2G HUAWEI KPIS

TYPE CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY

NAME PAGING OVERLOAD RATE PAGING OVERLOAD CS NUMBER PAGING OVERLOAD PS NUMBER RACH_SUCCESS_RATE DISCARDED RACH NUMBER SDCCH BLOCKING CONGESTION SDCCH BLOCKING CONGESTION NUMBER SD_USAGE_MOC_CALL SD_USAGE_MOC_SMS SD_USAGE_MOC_MTC SD_USAGE_MOC_EMERGENCY SD_USAGE_MOC_CALL REESTABLISHMENT SD_USAGE_MOC_LOCAITON UPDATING SD_USAGE_MOC_IMSI DETACH SD_USAGE_MOC_PACKET SERVICE SDCCH SEIZ SUCCESS RATE SDCCH SEIZ FAIL NUMBER IMMEDIATE_ASSIGNMENT_SUCCESS_RATE T3101_TIMER_EXPIRE TCH BLOCKING CALL SETUP TCH BLOCKING HO TCH BLOCKING CALL SETUP NUMBER TCH BLOCKING HO NUMBER TCH SEIZ SUCCESS RATE ASSIGNMENT SUCCESS RATE LOCATION UPDATE SUCCESS RATE TCH AVAILABILITY SD AVAILABILITY CELL OUT OF SERVICE AVERAGE CALL SETUP DURATION AVERAGE CALL ACCESS DURATION CHANNEL REQUIRED MOC CHANNEL REQUIRED MTC CHANNEL REQUIRED ECALL CHANNEL REQUIRED RE ESTABLISHMENT CHANNEL REQUIRED LOCATION UPDATE CHANNEL REQUIRED PACKET CALL CHANNEL REQUIRED LMU AND RESERVED CHANNEL REQUIRED PROTOCOL INCOMPT CHANNEL ACTIVATION TIMEOUT IMMEDIATE ASSIGNMENT CHANNEL ACTIVATION TIMEOUT ASSIGNMENT PROCEDURE CHANNEL ACTIVATION TIMEOUT MODE MODIFY CHANNEL ACTIVATION TIMEOUT INTRACELL HO CHANNEL ACTIVATION TIMEOUT INCOMING INTERNAL INTERCELL CHANNEL ACTIVATION TIMEOUT INCOMING EXTERNAL FAILED ASSIGNMENTS ON A INTERFACE MOC

CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY

FAILED ASSIGNMENTS ON A INTERFACE MTC FAILED ASSIGNMENTS ON A INTERFACE EMERGENCY CALL FAILED ASSIGNMENTS ON A INTERFACE EMERGENCY REESTAB FAILED ASSIGNMENTS SIGNALIING CHANNEL REASON FAILED ASSIGNMENTS INVALID STATE REASON FAILED ASSIGNMENTS INVALID MESSAGE REASON FAILED ASSIGNMENTS CIC UNAVAILABLE REASON FAILED ASSIGNMENT A INTERFACE FAILURES REASON FAILED ASSIGNEMNTS CLEAR COMMAND SEND BY BSC REASON FAILED ASSIGNEMNTS NO CHANNEL REASON FAILED ASSIGNEMNTS TIME OUT REASON FAILED ASSIGNEMNTS TERESTRIAL RES REQ FAILED REASON FAILED ASSIGNEMNTS NO ABIS RESOURCE REASON FAILED ASSIGNEMNTS REQUESTED SPEECH VERISONS UNAVAILABLE REASON FAILED ASSIGNEMNTS RADIO FAILUER TRAFFIC VOLUME ON TCH TRAFFIC VOLUME ON TCHF TRAFFIC VOLUME ON TCHH TRAFFIC VOLUME ON EFR TRAFFIC VOLUME ON AMR TCHF TRAFFIC VOLUME ON AMR TCHH TRAFFIC VOLUME ON SD TRX USEABILITY SDCCH DROP RATE SDCCH DROP NUMBER SDCCH DROPS ERROR INDICATION T200 SDCCH DROPS ERROR INDICATION UDM RESPONSE SDCCH DROPS ERROR INDICATION SEQUENCE ERROR SDCCH DROPS CONNECTION FAILURE RL FAILURE SDCCH DROPS CONNECTION FAILURE HO ACCESS FAILURE SDCCH DROPS CONNECTION FAILURE OM INTERVENTION SDCCH DROPS CONNECTION FAILURE NO RADIO RESOURCE SDCCH DROPS CONNECTION FAILURE OTHER SDCCH DROPS RELEASE INDICATION SDCCH DROPS NO MR FOR LONG TIME SDCCH DROPS ABIS TRESTRIAL FAILURE SDCCH DROPS EQUIPMENT FAILURE SDCCH DROPS FORCED HO SDCCH DROPS RESOURCE CHECK SD_RADIO_DROPS REASON TA SD RADIO DROPS REASON RX LEVEL SD RADIO DROPS REASON RX QUAL SD RADIO DROPS OTHER NUMBER OF CHANNEL CONVERSION (TCH-SDCCH) NUMBER OF CHANNEL CONVERSION (SDCCH-TCH) MAX NUMBER OF BUSY CHANNELS (SDCCH) MAX NUMBER OF BUSY CHANNELS (TCHF)

CS_ACCESSIBILITY CS_ACCESSIBILITY CS_ACCESSIBILITY

MAX NUMBER OF BUSY CHANNELS (TCHH) MEAN DURATION OF CALL ACCESS MEAN DURATION OF CALL ESTABLISHMENT

SHORT NAME PAG_OVER_LOAD_R PAG_OVER_LOAD_CS_N PAG_OVER_LOAD_PS_N RACH_SUCC_RATE RACH_DISCARDED_N SD_BLK_R SD_BLK_N SD_USAGE_MOC_CALL_N SD_USAGE_MOC_SMS_N SD_USAGE_MTC_N SD_USAGE_EMER_N SD_USAGE_CALL_RESTAB_N SD_USAGE_LU_N SD_USAGE_IMSI_N SD_USAGE_PS_N SD_SEIZ_SUCC_R SD_SEIZ_FAIL_N IASS_SUCC_R T3101_EXPIRE_N TCH_RAW_BLK_R TCH_HO_BLK TCH_RAW_BLK_N TCH_HO_BLK_N TCH_SEIZ_SUCC_R ASS_SUCC_R LOC_UPDATE_SUCC_RATE TCH_AVAILABILITY SD_AVAILABILITY CELL_OUT_SERVE_DUR AVG_CALL_SETP_DUR AVG_CALL_ACCESS_DUR CH_REQ_MOC_N CH_REQ_MTC_N CH_REQ_ECALL_N CH_REQ_REESTAB_N CH_REQ_LU_N CH_REQ_PACK_CALL_N CH_REQ_LMU_RES_N CH_REQ_PROT_INCOM_N CH_ACT_TO_IMAS_N CH_ACT_TO_ASS_N CH_ACT_TO_MMOD_N CH_ACT_TO_INTRACELL_N CH_ACT_TO_INCOM_INTER_N CH_ACT_TO_INCOM_EXT_N FAIL_ASS_A_MOC_N

HUAWEI FORMULA

VALUE % # # ((A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K)-L3189I)/iif((A300A+A % L3189I # K3001/iif(K3000=0,1,K3000)*100 % K3001 # A3030A # A3030B # A3030C # A3030D # A3030E # A3030F # A3030G # A3030H # (CR330A-CR330B)/iif(CR330A=0,1,CR330A)*100 % CR330B # CA3030J/iif(CA301J=0,1,CA301J)*100 % CA304 # (K3021+K3011A) % K3011B/iif(K3010B=0,1,K3010B)*100 % K3011A # K3011B # (CR331A-CR331B)/iif(CR331A=0,1,CR331A)*100 % CA313/iif(CA310=0,1,CA310)*100 % % K3015/iif(K3016=0,1,K3016)*100 % K3005/iif(K3006=0,1,K3006)*100 % (86400-CR373) Sec AA3251 sec AA3250 sec A300A % A300C # A300D # A300E # A300F # A300H # A300I # A300K # CR330C # CR331C # CR332C # CR333C # CR334C # CR335C # A312Aa # (L3188C+L3188D) L3188C L3188D

FAIL_ASS_A_MTC_N FAIL_ASS_A_ECALL_N FAIL_ASS_A_REESTAB_N FAIL_ASS_SIG_CH_N REA_FAIL_ASS_INVALID_STAT_N REA_FAIL_ASS_INVALID_MSG_N REA_FAIL_ASS_CIC_UNVAVAI_N REA_FAIL_ASS_A_INTER_FAIL_N REA_FAIL_ASS_A_CC_MSC_N REA_FAIL_ASS_NR_N REA_FAIL_ASS_TO_N REA_FAIL_ASS_TRES_RES_FAIL_N REA_FAIL_ASS_NO_ABIS_N REA_FAIL_ASS_SPE_VER_UNAVIL_N REA_FAIL_ASS_RIMF_FAIL_N TCH_TRAFFIC TCH_TRAF_FR TCH_TRAF_HR TCH_TRAF_EFR TCH_TRAF_AMR_FR TCH_TRAF_AMR_HR SD_TRAFFIC TRX_USE SD_DROP_R SD_DROP_N SD_DROP_ERR_IND_T200_N SD_DROP_ERR_IND_UDM_RSP_N SD_DROP_ERR_IND_SE_N SD_DROP_CONN_FAIL_RLF_N SD_DROP_CONN_FAIL_HO_ACCESS_N SD_DROP_CONN_FAIL_OMI_N SD_DROP_CONN_FAIL_NR_N SD_DROP_CONN_FAIL_OTH_N SD_DROP_RELEASE_IND_N SD_DROP_NO_MR_N SD_DROP_ABIS_FAIL_N SD_DROP_EQ_FAIL_N SD_DROP_FORCED_HO_N SD_DROP_RES_CHECK_N SD_RADIO_DROP_TA_N SD_RADIO_DROP_RXLEV_N SD_RARIO_DROP_RXQUAL_N SD_RADIO_DROP_OTHER_N

A312Ca A312Da A312Ea A312S A3129I A3129J A3129E A3129G A3129H A312A A3129C A3129N A312F A3129S CA315 K3014 (([CR3551]*24)-[AR3551C]-[AR3557C]) (([CR3552]*24)-[AR3552C]) AR3557C AR3551C AR3552C K3004 S3656/iif(S3655=0,1,S3655)*100

