ACCESSIBILITYTYPENAMESHORT NAMEHUAWEI FORMULAVALUEMS ACESS FORMATCS_ACCESSIBILITYPAGING OVERLOAD RATEPAG_OVER_LOAD_R(L3188C+L3188D)%PAG_OVER_LOAD_R:(L3188C+L3188D)CS_ACCESSIBILITYPAGING OVERLOAD CS NUMBERPAG_OVER_LOAD_CS_NL3188C#PAG_OVER_LOAD_CS_N:L3188CCS_ACCESSIBILITYPAGING OVERLOAD PS NUMBERPAG_OVER_LOAD_PS_NL3188D#PAG_OVER_LOAD_PS_N:L3188DCS_ACCESSIBILITYRACH_SUCCESS_RATERACH_SUCC_RATE((A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K)-L3189I)/iif((A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K)=0,1,(A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K))*100%RACH_SUCC_RATE:((A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K)-L3189I)/iif((A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K)=0,1,(A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K))*100CS_ACCESSIBILITYDISCARDED RACH NUMBERRACH_DISCARDED_NL3189I#RACH_DISCARDED_N:L3189ICS_ACCESSIBILITYSDCCH BLOCKING CONGESTIONSD_BLK_RK3001/iif(K3000=0,1,K3000)*100%SD_BLK_R:K3001/iif(K3000=0,1,K3000)*100CS_ACCESSIBILITYSDCCH BLOCKING CONGESTION NUMBERSD_BLK_NK3001#SD_BLK_N:K3001CS_ACCESSIBILITYSD_USAGE_MOC_CALLSD_USAGE_MOC_CALL_NA3030A#SD_USAGE_MOC_CALL_N:A3030ACS_ACCESSIBILITYSD_USAGE_MOC_SMSSD_USAGE_MOC_SMS_NA3030B#SD_USAGE_MOC_SMS_N:A3030BCS_ACCESSIBILITYSD_USAGE_MOC_MTCSD_USAGE_MTC_NA3030C#SD_USAGE_MTC_N:A3030CCS_ACCESSIBILITYSD_USAGE_MOC_EMERGENCYSD_USAGE_EMER_NA3030D#SD_USAGE_EMER_N:A3030DCS_ACCESSIBILITYSD_USAGE_MOC_CALL REESTABLISHMENTSD_USAGE_CALL_RESTAB_NA3030E#SD_USAGE_CALL_RESTAB_N:A3030ECS_ACCESSIBILITYSD_USAGE_MOC_LOCAITON UPDATINGSD_USAGE_LU_NA3030F#SD_USAGE_LU_N:A3030FCS_ACCESSIBILITYSD_USAGE_MOC_IMSI DETACHSD_USAGE_IMSI_NA3030G#SD_USAGE_IMSI_N:A3030GCS_ACCESSIBILITYSD_USAGE_MOC_PACKET SERVICESD_USAGE_PS_NA3030H#SD_USAGE_PS_N:A3030HCS_ACCESSIBILITYSDCCH SEIZ SUCCESS RATESD_SEIZ_SUCC_R(CR330A-CR330B)/iif(CR330A=0,1,CR330A)*100%SD_SEIZ_SUCC_R:(CR330A-CR330B)/iif(CR330A=0,1,CR330A)*100CS_ACCESSIBILITYSDCCH SEIZ FAIL NUMBERSD_SEIZ_FAIL_NCR330B#SD_SEIZ_FAIL_N:CR330BCS_ACCESSIBILITYIMMEDIATE_ASSIGNMENT_SUCCESS_RATEIASS_SUCC_RCA3030J/iif(CA301J=0,1,CA301J)*100%IASS_SUCC_R:CA3030J/iif(CA301J=0,1,CA301J)*100CS_ACCESSIBILITYT3101_TIMER_EXPIRET3101_EXPIRE_NCA304#T3101_EXPIRE_N:CA304CS_ACCESSIBILITYTCH BLOCKING CALL SETUPTCH_RAW_BLK_R(K3021+K3011A)%TCH_RAW_BLK_R:(K3021+K3011A)CS_ACCESSIBILITYTCH BLOCKING HO TCH_HO_BLKK3011B/iif(K3010B=0,1,K3010B)*100%TCH_HO_BLK:K3011B/iif(K3010B=0,1,K3010B)*100CS_ACCESSIBILITYTCH BLOCKING CALL SETUP NUMBERTCH_RAW_BLK_NK3011A#TCH_RAW_BLK_N:K3011ACS_ACCESSIBILITYTCH BLOCKING HO NUMBERTCH_HO_BLK_NK3011B#TCH_HO_BLK_N:K3011BCS_ACCESSIBILITYTCH SEIZ SUCCESS RATETCH_SEIZ_SUCC_R(CR331A-CR331B)/iif(CR331A=0,1,CR331A)*100%TCH_SEIZ_SUCC_R:(CR331A-CR331B)/iif(CR331A=0,1,CR331A)*100CS_ACCESSIBILITYASSIGNMENT SUCCESS RATEASS_SUCC_RCA313/iif(CA310=0,1,CA310)*100%ASS_SUCC_R:CA313/iif(CA310=0,1,CA310)*100CS_ACCESSIBILITYLOCATION UPDATE SUCCESS RATELOC_UPDATE_SUCC_RATE%LOC_UPDATE_SUCC_RATE:CS_ACCESSIBILITYTCH AVAILABILITYTCH_AVAILABILITYK3015/iif(K3016=0,1,K3016)*100%TCH_AVAILABILITY:K3015/iif(K3016=0,1,K3016)*100CS_ACCESSIBILITYSD AVAILABILITYSD_AVAILABILITYK3005/iif(K3006=0,1,K3006)*100%SD_AVAILABILITY:K3005/iif(K3006=0,1,K3006)*100CS_ACCESSIBILITYCELL OUT OF SERVICECELL_OUT_SERVE_DUR(86400-CR373)SecCELL_OUT_SERVE_DUR:(86400-CR373)CS_ACCESSIBILITYAVERAGE CALL SETUP DURATIONAVG_CALL_SETP_DURAA3251secAVG_CALL_SETP_DUR:AA3251CS_ACCESSIBILITYAVERAGE CALL ACCESS DURATIONAVG_CALL_ACCESS_DURAA3250secAVG_CALL_ACCESS_DUR:AA3250CS_ACCESSIBILITYCHANNEL REQUIRED MOCCH_REQ_MOC_NA300A%CH_REQ_MOC_N:A300ACS_ACCESSIBILITYCHANNEL REQUIRED MTCCH_REQ_MTC_NA300C#CH_REQ_MTC_N:A300CCS_ACCESSIBILITYCHANNEL REQUIRED ECALLCH_REQ_ECALL_NA300D#CH_REQ_ECALL_N:A300DCS_ACCESSIBILITYCHANNEL REQUIRED RE ESTABLISHMENTCH_REQ_REESTAB_NA300E#CH_REQ_REESTAB_N:A300ECS_ACCESSIBILITYCHANNEL REQUIRED LOCATION UPDATECH_REQ_LU_NA300F#CH_REQ_LU_N:A300FCS_ACCESSIBILITYCHANNEL REQUIRED PACKET CALLCH_REQ_PACK_CALL_NA300H#CH_REQ_PACK_CALL_N:A300HCS_ACCESSIBILITYCHANNEL REQUIRED LMU AND RESERVEDCH_REQ_LMU_RES_NA300I#CH_REQ_LMU_RES_N:A300ICS_ACCESSIBILITYCHANNEL REQUIRED PROTOCOL INCOMPTCH_REQ_PROT_INCOM_NA300K#CH_REQ_PROT_INCOM_N:A300KCS_ACCESSIBILITYCHANNEL ACTIVATION TIMEOUT IMMEDIATE ASSIGNMENTCH_ACT_TO_IMAS_NCR330C#CH_ACT_TO_IMAS_N:CR330CCS_ACCESSIBILITYCHANNEL ACTIVATION TIMEOUT ASSIGNMENT PROCEDURECH_ACT_TO_ASS_NCR331C#CH_ACT_TO_ASS_N:CR331CCS_ACCESSIBILITYCHANNEL ACTIVATION TIMEOUT MODE MODIFYCH_ACT_TO_MMOD_NCR332C#CH_ACT_TO_MMOD_N:CR332CCS_ACCESSIBILITYCHANNEL ACTIVATION TIMEOUT INTRACELL HO CH_ACT_TO_INTRACELL_NCR333C#CH_ACT_TO_INTRACELL_N:CR333CCS_ACCESSIBILITYCHANNEL ACTIVATION TIMEOUT INCOMING INTERNAL INTERCELLCH_ACT_TO_INCOM_INTER_NCR334C#CH_ACT_TO_INCOM_INTER_N:CR334CCS_ACCESSIBILITYCHANNEL ACTIVATION TIMEOUT INCOMING EXTERNALCH_ACT_TO_INCOM_EXT_NCR335C#CH_ACT_TO_INCOM_EXT_N:CR335CCS_ACCESSIBILITYFAILED ASSIGNMENTS ON A INTERFACE MOCFAIL_ASS_A_MOC_NA312Aa#FAIL_ASS_A_MOC_N:A312AaCS_ACCESSIBILITYFAILED ASSIGNMENTS ON A INTERFACE MTCFAIL_ASS_A_MTC_NA312Ca#FAIL_ASS_A_MTC_N:A312CaCS_ACCESSIBILITYFAILED ASSIGNMENTS ON A INTERFACE EMERGENCY CALLFAIL_ASS_A_ECALL_NA312Da#FAIL_ASS_A_ECALL_N:A312DaCS_ACCESSIBILITYFAILED ASSIGNMENTS ON A INTERFACE EMERGENCY REESTABFAIL_ASS_A_REESTAB_NA312Ea#FAIL_ASS_A_REESTAB_N:A312EaCS_ACCESSIBILITYFAILED ASSIGNMENTS SIGNALIING CHANNELFAIL_ASS_SIG_CH_NA312S#FAIL_ASS_SIG_CH_N:A312SCS_ACCESSIBILITYREASON FAILED ASSIGNMENTS INVALID STATEREA_FAIL_ASS_INVALID_STAT_NA3129I#REA_FAIL_ASS_INVALID_STAT_N:A3129ICS_ACCESSIBILITYREASON FAILED ASSIGNMENTS INVALID MESSAGEREA_FAIL_ASS_INVALID_MSG_NA3129J#REA_FAIL_ASS_INVALID_MSG_N:A3129JCS_ACCESSIBILITYREASON FAILED ASSIGNMENTS CIC UNAVAILABLEREA_FAIL_ASS_CIC_UNVAVAI_NA3129E#REA_FAIL_ASS_CIC_UNVAVAI_N:A3129ECS_ACCESSIBILITYREASON FAILED ASSIGNMENT A INTERFACE FAILURESREA_FAIL_ASS_A_INTER_FAIL_NA3129G#REA_FAIL_ASS_A_INTER_FAIL_N:A3129GCS_ACCESSIBILITYREASON FAILED ASSIGNEMNTS CLEAR COMMAND SEND BY BSCREA_FAIL_ASS_A_CC_MSC_NA3129H#REA_FAIL_ASS_A_CC_MSC_N:A3129HCS_ACCESSIBILITYREASON FAILED ASSIGNEMNTS NO CHANNELREA_FAIL_ASS_NR_NA312A#REA_FAIL_ASS_NR_N:A312ACS_ACCESSIBILITYREASON FAILED ASSIGNEMNTS TIME OUTREA_FAIL_ASS_TO_NA3129C#REA_FAIL_ASS_TO_N:A3129CCS_ACCESSIBILITYREASON FAILED ASSIGNEMNTS TERESTRIAL RES REQ FAILEDREA_FAIL_ASS_TRES_RES_FAIL_NA3129N#REA_FAIL_ASS_TRES_RES_FAIL_N:A3129NCS_ACCESSIBILITYREASON FAILED ASSIGNEMNTS NO ABIS RESOURCEREA_FAIL_ASS_NO_ABIS_NA312F#REA_FAIL_ASS_NO_ABIS_N:A312FCS_ACCESSIBILITYREASON FAILED ASSIGNEMNTS REQUESTED SPEECH VERISONS UNAVAILABLEREA_FAIL_ASS_SPE_VER_UNAVIL_NA3129S#REA_FAIL_ASS_SPE_VER_UNAVIL_N:A3129SCS_ACCESSIBILITYREASON FAILED ASSIGNEMNTS RADIO FAILUERREA_FAIL_ASS_RIMF_FAIL_NCA315#REA_FAIL_ASS_RIMF_FAIL_N:CA315CS_ACCESSIBILITYTRAFFIC VOLUME ON TCHTCH_TRAFFICK3014ErlTCH_TRAFFIC:K3014CS_ACCESSIBILITYTRAFFIC VOLUME ON TCHFTCH_TRAF_FR(([CR3551]*24)-[AR3551C]-[AR3557C])ErlTCH_TRAF_FR:(([CR3551]*24)-[AR3551C]-[AR3557C])CS_ACCESSIBILITYTRAFFIC VOLUME ON TCHHTCH_TRAF_HR (([CR3552]*24)-[AR3552C])ErlTCH_TRAF_HR: (([CR3552]*24)-[AR3552C])CS_ACCESSIBILITYTRAFFIC VOLUME ON EFRTCH_TRAF_EFRAR3557CTCH_TRAF_EFR:AR3557CCS_ACCESSIBILITYTRAFFIC VOLUME ON AMR TCHFTCH_TRAF_AMR_FRAR3551CTCH_TRAF_AMR_FR:AR3551CCS_ACCESSIBILITYTRAFFIC VOLUME ON AMR TCHHTCH_TRAF_AMR_HRAR3552CTCH_TRAF_AMR_HR:AR3552CCS_ACCESSIBILITYTRAFFIC VOLUME ON SDSD_TRAFFICK3004ErlSD_TRAFFIC:K3004CS_ACCESSIBILITYTRX USEABILITYTRX_USES3656/iif(S3655=0,1,S3655)*100%TRX_USE:S3656/iif(S3655=0,1,S3655)*100CS_ACCESSIBILITYSDCCH DROP RATESD_DROP_RCM30/iif(CA3030J=0,1,CA3030J)*100%SD_DROP_R:CM30/iif(CA3030J=0,1,CA3030J)*100CS_ACCESSIBILITYSDCCH DROP NUMBERSD_DROP_NCM30#SD_DROP_N:CM30CS_ACCESSIBILITYSDCCH DROPS ERROR INDICATION T200SD_DROP_ERR_IND_T200_NM3000A#SD_DROP_ERR_IND_T200_N:M3000ACS_ACCESSIBILITYSDCCH DROPS ERROR INDICATION UDM RESPONSESD_DROP_ERR_IND_UDM_RSP_NM3000B#SD_DROP_ERR_IND_UDM_RSP_N:M3000BCS_ACCESSIBILITYSDCCH DROPS ERROR INDICATION SEQUENCE ERRORSD_DROP_ERR_IND_SE_NM3000C#SD_DROP_ERR_IND_SE_N:M3000CCS_ACCESSIBILITYSDCCH DROPS CONNECTION FAILURE RL FAILURESD_DROP_CONN_FAIL_RLF_NM3001A#SD_DROP_CONN_FAIL_RLF_N:M3001ACS_ACCESSIBILITYSDCCH DROPS CONNECTION FAILURE HO ACCESS FAILURESD_DROP_CONN_FAIL_HO_ACCESS_NM3001B#SD_DROP_CONN_FAIL_HO_ACCESS_N:M3001BCS_ACCESSIBILITYSDCCH DROPS CONNECTION FAILURE OM INTERVENTIONSD_DROP_CONN_FAIL_OMI_NM3001C#SD_DROP_CONN_FAIL_OMI_N:M3001CCS_ACCESSIBILITYSDCCH DROPS CONNECTION FAILURE NO RADIO RESOURCESD_DROP_CONN_FAIL_NR_NM3001D#SD_DROP_CONN_FAIL_NR_N:M3001DCS_ACCESSIBILITYSDCCH DROPS CONNECTION FAILURE OTHERSD_DROP_CONN_FAIL_OTH_NM3001E#SD_DROP_CONN_FAIL_OTH_N:M3001ECS_ACCESSIBILITYSDCCH DROPS RELEASE INDICATIONSD_DROP_RELEASE_IND_NM3002#SD_DROP_RELEASE_IND_N:M3002CS_ACCESSIBILITYSDCCH DROPS NO MR FOR LONG TIMESD_DROP_NO_MR_NM302#SD_DROP_NO_MR_N:M302CS_ACCESSIBILITYSDCCH DROPS ABIS TRESTRIAL FAILURESD_DROP_ABIS_FAIL_NM303#SD_DROP_ABIS_FAIL_N:M303CS_ACCESSIBILITYSDCCH DROPS EQUIPMENT FAILURESD_DROP_EQ_FAIL_NM304#SD_DROP_EQ_FAIL_N:M304CS_ACCESSIBILITYSDCCH DROPS FORCED HOSD_DROP_FORCED_HO_NM305#SD_DROP_FORCED_HO_N:M305CS_ACCESSIBILITYSDCCH DROPS RESOURCE CHECKSD_DROP_RES_CHECK_NM306#SD_DROP_RES_CHECK_N:M306CS_ACCESSIBILITYSD_RADIO_DROPS REASON TASD_RADIO_DROP_TA_NM3020A#SD_RADIO_DROP_TA_N:M3020ACS_ACCESSIBILITYSD RADIO DROPS REASON RX LEVELSD_RADIO_DROP_RXLEV_NM3020B#SD_RADIO_DROP_RXLEV_N:M3020BCS_ACCESSIBILITYSD RADIO DROPS REASON RX QUALSD_RARIO_DROP_RXQUAL_NM3020C#SD_RARIO_DROP_RXQUAL_N:M3020CCS_ACCESSIBILITYSD RADIO DROPS OTHERSD_RADIO_DROP_OTHER_NM3020D#SD_RADIO_DROP_OTHER_N:M3020DCS_ACCESSIBILITYNUMBER OF CHANNEL CONVERSION (TCH-SDCCH)R3516A:R3516ACS_ACCESSIBILITYNUMBER OF CHANNEL CONVERSION (SDCCH-TCH)R3516B:R3516BCS_ACCESSIBILITYMAX NUMBER OF BUSY CHANNELS (SDCCH)R3560:R3560CS_ACCESSIBILITYMAX NUMBER OF BUSY CHANNELS (TCHF)R3561:R3561CS_ACCESSIBILITYMAX NUMBER OF BUSY CHANNELS (TCHH)R3562:R3562CS_ACCESSIBILITYMEAN DURATION OF CALL ACCESSMEAN_DUR_ACCESSAA032MEAN_DUR_ACCESS:AA032CS_ACCESSIBILITYMEAN DURATION OF CALL ESTABLISHMENTMEAN_DUR_ESTABAA033MEAN_DUR_ESTAB:AA033

