG Feature HSDPA Introduction Dynamic RoT Cont- Feature Dynamic RoT Cont- Feature - - Fix Parameter Load Balancing FG- Fix Parameter Load Balancing FG- Fix Parameter Load Balancing FG- Fix Parameter HSDPA Introductio- Fix Parameter HSDPA Introductio- Fix Parameter HSDPA Introductio- Fix Parameter HSDPA Introductio- Fix Parameter ZTE UMTS FACH Lo- Fix Parameter DC-HSDPA FG， - Fix Parameter 4C-HSDPA FG F-DPCH & SRB ove1=not support; 0=support Feature Enhanced F-DPCH1=not support; 0=support Feature 64QAM for HSDPA- Fix Parameter DC-HSDPA FG - Fix Parameter HSUPA 2ms TTI & 5.76Mbps Peak Bit Rate FG - FG Fix Parameter Adaptive HSUPA TTI System MO Parameter Value 2G GUtranMeasure fdd_Qmin 7 2G GUtranMeasure qsearch_P 7 2G GUtranMeasure qsearch_I 7 2G GCellPs exUpDynSupport 1 2G GAmrHandoverControl HoDlLevThsForAmrFr 10 2G GAmrHandoverControl HoDlLevThsForAmrHr 10 2G GAmrHandoverControl HoUlLevThsForAmrFr 6 2G GAmrHandoverControl HoUlLevThsForAmrHr 6 GCellAmr 2G useCellAmrParam 1 GCellEdge 2G bepPeriodUp 4 2G GCellEdge EdgeIniAccRate 32 2G GCellEdge EGPRSAllocPri 1 GCellEdge 2G irSupportUp 1 GCellEdge 2G preEmptiveTrans 1 2G GCellPs AdptAllowRateUpDown 20 2G GCellPs AdptStartRate 40 2G GCellPs LargeTPRateCtrl 1 GCellPs 2G PNCDSendInd 1 2G GCellPs psAssReSendMax 2 2G GCellPs PSI13SendInd 0 2G GCellPs SigTBFMaxCode 5 2G GCellPs SuppActTBF 1 GCellPs 2G TransPendingOpt 1 GDTM 2G DTMSupport 1 2G GGprsEdgeSchedule EGPRSAllocW 70 2G GGsmCell CanSdcchDyn 1 GGsmCell 2G cipherModePrio1 1 2G GGsmCell DhrAlgorithm 0 GGsmCell 2G drInd 1 GGsmCell 2G dtxDwlink 1 GGsmCell 2G DynaHREnable 1 2G GGsmCell emergencyCall 1 GGsmCell 2G fastAvg 1 2G GGsmCell FastReturntoUTRAN 1 2G GGsmCell FiltExcdThsNCell 1 GGsmCell 2G hoCmdMaxPwr 1 GGsmCell 2G hrTsPercentage 99 2G GGsmCell queueAssInd 1 GGsmCell 2G rachAccessMin 110 GGsmCell 2G repeatACCH 1 2G GGsmCell SUPPORTEMLPP 1 2G GHandoverControl CSDATAHOControl 0 GHandoverControl 2G distanceWindow 3 GHandoverControl 2G hoControlMacroMicro_L 0 2G GHandoverControl hoControlPbgt_L 1 GHandoverControl 2G hoControlPrioChg 0 GHandoverControl 2G hoDlLevThs 10 GHandoverControl 2G hoDlLevWindow 3 2G GHandoverControl hoSyncInd 1 2G GHandoverControl hoUlLevThs 5 GHandoverControl 2G hoUlLevWindow 3 GHandoverControl 2G macroMicroStartThs 45 GHandoverControl pbgtHoLayerLow 2G 1 GHandoverControl 2G pbgtHoStartThs 45 GPowerControl 2G pcDlLevWindow 2 GPowerControl 2G pcDlQualWindow 2 GPowerControl 2G pcUlLevWindow 2 GPowerControl 2G pcUlQualWindow 2 GPowerControl 2G pwrControlDl 1 2G GPsChannelSchedule CSPreemptPSOpti 1 2G GPsChannelSchedule psChlExpandSupport 1 GPsChannelSchedule 2G SC1PsChanMinPct 0 GPsChannelSchedule 2G SC2PsChanMinPct 0 GUtranMeasure 2G ecsc_3g 1 GUtranMeasure 2G fdd_Gprs_Qoffset 0;0 GUtranMeasure 2G si2quaterPos 1 description parameter Min Ec/No of UTRAN reselecting cell Measurement threshold of UE performing GPRS UTRAN cell_0/Measurement threshold of UE performing GPRS UTRAN cell_1 Extended uplink dynamic allocation support Downlink receive level for AMR-FR Threshold Downlink receive level for AMR-HR Threshold Uplink receive level for AMR-FR Threshold Uplink receive level for AMR-HR Threshold Use cell AMR parameter Average filter period for uplink BEP edge Initial access rate(kbps) EGPRS prior to GPRS Support Uplink LA+IR quality control support Take Preemptive transmit bit function Adaptive rate allowed up and down(kbps) Adaptive start rate(kbps) Rate control of large throughput service Packet Neighbour Cell Data message sending times indication Max times of packet assignment resend Sending PSI13 or not Highest coding scheme of signal TBF support TBF multiplexing of active TBF Optimize pending block in downlink transfer state Allocating weights of EGPRS Dynamic configuration SDCCH Dynamic HR channel allocation algorithm Redirection enable Downlink discontinuous transmission allowed Dynamic HR support indication Emergency call allowed Fast average indication Filter Exceed Traffic threshold NCell Maximum power on handover command support HR channel percentage threshold(%) Queue allowed when assign MIN signal level threshold of MS uplink RACH access Repeated ACCH support Circuit