CM30/iif(CA3030J=0,1,CA3030J)*100 CM30 M3000A M3000B M3000C M3001A M3001B M3001C M3001D M3001E M3002 M302 M303 M304 M305 M306 M3020A M3020B M3020C M3020D R3516A R3516B R3560 R3561

# # # # # # # # # # # # # # # Erl Erl Erl

Erl % % # # # # # # # # # # # # # # # # # # #

MEAN_DUR_ACCESS MEAN_DUR_ESTAB

R3562 AA032 AA033

MS ACESS FORMAT PAG_OVER_LOAD_R:(L3188C+L3188D) PAG_OVER_LOAD_CS_N:L3188C PAG_OVER_LOAD_PS_N:L3188D RACH_SUCC_RATE:((A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K)-L3189I)/iif((A300A+A300C+A300D+A300E+ RACH_DISCARDED_N:L3189I SD_BLK_R:K3001/iif(K3000=0,1,K3000)*100 SD_BLK_N:K3001 SD_USAGE_MOC_CALL_N:A3030A SD_USAGE_MOC_SMS_N:A3030B SD_USAGE_MTC_N:A3030C SD_USAGE_EMER_N:A3030D SD_USAGE_CALL_RESTAB_N:A3030E SD_USAGE_LU_N:A3030F SD_USAGE_IMSI_N:A3030G SD_USAGE_PS_N:A3030H SD_SEIZ_SUCC_R:(CR330A-CR330B)/iif(CR330A=0,1,CR330A)*100 SD_SEIZ_FAIL_N:CR330B IASS_SUCC_R:CA3030J/iif(CA301J=0,1,CA301J)*100 T3101_EXPIRE_N:CA304 TCH_RAW_BLK_R:(K3021+K3011A) TCH_HO_BLK:K3011B/iif(K3010B=0,1,K3010B)*100 TCH_RAW_BLK_N:K3011A TCH_HO_BLK_N:K3011B TCH_SEIZ_SUCC_R:(CR331A-CR331B)/iif(CR331A=0,1,CR331A)*100 ASS_SUCC_R:CA313/iif(CA310=0,1,CA310)*100 LOC_UPDATE_SUCC_RATE: TCH_AVAILABILITY:K3015/iif(K3016=0,1,K3016)*100 SD_AVAILABILITY:K3005/iif(K3006=0,1,K3006)*100 CELL_OUT_SERVE_DUR:(86400-CR373) AVG_CALL_SETP_DUR:AA3251 AVG_CALL_ACCESS_DUR:AA3250 CH_REQ_MOC_N:A300A CH_REQ_MTC_N:A300C CH_REQ_ECALL_N:A300D CH_REQ_REESTAB_N:A300E CH_REQ_LU_N:A300F CH_REQ_PACK_CALL_N:A300H CH_REQ_LMU_RES_N:A300I CH_REQ_PROT_INCOM_N:A300K CH_ACT_TO_IMAS_N:CR330C CH_ACT_TO_ASS_N:CR331C CH_ACT_TO_MMOD_N:CR332C CH_ACT_TO_INTRACELL_N:CR333C CH_ACT_TO_INCOM_INTER_N:CR334C CH_ACT_TO_INCOM_EXT_N:CR335C FAIL_ASS_A_MOC_N:A312Aa

FAIL_ASS_A_MTC_N:A312Ca FAIL_ASS_A_ECALL_N:A312Da FAIL_ASS_A_REESTAB_N:A312Ea FAIL_ASS_SIG_CH_N:A312S REA_FAIL_ASS_INVALID_STAT_N:A3129I REA_FAIL_ASS_INVALID_MSG_N:A3129J REA_FAIL_ASS_CIC_UNVAVAI_N:A3129E REA_FAIL_ASS_A_INTER_FAIL_N:A3129G REA_FAIL_ASS_A_CC_MSC_N:A3129H REA_FAIL_ASS_NR_N:A312A REA_FAIL_ASS_TO_N:A3129C REA_FAIL_ASS_TRES_RES_FAIL_N:A3129N REA_FAIL_ASS_NO_ABIS_N:A312F REA_FAIL_ASS_SPE_VER_UNAVIL_N:A3129S REA_FAIL_ASS_RIMF_FAIL_N:CA315 TCH_TRAFFIC:K3014 TCH_TRAF_FR:(([CR3551]*24)-[AR3551C]-[AR3557C]) TCH_TRAF_HR: (([CR3552]*24)-[AR3552C]) TCH_TRAF_EFR:AR3557C TCH_TRAF_AMR_FR:AR3551C TCH_TRAF_AMR_HR:AR3552C SD_TRAFFIC:K3004 TRX_USE:S3656/iif(S3655=0,1,S3655)*100 SD_DROP_R:CM30/iif(CA3030J=0,1,CA3030J)*100 SD_DROP_N:CM30 SD_DROP_ERR_IND_T200_N:M3000A SD_DROP_ERR_IND_UDM_RSP_N:M3000B SD_DROP_ERR_IND_SE_N:M3000C SD_DROP_CONN_FAIL_RLF_N:M3001A SD_DROP_CONN_FAIL_HO_ACCESS_N:M3001B SD_DROP_CONN_FAIL_OMI_N:M3001C SD_DROP_CONN_FAIL_NR_N:M3001D SD_DROP_CONN_FAIL_OTH_N:M3001E SD_DROP_RELEASE_IND_N:M3002 SD_DROP_NO_MR_N:M302 SD_DROP_ABIS_FAIL_N:M303 SD_DROP_EQ_FAIL_N:M304 SD_DROP_FORCED_HO_N:M305 SD_DROP_RES_CHECK_N:M306 SD_RADIO_DROP_TA_N:M3020A SD_RADIO_DROP_RXLEV_N:M3020B SD_RARIO_DROP_RXQUAL_N:M3020C SD_RADIO_DROP_OTHER_N:M3020D :R3516A :R3516B :R3560 :R3561

:R3562 MEAN_DUR_ACCESS:AA032 MEAN_DUR_ESTAB:AA033

0K)-L3189I)/iif((A300A+A300C+A300D+A300E+A300F+A300H+A300I+A300K)=0,1,(A300A+A300C+A300D+A300E+A300F+A300H+A300I+A3

E+A300F+A300H+A300I+A300K))*100

NAME CALL DROPS ON TCH INCLUDING HO CALL DROPS ON TCH EXLUDING HO MINUTES PER DROP RADIO DROP RATE HO DROP RATE TOTAL DROPS HO DROPS RADIO DROPS TCH DROPS ERROR INDICATIONS TCH DROPS CONNECTION FAILURE TCH DROPS RELEASE INDICATION TCH DROPS ERROR INDICATION T200 TCH DROPS ERROR INDICATION UDM RESPONSE TCH DROPS ERROR INDICATION SEQUENCE ERROR TCH DROPS CONNECTION FAILURE RL FAILURE TCH DROPS CONNECTION FAILURE HO ACCESS FAILURE TCH DROPS CONNECTION FAILURE OM INTERVENTION TCH DROPS CONNECTION FAILURE NO RADIO RESOURCE TCH DROPS CONNECTION FAILURE OTHER TCH DROPS RELEASE INDICATION TCH DROPS NO MR FOR LONG TIME TCH DROPS ABIS TRESTRIAL FAILURE TCH DROPS EQUIPMENT FAILURE TCH DROPS FORCED HO TCH DROPS RESOURCE CHECK TCH DROP TA TCH DROP UL REC Level TCH DROP DL Level TCH DROP UL/DL Level TCH DROP UL FER TCH DROP DL FER TCH DROP UL/DL FER TCH DROP UL QUAL TCH DROP DL QUAL TCH DROP UL/DL QuAL TCH DROP OTHER NORMAL SPEECH DISCONNECTIONS BAD SPEECH CONNECTIONS NUMBER OF MUTE TIMES MEAN TA DURING RADIO LINK FAILURE INTERFERENCE BAND SDCCH 1 INTERFERENCE BAND SDCCH 2 INTERFERENCE BAND SDCCH 3 INTERFERENCE BAND SDCCH 4 INTERFERENCE BAND SDCCH 5 INTERFERENCE BAND TCH 1 %

INTERFERENCE BAND TCH INTERFERENCE BAND TCH INTERFERENCE BAND TCH INTERFERENCE BAND TCH Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share Uplink Quality Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share

2% 3% 4% 5%

TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share TA Share RADIO LINK FAILURES PER TRX UL DL Balance Level 1 UL DL Balance Level 2 UL DL Balance Level 3 UL DL Balance Level 4 UL DL Balance Level 5 UL DL Balance Level 6 UL DL Balance Level 7 UL DL Balance Level 8 UL DL Balance Level 9 UL DL Balance Level 10 UL DL Balance Level 11 MAIN LEVEL MR DIVERSITY LEVEL MR Uplink Interference Message Downlink interference indication message Mean Quality of UL Signal Mean Quality of DL Signal

SHORT NAME DCR_INCL_HO DCR_EXCLU_HO MPD_SUB DCR_RADIO DCR_HO TOTAL_DROPS_N HO_DROPS_N RADIO_DROPS_N TCH_DROP_ERR_IND_N TCH_DROP_CONN_FAIL_N TCH_DROP_RELEASE_IND_N TCH_DROP_ERR_IND_T200_N TCH_DROP_ERR_IND_UDM_RSP_N TCH_DROP_ERR_IND_SE_N TCH_DROP_CONN_FAIL_RLF_N TCH_DROP_CONN_FAIL_HO_ACCESS_N TCH_DROP_CONN_FAIL_OMI_N TCH_DROP_CONN_FAIL_NR_N TCH_DROP_CONN_FAIL_OTH_N TCH_DROP_RELEASE_IND_N TCH_DROP_NO_MR_N TCH_DROP_ABIS_FAIL_N TCH_DROP_EQ_FAIL_N TCH_DROP_FORCED_HO_N TCH_DROP_RES_CHECK_N TCH_DROP_TA_N TCH_DROP_UL_LEV_N TCH_DROP_DL_LEV_N TCH_DROP_UL_DL_LEV_N TCH_DROP_UL_FER_N TCH_DROP_DL_FER_N TCH_DROP_UL_DL_FER_N TCH_DROP_UL_QUAL_N TCH_DROP_DL_QUAL_N TCH_DROP_UL_DL_QUAL_N TCH_DROP_OTH_N SPEECH_DISC_NOR_N SPEECH_DISC_BAD_N CALL_MUTE_N MEAN_TA_RLF IB_SD_1_PER IB_SD_2_PER IB_SD_3_PER IB_SD_4_PER IB_SD_5_PER IB_TCH_1_PER