RETAINABILITYNAMESHORT NAMEHUAWEI FORMULAVALUEMS ACCESS FORMATCALL DROPS ON TCH INCLUDING HODCR_INCL_HOCM33/iif((K3013A+K3013B+K3023)=0,1,(K3013A+K3013B+K3023))*100%DCR_INCL_HO:CM33/iif((K3013A+K3013B+K3023)=0,1,(K3013A+K3013B+K3023))*100CALL DROPS ON TCH EXLUDING HODCR_EXCLU_HOCM33/iif((K3013A+CH323+CH343-CH313-CH333)=0,1,(K3013A+CH323+CH343-CH313-CH333))*100%DCR_EXCLU_HO:CM33/iif((K3013A+CH323+CH343-CH313-CH333)=0,1,(K3013A+CH323+CH343-CH313-CH333))*100MINUTES PER DROPMPD_SUBCM33/iif(K3014=0,1,K3014)*60#MPD_SUB:CM33/iif(K3014=0,1,K3014)*60RADIO DROP RATEDCR_RADIOCM330/iif((K3013A+K3013B)=0,1,(K3013A+K3013B))*100%DCR_RADIO:CM330/iif((K3013A+K3013B)=0,1,(K3013A+K3013B))*100HO DROP RATEDCR_HO(RH3331+K3012B)%DCR_HO:(RH3331+K3012B)TOTAL DROPSTOTAL_DROPS_NCM33#TOTAL_DROPS_N:CM33HO DROPSHO_DROPS_N(RH3331+K3012B)#HO_DROPS_N:(RH3331+K3012B)RADIO DROPSRADIO_DROPS_NCM33C#RADIO_DROPS_N:CM33CTCH DROPS ERROR INDICATIONSTCH_DROP_ERR_IND_N(M3100A+M3200A+M3100B+M3200B+M3100C+M3200C)#TCH_DROP_ERR_IND_N:(M3100A+M3200A+M3100B+M3200B+M3100C+M3200C)TCH DROPS CONNECTION FAILURETCH_DROP_CONN_FAIL_N(M3101A+M3201A+M3101B+M3201B+M3101C+M3201C+M3101D+M3201D+M3101E+M3201E)#TCH_DROP_CONN_FAIL_N:(M3101A+M3201A+M3101B+M3201B+M3101C+M3201C+M3101D+M3201D+M3101E+M3201E)TCH DROPS RELEASE INDICATIONTCH_DROP_RELEASE_IND_N(M3102+M3202)#TCH_DROP_RELEASE_IND_N:(M3102+M3202)TCH DROPS ERROR INDICATION T200TCH_DROP_ERR_IND_T200_NM3100A+M3200A#TCH_DROP_ERR_IND_T200_N:M3100A+M3200ATCH DROPS ERROR INDICATION UDM RESPONSETCH_DROP_ERR_IND_UDM_RSP_NM3100B+M3200B#TCH_DROP_ERR_IND_UDM_RSP_N:M3100B+M3200BTCH DROPS ERROR INDICATION SEQUENCE ERRORTCH_DROP_ERR_IND_SE_N(M3100C+M3200C)#TCH_DROP_ERR_IND_SE_N:(M3100C+M3200C)TCH DROPS CONNECTION FAILURE RL FAILURETCH_DROP_CONN_FAIL_RLF_N(M3101A+M3201A)#TCH_DROP_CONN_FAIL_RLF_N:(M3101A+M3201A)TCH DROPS CONNECTION FAILURE HO ACCESS FAILURETCH_DROP_CONN_FAIL_HO_ACCESS_N(M3101B+M3201B)#TCH_DROP_CONN_FAIL_HO_ACCESS_N:(M3101B+M3201B)TCH DROPS CONNECTION FAILURE OM INTERVENTIONTCH_DROP_CONN_FAIL_OMI_N(M3101C+M3201C)#TCH_DROP_CONN_FAIL_OMI_N:(M3101C+M3201C)TCH DROPS CONNECTION FAILURE NO RADIO RESOURCETCH_DROP_CONN_FAIL_NR_N(M3101D+M3201D)#TCH_DROP_CONN_FAIL_NR_N:(M3101D+M3201D)TCH DROPS CONNECTION FAILURE OTHERTCH_DROP_CONN_FAIL_OTH_N(M3101E+M3201E)#TCH_DROP_CONN_FAIL_OTH_N:(M3101E+M3201E)TCH DROPS RELEASE INDICATIONTCH_DROP_RELEASE_IND_N(M3102+M3202)#TCH_DROP_RELEASE_IND_N:(M3102+M3202)TCH DROPS NO MR FOR LONG TIMETCH_DROP_NO_MR_N(M312+M322)#TCH_DROP_NO_MR_N:(M312+M322)TCH DROPS ABIS TRESTRIAL FAILURETCH_DROP_ABIS_FAIL_N(M313+M323)#TCH_DROP_ABIS_FAIL_N:(M313+M323)TCH DROPS EQUIPMENT FAILURETCH_DROP_EQ_FAIL_N(M314+M324)#TCH_DROP_EQ_FAIL_N:(M314+M324)TCH DROPS FORCED HOTCH_DROP_FORCED_HO_N(M315+M325)#TCH_DROP_FORCED_HO_N:(M315+M325)TCH DROPS RESOURCE CHECKTCH_DROP_RES_CHECK_NM316#TCH_DROP_RES_CHECK_N:M316TCH DROP TATCH_DROP_TA_NM3030A#TCH_DROP_TA_N:M3030ATCH DROP UL REC LevelTCH_DROP_UL_LEV_NM3030B#TCH_DROP_UL_LEV_N:M3030BTCH DROP DL LevelTCH_DROP_DL_LEV_NM3030C#TCH_DROP_DL_LEV_N:M3030CTCH DROP UL/DL LevelTCH_DROP_UL_DL_LEV_NM3030D#TCH_DROP_UL_DL_LEV_N:M3030DTCH DROP UL FERTCH_DROP_UL_FER_NM3030E#TCH_DROP_UL_FER_N:M3030ETCH DROP DL FERTCH_DROP_DL_FER_NM3030F#TCH_DROP_DL_FER_N:M3030FTCH DROP UL/DL FERTCH_DROP_UL_DL_FER_NM3030G#TCH_DROP_UL_DL_FER_N:M3030GTCH DROP UL QUALTCH_DROP_UL_QUAL_NM3030H#TCH_DROP_UL_QUAL_N:M3030HTCH DROP DL QUALTCH_DROP_DL_QUAL_NM3030I#TCH_DROP_DL_QUAL_N:M3030ITCH DROP UL/DL QuALTCH_DROP_UL_DL_QUAL_NM3030J#TCH_DROP_UL_DL_QUAL_N:M3030JTCH DROP OTHERTCH_DROP_OTH_NM3030K#TCH_DROP_OTH_N:M3030KNORMAL SPEECH DISCONNECTIONSSPEECH_DISC_NOR_NA03701#SPEECH_DISC_NOR_N:A03701BAD SPEECH CONNECTIONSSPEECH_DISC_BAD_NA03702#SPEECH_DISC_BAD_N:A03702NUMBER OF MUTE TIMESCALL_MUTE_NM3128ACALL_MUTE_N:M3128AMEAN TA DURING RADIO LINK FAILUREMEAN_TA_RLF(AS4347D+AS4348D)MEAN_TA_RLF:(AS4347D+AS4348D)INTERFERENCE BAND SDCCH 1IB_SD_1_PERS4200A/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))*100#IB_SD_1_PER:S4200A/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))*100INTERFERENCE BAND SDCCH 2IB_SD_2_PERS4200B/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))*100#IB_SD_2_PER:S4200B/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))*100INTERFERENCE BAND SDCCH 3IB_SD_3_PERS4200C/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))*100#IB_SD_3_PER:S4200C/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))*100INTERFERENCE BAND SDCCH 4IB_SD_4_PERS4200D/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))#IB_SD_4_PER:S4200D/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))INTERFERENCE BAND SDCCH 5IB_SD_5_PERS4200E/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))#IB_SD_5_PER:S4200E/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4200E))INTERFERENCE BAND TCH 1 %IB_TCH_1_PER(S4207A+S4208A)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100#IB_TCH_1_PER:(S4207A+S4208A)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100 INTERFERENCE BAND TCH 2 %IB_TCH_2_PER(S4207B+S4208B)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100#IB_TCH_2_PER:(S4207B+S4208B)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100 INTERFERENCE BAND TCH 3 %IB_TCH_3_PER(S4207C+S4208C)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100#IB_TCH_3_PER:(S4207C+S4208C)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100 INTERFERENCE BAND TCH 4 %IB_TCH_4_PER(S4207D+S4208D)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100#IB_TCH_4_PER:(S4207D+S4208D)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100 INTERFERENCE BAND TCH 5 %IB_TCH_5_PER(S4207E+S4208E)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100#IB_TCH_5_PER:(S4207E+S4208E)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E)=0,1,(S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S4207E+S4208E))*100 Uplink Quality ShareUL_Q_0_PER(CS410C+CS410A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_0_PER:(CS410C+CS410A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareUL_Q_1_PER(CS411C+CS411A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_1_PER:(CS411C+CS411A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareUL_Q_2_PER(CS412C+CS412A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_2_PER:(CS412C+CS412A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareUL_Q_3_PER(CS413C+CS413A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_3_PER:(CS413C+CS413A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareUL_Q_4_PER(CS414C+CS414A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_4_PER:(CS414C+CS414A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareUL_Q_5_PER(CS415C+CS415A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_5_PER:(CS415C+CS415A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareUL_Q_6_PER(CS416C+CS416A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_6_PER:(CS416C+CS416A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareUL_Q_7_PER(CS417C+CS417A)/iif(UL_SUM=0,1,UL_SUM)*100#UL_Q_7_PER:(CS417C+CS417A)/iif(UL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_0_PER(CS410D+CS410B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_0_PER:(CS410D+CS410B)/iif(DL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_1_PER(CS411D+CS411B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_1_PER:(CS411D+CS411B)/iif(DL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_2_PER(CS412D+CS412B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_2_PER:(CS412D+CS412B)/iif(DL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_3_PER(CS413D+CS413B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_3_PER:(CS413D+CS413B)/iif(DL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_4_PER(CS414D+CS414B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_4_PER:(CS414D+CS414B)/iif(DL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_5_PER(CS415D+CS415B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_5_PER:(CS415D+CS415B)/iif(DL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_6_PER(CS416D+CS416B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_6_PER:(CS416D+CS416B)/iif(DL_SUM=0,1,UL_SUM)*100Uplink Quality ShareDL_Q_7_PER(CS417D+CS417B)/iif(DL_SUM=0,1,UL_SUM)*100#DL_Q_7_PER:(CS417D+CS417B)/iif(DL_SUM=0,1,UL_SUM)*100TA ShareTA0S4400A/iif(TA_SUM=0,1,TA_SUM)*100#TA0:S4400A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA1S4401A/iif(TA_SUM=0,1,TA_SUM)*100#TA1:S4401A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA2S4402A/iif(TA_SUM=0,1,TA_SUM)*100#TA2:S4402A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA3S4403A/iif(TA_SUM=0,1,TA_SUM)*100#TA3:S4403A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA4S4404A/iif(TA_SUM=0,1,TA_SUM)*100#TA4:S4404A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA5S4405A/iif(TA_SUM=0,1,TA_SUM)*100#TA5:S4405A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA6S4406A/iif(TA_SUM=0,1,TA_SUM)*100#TA6:S4406A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA7S4407A/iif(TA_SUM=0,1,TA_SUM)*100#TA7:S4407A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA8S4408A/iif(TA_SUM=0,1,TA_SUM)*100#TA8:S4408A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA9S4409A/iif(TA_SUM=0,1,TA_SUM)*100#TA9:S4409A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA10S4410A/iif(TA_SUM=0,1,TA_SUM)*100#TA10:S4410A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA11S4411A/iif(TA_SUM=0,1,TA_SUM)*100#TA11:S4411A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA12S4412A/iif(TA_SUM=0,1,TA_SUM)*100#TA12:S4412A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA13S4413A/iif(TA_SUM=0,1,TA_SUM)*100#TA13:S4413A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA14S4414A/iif(TA_SUM=0,1,TA_SUM)*100#TA14:S4414A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA15S4415A/iif(TA_SUM=0,1,TA_SUM)*100#TA15:S4415A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA16S4416A/iif(TA_SUM=0,1,TA_SUM)*100#TA16:S4416A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA17S4417A/iif(TA_SUM=0,1,TA_SUM)*100#TA17:S4417A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA18S4418A/iif(TA_SUM=0,1,TA_SUM)*100#TA18:S4418A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA19S4419A/iif(TA_SUM=0,1,TA_SUM)*100#TA19:S4419A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA20S4420A/iif(TA_SUM=0,1,TA_SUM)*100#TA20:S4420A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA21S4421A/iif(TA_SUM=0,1,TA_SUM)*100#TA21:S4421A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA22S4422A/iif(TA_SUM=0,1,TA_SUM)*100#TA22:S4422A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA23S4423A/iif(TA_SUM=0,1,TA_SUM)*100#TA23:S4423A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA24S4424A/iif(TA_SUM=0,1,TA_SUM)*100#TA24:S4424A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA25S4425A/iif(TA_SUM=0,1,TA_SUM)*100#TA25:S4425A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA26S4426A/iif(TA_SUM=0,1,TA_SUM)*100#TA26:S4426A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA27S4427A/iif(TA_SUM=0,1,TA_SUM)*100#TA27:S4427A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA28S4428A/iif(TA_SUM=0,1,TA_SUM)*100#TA28:S4428A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA29S4429A/iif(TA_SUM=0,1,TA_SUM)*100#TA29:S4429A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA30S4430A/iif(TA_SUM=0,1,TA_SUM)*100#TA30:S4430A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA32S4432A/iif(TA_SUM=0,1,TA_SUM)*100#TA32:S4432A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA34S4434A/iif(TA_SUM=0,1,TA_SUM)*100#TA34:S4434A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA36S4436A/iif(TA_SUM=0,1,TA_SUM)*100#TA36:S4436A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA38S4438A/iif(TA_SUM=0,1,TA_SUM)*100#TA38:S4438A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA40S4440A/iif(TA_SUM=0,1,TA_SUM)*100#TA40:S4440A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA45S4445A/iif(TA_SUM=0,1,TA_SUM)*100#TA45:S4445A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA50S4450A/iif(TA_SUM=0,1,TA_SUM)*100#TA50:S4450A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTA55S4455A/iif(TA_SUM=0,1,TA_SUM)*100#TA55:S4455A/iif(TA_SUM=0,1,TA_SUM)*100TA ShareTAGT63S4463A/iif(TA_SUM=0,1,TA_SUM)*100#TAGT63:S4463A/iif(TA_SUM=0,1,TA_SUM)*100RADIO LINK FAILURES PER TRXRLF_PER_TRXS4357D+S4358D#RLF_PER_TRX:S4357D+S4358DUL DL Balance Level 1UL_DL_BAL_1S462A#UL_DL_BAL_1:S462AUL DL Balance Level 2UL_DL_BAL_2S462B#UL_DL_BAL_2:S462BUL DL Balance Level 3UL_DL_BAL_3S462C#UL_DL_BAL_3:S462CUL DL Balance Level 4UL_DL_BAL_4S462D#UL_DL_BAL_4:S462DUL DL Balance Level 5UL_DL_BAL_5S462E#UL_DL_BAL_5:S462EUL DL Balance Level 6UL_DL_BAL_6S462F#UL_DL_BAL_6:S462FUL DL Balance Level 7UL_DL_BAL_7S462G#UL_DL_BAL_7:S462GUL DL Balance Level 8UL_DL_BAL_8S462H#UL_DL_BAL_8:S462HUL DL Balance Level 9UL_DL_BAL_9S462I#UL_DL_BAL_9:S462IUL DL Balance Level 10UL_DL_BAL_10S462J#UL_DL_BAL_10:S462JUL DL Balance Level 11UL_DL_BAL_11S462K#UL_DL_BAL_11:S462KMAIN LEVEL MRMAIN_LEVELS4556MAIN_LEVEL:S4556DIVERSITY LEVEL MRDIVERSITY_LEVELS4557DIVERSITY_LEVEL:S4557Uplink Interference MessageUL_INTERFERENCE_MSGS4219AUL_INTERFERENCE_MSG:S4219ADownlink interference indication messageDL_INTERFERENCE_MSGS4219BDL_INTERFERENCE_MSG:S4219BMean Quality of UL SignalMEAN_UL_QUALITYAS326AMEAN_UL_QUALITY:AS326AMean Quality of DL SignalMEAN_DL_QUALITYAS326BMEAN_DL_QUALITY:AS326B

MOBILITYTYPENAMESHORT NAMEHUAWEI FORMULAMS ACCESS FORMATMOBILITYOUT GOING HANDOVER SUCCESS RATEHOSR_OUT(CH313+CH333)/iif((CH310+CH330)=0,1,(CH310+CH330))*100HOSR_OUT:(CH313+CH333)/iif((CH310+CH330)=0,1,(CH310+CH330))*100MOBILITYOUT GOING RADIO HANDOVER SUCCESS RATEHOSR_RADIO(CH313+CH333)/iif((CH311+CH331)=0,1,(CH311+CH331))*100HOSR_RADIO:(CH313+CH333)/iif((CH311+CH331)=0,1,(CH311+CH331))*100MOBILITYINCOM HO SUCCESS RATEHOSR_INCOMCH323/iif(CH321=0,1,CH321)*100HOSR_INCOM:CH323/iif(CH321=0,1,CH321)*100MOBILITYINTRA CELL HO SUCCESS RATEHOSR_INTRACELLCH303/iif(CH300=0,1,CH300)*100HOSR_INTRACELL:CH303/iif(CH300=0,1,CH300)*100MOBILITYINTERNAL RADIO HO SUCCESS RATEHOSE_INTERNAL_RADIO(CH303+CH323)/iif((CH300+CH320)=0,1,(CH300+CH320))*100HOSE_INTERNAL_RADIO:(CH303+CH323)/iif((CH300+CH320)=0,1,(CH300+CH320))*100MOBILITYEXTERNAL INCOMING INTERCELL HO SUCCESS RATEHOSR_EXT_INCOMCH343/iif(CH340=0,1,CH340)*100HOSR_EXT_INCOM:CH343/iif(CH340=0,1,CH340)*100MOBILITYEXTERNAL INCOMING RADIO HO SUCCESS RATEHOSR_EXT_INCOM_RADIOCH343/iif(CH341=0,1,CH341)*100HOSR_EXT_INCOM_RADIO:CH343/iif(CH341=0,1,CH341)*100MOBILITYEXTERNAL OUTGOING HO SUCCESS RATEHOSR_EXT_OUTCH333/iif(CH330=0,1,CH330)*100HOSR_EXT_OUT:CH333/iif(CH330=0,1,CH330)*100MOBILITYEXTERNAL OUTGOING CELL RADIO HO SUCCESS RATEHOSR_EXT_OUT_RADIOCH333/iif(CH331=0,1,CH331)*100HOSR_EXT_OUT_RADIO:CH333/iif(CH331=0,1,CH331)*100MOBILITYIRAT HO SUCCESS RATEHOSR_IRATCH3531H35071+H35081HOSR_IRAT:CH3531H35071+H35081MOBILITYINTRACELl HO REQ ULAID TO OLAIDATT_INTRACELL_UOLAIDH3002ATT_INTRACELL_UOLAID:H3002MOBILITYINTRACELl HO REQ OLAID TO ULAIDATT_INTRACELL_OULAIDH3001ATT_INTRACELL_OULAID:H3001MOBILITYINTRACELl HO REQ AMR TCHF TO TCHHATT_INTRACELL_AMR_FHH3005AATT_INTRACELL_AMR_FH:H3005AMOBILITYINTRACELl HO REQ TCHH to TCHFATT_INTRACELL_AMR_HFH3005BATT_INTRACELL_AMR_HF:H3005BMOBILITYINTRACELl HO REQ UL INTERVENTIONATT_INTRACELL_ULINTCH3036AATT_INTRACELL_ULINT:CH3036AMOBILITYINTRACELl HO REQ DL INTERVENTIONATT_INTRACELL_DLINTCH3036BATT_INTRACELL_DLINT:CH3036BMOBILITYFAILED INTRAL CELL HO NO CHANNEL AVAILABLEINTRA_FAIL_HO_RADIOH3029AINTRA_FAIL_HO_RADIO:H3029AMOBILITYFAILED INTRAL CELL HO TRESTRIAL RESOURCE REQUEST FAILEDINTRA_FAIL_HO_TRES_FAILH302BINTRA_FAIL_HO_TRES_FAIL:H302BMOBILITYFAILED INTRAL CELL HO A INTERFACE FAILUREINTRA_FAIL_HO_A_INTERH302GINTRA_FAIL_HO_A_INTER:H302GMOBILITYFAILED INTRAL CELL HO TIMER EXPIREINTRA_FAIL_HO_A_TIMER(H3027Ca+H3028Ca)INTRA_FAIL_HO_A_TIMER:(H3027Ca+H3028Ca)MOBILITYFAILED INTRA CELL HO F to HINTRA_FAIL_HO_A_FHH3025AINTRA_FAIL_HO_A_FH:H3025AMOBILITYFAILED INTRA CELL HO H to FINTRA_FAIL_HO_A_HFH3025BINTRA_FAIL_HO_A_HF:H3025BMOBILITYFAILED INTRA CELL HO NO ABISINTRA_FAIL_HO_NO_ABISH302EINTRA_FAIL_HO_NO_ABIS:H302EMOBILITYFAILED INTRA CELL HO SPEECH UNAVAILABLEINTRA_FAIL_HO_SPEECH_UNAVH302HINTRA_FAIL_HO_SPEECH_UNAV:H302HMOBILITYFAILED INTRA CELL HO CHANNEL ACTIVATION FAILEDINTRA_FAIL_HO_CH_ACTV_FAILH302IINTRA_FAIL_HO_CH_ACTV_FAIL:H302IMOBILITYFAILED INCOMING HO NO RESOURCE AVAILABLEINCOM_FAIL_NO_RADIOH3229AINCOM_FAIL_NO_RADIO:H3229AMOBILITYFAILED INCOMING HO TERESTRIAL RESOUCE REQUEST FAILEDINCOM_FAIL_HO_TRES_FAILH3229BINCOM_FAIL_HO_TRES_FAIL:H3229BMOBILITYFAILED INCOMING HO RECONECTION TO OLD CHANNEL INCOM_FAIL_RFOCH322DINCOM_FAIL_RFOC:H322DMOBILITYFAILED INCOMING HO FAILURE A INTERFACEINCOM_FAIL_A_INTERH322GINCOM_FAIL_A_INTER:H322GMOBILITYFAILED OUTGOING HO NO RADIOOUT_FAIL_HO_NO_RADIOH312AOUT_FAIL_HO_NO_RADIO:H312AMOBILITYFAILED OUTGOING HO TERESTRIAL RESOURCE REQUEST FAILEDOUT_FAIL_HO_TRES_FAILH312BOUT_FAIL_HO_TRES_FAIL:H312BMOBILITYFAILED OUTGOING HO A INTERFACE FAILOUT_FAIL_HO_A_INTERH312GOUT_FAIL_HO_A_INTER:H312GMOBILITYOUTGOING HO ATTEMPTS UL QUALITYHO_ATT_UL_QUALH310AHO_ATT_UL_QUAL:H310AMOBILITYOUTGOING HO ATTEMPTS DL QUALITYHO_ATT_DL_QUALH310BHO_ATT_DL_QUAL:H310BMOBILITYOUTGOING HO ATTEMPTS UL LEVELHO_ATT_UL_LEVELH310CHO_ATT_UL_LEVEL:H310CMOBILITYOUTGOING HO ATTEMPTS DL LEVELHO_ATT_DL_LEVELH310DHO_ATT_DL_LEVEL:H310DMOBILITYOUTGOING HO ATTEMPTS TAHO_ATT_TAH310EHO_ATT_TA:H310EMOBILITYOUTGOING HO ATTEMPTS PBGTHO_ATT_PBGTH310FHO_ATT_PBGT:H310FMOBILITYOUTGOING HO ATTEMPTS LOADHO_ATT_LOADH310GHO_ATT_LOAD:H310GMOBILITYOUTGOING HO ATTEMPTS RAPID FIELD DROPHO_ATT_RPDH310HHO_ATT_RPD:H310HMOBILITYOUTGOING HO ATTEMPTS MSC INTERVENTIONHO_ATT_MSC_INTERVENH310IHO_ATT_MSC_INTERVEN:H310IMOBILITYOUTGOING HO ATTEMPTS OM INTERVENTIONHO_ATT_OM_INTERVENH310JHO_ATT_OM_INTERVEN:H310JMOBILITYOUTGOING HO ATTEMPTS OTHERHO_ATT_OTHERH310LHO_ATT_OTHER:H310L

PS ACCESSIBILITYNAMESHORT NAMEHUAWEI FORMULA NUMHUAWEI FORMULA DENVALUEMS ACESS FORMATCommentsSUCCESS UPLINK ASSIGNMENT RATEUL_ASS_SUCC_RATEA9502*100A9501%UL_ASS_SUCC_RATE:round(A9502*100/A9501,2)0SUCCESS UPLINK ASSIGNMENT ON PSUL_ASS_SUCC_RATE_PSA9504*100A9503%UL_ASS_SUCC_RATE_PS:round(A9504*100/A9503,2)0SUCCESS UPLINK ASSIGNMENT PACCHUL_ASS_SUCC_RATE_PACCHA9506*100A9505%UL_ASS_SUCC_RATE_PACCH:round(A9506*100/A9505,2)0SUCCESSFUL DOWNLINK ASSIGNMENT RATEDL_ASS_SUCC_RATEA9508*100A9507%DL_ASS_SUCC_RATE:round(A9508*100/A9507,2)0SUCCESS DOWNLINK ASSIGNMENT RATE PSDL_ASS_SUCC_RATE_PSA9510*100A9509%DL_ASS_SUCC_RATE_PS:round(A9510*100/A9509,2)0SUCCESS DOWNLINK ASSIGNMENT RATE PACCHDL_ASS_SUCC_RATE_PACCHA9512*100A9511%DL_ASS_SUCC_RATE_PACCH:round(A9512*100/A9511,2)0TBF ESTABLISHMENT SUCCESS RATETBF_ESTAB_SUCC_RATE(A9002+A9102+A9202+A9302)*100(A9001+A9101+A9201+A9301)%TBF_ESTAB_SUCC_RATE:round((A9002+A9102+A9202+A9302)*100/(A9001+A9101+A9201+A9301),2)0UL TBF ESTABLISHMENT SUCCESS RATEUL_TBF_ESTAB_SUCC_RATE(A9002+A9202)*100(A9001+A9201)%UL_TBF_ESTAB_SUCC_RATE:round((A9002+A9202)*100/(A9001+A9201),2)0DL TBF ESTABLISHMENT SUCCESS RATEDL_TBF_ESTAB_SUCC_RATE(A9102+A9302)*100(A9101+A9301)%DL_TBF_ESTAB_SUCC_RATE:round((A9102+A9302)*100/(A9101+A9301),2)0UL GPRS TBF ESTABLISHMENT SUCCESS RATEUL_GPRS_TBF_ESTAB_SUCC_RATEA9002*100A9001%UL_GPRS_TBF_ESTAB_SUCC_RATE:round(A9002*100/A9001,2)0UL EDGE TBF ESTABLISHMENT SUCCESS RATEUL_EDGE_TBF_ESTAB_SUCC_RATEA9202*100A9201%UL_EDGE_TBF_ESTAB_SUCC_RATE:round(A9202*100/A9201,2)0DL GPRS TBF ESTABLISHMENT SUCCESS RATEDL_GPRS_TBF_ESTAB_SUCC_RATEA9102*100A9101%DL_GPRS_TBF_ESTAB_SUCC_RATE:round(A9102*100/A9101,2)0DL EDGE TBF ESTABLISHMENT SUCCESS RATEDL_EDGE_TBF_ESTAB_SUCC_RATEA9302*100A9301%DL_EDGE_TBF_ESTAB_SUCC_RATE:round(A9302*100/A9301,2)UL PDCH UTILIZATIONUL_PDCH_UTILR9204*100R9206%UL_PDCH_UTIL:round(R9204*100/R9206,2)DL PDCH UTILIZATIONDL_PDCH_UTILR9205*100R9207%DL_PDCH_UTIL:round(R9205*100/R9207,2)PDCH OCCUPATION RATEPDCH_OCC_RATEAR9311*100AR9303%PDCH_OCC_RATE:round(AR9311*100/AR9303,2)BSC RECLAIMED DYNAMIC PDCHBSC_RECLAIM_DYN_PDCHR9344*100R9343%BSC_RECLAIM_DYN_PDCH:round(R9344*100/R9343,2)FAILED UL GPRS TBF ESTABLISHMENT NRFAIL_UL_GPRS_TBF_NRA9003#FAIL_UL_GPRS_TBF_NR:A9003FAILED UL GPRS TBF ESTABLISHMENT MS NO RESPONSEFAIL_UL_GPRS_TBF_MS_NO_RESA9004#FAIL_UL_GPRS_TBF_MS_NO_RES:A9004FAILED UL GPRS TBF ESTABLISHMENT OTH CAUSEFAIL_UL_GPRS_TBF_OTHA9016#FAIL_UL_GPRS_TBF_OTH:A9016FAILED DL GPRS TBF ESTABLISHMENT NRFAIL_DL_GPRS_TBF_NRA9103#FAIL_DL_GPRS_TBF_NR:A9103FAILED DL GPRS TBF ESTABLISHMENT MS NO RESPONSEFAIL_DL_GPRS_TBF_MS_NO_RESA9104#FAIL_DL_GPRS_TBF_MS_NO_RES:A9104FAILED DL GPRS TBF ESTABLISHMENT OTH CAUSEFAIL_DL_GPRS_TBF_OTHA9115#FAIL_DL_GPRS_TBF_OTH:A9115FAILED UL EGPRS TBF ESTABLISHMENT NRFAIL_UL_EDGE_TBF_NRA9203#FAIL_UL_EDGE_TBF_NR:A9203FAILED UL EGPRS TBF ESTABLISHMENT MS NO RESPONSEFAIL_UL_EDGE_TBF_MS_NO_RESA9204#FAIL_UL_EDGE_TBF_MS_NO_RES:A9204FAILED UL EGPRS TBF ESTABLISHMENT OTH CAUSEFAIL_UL_EDGE_TBF_OTHA9216#FAIL_UL_EDGE_TBF_OTH:A9216FAILED DL EGPRS TBF ESTABLISHMENT NRFAIL_DL_EDGE_TBF_NRA9303#FAIL_DL_EDGE_TBF_NR:A93030FAILED DL EGPRS TBF ESTABLISHMENT MS NO RESPONSEFAIL_DL_EDGE_TBF_MS_NO_RESA9304#FAIL_DL_EDGE_TBF_MS_NO_RES:A93040FAILED DL EGPRS TBF ESTABLISHMENT OTH CAUSEFAIL_DL_EDGE_TBF_OTHA9315#FAIL_DL_EDGE_TBF_OTH:A93150