data handover control Distance Sample count Allow Macro-Micro delay handover(Low Speed) Allow standard PBGT handover(Low Speed) Allow dynamic adjustment of handover priority Downlink receive level Threshold(dBm) Downlink power level Sample count Synchronism Uplink receive level Threshold(dBm) Uplink power level Sample count Handover from macro to micro Handover to under layer neighbor cell for PBGT permitted The threshold for starting PBGT handover Downlink level Sample count Downlink quality Sample count Uplink level Sample count Uplink quality Sample count Downlink power control allowed Support CS preempt PS optimization PS channel expand support PS channel Minimal Percentage of subcell 1(%) PS channel Minimal Percentage of subcell 2(%) Require UE to send UTRAN class-mark change message early FDD GPRS reselection offset_0/FDD GPRS reselection offset_1 Channel location of si2quater broadcast Feature and function Remark Flag When a UTRAN cell is selected in the re-selection process, the value of Ec/No (code-noise ratio) of this adjacent cell is not lower than the value of this parameter. Idle - Reselection Param Qsearch_P starts the measurement of 3G adjacent cell threshold for UE. The parameter informs UE through PACKET MEASUREMENT ORDER or PACKET CELL CHANGE ORDER message. 3G cells will be searched when signal level is lower than threshold Idle - Reselection Param Idle - Reselection Param This parameter indicates whether the cell supports the extended uplink dynamic allocation. With this function, the MS only needs to monitor the USF allocation with the smallest-number timeslot, to decide whether to send uplink block on all allocated uplink timeslots. Feature Fix Parameter Fix Parameter Fix Parameter Fix Parameter This parameter indicates whether the AMR parameters of the cell are enabled. If no, the AMR parameters set in the BSC are preferred. If yes, the AMR parameters of the cell are preferred. Fix Parameter This parameter is the internal parameter of PCU. The meaning of this parameter is the same as BEPPeriodDown, but it is to calculate the uplink measurement data inside of PCU. Fix Parameter Fix Parameter Fix Parameter This parameter indicates whether the cell supports "uplink IR quality control".If it supports, the network could set the RESEGMENT in PACKET UPLINK ACK/NACK, PACKET UPLINK ASSIGNMENT and PACK TIMESLOT RECONFIGURE message as FALSE to inform MS system of using IR quality control mode, and MS uplink retransmission could not be segmented. Fix Parameter This parameter indicates whether the cell employs the "PreemptivetRans bit" function. If the cell supports that function, network indicates MS whether to send the RLC data of PENDING-ACK when there is no data in NACK status and no new RLC data block to be transmitted or the transmission window is full by PRE_EMPTIVE_TRANSMISSION in PACKET UPLINK ACK/NACK message. Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter This parameter information is broadcast to the MS in the GPRS Cell options of SI13, PSI1 and PSI13. It indicates whether the cell supports Dual Transfer Mode (DTM) which allows the class-A MS to initialize packet request flow in dedicated mode. Feature Fix Parameter This parameter decides whether the cell allows SDCCH dynamic configuration. Fix Parameter This parameter indicates the cipher mode supported by the cell. When the MSC receives a BSSAP CIPHER MODE COMMAND, BSSAP ASSIGNMENT REQUEST, or BSSAP HANDOVER COMMAND message, which specifying the required encryption algorithm, the BSC checks whether the cell supports the encryption algorithm and gives a response according to the check result. Fix Parameter Fix Parameter This parameter indicates whether to support the directed retry. During an assignment process, if a serving cell has no service channel for assignment, the system can initiate a directed retry to assign a service channel in the neighbour cell to the MS according to the measurement report received from the MS Fix Parameter The Discontinuous Transmission (DTX) mode means that the system does not transmit signals during the speech intermission of the subscriber conversation. This parameter