HUAWEI FORMULA

CM33/iif((K3013A+K3013B+K3023)=0,1,(K3013A+K3013B+K3023))*100 CM33/iif((K3013A+CH323+CH343-CH313-CH333)=0,1,(K3013A+CH323+CH

CM33/iif(K3014=0,1,K3014)*60 CM330/iif((K3013A+K3013B)=0,1,(K3013A+K3013B))*100 (RH3331+K3012B) CM33 (RH3331+K3012B) CM33C (M3100A+M3200A+M3100B+M3200B+M3100C+M3200C) (M3101A+M3201A+M3101B+M3201B+M3101C+M3201C+M3101D+M3201D (M3102+M3202) M3100A+M3200A M3100B+M3200B (M3100C+M3200C) (M3101A+M3201A) (M3101B+M3201B) (M3101C+M3201C) (M3101D+M3201D) (M3101E+M3201E) (M3102+M3202) (M312+M322) (M313+M323) (M314+M324) (M315+M325) M316 M3030A M3030B M3030C M3030D M3030E M3030F M3030G M3030H M3030I M3030J M3030K A03701 A03702 M3128A (AS4347D+AS4348D)

S4200A/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S420 S4200B/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S420 S4200C/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S420 S4200D/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S420 S4200E/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S420 (S4207A+S4208A)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+

IB_TCH_2_PER IB_TCH_3_PER IB_TCH_4_PER IB_TCH_5_PER UL_Q_0_PER UL_Q_1_PER UL_Q_2_PER UL_Q_3_PER UL_Q_4_PER UL_Q_5_PER UL_Q_6_PER UL_Q_7_PER DL_Q_0_PER DL_Q_1_PER DL_Q_2_PER DL_Q_3_PER DL_Q_4_PER DL_Q_5_PER DL_Q_6_PER DL_Q_7_PER TA0 TA1 TA2 TA3 TA4 TA5 TA6 TA7 TA8 TA9 TA10 TA11 TA12 TA13 TA14 TA15 TA16 TA17 TA18 TA19 TA20 TA21 TA22 TA23 TA24 TA25 TA26

(S4207B+S4208B)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+ (S4207C+S4208C)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C (S4207D+S4208D)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C (S4207E+S4208E)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+

(CS410C+CS410A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS411C+CS411A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS412C+CS412A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS413C+CS413A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS414C+CS414A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS415C+CS415A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS416C+CS416A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS417C+CS417A)/iif(UL_SUM=0,1,UL_SUM)*100 (CS410D+CS410B)/iif(DL_SUM=0,1,UL_SUM)*100 (CS411D+CS411B)/iif(DL_SUM=0,1,UL_SUM)*100 (CS412D+CS412B)/iif(DL_SUM=0,1,UL_SUM)*100 (CS413D+CS413B)/iif(DL_SUM=0,1,UL_SUM)*100 (CS414D+CS414B)/iif(DL_SUM=0,1,UL_SUM)*100 (CS415D+CS415B)/iif(DL_SUM=0,1,UL_SUM)*100 (CS416D+CS416B)/iif(DL_SUM=0,1,UL_SUM)*100 (CS417D+CS417B)/iif(DL_SUM=0,1,UL_SUM)*100 S4400A/iif(TA_SUM=0,1,TA_SUM)*100 S4401A/iif(TA_SUM=0,1,TA_SUM)*100 S4402A/iif(TA_SUM=0,1,TA_SUM)*100 S4403A/iif(TA_SUM=0,1,TA_SUM)*100 S4404A/iif(TA_SUM=0,1,TA_SUM)*100 S4405A/iif(TA_SUM=0,1,TA_SUM)*100 S4406A/iif(TA_SUM=0,1,TA_SUM)*100 S4407A/iif(TA_SUM=0,1,TA_SUM)*100 S4408A/iif(TA_SUM=0,1,TA_SUM)*100 S4409A/iif(TA_SUM=0,1,TA_SUM)*100 S4410A/iif(TA_SUM=0,1,TA_SUM)*100 S4411A/iif(TA_SUM=0,1,TA_SUM)*100 S4412A/iif(TA_SUM=0,1,TA_SUM)*100 S4413A/iif(TA_SUM=0,1,TA_SUM)*100 S4414A/iif(TA_SUM=0,1,TA_SUM)*100 S4415A/iif(TA_SUM=0,1,TA_SUM)*100 S4416A/iif(TA_SUM=0,1,TA_SUM)*100 S4417A/iif(TA_SUM=0,1,TA_SUM)*100 S4418A/iif(TA_SUM=0,1,TA_SUM)*100 S4419A/iif(TA_SUM=0,1,TA_SUM)*100 S4420A/iif(TA_SUM=0,1,TA_SUM)*100 S4421A/iif(TA_SUM=0,1,TA_SUM)*100 S4422A/iif(TA_SUM=0,1,TA_SUM)*100 S4423A/iif(TA_SUM=0,1,TA_SUM)*100 S4424A/iif(TA_SUM=0,1,TA_SUM)*100 S4425A/iif(TA_SUM=0,1,TA_SUM)*100 S4426A/iif(TA_SUM=0,1,TA_SUM)*100

TA27 TA28 TA29 TA30 TA32 TA34 TA36 TA38 TA40 TA45 TA50 TA55 TAGT63 RLF_PER_TRX UL_DL_BAL_1 UL_DL_BAL_2 UL_DL_BAL_3 UL_DL_BAL_4 UL_DL_BAL_5 UL_DL_BAL_6 UL_DL_BAL_7 UL_DL_BAL_8 UL_DL_BAL_9 UL_DL_BAL_10 UL_DL_BAL_11 MAIN_LEVEL DIVERSITY_LEVEL UL_INTERFERENCE_MSG DL_INTERFERENCE_MSG MEAN_UL_QUALITY MEAN_DL_QUALITY

S4427A/iif(TA_SUM=0,1,TA_SUM)*100 S4428A/iif(TA_SUM=0,1,TA_SUM)*100 S4429A/iif(TA_SUM=0,1,TA_SUM)*100 S4430A/iif(TA_SUM=0,1,TA_SUM)*100 S4432A/iif(TA_SUM=0,1,TA_SUM)*100 S4434A/iif(TA_SUM=0,1,TA_SUM)*100 S4436A/iif(TA_SUM=0,1,TA_SUM)*100 S4438A/iif(TA_SUM=0,1,TA_SUM)*100 S4440A/iif(TA_SUM=0,1,TA_SUM)*100 S4445A/iif(TA_SUM=0,1,TA_SUM)*100 S4450A/iif(TA_SUM=0,1,TA_SUM)*100 S4455A/iif(TA_SUM=0,1,TA_SUM)*100 S4463A/iif(TA_SUM=0,1,TA_SUM)*100 S4357D+S4358D S462A S462B S462C S462D S462E S462F S462G S462H S462I S462J S462K S4556 S4557 S4219A S4219B AS326A AS326B

VALUE % % # % % # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #

# # # # # #

MS ACCESS FORMAT DCR_INCL_HO:CM33/iif((K3013A+K3013B+K3023)=0,1,(K3013A+K3013B+K3023))*100 DCR_EXCLU_HO:CM33/iif((K3013A+CH323+CH343-CH313-CH333)=0,1,(K3013A+CH323+CH343-CH313-CH333))* MPD_SUB:CM33/iif(K3014=0,1,K3014)*60 DCR_RADIO:CM330/iif((K3013A+K3013B)=0,1,(K3013A+K3013B))*100 DCR_HO:(RH3331+K3012B) TOTAL_DROPS_N:CM33 HO_DROPS_N:(RH3331+K3012B) RADIO_DROPS_N:CM33C TCH_DROP_ERR_IND_N:(M3100A+M3200A+M3100B+M3200B+M3100C+M3200C) TCH_DROP_CONN_FAIL_N:(M3101A+M3201A+M3101B+M3201B+M3101C+M3201C+M3101D+M3201D+M310 TCH_DROP_RELEASE_IND_N:(M3102+M3202) TCH_DROP_ERR_IND_T200_N:M3100A+M3200A TCH_DROP_ERR_IND_UDM_RSP_N:M3100B+M3200B TCH_DROP_ERR_IND_SE_N:(M3100C+M3200C) TCH_DROP_CONN_FAIL_RLF_N:(M3101A+M3201A) TCH_DROP_CONN_FAIL_HO_ACCESS_N:(M3101B+M3201B) TCH_DROP_CONN_FAIL_OMI_N:(M3101C+M3201C) TCH_DROP_CONN_FAIL_NR_N:(M3101D+M3201D) TCH_DROP_CONN_FAIL_OTH_N:(M3101E+M3201E) TCH_DROP_RELEASE_IND_N:(M3102+M3202) TCH_DROP_NO_MR_N:(M312+M322) TCH_DROP_ABIS_FAIL_N:(M313+M323) TCH_DROP_EQ_FAIL_N:(M314+M324) TCH_DROP_FORCED_HO_N:(M315+M325) TCH_DROP_RES_CHECK_N:M316 TCH_DROP_TA_N:M3030A TCH_DROP_UL_LEV_N:M3030B TCH_DROP_DL_LEV_N:M3030C TCH_DROP_UL_DL_LEV_N:M3030D TCH_DROP_UL_FER_N:M3030E TCH_DROP_DL_FER_N:M3030F TCH_DROP_UL_DL_FER_N:M3030G TCH_DROP_UL_QUAL_N:M3030H TCH_DROP_DL_QUAL_N:M3030I TCH_DROP_UL_DL_QUAL_N:M3030J TCH_DROP_OTH_N:M3030K SPEECH_DISC_NOR_N:A03701 SPEECH_DISC_BAD_N:A03702 CALL_MUTE_N:M3128A MEAN_TA_RLF:(AS4347D+AS4348D) IB_SD_1_PER:S4200A/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4 IB_SD_2_PER:S4200B/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4 IB_SD_3_PER:S4200C/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4 IB_SD_4_PER:S4200D/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4 IB_SD_5_PER:S4200E/iif((S4200A+S4200B+S4200C+S4200D+S4200E)=0,1,(S4200A+S4200B+S4200C+S4200D+S4 IB_TCH_1_PER:(S4207A+S4208A)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S420

# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #

IB_TCH_2_PER:(S4207B+S4208B)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S420 IB_TCH_3_PER:(S4207C+S4208C)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S420 IB_TCH_4_PER:(S4207D+S4208D)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S420 IB_TCH_5_PER:(S4207E+S4208E)/iif((S4207A+S4208A+S4207B+S4208B+S4207C+S4208C+S4207D+S4208D+S420 UL_Q_0_PER:(CS410C+CS410A)/iif(UL_SUM=0,1,UL_SUM)*100 UL_Q_1_PER:(CS411C+CS411A)/iif(UL_SUM=0,1,UL_SUM)*100 UL_Q_2_PER:(CS412C+CS412A)/iif(UL_SUM=0,1,UL_SUM)*100 UL_Q_3_PER:(CS413C+CS413A)/iif(UL_SUM=0,1,UL_SUM)*100 UL_Q_4_PER:(CS414C+CS414A)/iif(UL_SUM=0,1,UL_SUM)*100 UL_Q_5_PER:(CS415C+CS415A)/iif(UL_SUM=0,1,UL_SUM)*100 UL_Q_6_PER:(CS416C+CS416A)/iif(UL_SUM=0,1,UL_SUM)*100 UL_Q_7_PER:(CS417C+CS417A)/iif(UL_SUM=0,1,UL_SUM)*100 DL_Q_0_PER:(CS410D+CS410B)/iif(DL_SUM=0,1,UL_SUM)*100 DL_Q_1_PER:(CS411D+CS411B)/iif(DL_SUM=0,1,UL_SUM)*100 DL_Q_2_PER:(CS412D+CS412B)/iif(DL_SUM=0,1,UL_SUM)*100 DL_Q_3_PER:(CS413D+CS413B)/iif(DL_SUM=0,1,UL_SUM)*100 DL_Q_4_PER:(CS414D+CS414B)/iif(DL_SUM=0,1,UL_SUM)*100 DL_Q_5_PER:(CS415D+CS415B)/iif(DL_SUM=0,1,UL_SUM)*100 DL_Q_6_PER:(CS416D+CS416B)/iif(DL_SUM=0,1,UL_SUM)*100 DL_Q_7_PER:(CS417D+CS417B)/iif(DL_SUM=0,1,UL_SUM)*100 TA0:S4400A/iif(TA_SUM=0,1,TA_SUM)*100 TA1:S4401A/iif(TA_SUM=0,1,TA_SUM)*100 TA2:S4402A/iif(TA_SUM=0,1,TA_SUM)*100 TA3:S4403A/iif(TA_SUM=0,1,TA_SUM)*100 TA4:S4404A/iif(TA_SUM=0,1,TA_SUM)*100 TA5:S4405A/iif(TA_SUM=0,1,TA_SUM)*100 TA6:S4406A/iif(TA_SUM=0,1,TA_SUM)*100 TA7:S4407A/iif(TA_SUM=0,1,TA_SUM)*100 TA8:S4408A/iif(TA_SUM=0,1,TA_SUM)*100 TA9:S4409A/iif(TA_SUM=0,1,TA_SUM)*100 TA10:S4410A/iif(TA_SUM=0,1,TA_SUM)*100 TA11:S4411A/iif(TA_SUM=0,1,TA_SUM)*100 TA12:S4412A/iif(TA_SUM=0,1,TA_SUM)*100 TA13:S4413A/iif(TA_SUM=0,1,TA_SUM)*100 TA14:S4414A/iif(TA_SUM=0,1,TA_SUM)*100 TA15:S4415A/iif(TA_SUM=0,1,TA_SUM)*100 TA16:S4416A/iif(TA_SUM=0,1,TA_SUM)*100 TA17:S4417A/iif(TA_SUM=0,1,TA_SUM)*100 TA18:S4418A/iif(TA_SUM=0,1,TA_SUM)*100 TA19:S4419A/iif(TA_SUM=0,1,TA_SUM)*100 TA20:S4420A/iif(TA_SUM=0,1,TA_SUM)*100 TA21:S4421A/iif(TA_SUM=0,1,TA_SUM)*100 TA22:S4422A/iif(TA_SUM=0,1,TA_SUM)*100 TA23:S4423A/iif(TA_SUM=0,1,TA_SUM)*100 TA24:S4424A/iif(TA_SUM=0,1,TA_SUM)*100 TA25:S4425A/iif(TA_SUM=0,1,TA_SUM)*100 TA26:S4426A/iif(TA_SUM=0,1,TA_SUM)*100

# # # # # # # # # # # # # # # # # # # # # # # # #

TA27:S4427A/iif(TA_SUM=0,1,TA_SUM)*100 TA28:S4428A/iif(TA_SUM=0,1,TA_SUM)*100 TA29:S4429A/iif(TA_SUM=0,1,TA_SUM)*100 TA30:S4430A/iif(TA_SUM=0,1,TA_SUM)*100 TA32:S4432A/iif(TA_SUM=0,1,TA_SUM)*100 TA34:S4434A/iif(TA_SUM=0,1,TA_SUM)*100 TA36:S4436A/iif(TA_SUM=0,1,TA_SUM)*100 TA38:S4438A/iif(TA_SUM=0,1,TA_SUM)*100 TA40:S4440A/iif(TA_SUM=0,1,TA_SUM)*100 TA45:S4445A/iif(TA_SUM=0,1,TA_SUM)*100 TA50:S4450A/iif(TA_SUM=0,1,TA_SUM)*100 TA55:S4455A/iif(TA_SUM=0,1,TA_SUM)*100 TAGT63:S4463A/iif(TA_SUM=0,1,TA_SUM)*100 RLF_PER_TRX:S4357D+S4358D UL_DL_BAL_1:S462A UL_DL_BAL_2:S462B UL_DL_BAL_3:S462C UL_DL_BAL_4:S462D UL_DL_BAL_5:S462E UL_DL_BAL_6:S462F UL_DL_BAL_7:S462G UL_DL_BAL_8:S462H UL_DL_BAL_9:S462I UL_DL_BAL_10:S462J UL_DL_BAL_11:S462K MAIN_LEVEL:S4556 DIVERSITY_LEVEL:S4557 UL_INTERFERENCE_MSG:S4219A DL_INTERFERENCE_MSG:S4219B MEAN_UL_QUALITY:AS326A MEAN_DL_QUALITY:AS326B

CH343-CH313-CH333))*100

101D+M3201D+M3101E+M3201E)

0B+S4200C+S4200D+S4200E))*100 B+S4200C+S4200D+S4200E))*100 B+S4200C+S4200D+S4200E))*100 0B+S4200C+S4200D+S4200E)) B+S4200C+S4200D+S4200E))

TYPE MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY MOBILITY

NAME OUT GOING HANDOVER SUCCESS RATE OUT GOING RADIO HANDOVER SUCCESS RATE INCOM HO SUCCESS RATE INTRA CELL HO SUCCESS RATE INTERNAL RADIO HO SUCCESS RATE EXTERNAL INCOMING INTERCELL HO SUCCESS RATE EXTERNAL INCOMING RADIO HO SUCCESS RATE EXTERNAL OUTGOING HO SUCCESS RATE EXTERNAL OUTGOING CELL RADIO HO SUCCESS RATE IRAT HO SUCCESS RATE INTRACELl HO REQ ULAID TO OLAID INTRACELl HO REQ OLAID TO ULAID INTRACELl HO REQ AMR TCHF TO TCHH INTRACELl HO REQ TCHH to TCHF INTRACELl HO REQ UL INTERVENTION INTRACELl HO REQ DL INTERVENTION FAILED INTRAL CELL HO NO CHANNEL AVAILABLE FAILED INTRAL CELL HO TRESTRIAL RESOURCE REQUEST FAILED FAILED INTRAL CELL HO A INTERFACE FAILURE FAILED INTRAL CELL HO TIMER EXPIRE FAILED INTRA CELL HO F to H FAILED INTRA CELL HO H to F FAILED INTRA CELL HO NO ABIS FAILED INTRA CELL HO SPEECH UNAVAILABLE FAILED INTRA CELL HO CHANNEL ACTIVATION FAILED FAILED INCOMING HO NO RESOURCE AVAILABLE FAILED INCOMING HO TERESTRIAL RESOUCE REQUEST FAILED FAILED INCOMING HO RECONECTION TO OLD CHANNEL FAILED INCOMING HO FAILURE A INTERFACE FAILED OUTGOING HO NO RADIO FAILED OUTGOING HO TERESTRIAL RESOURCE REQUEST FAILED FAILED OUTGOING HO A INTERFACE FAIL OUTGOING HO ATTEMPTS UL QUALITY OUTGOING HO ATTEMPTS DL QUALITY OUTGOING HO ATTEMPTS UL LEVEL OUTGOING HO ATTEMPTS DL LEVEL OUTGOING HO ATTEMPTS TA OUTGOING HO ATTEMPTS PBGT OUTGOING HO ATTEMPTS LOAD OUTGOING HO ATTEMPTS RAPID FIELD DROP OUTGOING HO ATTEMPTS MSC INTERVENTION OUTGOING HO ATTEMPTS OM INTERVENTION OUTGOING HO ATTEMPTS OTHER

SHORT NAME HOSR_OUT HOSR_RADIO HOSR_INCOM HOSR_INTRACELL HOSE_INTERNAL_RADIO HOSR_EXT_INCOM HOSR_EXT_INCOM_RADIO HOSR_EXT_OUT HOSR_EXT_OUT_RADIO HOSR_IRAT ATT_INTRACELL_UOLAID ATT_INTRACELL_OULAID ATT_INTRACELL_AMR_FH ATT_INTRACELL_AMR_HF ATT_INTRACELL_ULINT ATT_INTRACELL_DLINT INTRA_FAIL_HO_RADIO INTRA_FAIL_HO_TRES_FAIL INTRA_FAIL_HO_A_INTER INTRA_FAIL_HO_A_TIMER INTRA_FAIL_HO_A_FH INTRA_FAIL_HO_A_HF INTRA_FAIL_HO_NO_ABIS INTRA_FAIL_HO_SPEECH_UNAV INTRA_FAIL_HO_CH_ACTV_FAIL INCOM_FAIL_NO_RADIO INCOM_FAIL_HO_TRES_FAIL INCOM_FAIL_RFOC INCOM_FAIL_A_INTER OUT_FAIL_HO_NO_RADIO OUT_FAIL_HO_TRES_FAIL OUT_FAIL_HO_A_INTER HO_ATT_UL_QUAL HO_ATT_DL_QUAL HO_ATT_UL_LEVEL HO_ATT_DL_LEVEL HO_ATT_TA HO_ATT_PBGT HO_ATT_LOAD HO_ATT_RPD HO_ATT_MSC_INTERVEN HO_ATT_OM_INTERVEN HO_ATT_OTHER

