PCC frequency point configuration
ADD PCCFREQCFG: PccDlEarfcn=1300,PreferredPccPriority=1, PccA4RsrpThd=-105, PccA4RsrqThd=-20;
SSB frequency point configuration
The center frequency on the NR side is 513000, the absolute frequency number method example, the Ssb frequency is 512964:
ADD NRSCGFREQCONFIG: PccDlEarfcn=1300, ScgDlArfcn=512964,ScgDlArfcnPriority=1;
The center frequency of the NR side is 513000, and the GSCN number 6312 corresponds to 504990:
ADD NRSCGFREQCONFIG: PccDlEarfcn=1300,ScgDlArfcn=504990, ScgDlArfcnPriority=1;
MFBI frequency point configuration
(C10SPC050 and later versions need to be configured, which is consistent with the SCG SSB frequency point. Only the SSB frequency point within the frequency point constraint range needs to be configured. If it is not in the range, it does not need to be configured. Failure to configure will cause access failure, and the upgrade scenario requires special Note the manual increase. The following is a reference example) The range is: 158200 – 160600, 285400 – 303400, 386000 – 398000, 402000 – 404000, 422000 – 434000, 514000 – 537999, 620,000 – 653333, 2054166 – 2084999. The frequency point is the same as the SCG SSB frequency point configured above. Currently 60M or 100M is opened in the province, and the general SSB frequency is 509004 or 512964, and the MFBI frequency does not need to be added.
ADD NRMFBIFREQ：DlArfcn=522966， FrequencyBand=N41;
PLMN list configuration in NR neighboring area
(Select NR for the standard, and gNBIdLength should be consistent with the gNBIdLength of the gNodeBFunction on the 5G side). Note: If you must open it, you must pay attention to the first configuration, it must be consistent with the NR side, otherwise it will cause the NSA service access failure; if the NR side modifies the gNBIdLength, the LTE side must modify it simultaneously, otherwise it will cause the NSA service access failure. Both FDD1800 and NR on the live network are configured as 22.
ADD NCELLPLMNLIST: Mcc="460",Mnc="00", RatType=NR, gNBIdLength=22;
NR external cell configuration
The center frequency on the NR side is 513000, and the absolute frequency number method is an example, and the SSB frequency is 512964:
ADD NREXTERNALCELL: Mcc="460",Mnc="00", GnodebId=531809, CellId=xx, DlArfcn=512964,UlArfcnConfigInd=NOT_CFG, PhyCellId=0, Tac=22547;
The center frequency of NR side is 513000, and the corresponding SSB frequency of GSCN number 6411 is 504990:
ADD NREXTERNALCELL: Mcc="460",Mnc="00", GnodebId=531809, CellId=xx, DlArfcn=504990,UlArfcnConfigInd=NOT_CFG, PhyCellId=0, Tac=22547;
Turn on the NSA DC algorithm switch
MOD NSADCMGMTCONFIG: LocalCellId=1,NsaDcAlgoSwitch= NSA_DC_CAPABILITY_SWITCH-1, NsaDcDefaultBearerMode=SCG_SPLIT_BEARER, NsaDcUeMcgUlAmbrRatio=30;
Increase NR adjacent frequency points
SSB frequency point is configured with SSB frequency point (calculated according to the above note description). If this item is not added, the 4-5 neighbors cannot be added! ! !
The center frequency on the NR side is 513000, the absolute frequency number method example, the Ssb frequency is 512964:
ADD NRNFREQ: LocalCellId=1,DlArfcn=512964, UlArfcnConfigInd= NOT_CFG;
The center frequency of NR side is 513000, and the corresponding Ssb frequency of GSCN number 6411 is 504990:
ADD NRNFREQ: LocalCellId=1,DlArfcn=504990, UlArfcnConfigInd= NOT_CFG;
Increase NR neighbor relationship
ADD NRNRELATIONSHIP: LocalCellId=1,Mcc="460", Mnc="00", GnodebId=531809, CellId=0;
Turn off whether upperlayerIndication-R15 is carried in SIB2
MOD NSADCMGMTCONFIG:LocalCellId=1,UpperLayerIndicationSwitch=OFF;
Turn on the LTE side end pipe coordination switch (CPE cannot be accessed after it is turned off)
MOD UECOOPERATIONPARA: LocalCellId = 1, SpecUserCooperationSwitch = SpecUeIdentifySwitch-1;
Modify the X2 self-establishment method: X2 self-establishment through S1
Open interface establishment strategy switch: X2 self-establishment switch between LTR and NR: On
MOD GLOBALPROCSWITCH:X2SONSETUPSWITCH=ON,X2SONLINKSETUPTYPE=X2_OVER_S1,INTERFACESETUPPOLICYSW=LTE_NR_X2_SON_SETUP_SW-1;
Anchor station priority occupation parameter configuration
4G frequency measurement point added
The anchor priority of the anchor cell NSA PCC is set to 7, and the parameter priority of the non-anchor cell is set to 0:
ADDPCCFREQCFG:PCCDLEARFCN=1300,PCCA4RSRPTHD=-107,NSAPCCANCHORINGPRIORITY=7;
ADD PCCFREQCFG:PCCDLEARFCN=37900,,PCCA4RSRPTHD=-107,NSAPCCANCHORINGPRIORITY=0;
Anchor and non-anchor 5G frequency points added
ADDNRSCGFREQCONFIG:PCCDLEARFCN=1300,SCGDLARFCN=509004,SCGDLARFCNPRIORITY=7;
Data modification on the base station side
MODGLOBALPROCSWITCH:UECOMPATSWITCH=AbnormalUeHandleSwitch-1;
ADDUEINFO:UECAPINDEX=16,ACCESSSTRATUMRELEASE=5;
ADDUEINFO:UECAPINDEX=17,ACCESSSTRATUMRELEASE=7;
ADD UECOMPAT: Index=16,UeInfoType=UE_CAPABILITY, UeCapIndex=16,BlkLstCtrlSwitch=OSS_INTER_RAT_MR_SWITH_OFF-1&OSS_INTER_FREQ_MR_SWITH_OFF-1;
ADD UECOMPAT:INDEX=17,UEINFOTYPE=UE_CAPABILITY,UECAPINDEX=17,BLKLSTCTRLSWITCH=OSS_INTER_RAT_MR_SWITH_OFF-1&OSS_INTER_FREQ_MR_SWITH_OFF-1;
MODENODEBALGOSWITCH:HOSIGNALINGOPTSWITCH=ReduceMeasCtrlMesNumSwitch-0;
锚点小区参数修改
MODNSADCMGMTCONFIG:LOCALCELLID=131,NSADCALGOSWITCH=NSA_DC_CAPABILITY_SWITCH-1&NSA_PCC_ANCHORING_SWITCH-1;
非锚点小区修改
MOD NSADCMGMTCONFIG:LOCALCELLID=131,NSADCALGOSWITCH=NSA_PCC_ANCHORING_SWITCH-1;
MODENBCELLRSVDPARA:LOCALCELLID=131,RSVDU8PARA35=30;
ADDINTERFREQHOGROUP:LOCALCELLID=131,INTERFREQHOGROUPID=9,A3INTERFREQHOA1THDRSRP=-105,A3INTERFREQHOA2THDRSRP=-109;
MODENBCELLQCIRSVDPARA:LOCALCELLID=131,QCI=2-9,RSVDPARA15=109;
MODENBCELLQCIRSVDPARA:LOCALCELLID=131,QCI=9,RSVDSWPARA0=RsvdSwPara0_bit1-1;
MODENBCELLQCIRSVDPARA:LOCALCELLID=131,QCI=5,RSVDSWPARA0=RsvdSwPara0_bit1-1;
MODENBCELLQCIRSVDPARA:LOCALCELLID=131,QCI=1,RSVDSWPARA0=RsvdSwPara0_bit1-0;
MOD ENBCELLQCIRSVDPARA:LOCALCELLID=131,QCI=1,RSVDSWPARA0=RsvdSwPara0_bit2-1;
MODENBCELLRSVDPARA:LOCALCELLID=131,RSVDSWPARA6=RsvdSwPara6_bit18-1;
MODENBCELLRSVDPARA:LOCALCELLID=131,RSVDSWPARA6=RsvdSwPara6_bit19-1;
MODENBCELLRSVDPARA:LOCALCELLID=131,RSVDSWPARA6=RsvdSwPara6_bit20-1;
MODENBCELLRSVDPARA:LOCALCELLID=131,RSVDSWPARA6=RsvdSwPara6_bit21-1;
ADDEUTRANINTERNFREQ:LOCALCELLID=131,DLEARFCN=1300,ULEARFCNCFGIND=NOT_CFG,CELLRESELPRIORITYCFGIND=NOT_CFG,SPEEDDEPENDSPCFGIND=NOT_CFG,MEASBANDWIDTH=MBW100,PMAXCFGIND=NOT_CFG,QQUALMINCFGIND=NOT_CFG,INTERFREQCIOADJLIMITCFGIND=NOT_CFG;
负载均衡准入开关
MODCELLMLBHO:LOCALCELLID=131,MLBMATCHOTHERFEATUREMODE=HoAdmitSwitch-0;
X2 switch turns on MODGLOBALPROCSWITCH:X2SONSETUPSWITCH=ON,X2SONLINKSETUPTYPE=X2_OVER_S1,INTERFACESETUPPOLICYSW=LTE_NR_X2_SON_SETUP_SW-1;