PS DATA THROUGHPUTNAMESHORT NAMEHUAWEI FORMULA NUMHUAWEI FORMULA DENVALUEMS ACESS FORMATCommentsUL GPRS RLC RETRANSUL_GPRS_RLC_RETRAN(L9001-(L9006+L9007+L9008+L9009))L9001%UL_GPRS_RLC_RETRAN:(L9001-(L9006+L9007+L9008+L9009))/L9001*1000DL GPRS RLC RETRANSDL_GPRS_RLC_RETRAN(L9101-(L9106+L9107+L9108+L9109))L9101%DL_GPRS_RLC_RETRAN:(L9101-(L9106+L9107+L9108+L9109))/L9101*1000UL EDGE RLC RETRANSUL_EDGE_RLC_RETRAN(L9201-(L9211+L9212+L9213+L9214+L9215+L9216+L9217+L9218+L9219))L9201%UL_EDGE_RLC_RETRAN:(L9201-(L9211+L9212+L9213+L9214+L9215+L9216+L9217+L9218+L9219))/L9201*1000DL EDGE RLC RETRANSDL_EDGE_RLC_RETRAN(L9301-(L9311+L9312+L9313+L9314+L9315+L9316+L9317+L9318+L9319))L9301%DL_EDGE_RLC_RETRAN:(L9301-(L9311+L9312+L9313+L9314+L9315+L9316+L9317+L9318+L9319))/L9301*1000UL AVG THP GPRS RLC PER PDCHUL_AVG_THP_GPRS_RLC_PDCH(((L9006*23+L9007*34+L9008*40+L9009*54)*8)/1024)((L9002+L9003+L9004+L9005)/50)kbpsUL_AVG_THP_GPRS_RLC_PDCH:(((L9006*23+L9007*34+L9008*40+L9009*54)*8)/1024)/((L9002+L9003+L9004+L9005)/50)0DL AVG THP GPRS RLC PER PDCHDL_AVG_THP_GPRS_RLC_PDCH(((L9106*23+L9107*34+L9108*40+L9109*54)*8)/1024)((L9102+L9103+L9104+L9105)/50)kbpsDL_AVG_THP_GPRS_RLC_PDCH:(((L9106*23+L9107*34+L9108*40+L9109*54)*8)/1024)/((L9102+L9103+L9104+L9105)/50)0UL AVG THP EDGE RLC PER PDCHUL_AVG_THP_EDGE_RLC_PDCH(((L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/1024)(((L9202+L9203+L9204+L9205+L9206+L9207+(L9208/2)+(L9209/2)+(L9210/2)))/50)kbpsUL_AVG_THP_EDGE_RLC_PDCH:(((L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/1024)/(((L9202+L9203+L9204+L9205+L9206+L9207+(L9208/2)+(L9209/2)+(L9210/2)))/50)0DL AVG THP EDGE RLC PER PDCHDL_AVG_THP_EDGE_RLC_PDCH(((L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/1024)(((L9302+L9303+L9304+L9305+L9306+L9307+(L9308/2)+(L9309/2)+(L9310/2)))/50)kbpsDL_AVG_THP_EDGE_RLC_PDCH:(((L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/1024)/(((L9302+L9303+L9304+L9305+L9306+L9307+(L9308/2)+(L9309/2)+(L9310/2)))/50)0UL AVG THP PER PDCHUL_AVG_THP_PDCH(((L9006*23+L9007*34+L9008*40+L9009*54+L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/1024)((L9002+L9003+L9004+L9005)/50)+(((L9202+L9203+L9204+L9205+L9206+L9207+(L9208/2)+(L9209/2)+(L9210/2)))/50)kbpsUL_AVG_THP_PDCH:(((L9006*23+L9007*34+L9008*40+L9009*54+L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/1024)/((L9002+L9003+L9004+L9005)/50)+(((L9202+L9203+L9204+L9205+L9206+L9207+(L9208/2)+(L9209/2)+(L9210/2)))/50)0DL AVG THP PER PDCHDL_AVG_THP_PDCH(((L9106*23+L9107*34+L9108*40+L9109*54+L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/1024)((L9102+L9103+L9104+L9105)/50)+(((L9302+L9303+L9304+L9305+L9306+L9307+(L9308/2)+(L9309/2)+(L9310/2)))/50)kbpsDL_AVG_THP_PDCH:(((L9106*23+L9107*34+L9108*40+L9109*54+L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/1024)/((L9102+L9103+L9104+L9105)/50)+(((L9302+L9303+L9304+L9305+L9306+L9307+(L9308/2)+(L9309/2)+(L9310/2)))/50)0UL AVG THP GPRS RLC PER CELLUL_AVG_THP_GPRS_RLC_CELLL9006*23+L9007*34+L9008*40+L9009*54*8L9020UL_AVG_THP_GPRS_RLC_CELL:L9006*23+L9007*34+L9008*40+L9009*54*8/L9020Counters not available in PRSDL AVG THP GPRS RLC PER CELLDL_AVG_THP_GPRS_RLC_CELLL9106*23+L9107*34+L9108*40+L9109*54*8L9121DL_AVG_THP_GPRS_RLC_CELL:L9106*23+L9107*34+L9108*40+L9109*54*8/L9121Counters not available in PRSUL AVG THP EDGE RLC PER CELLUL_AVG_THP_EDGE_RLC_CELLL9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74*8L9235UL_AVG_THP_EDGE_RLC_CELL:L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74*8/L9235Counters not available in PRSDL AVG THP EDGE RLC PER CELLDL_AVG_THP_EDGE_RLC_CELLL9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74*8L9336DL_AVG_THP_EDGE_RLC_CELL:L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74*8/L9336Counters not available in PRSUL AVG THP PER CELLCounters not available in PRSDL AVG THP PER CELLCounters not available in PRSUL CS1 CODING SHAREUL_CS1_COD_SHL9002(L9002+L9003+L9004+L9005)%UL_CS1_COD_SH:L9002/(L9002+L9003+L9004+L9005)*1000UL CS2 CODING SHAREUL_CS2_COD_SHL9003(L9002+L9003+L9004+L9005)%UL_CS2_COD_SH:L9003/(L9002+L9003+L9004+L9005)*1000UL CS3 CODING SHAREUL_CS3_COD_SHL9004(L9002+L9003+L9004+L9005)%UL_CS3_COD_SH:L9004/(L9002+L9003+L9004+L9005)*1000UL CS4 CODING SHAREUL_CS4_COD_SHL9005(L9002+L9003+L9004+L9005)%UL_CS4_COD_SH:L9005/(L9002+L9003+L9004+L9005)*1000DL CS1 CODING SHAREDL_CS1_COD_SHL9102(L9102+L9103+L9104+L9105)%DL_CS1_COD_SH:L9102/(L9102+L9103+L9104+L9105)*1000DL CS2 CODING SHAREDL_CS2_COD_SHL9103(L9102+L9103+L9104+L9105)%DL_CS2_COD_SH:L9103/(L9102+L9103+L9104+L9105)*1000DL CS3 CODING SHAREDL_CS3_COD_SHL9104(L9102+L9103+L9104+L9105)%DL_CS3_COD_SH:L9104/(L9102+L9103+L9104+L9105)*1000DL CS4 CODING SHAREDL_CS4_COD_SHL9105(L9102+L9103+L9104+L9105)%DL_CS4_COD_SH:L9105/(L9102+L9103+L9104+L9105)*1000CS1 CODING SHARECS1_COD_SHARE(L9002+L9102)(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)%CS1_COD_SHARE:(L9002+L9102)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*1000CS2 CODING SHARECS2_COD_SHARE(L9003+L9103)(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)%CS2_COD_SHARE:(L9003+L9103)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*1000CS3 CODING SHARECS3_COD_SHARE(L9004+L9104)(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)%CS3_COD_SHARE:(L9004+L9104)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*1000CS4 CODING SHARECS4_COD_SHARE(L9005+L9105)(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)%CS4_COD_SHARE:(L9005+L9105)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*1000UL MCS1 CODING SHAREUL_MCS_1_COD_SHL9202(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_1_COD_SH:L9202/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS2 CODING SHAREUL_MCS_2_COD_SHL9203(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_2_COD_SH:L9203/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS3 CODING SHAREUL_MCS_3_COD_SHL9204(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_3_COD_SH:L9204/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS4 CODING SHAREUL_MCS_4_COD_SHL9205(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_4_COD_SH:L9205/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS5 CODING SHAREUL_MCS_5_COD_SHL9206(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_5_COD_SH:L9206/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS6 CODING SHAREUL_MCS_6_COD_SHL9207(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_6_COD_SH:L9207/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS7 CODING SHAREUL_MCS_7_COD_SHL9208(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_7_COD_SH:L9208/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS8 CODING SHAREUL_MCS_8_COD_SHL9209(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_8_COD_SH:L9209/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000UL MCS9 CODING SHAREUL_MCS_9_COD_SHL9210(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)%UL_MCS_9_COD_SH:L9210/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*1000DL MCS1 CODING SHAREDL_MCS_1_COD_SHL9302(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_1_COD_SH:L9302/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS2 CODING SHAREDL_MCS_2_COD_SHL9303(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_2_COD_SH:L9303/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS3 CODING SHAREDL_MCS_3_COD_SHL9304(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_3_COD_SH:L9304/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS4 CODING SHAREDL_MCS_4_COD_SHL9305(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_4_COD_SH:L9305/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS5 CODING SHAREDL_MCS_5_COD_SHL9306(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_5_COD_SH:L9306/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS6 CODING SHAREDL_MCS_6_COD_SHL9307(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_6_COD_SH:L9307/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS7 CODING SHAREDL_MCS_7_COD_SHL9308(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_7_COD_SH:L9308/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS8 CODING SHAREDL_MCS_8_COD_SHL9309(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_8_COD_SH:L9309/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000DL MCS9 CODING SHAREDL_MCS_9_COD_SHL9310(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%DL_MCS_9_COD_SH:L9310/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS1 CODING SHAREMCS1_COD_SH(L9202+L9302)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS1_COD_SH:(L9202+L9302)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS2 CODING SHAREMCS2_COD_SH(L9203+L9303)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS2_COD_SH:(L9203+L9303)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS3 CODING SHAREMCS3_COD_SH(L9204+L9304)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS3_COD_SH:(L9204+L9304)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS4 CODING SHAREMCS4_COD_SH(L9205+L9305)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS4_COD_SH:(L9205+L9305)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS5 CODING SHAREMCS5_COD_SH(L9206+L9306)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS5_COD_SH:(L9206+L9306)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS6 CODING SHAREMCS6_COD_SH(L9207+L9307)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS6_COD_SH:(L9207+L9307)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS7 CODING SHAREMCS7_COD_SH(L9208+L9308)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS7_COD_SH:(L9208+L9308)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS8 CODING SHAREMCS8_COD_SH(L9209+L9309)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS8_COD_SH:(L9209+L9309)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000MCS9 CODING SHAREMCS9_COD_SH(L9210+L9310)(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)%MCS9_COD_SH:(L9210+L9310)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*1000