HUAWEI FORMULA (CH313+CH333)/iif((CH310+CH330)=0,1,(CH310+CH330))*100 (CH313+CH333)/iif((CH311+CH331)=0,1,(CH311+CH331))*100 CH323/iif(CH321=0,1,CH321)*100

CH303/iif(CH300=0,1,CH300)*100 (CH303+CH323)/iif((CH300+CH320)=0,1,(CH300+CH320))*100 CH343/iif(CH340=0,1,CH340)*100 CH343/iif(CH341=0,1,CH341)*100 CH333/iif(CH330=0,1,CH330)*100 CH333/iif(CH331=0,1,CH331)*100 CH3531H35071+H35081 H3002 H3001 H3005A H3005B CH3036A CH3036B H3029A H302B H302G (H3027Ca+H3028Ca)

H3025A H3025B H302E H302H H302I H3229A H3229B H322D H322G H312A H312B H312G H310A H310B H310C H310D H310E H310F H310G H310H H310I H310J H310L

MS ACCESS FORMAT HOSR_OUT:(CH313+CH333)/iif((CH310+CH330)=0,1,(CH310+CH330))*100 HOSR_RADIO:(CH313+CH333)/iif((CH311+CH331)=0,1,(CH311+CH331))*100 HOSR_INCOM:CH323/iif(CH321=0,1,CH321)*100 HOSR_INTRACELL:CH303/iif(CH300=0,1,CH300)*100 HOSE_INTERNAL_RADIO:(CH303+CH323)/iif((CH300+CH320)=0,1,(CH300+CH320))*100 HOSR_EXT_INCOM:CH343/iif(CH340=0,1,CH340)*100 HOSR_EXT_INCOM_RADIO:CH343/iif(CH341=0,1,CH341)*100 HOSR_EXT_OUT:CH333/iif(CH330=0,1,CH330)*100 HOSR_EXT_OUT_RADIO:CH333/iif(CH331=0,1,CH331)*100 HOSR_IRAT:CH3531H35071+H35081 ATT_INTRACELL_UOLAID:H3002 ATT_INTRACELL_OULAID:H3001 ATT_INTRACELL_AMR_FH:H3005A ATT_INTRACELL_AMR_HF:H3005B ATT_INTRACELL_ULINT:CH3036A ATT_INTRACELL_DLINT:CH3036B INTRA_FAIL_HO_RADIO:H3029A INTRA_FAIL_HO_TRES_FAIL:H302B INTRA_FAIL_HO_A_INTER:H302G INTRA_FAIL_HO_A_TIMER:(H3027Ca+H3028Ca) INTRA_FAIL_HO_A_FH:H3025A INTRA_FAIL_HO_A_HF:H3025B INTRA_FAIL_HO_NO_ABIS:H302E INTRA_FAIL_HO_SPEECH_UNAV:H302H INTRA_FAIL_HO_CH_ACTV_FAIL:H302I INCOM_FAIL_NO_RADIO:H3229A INCOM_FAIL_HO_TRES_FAIL:H3229B INCOM_FAIL_RFOC:H322D INCOM_FAIL_A_INTER:H322G OUT_FAIL_HO_NO_RADIO:H312A OUT_FAIL_HO_TRES_FAIL:H312B OUT_FAIL_HO_A_INTER:H312G HO_ATT_UL_QUAL:H310A HO_ATT_DL_QUAL:H310B HO_ATT_UL_LEVEL:H310C HO_ATT_DL_LEVEL:H310D HO_ATT_TA:H310E HO_ATT_PBGT:H310F HO_ATT_LOAD:H310G HO_ATT_RPD:H310H HO_ATT_MSC_INTERVEN:H310I HO_ATT_OM_INTERVEN:H310J HO_ATT_OTHER:H310L

NAME SUCCESS UPLINK ASSIGNMENT RATE SUCCESS UPLINK ASSIGNMENT ON PS SUCCESS UPLINK ASSIGNMENT PACCH SUCCESSFUL DOWNLINK ASSIGNMENT RATE SUCCESS DOWNLINK ASSIGNMENT RATE PS SUCCESS DOWNLINK ASSIGNMENT RATE PACCH TBF ESTABLISHMENT SUCCESS RATE UL TBF ESTABLISHMENT SUCCESS RATE DL TBF ESTABLISHMENT SUCCESS RATE UL GPRS TBF ESTABLISHMENT SUCCESS RATE UL EDGE TBF ESTABLISHMENT SUCCESS RATE DL GPRS TBF ESTABLISHMENT SUCCESS RATE DL EDGE TBF ESTABLISHMENT SUCCESS RATE UL PDCH UTILIZATION DL PDCH UTILIZATION PDCH OCCUPATION RATE BSC RECLAIMED DYNAMIC PDCH FAILED UL GPRS TBF ESTABLISHMENT NR FAILED UL GPRS TBF ESTABLISHMENT MS NO RESPONSE FAILED UL GPRS TBF ESTABLISHMENT OTH CAUSE FAILED DL GPRS TBF ESTABLISHMENT NR FAILED DL GPRS TBF ESTABLISHMENT MS NO RESPONSE FAILED DL GPRS TBF ESTABLISHMENT OTH CAUSE FAILED UL EGPRS TBF ESTABLISHMENT NR FAILED UL EGPRS TBF ESTABLISHMENT MS NO RESPONSE FAILED UL EGPRS TBF ESTABLISHMENT OTH CAUSE FAILED DL EGPRS TBF ESTABLISHMENT NR FAILED DL EGPRS TBF ESTABLISHMENT MS NO RESPONSE FAILED DL EGPRS TBF ESTABLISHMENT OTH CAUSE

SHORT NAME UL_ASS_SUCC_RATE UL_ASS_SUCC_RATE_PS UL_ASS_SUCC_RATE_PACCH DL_ASS_SUCC_RATE DL_ASS_SUCC_RATE_PS DL_ASS_SUCC_RATE_PACCH TBF_ESTAB_SUCC_RATE UL_TBF_ESTAB_SUCC_RATE DL_TBF_ESTAB_SUCC_RATE UL_GPRS_TBF_ESTAB_SUCC_RATE UL_EDGE_TBF_ESTAB_SUCC_RATE DL_GPRS_TBF_ESTAB_SUCC_RATE DL_EDGE_TBF_ESTAB_SUCC_RATE UL_PDCH_UTIL DL_PDCH_UTIL PDCH_OCC_RATE BSC_RECLAIM_DYN_PDCH FAIL_UL_GPRS_TBF_NR FAIL_UL_GPRS_TBF_MS_NO_RES FAIL_UL_GPRS_TBF_OTH FAIL_DL_GPRS_TBF_NR FAIL_DL_GPRS_TBF_MS_NO_RES FAIL_DL_GPRS_TBF_OTH FAIL_UL_EDGE_TBF_NR FAIL_UL_EDGE_TBF_MS_NO_RES FAIL_UL_EDGE_TBF_OTH FAIL_DL_EDGE_TBF_NR FAIL_DL_EDGE_TBF_MS_NO_RES FAIL_DL_EDGE_TBF_OTH

HUAWEI FORMULA NUM A9502*100 A9504*100 A9506*100 A9508*100 A9510*100 A9512*100 (A9002+A9102+A9202+A9302)*100 (A9002+A9202)*100 (A9102+A9302)*100 A9002*100 A9202*100 A9102*100 A9302*100 R9204*100 R9205*100 AR9311*100 R9344*100 A9003 A9004 A9016 A9103 A9104 A9115 A9203 A9204 A9216 A9303 A9304 A9315

HUAWEI FORMULA DEN A9501 A9503 A9505 A9507 A9509 A9511 (A9001+A9101+A9201+A9301) (A9001+A9201) (A9101+A9301) A9001 A9201 A9101 A9301 R9206 R9207 AR9303 R9343

VALUE % % % % % % % % % % % % % % % % % # # # # # # # # # # # #

MS ACESS FORMAT Comments UL_ASS_SUCC_RATE:round(A9502*100/A9501,2) 0 UL_ASS_SUCC_RATE_PS:round(A9504*100/A9503,2) 0 UL_ASS_SUCC_RATE_PACCH:round(A9506*100/A9505,2) 0 DL_ASS_SUCC_RATE:round(A9508*100/A9507,2) 0 DL_ASS_SUCC_RATE_PS:round(A9510*100/A9509,2) 0 DL_ASS_SUCC_RATE_PACCH:round(A9512*100/A9511,2) 0 TBF_ESTAB_SUCC_RATE:round((A9002+A9102+A9202+A9302)*100/(A9001+A9101+A9201+A9301),2) 0 UL_TBF_ESTAB_SUCC_RATE:round((A9002+A9202)*100/(A9001+A9201),2) 0 DL_TBF_ESTAB_SUCC_RATE:round((A9102+A9302)*100/(A9101+A9301),2) 0 UL_GPRS_TBF_ESTAB_SUCC_RATE:round(A9002*100/A9001,2) 0 UL_EDGE_TBF_ESTAB_SUCC_RATE:round(A9202*100/A9201,2) 0 DL_GPRS_TBF_ESTAB_SUCC_RATE:round(A9102*100/A9101,2) 0 DL_EDGE_TBF_ESTAB_SUCC_RATE:round(A9302*100/A9301,2) UL_PDCH_UTIL:round(R9204*100/R9206,2) DL_PDCH_UTIL:round(R9205*100/R9207,2) PDCH_OCC_RATE:round(AR9311*100/AR9303,2) BSC_RECLAIM_DYN_PDCH:round(R9344*100/R9343,2) FAIL_UL_GPRS_TBF_NR:A9003 FAIL_UL_GPRS_TBF_MS_NO_RES:A9004 FAIL_UL_GPRS_TBF_OTH:A9016 FAIL_DL_GPRS_TBF_NR:A9103 FAIL_DL_GPRS_TBF_MS_NO_RES:A9104 FAIL_DL_GPRS_TBF_OTH:A9115 FAIL_UL_EDGE_TBF_NR:A9203 FAIL_UL_EDGE_TBF_MS_NO_RES:A9204 FAIL_UL_EDGE_TBF_OTH:A9216 FAIL_DL_EDGE_TBF_NR:A9303 0 FAIL_DL_EDGE_TBF_MS_NO_RES:A9304 0 FAIL_DL_EDGE_TBF_OTH:A9315 0