participates in determining to use DTX mode in downlink direction. Fix Parameter This parameter decides whether the BSC supports dynamic HR. The dynamic HR channel allocation function enables the network to allocate full-rate or half-rate channels to MSs according to the traffic in the cell when it allocate channels for the MSs. Allocating half-rate channels when the channels in the cell are likely to be congested minimizes the duration of possible congestions in peak hours. Fix Parameter This parameter indicates whether emergency calls are allowed. Fix Parameter During a call, the system may fail to perform the power control due to little measurement data because the average calculation can only be started when the amount of measurement data reaches a certain threshold. This function can be disabled for V3 base stations Fix Parameter Feature Fix Parameter Fix Parameter When the ratio of number of HR occupied times slots to the number of all the service time slots is lower than this threshold, a new HR channel can be generated. The occupied HR time slots include static HR time slots and dynamically generated HR time slots. Fix Parameter Fix Parameter Fix Parameter This parameter determines whether to use the FACCH/SACCH retransmission function. Fix Parameter This parameter determine whether EMLPP is supported in this cell. Fix Parameter Fix Parameter The parameter of sampling count of distance "DistanceWindow" is the size of the window used to calculate the average value of the distance from MS to BTS (actually the Time Advance, TA). This size is the number of samples used in averaging. This parameter is used for TCH handover. Fix Parameter Fix Parameter Fix Parameter Fix Parameter This parameter indicates the threshold of TCHdownlink level handover, Usually the value of "HoDlLevThs" shall be less than the threshold for downlink power control (increase). That is, perform power control first. If power control does not work, perform handover Fix Parameter The parameter HoDlLevWindow represents the window size (i.e. the number of sample values) used to calculate the average value of downlink signal intensity. Fix Parameter Fix Parameter Fix Parameter This parameter represents the window size used to calculate the average value of the uplink signal intensity. This size is the number of samples used in averaging. Fix Parameter When the current cell's downlink level is less than or equal to the start level threshold for macro-micro handover, the macro-micro handover decision is performed Fix Parameter Fix Parameter When the current cell's downlink level is less than the start level threshold for PBGT handover, the PBGT handover decision is performed. Fix Parameter PcUlLevWindow calculates the uplink signal strength. The window size for the average calculation is the number of samples Fix Parameter The parameter PcUlLevWindow represents the window size (that is, the number of sample values) used to calculate the average value of downlink signal quality Fix Parameter The parameter PcUlLevWindow represents the window size (that is, the number of sample values) used to calculate the average value of uplink signal strength. Fix Parameter The parameter PcUlLevWindow represents the window size (that is, the number of sample values) used to calculate the average value of uplink signal strength Fix Parameter According to different demands from the network, object for the power control can be chosen. If the BTS transmission power needs to be adjusted dynamically, enable"downlink power control". Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter This parameter indicates whether a UE is required to send UTRAN classmark change message early. This parameter should be enabled when the 2/3G handover is needed and the core network does not open the process obtained by CLASSMARK. Fix Parameter FDD GPRS re-selection offset indicates when cell is re-selected to 3G FDD adjacent cell, its RSCP shall be higher than the least offset of RLA_P in the serving GSM adjacent cells that are suitable to reside. A one-dimensional array is used to indicate packet idle state and packet transmission state parameters. Idle - Reselection