PS TRANS PERFORMANCENAMESHORT NAMEFORMULA NUMFORMULA DENVALUEMS ACESS FORMATCOMMENTSTBF DROP RATETBF_DROP_RATE(A9006+A9007+A9010+A9017+A9018+A9206+A9207+A9210+A9217+A9218+A9106+A9109+A9116+A9117+A9306+A9309+A9316+A9317)(A9002+A9202+A9102+A9302)%TBF_DROP_RATE:(A9006+A9007+A9010+A9017+A9018+A9206+A9207+A9210+A9217+A9218+A9106+A9109+A9116+A9117+A9306+A9309+A9316+A9317)/(A9002+A9202+A9102+A9302)*1000UL TBF DROP RATEUL_TBF_DROP_RATE(A9006+A9007+A9010+A9017+A9018+A9206+A9207+A9210+A9217+A9218)(A9002+A9202)%UL_TBF_DROP_RATE:(A9006+A9007+A9010+A9017+A9018+A9206+A9207+A9210+A9217+A9218)/(A9002+A9202)*1000DL TBF DROP RATEDL_TBF_DROP_RATE(A9106+A9109+A9116+A9117+A9306+A9309+A9316+A9317)(A9102+A9302)%DL_TBF_DROP_RATE:(A9106+A9109+A9116+A9117+A9306+A9309+A9316+A9317)/(A9102+A9302)*1000UL GPRS TBF DROP RATEUL_GPRS_TBF_DROP_RATE(A9006+A9007+A9010+A9017+A9018)A9002%UL_GPRS_TBF_DROP_RATE:(A9006+A9007+A9010+A9017+A9018)/A9002*1000DL GPRS TBF DROP RATEDL_GPRS_TBF_DROP_RATE(A9106+A9109+A9116+A9117)A9102%DL_GPRS_TBF_DROP_RATE:(A9106+A9109+A9116+A9117)/A9102*1000UL EDGE TBF DROP RATEUL_EDGE_TBF_DROP_RATE(A9206+A9207+A9210+A9217+A9218)A9202%UL_EDGE_TBF_DROP_RATE:(A9206+A9207+A9210+A9217+A9218)/A9202*1000DL EDGE TBF DROP RATEDL_EDGE_TBF_DROP_RATE(A9306+A9309+A9316+A9317)A9302%DL_EDGE_TBF_DROP_RATE:(A9306+A9309+A9316+A9317)/A9302*1000UL GPRS PAY LOADUL_GPRS_PAYLOAD((L9006*23+L9007*34+L9008*40+L9009*54)*8)/1024 MBUL_GPRS_PAYLOAD:((L9006*23+L9007*34+L9008*40+L9009*54)*8)/10240DL GPRS PAT LOADDL_GPRS_PAYLOAD((L9106*23+L9107*34+L9108*40+L9109*54)*8)/1024 MBDL_GPRS_PAYLOAD:((L9106*23+L9107*34+L9108*40+L9109*54)*8)/10240UL EDGE PAY LOADUL_EDGE_PAYLOAD((L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/1024 MBUL_EDGE_PAYLOAD:((L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/10240DL EDGE PAY LOADDL_EDGE_PAYLOAD((L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/1024 MBDL_EDGE_PAYLOAD:((L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/10240TOTAL UL PAY LOADTOTAL_UL_PAY_LOAD((L9006*23+L9007*34+L9008*40+L9009*54*8/1024+L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/1024 MBTOTAL_UL_PAY_LOAD:((L9006*23+L9007*34+L9008*40+L9009*54*8/1024+L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/10240TOTAL DL PAY LOADTOTAL_DL_PAY_LOAD((L9106*23+L9107*34+L9108*40+L9109*54*8/1024+L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/1024 MBTOTAL_DL_PAY_LOAD:((L9106*23+L9107*34+L9108*40+L9109*54*8/1024+L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/10240DL EGPRS TBF ABNORMAL RELEASE N3105 OVER FLOWDL_EDGE_TBF_REL_N3105A9306#DL_EDGE_TBF_REL_N3105:A93060DL EGPRS TBF ABNORMAL RELEASE SUSPENDDL_EDGE_TBF_REL_SUSPENDA9307#DL_EDGE_TBF_REL_SUSPEND:A93070DL EGPRS TBF ABNORMAL RELEASE FLUSHDL_EDGE_TBF_REL_FLUSHA9308#DL_EDGE_TBF_REL_FLUSH:A93080DL EGPRS TBF ABNORMAL RELEASE NO CHANNELDL_EDGE_TBF_REL_NRA9309#DL_EDGE_TBF_REL_NR:A93090DL EGPRS TBF ABNORMAL RELEASE PREEMPTIONDL_EDGE_TBF_REL_PREEMPA9316#DL_EDGE_TBF_REL_PREEMP:A93160DL EGPRS TBF ABNORMAL RELEASE OTHER CAUSESDL_EDGE_TBF_REL_OTHA9317#DL_EDGE_TBF_REL_OTH:A93170DL EGPRS TBF ABNORMAL RELEASE CS HANDOVERDL_EDGE_TBF_REL_CSHOA9335#DL_EDGE_TBF_REL_CSHO:A93350DL EGPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTIONDL_GPRS_TBF_REL_ABIS_PREEMPA9336#DL_GPRS_TBF_REL_ABIS_PREEMP:A93360DL GPRS TBF ABNORMAL RELEASE N3105 OVER FLOWDL_GPRS_TBF_REL_N3105A9106#DL_GPRS_TBF_REL_N3105:A91060DL GPRS TBF ABNORMAL RELEASE SUSPENDDL_GPRS_TBF_REL_SUSPENDA9107#DL_GPRS_TBF_REL_SUSPEND:A91070DL GPRS TBF ABNORMAL RELEASE FLUSHDL_GPRS_TBF_REL_FLUSHA9108#DL_GPRS_TBF_REL_FLUSH:A91080DL GPRS TBF ABNORMAL RELEASE NO CHANNELDL_GPRS_TBF_REL_NRA9109#DL_GPRS_TBF_REL_NR:A91090DL GPRS TBF ABNORMAL RELEASE PREEMPTIONDL_GPRS_TBF_REL_PREEMPA9116#DL_GPRS_TBF_REL_PREEMP:A91160DL GPRS TBF ABNORMAL RELEASE OTHER CAUSESDL_GPRS_TBF_REL_OTHA9117#DL_GPRS_TBF_REL_OTH:A91170DL GPRS TBF ABNORMAL RELEASE CS HANDOVERDL_GPRS_TBF_REL_CSHOA9137#DL_GPRS_TBF_REL_CSHO:A91370DL GPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTIONDL_GPRS_TBF_REL_ABIS_PREEMPA9138#DL_GPRS_TBF_REL_ABIS_PREEMP:A91380DL GPRS TBF ABNORMAL RELEASE EDGE USERDL_GPRS_TBF_REL_ABIS_EDGEUSERA9132#DL_GPRS_TBF_REL_ABIS_EDGEUSER:A91320UL EGPRS TBF ABNORMAL RELEASE N3101 OVER FLOWUL_EDGE_TBF_REL_N3101A9206#UL_EDGE_TBF_REL_N3101:A92060UL EGPRS TBF ABNORMAL RELEASE N3103 OVER FLOWUL_EDGE_TBF_REL_N3103A9207#UL_EDGE_TBF_REL_N3103:A92070UL EGPRS TBF ABNORMAL RELEASE SUSPENDUL_EDGE_TBF_REL_SUSPENDA9208#UL_EDGE_TBF_REL_SUSPEND:A92080UL EGPRS TBF ABNORMAL RELEASE FLUSHUL_EDGE_TBF_REL_FLUSHA9209#UL_EDGE_TBF_REL_FLUSH:A92090UL EGPRS TBF ABNORMAL RELEASE NO CHANNELUL_EDGE_TBF_REL_NRA9210#UL_EDGE_TBF_REL_NR:A92100UL EGPRS TBF ABNORMAL RELEASE PREEMPTIONUL_EDGE_TBF_REL_PREEMPA9217#UL_EDGE_TBF_REL_PREEMP:A92170UL EGPRS TBF ABNORMAL RELEASE OTHER CAUSESUL_EDGE_TBF_REL_OTHA9218#UL_EDGE_TBF_REL_OTH:A92180UL EGPRS TBF ABNORMAL RELEASE CS HANDOVERUL_EDGE_TBF_REL_CSHOA9237#UL_EDGE_TBF_REL_CSHO:A92370UL EGPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTIONUL_EDGE_TBF_REL_ABIS_PREEMPA9238#UL_EDGE_TBF_REL_ABIS_PREEMP:A92380UL GPRS TBF ABNORMAL RELEASE N3101 OVER FLOWUL_GPRS_TBF_REL_N3101A9006#UL_GPRS_TBF_REL_N3101:A90060UL GPRS TBF ABNORMAL RELEASE N3103 OVER FLOWUL_GPRS_TBF_REL_N3103A9007#UL_GPRS_TBF_REL_N3103:A90070UL GPRS TBF ABNORMAL RELEASE SUSPENDUL_GPRS_TBF_REL_SUSPENDA9008#UL_GPRS_TBF_REL_SUSPEND:A90080UL GPRS TBF ABNORMAL RELEASE FLUSHUL_GPRS_TBF_REL_FLUSHA9009#UL_GPRS_TBF_REL_FLUSH:A90090UL GPRS TBF ABNORMAL RELEASE NO CHANNELUL_GPRS_TBF_REL_NRA9010#UL_GPRS_TBF_REL_NR:A90100UL GPRS TBF ABNORMAL RELEASE PREEMPTIONUL_GPRS_TBF_REL_PREEMPA9017#UL_GPRS_TBF_REL_PREEMP:A90170UL GPRS TBF ABNORMAL RELEASE OTHER CAUSESUL_GPRS_TBF_REL_OTHA9018#UL_GPRS_TBF_REL_OTH:A90180UL GPRS TBF ABNORMAL RELEASE CS HANDOVERUL_GPRS_TBF_REL_CSHOA9039#UL_GPRS_TBF_REL_CSHO:A90390UL GPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTIONUL_GPRS_TBF_REL_ABIS_PREEMPA9040#UL_GPRS_TBF_REL_ABIS_PREEMP:A90400AVG DURATION OF UL EDGE TBFAVG_DUR_UL_EDGE_TBFAA9213SECAVG_DUR_UL_EDGE_TBF:AA92130TOTAL DURATION OF UL EDGE TBFTOT_DUR_UL_EDGE_TBFA9214SECTOT_DUR_UL_EDGE_TBF:A92140AVG DURATION OF DL GPRS TBFAVG_DUR_DL_GPRS_TBFAA9114SECAVG_DUR_DL_GPRS_TBF:AA91140TOTAL DURATION OF DL GPRS TBFTOT_DUR_DL_GPRS_TBFA9113SECTOT_DUR_DL_GPRS_TBF:A91130ABIS TDM SUCCESS RATEABIS_TDM_SUCC_RR9102R9101%ABIS_TDM_SUCC_R:R9102/R9101*1000ABIS IP/HDLC SUCCESS RATEABIS_IP_HDLC_SUCC_RR9106R9105%ABIS_IP_HDLC_SUCC_R:R9106/R9105*1000UNSUCCESSFUL APPLICATION ATTEMPTS NO IDLE TSFAIL_APP_ATT_NO_IDLE_TSR9109#FAIL_APP_ATT_NO_IDLE_TS:R91090UNSUCCESSFUL APPLICATION ATTEMPTS CONNECTION FAILUREFAIL_APP_ATT_NO_CON_FAILR9110#FAIL_APP_ATT_NO_CON_FAIL:R91100UNSUCCESSFUL APPLICATION ATTEMPTS BTS FAILUREFAIL_APP_ATT_BTS_FAILR9111#FAIL_APP_ATT_BTS_FAIL:R91110UNSUCCESSFUL APPLICATION ATTEMPTS OTHERSFAIL_APP_ATT_OTHERR9112#FAIL_APP_ATT_OTHER:R91120UNSUCCESSFUL APPLICATION ATTEMPTS LIMIT BTS DSPFAIL_APP_ATT_LIM_BTS_DSPR9115#FAIL_APP_ATT_LIM_BTS_DSP:R91150

PER_NEIGHBOR_STATSCOUNTER_NODESCRIPTIONH371Out going inter cell HO commands Fail Outgoing intercell HosH373Successful Outgoing intercell HOSH380Incoming Intercell HO RequestH382Failed incoming Intercell HosH383Successful Incoming intercell HOS

CELLFEATURE_NAMEIMPACTPARAMETER_IDPARAMETER_NAMEMML_COMMANDDESCRIPTIONGUI_VALUE_RANGEACTUAL_VALUE_RANGEUNITDEFAULT_VALUERECOMMENDED_VALUEPARAMETER_RELATIONSHIPCAUTIONRADIO_PERFORMACE_IMPACTATTRIBUTE2G/3G Cell Reselection Based on MS StateCellPOS2QUATER2Quater Message Transmission ChannelSET GCELLCCUTRANSYSWhether to transmit the 2Quater message on the BCCH Norm channel or the BCCH Ext channelBCCHNormBCCHNorm, BCCHExtBCCHExtBCCHNorm, BCCHExtNoneBCCHNormBCCHNormIf this parameter is BCCHExt,"CCCH Blocks Reserved for AGCH" must be more than 0.NoneNoneRadio2G/3G Co-Transmission Resources Management on MBSCCellENGSMPSDLMACFLOWCTRLUser Plane DL Flow Ctrl SwitchSET GCELLPSOTHERPARAWhether to support PS downlink MAC back pressures in GSM. When the buffer is overflowed, the L2 transmission rate is limited if "User Plane DL Flow Ctrl Switch" is "ON". Thus, the data blocks are not lost. If "User Plane DL Flow Ctrl Switch" is "OFF", the L2 transmission rate is not limited. In this case, the loss of data blocks may occur. When "User Plane DL Flow Ctrl Switch" is set to "ON", the LDR needs to be disabled through the "SET LDR" command.OFFOFF, ONONOFF, ONNoneOFFOFFNoneNoneThe number of block retransmissions is decreased and the throughput is increased.EquipmentA Interface Protocol ProcessCellMSCVERMSC Version IndicationSET GCELLCCUTRANSYSProtocol version of the MSC that is connected to the BSC6900. The supported signaling varies with the protocol versions.R98_or_belowR98 or below, R99_or_aboveR99 or aboveR98_or_below, R99_or_aboveNoneR98_or_belowR98_or_belowNoneIf the GSM BSC is connected to the GSM MSC, it is recommended that you set this parameter to R98_or_below. If the GSM BSC is connected to the UMTS MSC, it is recommended that you set this parameter to R99_or_above.NoneRadioA5/1 and A5/2 Ciphering AlgorithmA5/1 Encryption Flow OptimizationCellENCRYEncryption AlgorithmSET GCELLBASICPARAEncryption algorithm supported by the BSS sideA5/0~0 A5/1~1 A5/2~2 A5/3~3 A5/4~4 A5/5~5 A5/6~6 A5/7A5/0, A5/1, A5/2, A5/3, A5/4, A5/5, A5/6, A5/7NoneA5/0-1&A5/1-0&A5/2-0&A5/3-0&A5/4-0&A5/5-0&A5/6-0&A5/7-0A5/0-1&A5/1-0&A5/2-0&A5/3-0&A5/4-0&A5/5-0&A5/6-0&A5/7-0NoneThe value of this parameter must be the same at both the BSS side and the NSS side. Whether the BSC6900 is encrypted and the chosen encryption algorithm type must be described in the MAP function process of the MSC. When setting the encryption algorithm type of the BSC6900, you must refer to the data configuration function of the BSC6900 and the functions of the MS.NoneRadioA5/1 Encryption Flow OptimizationCellSDFASTHOSWITCHSD Quick HOSET GCELLSOFTWhether to enable the SDCCH quick handover test function. If this parameter is set to Yes, the BSC6900 initiates intra-cell SDCCH handover as soon as the MSC issues an encrypted command to the MS. Thus, the forwarding encrypted