NAME UL GPRS RLC RETRANS DL GPRS RLC RETRANS UL EDGE RLC RETRANS DL EDGE RLC RETRANS UL AVG THP GPRS RLC PER PDCH DL AVG THP GPRS RLC PER PDCH UL AVG THP EDGE RLC PER PDCH DL AVG THP EDGE RLC PER PDCH UL AVG THP PER PDCH DL AVG THP PER PDCH UL AVG THP GPRS RLC PER CELL DL AVG THP GPRS RLC PER CELL UL AVG THP EDGE RLC PER CELL DL AVG THP EDGE RLC PER CELL UL AVG THP PER CELL DL AVG THP PER CELL UL CS1 CODING SHARE UL CS2 CODING SHARE UL CS3 CODING SHARE UL CS4 CODING SHARE DL CS1 CODING SHARE DL CS2 CODING SHARE DL CS3 CODING SHARE DL CS4 CODING SHARE CS1 CODING SHARE CS2 CODING SHARE CS3 CODING SHARE CS4 CODING SHARE UL MCS1 CODING SHARE UL MCS2 CODING SHARE UL MCS3 CODING SHARE UL MCS4 CODING SHARE UL MCS5 CODING SHARE UL MCS6 CODING SHARE UL MCS7 CODING SHARE UL MCS8 CODING SHARE UL MCS9 CODING SHARE DL MCS1 CODING SHARE DL MCS2 CODING SHARE DL MCS3 CODING SHARE DL MCS4 CODING SHARE DL MCS5 CODING SHARE DL MCS6 CODING SHARE DL MCS7 CODING SHARE DL MCS8 CODING SHARE DL MCS9 CODING SHARE

SHORT NAME UL_GPRS_RLC_RETRAN DL_GPRS_RLC_RETRAN UL_EDGE_RLC_RETRAN DL_EDGE_RLC_RETRAN UL_AVG_THP_GPRS_RLC_PDCH DL_AVG_THP_GPRS_RLC_PDCH UL_AVG_THP_EDGE_RLC_PDCH DL_AVG_THP_EDGE_RLC_PDCH UL_AVG_THP_PDCH DL_AVG_THP_PDCH UL_AVG_THP_GPRS_RLC_CELL DL_AVG_THP_GPRS_RLC_CELL UL_AVG_THP_EDGE_RLC_CELL DL_AVG_THP_EDGE_RLC_CELL

UL_CS1_COD_SH UL_CS2_COD_SH UL_CS3_COD_SH UL_CS4_COD_SH DL_CS1_COD_SH DL_CS2_COD_SH DL_CS3_COD_SH DL_CS4_COD_SH CS1_COD_SHARE CS2_COD_SHARE CS3_COD_SHARE CS4_COD_SHARE UL_MCS_1_COD_SH UL_MCS_2_COD_SH UL_MCS_3_COD_SH UL_MCS_4_COD_SH UL_MCS_5_COD_SH UL_MCS_6_COD_SH UL_MCS_7_COD_SH UL_MCS_8_COD_SH UL_MCS_9_COD_SH DL_MCS_1_COD_SH DL_MCS_2_COD_SH DL_MCS_3_COD_SH DL_MCS_4_COD_SH DL_MCS_5_COD_SH DL_MCS_6_COD_SH DL_MCS_7_COD_SH DL_MCS_8_COD_SH DL_MCS_9_COD_SH

MCS1 CODING SHARE MCS2 CODING SHARE MCS3 CODING SHARE MCS4 CODING SHARE MCS5 CODING SHARE MCS6 CODING SHARE MCS7 CODING SHARE MCS8 CODING SHARE MCS9 CODING SHARE

MCS1_COD_SH MCS2_COD_SH MCS3_COD_SH MCS4_COD_SH MCS5_COD_SH MCS6_COD_SH MCS7_COD_SH MCS8_COD_SH MCS9_COD_SH

HUAWEI FORMULA NUM HUAWEI FORMULA DEN VALUE (L9001-(L9006+L9007+L9008+L9009)) L9001 % (L9101-(L9106+L9107+L9108+L9109)) L9101 % (L9201-(L9211+L9212+L9213+L9214+L9215+L9216+L9217+L9218+L9219)) L9201 % (L9301-(L9311+L9312+L9313+L9314+L9315+L9316+L9317+L9318+L9319)) L9301 % (((L9006*23+L9007*34+L9008*40+L9009*54)*8)/1024) ((L9002+L9003+L9004+L9005)/50) kbps (((L9106*23+L9107*34+L9108*40+L9109*54)*8)/1024) ((L9102+L9103+L9104+L9105)/50) kbps (((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)+( kbps (((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)+( kbps (((L9006*23+L9007*34+L9008*40+L9009*54+L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9 ((L9002+L9003+L9004+L9005)/50)+(((L9202+L9203+L9204+L9205+L9 kbps (((L9106*23+L9107*34+L9108*40+L9109*54+L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9 ((L9102+L9103+L9104+L9105)/50)+(((L9302+L9303+L9304+L9305+L9 kbps L9006*23+L9007*34+L9008*40+L9009*54*8 L9020 L9106*23+L9107*34+L9108*40+L9109*54*8 L9121 L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74*8 L9235 L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74*8 L9336

L9002 L9003 L9004 L9005 L9102 L9103 L9104 L9105 (L9002+L9102) (L9003+L9103) (L9004+L9104) (L9005+L9105) L9202 L9203 L9204 L9205 L9206 L9207 L9208 L9209 L9210 L9302 L9303 L9304 L9305 L9306 L9307 L9308 L9309 L9310

(L9002+L9003+L9004+L9005) % (L9002+L9003+L9004+L9005) % (L9002+L9003+L9004+L9005) % (L9002+L9003+L9004+L9005) % (L9102+L9103+L9104+L9105) % (L9102+L9103+L9104+L9105) % (L9102+L9103+L9104+L9105) % (L9102+L9103+L9104+L9105) % (L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105) % (L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105) % (L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105) % (L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) % (L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310) %

(L9202+L9302) (L9203+L9303) (L9204+L9304) (L9205+L9305) (L9206+L9306) (L9207+L9307) (L9208+L9308) (L9209+L9309) (L9210+L9310)

(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 % (L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9 %

MS ACESS FORMAT Comments UL_GPRS_RLC_RETRAN:(L9001-(L9006+L9007+L9008+L9009))/L9001*100 0 DL_GPRS_RLC_RETRAN:(L9101-(L9106+L9107+L9108+L9109))/L9101*100 0 UL_EDGE_RLC_RETRAN:(L9201-(L9211+L9212+L9213+L9214+L9215+L9216+L9217+L9218+L9219))/L9201*100 0 DL_EDGE_RLC_RETRAN:(L9301-(L9311+L9312+L9313+L9314+L9315+L9316+L9317+L9318+L9319))/L9301*100 0 UL_AVG_THP_GPRS_RLC_PDCH:(((L9006*23+L9007*34+L9008*40+L9009*54)*8)/1024)/((L9002+L9003+L9004+L9005)/50) 0 DL_AVG_THP_GPRS_RLC_PDCH:(((L9106*23+L9107*34+L9108*40+L9109*54)*8)/1024)/((L9102+L9103+L9104+L9105)/50) 0 UL_AVG_THP_EDGE_RLC_PDCH:(((L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9 0 DL_AVG_THP_EDGE_RLC_PDCH:(((L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9 0 UL_AVG_THP_PDCH:(((L9006*23+L9007*34+L9008*40+L9009*54+L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9 0 DL_AVG_THP_PDCH:(((L9106*23+L9107*34+L9108*40+L9109*54+L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9 0 UL_AVG_THP_GPRS_RLC_CELL:L9006*23+L9007*34+L9008*40+L9009*54*8/L9020 Counters not available in PRS DL_AVG_THP_GPRS_RLC_CELL:L9106*23+L9107*34+L9108*40+L9109*54*8/L9121 Counters not available in PRS UL_AVG_THP_EDGE_RLC_CELL:L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219 Counters not available in PRS DL_AVG_THP_EDGE_RLC_CELL:L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319 Counters not available in PRS Counters not available in PRS Counters not available in PRS UL_CS1_COD_SH:L9002/(L9002+L9003+L9004+L9005)*100 0 UL_CS2_COD_SH:L9003/(L9002+L9003+L9004+L9005)*100 0 UL_CS3_COD_SH:L9004/(L9002+L9003+L9004+L9005)*100 0 UL_CS4_COD_SH:L9005/(L9002+L9003+L9004+L9005)*100 0 DL_CS1_COD_SH:L9102/(L9102+L9103+L9104+L9105)*100 0 DL_CS2_COD_SH:L9103/(L9102+L9103+L9104+L9105)*100 0 DL_CS3_COD_SH:L9104/(L9102+L9103+L9104+L9105)*100 0 DL_CS4_COD_SH:L9105/(L9102+L9103+L9104+L9105)*100 0 CS1_COD_SHARE:(L9002+L9102)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*100 0 CS2_COD_SHARE:(L9003+L9103)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*100 0 CS3_COD_SHARE:(L9004+L9104)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*100 0 CS4_COD_SHARE:(L9005+L9105)/(L9002+L9003+L9004+L9005+L9102+L9103+L9104+L9105)*100 0 UL_MCS_1_COD_SH:L9202/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_2_COD_SH:L9203/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_3_COD_SH:L9204/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_4_COD_SH:L9205/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_5_COD_SH:L9206/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_6_COD_SH:L9207/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_7_COD_SH:L9208/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_8_COD_SH:L9209/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 UL_MCS_9_COD_SH:L9210/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210)*100 0 DL_MCS_1_COD_SH:L9302/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_2_COD_SH:L9303/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_3_COD_SH:L9304/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_4_COD_SH:L9305/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_5_COD_SH:L9306/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_6_COD_SH:L9307/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_7_COD_SH:L9308/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_8_COD_SH:L9309/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0 DL_MCS_9_COD_SH:L9310/(L9302+L9303+L9304+L9305+L9306+L9307+L9308+L9309+L9310)*100 0