Param This parameter indicates channel location of SI2quater broadcast. Broadcast on normal BCCH block or Broadcast on extended BCCH block Fix Parameter Idle - Reselection Parameter Idle - Reselection Parameter Idle - Reselection Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Idle - Reselection Parameter Fix Parameter System MO Parameter LTE CSFB [EUtranCellMeasurement] csfbMethdofUMTS LTE CSFB [EUtranCellMeasurement] ratPriorityPara LTE CSFB [EUtranCellMeasurement] utranMeasParas_utranArfcn LTE CSFB [EUtranCellMeasurement] measureThresh LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority4 LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority2 LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority5 LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority1 LTE CSFB [EUtranCellMeasurement] ratPriCnPara_ratPriCnCSFB2 LTE PRACH [PRACHFDD] prachconfigindex LTE PRACH [PRACHFDD] prachFreqOffset LTE ANR [SonPolicyAnr] sonEnableANR LTE ANR [SonPolicyAnr] sonNbrReportThreshold LTE ANR [SonPolicyAnr] sonHoSuccThreshold LTE ANR [SonPolicyAnr] selfDeleteNbrCellThrd LTE ANR [SonPolicyAnr] nbrDelCnt LTE ANR [SonPolicyAnr] sonMeasObjChoiceCounter LTE ANR [SonControl] sonSwitch Parameter Name Value csfbMethdofUMTS 1 (Redirection) ratPriorityPara EUTRAN-FDD RAT Priority utranMeasParas_utranArfcn 2122.6;2127.6;2132.6; measureThresh -60 ratPriorityPara_ratPriority4 200 ratPriorityPara_ratPriority2 254 ratPriorityPara_ratPriority5 0 ratPriorityPara_ratPriority1 255 ratPriCnPara_ratPriCnCSFB2 200 prachconfigindex 3 prachFreqOffset 41 sonEnableANR 1 (enable) sonNbrReportThreshold 2 sonHoSuccThreshold 1 selfDeleteNbrCellThrd 22 nbrDelCnt 4 sonMeasObjChoiceCounter 9 sonSwitch 1 description parameter CSFB Method of UTRAN RAT Priority UTRAN Frequency for FDD Absolute Decision Threshold for Intra-Frequency/Inter-Frequency/Intersystem Measurement (dBm) UTRAN-FDD RAT Priority EUTRAN-TDD RAT Priority UTRAN-TDD RAT Priority EUTRAN-FDD RAT Priority UTRAN-FDD Target System of Connected Ue for CS Fallback Transmission Time Configuration of Random Access Preamble Starting RB Number of Random Access Preamble Intra-LTE ANR Switch Neighbor Cell Report Threshold Handover Success Threshold The Number of Neighbor Cell to Trigger ANR Self-Delete Function The Maximum Number of Neighbour Cell Deleted Once ANR Measure Object Choice Counter Service Switch for Self optimization procedure Feature and function Remark Flag This parameter indicates the prefer method of CS fallback to UTRAN.The default Prority configuration is that PS HO > Redirection.When the Lower priority Cofiguration is set on OMC,Higher priority will not be considerated. Fix Parameter Fix Parameter Fix Parameter If set too big, it will cause UE starts a late measurement action,and have a drop call due to untimely handover, and if set too small, it will cause UE starts aa early measurement action, and have a higher UE power consumption. An unappropriate value will lead to a higher handover failure rate to the target cell. Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter This parameter indicates whether the intra-LTE ANR function is supported or not Feature When the ANR temporary cell is added,the eNodeB will start a statistic timer to count MR times and HO success times.After the statistic timer Feature When the ANR temporary cell is added,the eNodeB will start a statistic timer to count MR times and HO success times.After the statistic timer is timeout,if the HO success times less than this value,the temporary neighbor cell cannot be added to the formal neighbor cell list Feature This parameter indicates the number of neighbor cell that is used to trigger ANR self-delete function. Feature This parameter indicates the maximum number of neighbour relationships to be deleted after ANR self- delete statistic timer is timeout. If the number of neighbour relationships which meet self-delete condition is more than this parameter, those neighbour relationships whose MR report number is minimum will be deleted. Feature When an unknown neighbor cell is detected, eNodeB will select some UEs to measure the neighbor cell's CGI.This parameter indicates