signaling can be transmitted and received on a new signaling channel. In this way, the network security is improved.OFFOff, ONOnOFF, ONNoneOFFOFFNoneNoneIf this function is enabled after encryption is enabled, the network security can be improved.RadioAccessCellACCCONTROLCLASSAccess Control ClassSET GCELLPRACHAccess control class of the MS0~655350~65535None00NoneNoneNoneRadioAccessCellMAXRETRANS1Max Retransmissions for Radio Priority 1SET GCELLPRACHMaximum retransmission for radio priority 1. The 2bit Radio Priority message carried by the MS in the Packet Channel Request message has four levels of priorities. Level 1 is the highest priority, and level 4 is the lowest priority.1_Times1_Times, 2_Times2_Times, 4_Times4_Times, 7_Times7_Times1_Times, 2_Times, 4_Times, 7_TimesNone7_Times7_TimesNoneNoneNoneRadioAccessCellMAXRETRANS2Max Retransmissions for Radio Priority 2SET GCELLPRACHMaximum retransmission for radio priority 2. The 2bit Radio Priority message carried by the MS in the Packet Channel Request message has four levels of priorities. Level 1 is the highest priority, and level 4 is the lowest priority.1_Times1_Times, 2_Times2_Times, 4_Times4_Times, 7_Times7_Times1_Times, 2_Times, 4_Times, 7_TimesNone7_Times7_TimesNoneNoneNoneRadioAccessCellMAXRETRANS3Max Retransmissions for Radio Priority 3SET GCELLPRACHMaximum retransmission for radio priority 3. The 2bit Radio Priority message carried by the MS in the Packet Channel Request message has four levels of priorities. Level 1 is the highest priority, and level 4 is the lowest priority.1_Times1_Times, 2_Times2_Times, 4_Times4_Times, 7_Times7_Times1_Times, 2_Times, 4_Times, 7_TimesNone7_Times7_TimesNoneNoneNoneRadioAccessCellMAXRETRANS4Max Retransmissions for Radio Priority 4SET GCELLPRACHMaximum retransmission for radio priority 4. The 2bit Radio Priority message carried by the MS in the Packet Channel Request message has four levels of priorities. Level 1 is the highest priority, and level 4 is the lowest priority.1_Times1_Times, 2_Times2_Times, 4_Times4_Times, 7_Times7_Times1_Times, 2_Times, 4_Times, 7_TimesNone7_Times7_TimesNoneNoneNoneRadioAccessCellPL1Persistence Level 1SET GCELLPRACHPersistence level 1 of the radio access priority.During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.0_level0_level, 1_level1_level, 2_level2_level, 3_level3_level, 4_level4_level, 5_level5_level, 6_level6_level, 7_level7_level, 8_level8_level, 9_level9_level, 10_level10_level, 11_level11_level, 12_level12_level, 13_level13_level, 14_level14_level, 16_level16_level, nouseno use0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no useNone12_level12_levelNoneNoneNoneRadioAccessCellPL2Persistence Level 2SET GCELLPRACHPersistence level 2 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.0_level0_level, 1_level1_level, 2_level2_level, 3_level3_level, 4_level4_level, 5_level5_level, 6_level6_level, 7_level7_level, 8_level8_level, 9_level9_level, 10_level10_level, 11_level11_level, 12_level12_level, 13_level13_level, 14_level14_level, 16_level16_level, nouseno use0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no useNone13_level13_levelNoneNoneNoneRadioAccessCellPL3Persistence Level 3SET GCELLPRACHPersistence level 3 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.0_level0_level, 1_level1_level, 2_level2_level, 3_level3_level, 4_level4_level, 5_level5_level, 6_level6_level, 7_level7_level, 8_level8_level, 9_level9_level, 10_level10_level, 11_level11_level, 12_level12_level, 13_level13_level, 14_level14_level, 16_level16_level, nouseno use0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no useNone14_level14_levelNoneNoneNoneRadioAccessCellPL4Persistence Level 4SET GCELLPRACHPersistence level 4 of the radio access priority. During MS access, the access priority of the MS is set. If the priority of the MS is higher than the access priority of the MS, the cell allows the access of the MS. Otherwise, the cell rejects the access of the MS. The value "no use" indicates this parameter is not used.0_level0_level, 1_level1_level, 2_level2_level, 3_level3_level, 4_level4_level, 5_level5_level, 6_level6_level, 7_level7_level, 8_level8_level, 9_level9_level, 10_level10_level, 11_level11_level, 12_level12_level, 13_level13_level, 14_level14_level, 16_level16_level, nouseno use0_level, 1_level, 2_level, 3_level, 4_level, 5_level, 6_level, 7_level, 8_level, 9_level, 10_level, 11_level, 12_level, 13_level, 14_level, 16_level, no useNone16_level16_levelNoneNoneNoneRadioAccessCellSVALUES ValueSET GCELLPRACHMinimum timeslots between two successive channel requests. After sending the access request, if the MS does not receive the response message after waiting for the minimum timeslots between two successive channel requests, the MS resends the access request.T_1212, T_1515, T_2020, T_3030, T_4141, T_5555, T_7676, T_109109, T_163163, T_217217T_12, T_15, T_20, T_30, T_41, T_55, T_76, T_109, T_163, T_217NoneT_20T_20NoneNoneNoneRadioAccessCellTXINTTX_INTSET GCELLPRACHExtension transmission timeslots of random access. This parameter determines the interval of sending another channel request after the MS fails to request a channel.T_22, T_33, T_44, T_55, T_66, T_77, T_88, T_99, T_1010, T_1212, T_1414, T_1616, T_2020, T_2525, T_3232, T_5050T_2, T_3, T_4, T_5, T_6, T_7, T_8, T_9, T_10, T_12, T_14, T_16, T_20, T_25, T_32, T_50NoneT_20T_20NoneNoneNoneRadioAccessCellACCBURSTAccess Burst TypeSET GCELLPSBASEAccess pulse type of the PRACH, uplink PTCCH and packet control acknowledge message of the MS.8bit: 8 bit pulse access mode; 11bit: 11 bit pulse access mode.8BIT8BIT, 11BIT11BIT8BIT, 11BITNone8BIT8BITNoneNoneNoneRadioAdaptive Adjustment of Uplink and Downlink ChannelsCellAccStaServiceTypePS Initial Access Service TypeSET GCELLPSOTHERPARAWhether the initial service is uplink, downlink or neutralULPRIORITYUplink Priority, NEUTRALNeutral Priority, DLPRIORITYDownlink PriorityULPRIORITY, NEUTRAL, DLPRIORITYNoneNEUTRALNEUTRALNoneNoneThe throughput is affected.RadioAdjustment of Adaptive Timing AdvanceCellMAXTAMax TASET GCELLBASICPARAMaximum time advance TA. The value of this parameter is determined by that of "Cell Extension Type" in the "ADD GCELL" command.0~2550~255None62In Normal cell,the recommended value is 62;in Double Timeslot Extension Cell,the recommended value is 219.NoneIf this parameter is set to a smaller value, the handover success rate may be affected.NoneRadioAFCAutomatic Frequency CorrectionCellFREQADJFrequency Adjust SwitchSET GCELLOTHEXTWhether to enable the automatic frequency correction algorithm. This parameter is used for the fast-moving handover algorithm. If the parameter is set to YES, the BTS calculates the speed at which an MS leaves or approaches it, and sends the BSC6900 the calculated speed in an uplink measurement report.NONo, YESYesNO, YESNoneNONONoneNoneNoneRadioAFCAutomatic Frequency CorrectionCellFREQADJVALUEFrequency Adjust ValueSET GCELLOTHEXTFrequency correction parameter. Used for the fast-moving handover algorithm, the value of this parameter must be translated into a binary number. The value consists of 16 bit. The most significant bit indicates whether the parameter is valid. Bits 14 to 8 indicate the level threshold. Bits 7 to 0 indicate the threshold of the bit error ratio BER.The BSC6900 sends this parameter to the BTS, which adjusts the frequency of an MS according to the value of this parameter.0~655350~65535None3667136671NoneNoneNoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellRTPSWITCHMeasure Link Delay SwitchSET GCELLBASICPARAWhether to measure the delay on the link between the BTSs that serve the calling MS and the called MS respectivelyDISABLEDisable, ENABLEEnableDISABLE, ENABLENoneDISABLEDISABLENoneNoneWhen this parameter is set to on, the MOS of a MS-initiated and MS-terminated call is improved.RadioAMR Coding Rate Threshold Adaptive AdjustmentCellAMRDADTHAWAMR Downlink Adaptive Threshold AllowedSET GCELLCCAMRWhether to enable the adaptive adjustment function of AMR downlink threshold. After this function is enabled, the BTS estimates the long-term voice quality indicated by the long-term FERframe erase ratio and compares the estimated result with the specified target voice quality. If the estimated result does not conform to the target voice quality, it indicates that the current AMR handover threshold may not be the best for the current radio conditions. In this case, the BSC6900 adjust threshold adaptively according to the relation between the estimated voice quality and the target voice quality.NONo, YESYesNO, YESNoneNONONoneNoneWhen this parameter is set to YES and the value of the downlink threshold is not reasonable, the algorithm can be used to dynamically adjust the AMR downlink rate to increase the downlink speech MOS.RadioAMR Coding Rate Threshold Adaptive AdjustmentCellAMRUADTHAWAMR Uplink Adaptive Threshold AllowedSET GCELLCCAMRWhether to enable the adaptive adjustment function of AMR uplink threshold. After this function is enabled, the BTS estimates the long-term voice quality indicated by the long-term FERframe erase rate and compares the estimated result with the specified target voice quality. If the estimated result does not conform to the target voice quality, it indicates that the current AMR handover threshold may not be the best for the current radio conditions. In this case, the BSC uses the relevant algorithm to adjust the adaptive threshold according to the relation between the estimated voice quality and the target voice quality.NONo, YESYesNO, YESNoneNONONoneNoneWhen this parameter is set to YES and the value of the uplink threshold is not reasonable, the algorithm can be used to dynamically adjust the AMR uplink rate to increase the uplink speech MOS.RadioAMR Coding Rate Threshold Adaptive AdjustmentCellDLLTFERLOWTHDownlink Long-term FER Lower ThresholdSET GCELLCCAMRLower voice quality threshold associated with the automatic adjustment of the AMR downlink handover threshold. The value of this parameter must be smaller than or equal to the value of Downlink Long-term FER Target.2~2552~255None22The setting of this parameter must meet the following conditions: "DLLTFERLOWTH" < "DLLTFERTGT"; "DLLTFERLOWTH" < "DLLTFERUPTH".Generally, the value of this parameter does not need adjustment. It is the lower limit for adjusting the value of DLLongTermFERTarget.