the maximum number of allowed measurements for each detected neighbor cell. Feature This parameter is the service switch for Self optimization procedure Feature System MO Parameter LTE CSFB [EUtranCellMeasurement] csfbMethdofUMTS LTE CSFB [EUtranCellMeasurement] ratPriorityPara LTE CSFB [EUtranCellMeasurement] utranMeasParas_utranArfcn LTE CSFB [EUtranCellMeasurement] measureThresh LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority4 LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority2 LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority5 LTE CSFB [EUtranCellMeasurement] ratPriorityPara_ratPriority1 LTE CSFB [EUtranCellMeasurement] ratPriCnPara_ratPriCnCSFB2 LTE PRACH [PRACHFDD] prachconfigindex LTE PRACH [PRACHFDD] prachFreqOffset LTE ANR [SonPolicyAnr] sonEnableANR LTE ANR [SonPolicyAnr] sonNbrReportThreshold LTE ANR [SonPolicyAnr] sonHoSuccThreshold LTE ANR [SonPolicyAnr] selfDeleteNbrCellThrd LTE ANR [SonPolicyAnr] nbrDelCnt LTE ANR [SonPolicyAnr] sonMeasObjChoiceCounter LTE ANR [SonControl] sonSwitch LTE Dedicated Mode - Intra Frequency (Best Cell HO) A3 offset LTE Dedicated Mode - Intra Frequency (Best Cell HO) A3 hysteresis LTE Dedicated Mode - Intra Frequency (Best Cell HO)A3 time to trigger LTE Idle Mode QRxLevMin LTE Idle Mode QRxLevMin Offset LTE Idle Mode Start Measurement LTE Idle Mode Threshold RSRP LTE Idle Mode Minimum RSCP LTE Idle Mode Minimum EcNO LTE Dedicated Mode - Inter RAT method LTE to UTRAN LTE Dedicated Mode - Inter RAT Start Measurement / A2 LTE Dedicated Mode - Inter RAT Redirection Threshold Value Remark 1 (Redirection) Active EUTRAN-FDD RAT Priority 2122.6;2127.6;2132.6; -60 200 254 0 255 200 3 41 1 (enable) 2 1 22 4 9 1 3 0 8 (320 ms) -120 2 dB 6 (-114 dBm) 2 (-118 dBm) 14 (-101 dBm) 3 (-15 dB) 2 (Blind handover) -115 dBm -117 dBm description parameter CSFB Method of UTRAN RAT Priority UTRAN Frequency for FDD Absolute Decision Threshold for Intra-Frequency/Inter-Frequency/Intersystem Measurement (dBm) UTRAN-FDD RAT Priority EUTRAN-TDD RAT Priority UTRAN-TDD RAT Priority EUTRAN-FDD RAT Priority UTRAN-FDD Target System of Connected Ue for CS Fallback Transmission Time Configuration of Random Access Preamble Starting RB Number of Random Access Preamble Intra-LTE ANR Switch Neighbor Cell Report Threshold Handover Success Threshold The Number of Neighbor Cell to Trigger ANR Self-Delete Function The Maximum Number of Neighbour Cell Deleted Once ANR Measure Object Choice Counter Service Switch for Self optimization procedure Feature and function Remark This parameter indicates the prefer method of CS fallback to UTRAN.The default Prority configuration is that PS HO > Redirection.When the Lower priority Cofiguration is set on OMC,Higher priority will not be considerated. mely handover, and if set too small, it will cause UE starts aa early measurement action, and have a higher UE power consumption. An una This parameter indicates whether the intra-LTE ANR function is supported or not ANR temporary cell is added,the eNodeB will start a statistic timer to count MR times and HO success times.After the statistic timer to count MR times and HO success times.After the statistic timer is timeout,if the HO success times less than this value,the temporary neig This parameter indicates the number of neighbor cell that is used to trigger ANR self-delete function. f-delete statistic timer is timeout. If the number of neighbour relationships which meet self-delete condition is more than this parameter, th odeB will select some UEs to measure the neighbor cell's CGI.This parameter indicates the maximum number of allowed measurements fo This parameter is the service switch for Self optimization procedure L2L L2L L2L L2U L2U L2U L2U L2U L2U L2U L2U L2U Flag Count - Parameter Remark2 Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Fix Parameter Feature Feature Feature Feature Feature Feature Feature Fix Parameter Fix Parameter Fix Parameter Idle - Reselection Parameter Idle - Reselection Parameter Idle - Reselection Parameter Idle - Reselection Parameter Idle - Reselection Parameter Idle - Reselection Parameter Fix Parameter Fix Parameter Fix Parameter