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellDLLTFERTGTDownlink Long-term FER TargetSET GCELLCCAMRTarget value of the voice quality automatically adjusted through the downlink threshold of AMR handover2~2552~255None8The recommended value is 8 when DTX is disabled.The recommended value is 14 when DTX is enabled.The setting of this parameter must meet the following condition: "LTFERLOWTH" < "DLLTFERTGT" < "LTFERUPTH".This parameter is used for the adaptive adjustment function of AMR downlink threshold. When the voice is in poor performance not being affected by the channel quality: If the low rate mode is more used in the adaptation, you can increase the value of this parameter; if the high rate mode is more used in the adaptation, you can decrease the value of this parameter. The adjustment range is from 4 to 20 and the adjustment step is 2.The target FER with the discontinuous transmission DTX enabled is a little higher than the one without the DTX enabled. It is recommended that you set the value of this parameter to 14 when the DTX is enabled. Based on this value, you can make adjustments in the above mentioned principle according to actual test results.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellDLLTFERUPTHDownlink Long-term FER Upper ThresholdSET GCELLCCAMRUpper voice quality threshold associated with the automatic adjustment of the AMR handover downlink threshold.2~2552~255None6060The setting of this parameter must meet the following conditions: "DLLTFERUPTH" > "DLLTFERTGT"; "DLLTFERUPTH" > "DLLTFERLOWTH".Generally, the value of this parameter does not need adjustment. It is the upper limit for adjusting the value of DLLongTermFERTarget.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellDLLTTHADJFADownlink Threshold Adjust FactorSET GCELLCCAMRFactor of downlink threshold adjustment. It indicates the linear relation between the threshold adjustment value and the logarithmic FER.2~2552~255None22NoneGenerally, the value of this parameter is fixed to 2, with no need of adjustment. The value of this parameter decides only the adjustment value or the adjusting frequency of the threshold. That is, the greater the value of this parameter is, the more frequently the threshold is adjusted. The setting of this parameter, however, does not affect the up or down adjustment of the threshold.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellLTFERLOWTHUplink Long-term FER Lower ThresholdSET GCELLCCAMRLower voice quality threshold associated with the automatic adjustment of the AMR handover uplink thresholdThe value of this parameter must be smaller than or equal to the value of Uplink Long-term FER Target.2~2552~255None22The setting of this parameter must meet the following conditions: "LTFERLOWTH" < "LTFERTGT"; "LTFERLOWTH" < "LTFERUPTH".Generally, the value of this parameter does not need adjustment. It is the lower limit for adjusting the value of LongTermFERTarget.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellLTFERTGTUplink Long-term FER TargetSET GCELLCCAMRTarget voice quality value associated with the automatic adjustment of the uplink threshold of AMR handover2~2552~255None88The setting of this parameter must meet the following conditions:"LTFERLOWTH" < "LTFERTGT";"LTFERTGT" < "LTFERUPTH".The value of this parameter decides whether the threshold is adjusted upwards or downwards. When the voice is in poor performance excluding the cause of poor channel quality: If the low rate mode is more used in the adaptation, you can increase the value of this parameter; if the high rate mode is more used in the adaptation excluding the cause of good channel quality, you can decrease the value of this parameter. If the DTX function is enabled, the value of this parameter must be a little greater than the value when the DTX function is disabled.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellLTFERUPTHUplink Long-term FER Upper ThresholdSET GCELLCCAMRUpper voice quality threshold associated with the automatic adjustment of the AMR handover uplink threshold2~2552~255None6060The setting of this parameter must meet the following conditions: "LTFERUPTH" > "LTFERTGT"; "LTFERUPTH" > "LTFERLOWTH".Generally, the value of this parameter does not need adjustment. It is the upper limit for adjusting the value of LongTermFERTarget.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellLTTHADJFAUplink Threshold Adjust FactorSET GCELLCCAMRFactor of uplink threshold adjustment. It indicates the linear relation between the threshold adjustment value and the logarithmic FER.2~2552~255None22NoneGenerally, the value of this parameter is fixed to 2, with no need of adjustment. The value of this parameter decides only the adjustment value or the adjusting frequency of the threshold. That is, the greater the value of this parameter is, the more frequently the threshold is adjusted. The setting of this parameter, however, does not affect the up or down adjustment of the threshold.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellRATECTRLSWAMR Rate Control SwitchSET GCELLCCAMRSwitch for controlling the AMR rate. Value 0 indicates that C/I is used to control the AMR rate. Value 1 indicates that BER is used to control the AMR rate.ALG1Algorithm I, ALG2Algorithm II, NONENoneALG1, ALG2, NONENoneALG1ALG1NoneIf this parameter is set to Algorithm I, the BTS performs AMR rate adaptation according to the C/I value.If this parameter is set to Algorithm II, the BTS performs AMR rate adaptation according to the BER value. Algorithm II is valid only for the EMR.If this parameter is set to None, the AMR rate adaptation algorithm is not enabled, and a fixed coding rate is used.NoneRadioAMR Coding Rate Threshold Adaptive AdjustmentCellRATSCCHENABLEDIs Ratscch Function EnabledSET GCELLCCAMRThis parameter specifies whether the RATSCCH function is enabled during the call establishment procedure.DISABLEDisable, ENABLEEnableDISABLE, ENABLENoneDISABLEDISABLENoneNoneWhen this parameter is set to on, the MOS of a MS-initiated and MS-terminated call is improved.RadioAMR FRCellACTCDSETFAMR ACS[F]SET GCELLCCAMRActive coding set ACS[F], indicates a set of full-rate coding rates currently available for calls. The AMR is a set of multiple speech coding and decoding rates.4_75KBIT/S~0 5_15KBIT/S~1 5_90KBIT/S~2 6_70KBIT/S~3 7_40KBIT/S~4 7_95KBIT/S~5 10_2KBIT/S~6 12_2KBIT/S4_75KBIT/S, 5_15KBIT/S, 5_90KBIT/S, 6_70KBIT/S, 7_40KBIT/S, 7_95KBIT/S, 10_2KBIT/S, 12_2KBIT/SNone4_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1&6_70KBIT/S-0&7_40KBIT/S-1&7_95KBIT/S-0&10_2KBIT/S-0&12_2KBIT/S-14_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1&6_70KBIT/S-0&7_40KBIT/S-1&7_95KBIT/S-0&10_2KBIT/S-0&12_2KBIT/S-1NoneThe number of the chosen data rates must be from one to four. If this parameter involves only one full rate coding rate, the value of "AMR Starting Mode[F]" can be 0 only; all the adjustable thresholds and hysteresis of AMR coding rate make no sense.If this parameter involves two coding rates, the value of "AMR Starting Mode[F]" can be 0 or 1; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[F]", "AMR UL Coding Rate adj.hyst1[F]", "AMR DL Coding Rate adj.th1[F]", and "AMR DL Coding Rate adj.hyst1[F]".If this parameter involves three coding rates, the value of "AMR Starting Mode[F]" can be 0, 1, or 2; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[F]", "AMR UL Coding Rate adj.hyst1[F]", "AMR DL Coding Rate adj.th1[F]", "AMR DL Coding Rate adj.hyst1[F]", "AMR UL Coding Rate adj.th2[F]", "AMR UL Coding Rate adj.hyst2[F]", "AMR DL Coding Rate adj.th2[F]", and "AMR DL Coding Rate adj.hyst2[F]".If this parameter involves four full rate coding rates, the value of "AMR Starting Mode[F]" can be 0, 1, 2, and 3; all the adjustable thresholds and hysteresis of AMR coding rate make sense.The ACS may affect the MOS.RadioAMR FRCellAUTOADJULTHHYSTFAuto Adjust UL TH and Hysteresis [F]SET GCELLCCAMRWhether to allow automatic adjustment for the uplink threshold and hysteresis of full rate AMR call ratesNONo, YESYesNO, YESNoneYESYESNoneNoneNoneRadioAMR FRCellDLHYSTF1AMR DL Coding Rate adj.hyst1[F]SET GCELLCCAMRAdjustment hysteresis 1 of AMR downlink coding rate full rate. According to a certain algorithm and the radio quality indication RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the active coding set ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~150~15None22The setting of this parameter must meet the following condition: "DLTHF1" + "DLHYSTF1" < "DLTHF2" + "DLHYSTF2".NoneNoneRadioAMR FRCellDLHYSTF2AMR DL Coding Rate adj.hyst2[F]SET GCELLCCAMRAdjustment hysteresis 2 of AMR downlink coding rate full rate. According to a certain algorithm and the radio quality indication RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the active coding set ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~150~15None33The setting of this parameter must meet the following condition: "DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3".NoneNoneRadioAMR FRCellDLHYSTF3AMR DL Coding Rate adj.hyst3[F]SET GCELLCCAMRAdjustment hysteresis 3 of AMR downlink coding rate full rate. According to a certain algorithm and the radio quality indication RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the active coding set ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~150~15None33The setting of this parameter must meet the following condition: "DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3".NoneNoneRadioAMR FRCellDLTHF1AMR DL Coding Rate adj.th1[F]SET GCELLCCAMRAdjustment threshold 1 of AMR downlink coding rate full rate. According to a certain algorithm and the RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~630~63dB1212The setting of this parameter must meet the following conditions: "DLTHF1" < "DLTHF2";"DLTHF1" + "DLHYSTF1" < "DLTHF2" + "DLHYSTF2".NoneThe coding rate and MOS are affected.RadioAMR FRCellDLTHF2AMR DL Coding Rate adj.th2[F]SET GCELLCCAMRAdjustment threshold 2 of AMR downlink coding rate full rate. According to a certain algorithm and the RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~630~63dB1717The setting of this parameter must meet the following conditions: "DLTHF2" < "DLTHF3";"DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3".NoneThe coding rate and MOS are affected.RadioAMR FRCellDLTHF3AMR DL Coding Rate adj.th3[F]SET GCELLCCAMRAdjustment threshold 3 of AMR downlink coding rate full rate. The adjustment thresholds and the hysteresis of coding rate must meet the following conditions: AMR Coding Rate adj.th n < AMR Coding Rate adj.th n + 1, n = 1 or 2; [AMR Coding Rate adj.th n + AMR Coding Rate adj.hyst n] < [AMR Coding Rate adj.th n + 1 + AMR Coding Rate adj.hyst n + 1], n = 1 or 2.0~630~63dB2525The setting of this parameter must meet the following conditions: "DLTHF2" < "DLTHF3"; "DLTHF2" + "DLHYSTF2" < "DLTHF3" + "DLHYSTF3".NoneThe coding rate and MOS are affected.RadioAMR FRCellINITCDMDFAMR Starting Mode[F]SET GCELLCCAMRInitial coding mode used for full rate AMR calls. The four values 0, 1, 2, and 3 of this parameter respectively represent the lowest, low, high, and highest coding rates in the ACS.0~30~3None11NoneNoneThe setting of this parameter affects the MOS. When the C/I ratio is satisfactory, the coding scheme of higher rate is recommended; otherwise, the coding scheme of lower rate is recommended.RadioAMR FRCellULHYSTF1AMR UL Coding Rate adj.hyst1[F]SET GCELLCCAMRBased on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate according to the related algorithm. The coding rate adjustment threshold is the threshold of RQI. The RQI indicates the carrier-to-interference ratio CIR of the call. If RQI equals 1, the CIR is 0.5 dB; if RQI equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and an adjustment hysteresis between the neighboring coding rates.0~150~15None22The setting of this parameter must meet the following condition: "ULTHF1" + "ULHYSTF1" < "ULTHF2" + "ULHYSTF2".NoneNoneRadioAMR FRCellULHYSTF2AMR UL Coding Rate adj.hyst2[F]SET GCELLCCAMRBased on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate according to the related algorithm. The coding rate adjustment threshold is the threshold of RQI. The RQI indicates the carrier-to-interference ratio CIR of the call. If RQI equals 1, the CIR is 0.5 dB; if RQI equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and an adjustment hysteresis between the neighboring coding rates.0~150~15None33The setting of this parameter must meet the following condition: "ULTHF2" + "ULHYSTF2" < "ULTHF3" + "ULHYSTF3".NoneNoneRadioAMR FRCellULHYSTF3AMR UL Coding Rate adj.hyst3[F]SET GCELLCCAMRBased on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate according to the related algorithm. The coding rate adjustment threshold is the threshold of RQI. The RQI indicates the carrier-to-interference ratio CIR of the call. If RQI equals 1, the CIR is 0.5 dB; if RQI equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and an adjustment hysteresis between the neighboring coding rates.0~150~15None33NoneNoneNoneRadioAMR FRCellULTHF1AMR UL Coding Rate adj.th1[F]SET GCELLCCAMRBased on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate according to the related algorithm. The coding rate adjustment threshold is the threshold of RQI. The RQI indicates the carrier-to-interference ratio CIR of the call. If RQI equals 1, the CIR is 0.5 dB; if RQI equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and an adjustment hysteresis between the neighboring coding rates.0~630~63dB1515The setting of this parameter must meet the following conditions: "ULTHF1" < "ULTHF2"; "ULTHF1" + "ULHYSTF1" < "ULTHF2" + "ULHYSTF2".NoneThe coding rate and MOS are affected.RadioAMR FRCellULTHF2AMR UL Coding Rate adj.th2[F]SET GCELLCCAMRBased on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate according to the related algorithm. The coding rate adjustment threshold is the threshold of RQI. The RQI indicates the carrier-to-interference ratio CIR of the call. If RQI equals 1, the CIR is 0.5 dB; if RQI equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and an adjustment hysteresis between the neighboring coding rates.0~630~63dB1919The setting of this parameter must meet the following conditions: "ULTHF2" < "ULTHF3"; "ULTHF2" + "ULHYSTF2" < "ULTHF3" + "ULHYSTF3".NoneThe coding rate and MOS are affected.RadioAMR FRCellULTHF3AMR UL Coding Rate adj.th3[F]SET GCELLCCAMRBased on the RQI in the call measurement report, the BTS and MS automatically adjust the current speech coding rate according to the related algorithm. The coding rate adjustment threshold is the threshold of RQI. The RQI indicates the carrier-to-interference ratio CIR of the call. If RQI equals 1, the CIR is 0.5 dB; if RQI equals 2, the CIR is 1 dB; and so forth. Since there are multiple coding rates in the ACS, there is an adjustment threshold and an adjustment hysteresis between the neighboring coding rates.0~630~63dB2828The setting of this parameter must meet the following conditions: "ULTHF2" < "ULTHF3"; "ULTHF2" + "ULHYSTF2" < "ULTHF3" + "ULHYSTF3".NoneThe coding rate and MOS are affected.RadioAMR FRAMR HRTFOCellNBAMRTFOSWITCHTFO SwitchSET GCELLBASICPARAWhether to enable the Tandem Free Operation TFO function on the BTS through a CHANNEL ACTIVATION or MODE MODIFY messageDISABLEDisable, ENABLEEnableDISABLE, ENABLENoneDISABLEDISABLENoneNoneWhen this parameter is set to ENABLE, the MOS can be increased in a call between MSs.RadioAMR HRCellACTCDSETHAMR ACS[H]SET GCELLCCAMRActive coding set ACS[H], indicates set of half-rate coding rates currently available for calls. The AMR is a set of multiple speech coding and decoding rates.4_75KBIT/S~0 5_15KBIT/S~1 5_90KBIT/S~2 6_70KBIT/S~3 7_40KBIT/S~4 7_95KBIT/S4_75KBIT/S, 5_15KBIT/S, 5_90KBIT/S, 6_70KBIT/S, 7_40KBIT/S, 7_95KBIT/SNone4_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1&6_70KBIT/S-0&7_40KBIT/S-1&7_95KBIT/S-04_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1&6_70KBIT/S-0&7_40KBIT/S-1&7_95KBIT/S-0NoneThe number of the chosen data rates must be from one to four. If this parameter involves only one half rate coding rate, the value of "AMR Starting Mode[H]" can be 0 only; all the adjustable thresholds and hysteresis of AMR coding rate make no sense.If this parameter involves two coding rates, the value of "AMR Starting Mode[H]" can be 0 or 1; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[H]", "AMR UL Coding Rate adj.hyst1[H]", "AMR DL Coding Rate adj.th1[H]", and "AMR DL Coding Rate adj.hyst1[H]".If this parameter involves three coding rates, the value of "AMR Starting Mode[H]" can be 0, 1, or 2; the values of the following parameters make sense while the other adjustable thresholds and hysteresis of AMR coding rate do not: "AMR UL Coding Rate adj.th1[H]", "AMR UL Coding Rate adj.hyst1[H]", "AMR DL Coding Rate adj.th1[H]", "AMR DL Coding Rate adj.hyst1[H]", "AMR UL Coding Rate adj.th2[H]", "AMR UL Coding Rate adj.hyst2[H]", "AMR DL Coding Rate adj.th2[H]", and "AMR DL Coding Rate adj.hyst2[H]".If this parameter involves four half rate coding rates, the value of "AMR Starting Mode[H]" can be 0, 1, 2, and 3; all the adjustable thresholds and hysteresis of AMR coding rate make sense.The ACS may affect the MOS.RadioAMR HRCellAUTOADJULTHHYSTHAuto Adjust UL TH and Hysteresis [H]SET GCELLCCAMRWhether to allow automatic adjustment for the uplink threshold and hysteresis of half rate AMR call ratesNONo, YESYesNO, YESNoneYESYESNoneNoneNoneRadioAMR HRCellDLHYSTH1AMR DL Coding Rate adj.hyst1[H]SET GCELLCCAMRAdjustment hysteresis 1 of AMR downlink coding rate half rate. According to a certain algorithm and the radio quality indication RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the active coding set ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~150~15None33The setting of this parameter must meet the following condition: "DLTHH1" + "DLHYSTH1" < "DLTHH2" + "DLHYSTH2".NoneNoneRadioAMR HRCellDLHYSTH2AMR DL Coding Rate adj.hyst2[H]SET GCELLCCAMRAdjustment hysteresis 2 of AMR downlink coding rate half rate. According to a certain algorithm and the radio quality indication RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the active coding set ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~150~15None44The setting of this parameter must meet the following condition: "DLTHH2" + "DLHYSTH2" < "DLTHH3" + "DLHYSTH3".NoneNoneRadioAMR HRCellDLHYSTH3AMR DL Coding Rate adj.hyst3[H]SET GCELLCCAMRAdjustment hysteresis 3 of AMR downlink coding rate half rate. According to a certain algorithm and the radio quality indication RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the active coding set ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~150~15None1515The setting of this parameter must meet the following condition: "DLTHH2" + "DLHYSTH2" < "DLTHH3" + "DLHYSTH3".NoneNoneRadioAMR HRCellDLTHH1AMR DL Coding Rate adj.th1[H]SET GCELLCCAMRAdjustment threshold 1 of AMR downlink coding rate half rate. According to a certain algorithm and the RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~630~63dB2323The setting of this parameter must meet the following conditions: "DLTHH1" < "DLTHH2"; "DLTHH1" + "DLHYSTH1" < "DLTHH2" + "DLHYSTH2".NoneNoneRadioAMR HRCellDLTHH2AMR DL Coding Rate adj.th2[H]SET GCELLCCAMRAdjustment threshold 2 of AMR downlink coding rate half rate. According to a certain algorithm and the RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 means 1 dB, and others can be deducted by analogy. There may be multiple coding rates in the ACS. Therefore, there is an adjustment threshold and an adjustment hysteresis between every two adjacent coding rates.0~630~63dB3131The setting of this parameter must meet the following conditions: "DLTHH2" < "DLTHH3"; "DLTHH2" + "DLHYSTH2" < "DLTHH3" + "DLHYSTH3".NoneNoneRadioAMR HRCellDLTHH3AMR DL Coding Rate adj.th3[H]SET GCELLCCAMRAdjustment threshold 3 of AMR downlink coding rate half rate. According to a certain algorithm and the RQI in the call measurement report, the MS and the BTS automatically adjust the current speech coding and decoding rate. The adjustment threshold of coding rate is the threshold of the RQI, which is the carrier-to-interference ratio of a call. The RQI value 1 means 0.5 dB, the RQI value 2 me