MCS1_COD_SH:(L9202+L9302)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS2_COD_SH:(L9203+L9303)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS3_COD_SH:(L9204+L9304)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS4_COD_SH:(L9205+L9305)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS5_COD_SH:(L9206+L9306)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS6_COD_SH:(L9207+L9307)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS7_COD_SH:(L9208+L9308)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS8_COD_SH:(L9209+L9309)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0 MCS9_COD_SH:(L9210+L9310)/(L9202+L9203+L9204+L9205+L9206+L9207+L9208+L9209+L9210+L9302+L9303+L9304+L930 0

NAME TBF DROP RATE UL TBF DROP RATE DL TBF DROP RATE UL GPRS TBF DROP RATE DL GPRS TBF DROP RATE UL EDGE TBF DROP RATE DL EDGE TBF DROP RATE UL GPRS PAY LOAD DL GPRS PAT LOAD UL EDGE PAY LOAD DL EDGE PAY LOAD TOTAL UL PAY LOAD TOTAL DL PAY LOAD DL EGPRS TBF ABNORMAL RELEASE N3105 OVER FLOW DL EGPRS TBF ABNORMAL RELEASE SUSPEND DL EGPRS TBF ABNORMAL RELEASE FLUSH DL EGPRS TBF ABNORMAL RELEASE NO CHANNEL DL EGPRS TBF ABNORMAL RELEASE PREEMPTION DL EGPRS TBF ABNORMAL RELEASE OTHER CAUSES DL EGPRS TBF ABNORMAL RELEASE CS HANDOVER DL EGPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTION DL GPRS TBF ABNORMAL RELEASE N3105 OVER FLOW DL GPRS TBF ABNORMAL RELEASE SUSPEND DL GPRS TBF ABNORMAL RELEASE FLUSH DL GPRS TBF ABNORMAL RELEASE NO CHANNEL DL GPRS TBF ABNORMAL RELEASE PREEMPTION DL GPRS TBF ABNORMAL RELEASE OTHER CAUSES DL GPRS TBF ABNORMAL RELEASE CS HANDOVER DL GPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTION DL GPRS TBF ABNORMAL RELEASE EDGE USER UL EGPRS TBF ABNORMAL RELEASE N3101 OVER FLOW UL EGPRS TBF ABNORMAL RELEASE N3103 OVER FLOW UL EGPRS TBF ABNORMAL RELEASE SUSPEND UL EGPRS TBF ABNORMAL RELEASE FLUSH UL EGPRS TBF ABNORMAL RELEASE NO CHANNEL UL EGPRS TBF ABNORMAL RELEASE PREEMPTION UL EGPRS TBF ABNORMAL RELEASE OTHER CAUSES UL EGPRS TBF ABNORMAL RELEASE CS HANDOVER UL EGPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTION UL GPRS TBF ABNORMAL RELEASE N3101 OVER FLOW UL GPRS TBF ABNORMAL RELEASE N3103 OVER FLOW UL GPRS TBF ABNORMAL RELEASE SUSPEND UL GPRS TBF ABNORMAL RELEASE FLUSH UL GPRS TBF ABNORMAL RELEASE NO CHANNEL UL GPRS TBF ABNORMAL RELEASE PREEMPTION UL GPRS TBF ABNORMAL RELEASE OTHER CAUSES

UL GPRS TBF ABNORMAL RELEASE CS HANDOVER UL GPRS TBF ABNORMAL RELEASE ABIS RESOURCE PREEMPTION AVG DURATION OF UL EDGE TBF TOTAL DURATION OF UL EDGE TBF AVG DURATION OF DL GPRS TBF TOTAL DURATION OF DL GPRS TBF ABIS TDM SUCCESS RATE ABIS IP/HDLC SUCCESS RATE UNSUCCESSFUL APPLICATION ATTEMPTS NO IDLE TS UNSUCCESSFUL APPLICATION ATTEMPTS CONNECTION FAILURE UNSUCCESSFUL APPLICATION ATTEMPTS BTS FAILURE UNSUCCESSFUL APPLICATION ATTEMPTS OTHERS UNSUCCESSFUL APPLICATION ATTEMPTS LIMIT BTS DSP

SHORT NAME TBF_DROP_RATE UL_TBF_DROP_RATE DL_TBF_DROP_RATE UL_GPRS_TBF_DROP_RATE DL_GPRS_TBF_DROP_RATE UL_EDGE_TBF_DROP_RATE DL_EDGE_TBF_DROP_RATE UL_GPRS_PAYLOAD DL_GPRS_PAYLOAD UL_EDGE_PAYLOAD DL_EDGE_PAYLOAD TOTAL_UL_PAY_LOAD TOTAL_DL_PAY_LOAD DL_EDGE_TBF_REL_N3105 DL_EDGE_TBF_REL_SUSPEND DL_EDGE_TBF_REL_FLUSH DL_EDGE_TBF_REL_NR DL_EDGE_TBF_REL_PREEMP DL_EDGE_TBF_REL_OTH DL_EDGE_TBF_REL_CSHO DL_GPRS_TBF_REL_ABIS_PREEMP DL_GPRS_TBF_REL_N3105 DL_GPRS_TBF_REL_SUSPEND DL_GPRS_TBF_REL_FLUSH DL_GPRS_TBF_REL_NR DL_GPRS_TBF_REL_PREEMP DL_GPRS_TBF_REL_OTH DL_GPRS_TBF_REL_CSHO DL_GPRS_TBF_REL_ABIS_PREEMP DL_GPRS_TBF_REL_ABIS_EDGEUSER UL_EDGE_TBF_REL_N3101 UL_EDGE_TBF_REL_N3103 UL_EDGE_TBF_REL_SUSPEND UL_EDGE_TBF_REL_FLUSH UL_EDGE_TBF_REL_NR UL_EDGE_TBF_REL_PREEMP UL_EDGE_TBF_REL_OTH UL_EDGE_TBF_REL_CSHO UL_EDGE_TBF_REL_ABIS_PREEMP UL_GPRS_TBF_REL_N3101 UL_GPRS_TBF_REL_N3103 UL_GPRS_TBF_REL_SUSPEND UL_GPRS_TBF_REL_FLUSH UL_GPRS_TBF_REL_NR UL_GPRS_TBF_REL_PREEMP UL_GPRS_TBF_REL_OTH

UL_GPRS_TBF_REL_CSHO UL_GPRS_TBF_REL_ABIS_PREEMP AVG_DUR_UL_EDGE_TBF TOT_DUR_UL_EDGE_TBF AVG_DUR_DL_GPRS_TBF TOT_DUR_DL_GPRS_TBF ABIS_TDM_SUCC_R ABIS_IP_HDLC_SUCC_R FAIL_APP_ATT_NO_IDLE_TS FAIL_APP_ATT_NO_CON_FAIL FAIL_APP_ATT_BTS_FAIL FAIL_APP_ATT_OTHER FAIL_APP_ATT_LIM_BTS_DSP

FORMULA NUM 007+A9010+A9017+A9018+A9206+A9207+A9210+A9217+A9218+A9106+A9109+A9116+A9117+A9306+A9309+A9316+A9317) (A9006+A9007+A9010+A9017+A9018+A9206+A9207+A9210+A9217+A9218) (A9106+A9109+A9116+A9117+A9306+A9309+A9316+A9317) (A9006+A9007+A9010+A9017+A9018) (A9106+A9109+A9116+A9117) (A9206+A9207+A9210+A9217+A9218) (A9306+A9309+A9316+A9317) ((L9006*23+L9007*34+L9008*40+L9009*54)*8)/1024 ((L9106*23+L9107*34+L9108*40+L9109*54)*8)/1024 ((L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L9217*56+L9218*68+L9219*74)*8)/1024 ((L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L9317*56+L9318*68+L9319*74)*8)/1024 ((L9006*23+L9007*34+L9008*40+L9009*54*8/1024+L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L9216*74+L921 ((L9106*23+L9107*34+L9108*40+L9109*54*8/1024+L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L9316*74+L931 A9306 A9307 A9308 A9309 A9316 A9317 A9335 A9336 A9106 A9107 A9108 A9109 A9116 A9117 A9137 A9138 A9132 A9206 A9207 A9208 A9209 A9210 A9217 A9218 A9237 A9238 A9006 A9007 A9008 A9009 A9010 A9017 A9018

A9039 A9040 AA9213 A9214 AA9114 A9113

R9102 R9106 R9109 R9110 R9111 R9112 R9115

FORMULA DEN (A9002+A9202+A9102+A9302) (A9002+A9202) (A9102+A9302) A9002 A9102 A9202 A9302

VALUE % % % % % % % MB MB MB MB MB MB # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #

MS ACESS FORMAT COMMENTS TBF_DROP_RATE:(A9006+A9007+A9010+A9017+A9018+A9206+A9207+A9210+A9 0 UL_TBF_DROP_RATE:(A9006+A9007+A9010+A9017+A9018+A9206+A9207+A9210 0 DL_TBF_DROP_RATE:(A9106+A9109+A9116+A9117+A9306+A9309+A9316+A9317 0 UL_GPRS_TBF_DROP_RATE:(A9006+A9007+A9010+A9017+A9018)/A9002*100 0 DL_GPRS_TBF_DROP_RATE:(A9106+A9109+A9116+A9117)/A9102*100 0 UL_EDGE_TBF_DROP_RATE:(A9206+A9207+A9210+A9217+A9218)/A9202*100 0 DL_EDGE_TBF_DROP_RATE:(A9306+A9309+A9316+A9317)/A9302*100 0 UL_GPRS_PAYLOAD:((L9006*23+L9007*34+L9008*40+L9009*54)*8)/1024 0 DL_GPRS_PAYLOAD:((L9106*23+L9107*34+L9108*40+L9109*54)*8)/1024 0 UL_EDGE_PAYLOAD:((L9211*22+L9212*28+L9213*37+L9214*44+L9215*56+L921 0 DL_EDGE_PAYLOAD:((L9311*22+L9312*28+L9313*37+L9314*44+L9315*56+L931 0 TOTAL_UL_PAY_LOAD:((L9006*23+L9007*34+L9008*40+L9009*54*8/1024+L9211 0 TOTAL_DL_PAY_LOAD:((L9106*23+L9107*34+L9108*40+L9109*54*8/1024+L9311 0 DL_EDGE_TBF_REL_N3105:A9306 0 DL_EDGE_TBF_REL_SUSPEND:A9307 0 DL_EDGE_TBF_REL_FLUSH:A9308 0 DL_EDGE_TBF_REL_NR:A9309 0 DL_EDGE_TBF_REL_PREEMP:A9316 0 DL_EDGE_TBF_REL_OTH:A93170 DL_EDGE_TBF_REL_CSHO:A93350 DL_GPRS_TBF_REL_ABIS_PREEMP:A9336 0 DL_GPRS_TBF_REL_N3105:A9106 0 DL_GPRS_TBF_REL_SUSPEND:A9107 0 DL_GPRS_TBF_REL_FLUSH:A9108 0 DL_GPRS_TBF_REL_NR:A9109 0 DL_GPRS_TBF_REL_PREEMP:A9116 0 DL_GPRS_TBF_REL_OTH:A9117 0 DL_GPRS_TBF_REL_CSHO:A91370 DL_GPRS_TBF_REL_ABIS_PREEMP:A9138 0 DL_GPRS_TBF_REL_ABIS_EDGEUSER:A9132 0 UL_EDGE_TBF_REL_N3101:A9206 0 UL_EDGE_TBF_REL_N3103:A9207 0 UL_EDGE_TBF_REL_SUSPEND:A9208 0 UL_EDGE_TBF_REL_FLUSH:A9209 0 UL_EDGE_TBF_REL_NR:A9210 0 UL_EDGE_TBF_REL_PREEMP:A9217 0 UL_EDGE_TBF_REL_OTH:A92180 UL_EDGE_TBF_REL_CSHO:A92370 UL_EDGE_TBF_REL_ABIS_PREEMP:A9238 0 UL_GPRS_TBF_REL_N3101:A9006 0 UL_GPRS_TBF_REL_N3103:A9007 0 UL_GPRS_TBF_REL_SUSPEND:A9008 0 UL_GPRS_TBF_REL_FLUSH:A9009 0 UL_GPRS_TBF_REL_NR:A9010 0 UL_GPRS_TBF_REL_PREEMP:A9017 0 UL_GPRS_TBF_REL_OTH:A9018 0

R9101 R9105

# UL_GPRS_TBF_REL_CSHO:A90390 # UL_GPRS_TBF_REL_ABIS_PREEMP:A9040 0 SEC AVG_DUR_UL_EDGE_TBF:AA9213 0 SEC TOT_DUR_UL_EDGE_TBF:A92140 SEC AVG_DUR_DL_GPRS_TBF:AA9114 0 SEC TOT_DUR_DL_GPRS_TBF:A91130 ABIS_TDM_SUCC_R:R9102/R9101*100 % 0 ABIS_IP_HDLC_SUCC_R:R9106/R9105*1000 % FAIL_APP_ATT_NO_IDLE_TS:R9109 # 0 FAIL_APP_ATT_NO_CON_FAIL:R9110 # 0 F#AIL_APP_ATT_BTS_FAIL:R9111 0 #FAIL_APP_ATT_OTHER:R9112 0 FAIL_APP_ATT_LIM_BTS_DSP:R9115 # 0

COUNTER_NO DESCRIPTION H371 Out going inter cell HO commands Fail Outgoing intercell Hos H373 Successful Outgoing intercell HOS H380 Incoming Intercell HO Request H382 Failed incoming Intercell Hos H383 Successful Incoming intercell HOS

FEATURE_NAME

IMPACT

PARAMETER_ID

2G/3G Cell Reselection Based on MS State 2G/3G Co-Transmission Resources Management on MBSC A Interface Protocol Process A5/1 and A5/2 Ciphering AlgorithmA5/1 Encryption Flow Optimization A5/1 Encryption Flow Optimization Access Access Access Access Access Access Access Access Access Access Access Access Adaptive Adjustment of Uplink and Downlink Channels Adjustment of Adaptive Timing Advance AFCAutomatic Frequency Correction

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

POS2QUATER ENGSMPSDLMACFLOWCTR MSCVER ENCRY SDFASTHOSWITCH ACCCONTROLCLASS MAXRETRANS1 MAXRETRANS2 MAXRETRANS3 MAXRETRANS4 PL1 PL2 PL3 PL4 SVALUE TXINT ACCBURST AccStaServiceType MAXTA FREQADJ

AFCAutomatic Frequency Correction AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment

Cell Cell Cell Cell Cell

FREQADJVALUE RTPSWITCH AMRDADTHAW AMRUADTHAW DLLTFERLOWTH

AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR Coding Rate Threshold Adaptive Adjustment AMR FR AMR FR AMR FR AMR FR AMR FR AMR FR AMR FR AMR FR AMR FR AMR FR AMR FR


DLLTFERTGT DLLTFERUPTH DLLTTHADJFA LTFERLOWTH LTFERTGT LTFERUPTH LTTHADJFA RATECTRLSW RATSCCHENABLED ACTCDSETF AUTOADJULTHHYSTF DLHYSTF1 DLHYSTF2 DLHYSTF3 DLTHF1 DLTHF2 DLTHF3 INITCDMDF ULHYSTF1 ULHYSTF2

AMR FR AMR FR AMR FR AMR FR AMR FRAMR HRTFO AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR HR AMR Wireless Link Timer AMR Wireless Link Timer AMR Wireless Link Timer AMR Wireless Link Timer Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Antenna Frequency Hopping Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment Basic Cell Re-selection Basic Cell Re-selection Basic Cell Re-selection Basic Cell Re-selection

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

ULHYSTF3 ULTHF1 ULTHF2 ULTHF3 NBAMRTFOSWITCH ACTCDSETH AUTOADJULTHHYSTH DLHYSTH1 DLHYSTH2 DLHYSTH3 DLTHH1 DLTHH2 DLTHH3 INITCDMDH ULHYSTH1 ULHYSTH2 ULHYSTH3 ULTHH1 ULTHH2 ULTHH3 AMRTCHHPRIORALLOW AMRTCHHPRIORLOAD AFRDSBLCNT AFRSAMULFRM AHRDSBLCNT AHRSAMULFRM HOPTRXHSN HOPTRXINDEX HPANTMODE HPANTMODE FASTCALLTCHTHRESHOLD IMMASSCBB IMMASSEN ACS PT TO CRH

Basic Cell Re-selection

Cell

CRO

Basic Cell Re-selection Basic Cell Selection Basic Cell SelectionBasic Cell Re-selection

Cell Cell Cell

PI CBQ CBA

Basic Cell SelectionBasic Cell Re-selection BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing

Cell Cell Cell

NCCPERMIT TIGHTBCCHASSMAINBCCHL TIGHTBCCHASSMAINBCCHQ

BCCH Dense Frequency Multiplexing BSC Node Redundancy BSC Node Redundancy BSC Node Redundancy BSC Node Redundancy BSS Paging Coordination BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA BSS-Based LCS Cell ID + TA Call Control Call Control Call Control Call Control Call Reestablishment Cell Frequency Scan Cell Frequency Scan Cell Frequency Scan Cell Frequency Scan Co-BCCH Cell Compact BTS Automatic Capacity Planning Compact BTS Automatic Capacity Planning Compact BTS Automatic Capacity Planning Compact BTS Automatic Capacity Planning Compact BTS Automatic Configuration and Planning Compact BTS Automatic Configuration and Planning Compact BTS Automatic Configuration and Planning Compact BTS Automatic Configuration and Planning Compact BTS Automatic Configuration and Planning Compact BTS Automatic Configuration and Planning Concentric Cell Concentric Cell

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Define Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

TIGHTBCCHSWITCH CNFAULTDELAY REHOSTABSTIME REHOSTDELAYTIME REHOSTTYPE BSSPAGINGCOORDINATION ALTIDECI ALTITUDE ANTAANGLE INCLUDEANG INPUTMD NSLATI WELONGI LATIDECI LATIDEGREE LATIINT LATIMINUTE LATISECONDDECI LATISECONDINT LONGIDECI LONGIDEGREE LONGIINT LONGIMINUTE LONGISECONDDECI LONGISECONDINT ACTL2REEST FORCEDCELLEFRSWITCH MSCAPABLESTATSWITCH TMRBADQUALDISCSTAT CALLRESTABDIS FREQLST STRTM FREQSCANRLSTTYPE INTERBANDSTATALGO DBFREQBCCHIUO LAC1 MAXFQNUM1 NBRCELLSWITCH RA1 TYPE CGIRACSWITCH FQBSICOPTSWITCH FQBSICSWITCH FQBSICSWITCH1 RA ENIUO ASSOLRXLEVOFFSET

Concentric Cell Concentric Cell Concentric Cell Concentric Cell

Cell Cell Cell Cell

HOOLRXLEVOFFSET HRIUOLDRATESELALLOW LOWRXLEVOLFORBIDSWITC TCHTRIBUSYUNDERLAYTHR

Concentric Cell Concentric Cell Concentric CellEnhanced Dual-Band Network Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management

Cell Cell Cell Define Cell Cell Cell Cell Define Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

TCHTRICBUSYOVERLAYTHR IUOCHNTRAN IUOTP BCC BSPAGBLKSRES BSPBCCHBLKS BSPRACHBLKS NCC NBR2GNCELL1ID NBR2GNCELL2ID CELLLIST CELLNAMELIST CI1 CELL2GBA1BCCH CELL2GBA1TAG VOICEVER CELL2GBA2BCCH CELL2GBA2TAG

Configuration Management Configuration Management Configuration Management Configuration Management

Cell Cell Cell Cell

HOCTRLSWITCH FDDBA2TAG TDDBA2TAG TDDSCRAMBLE

Configuration Management

Cell

ITEM

Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Direct Retry Direct Retry Direct Retry Direct Retry Discontinuous Reception DRX Discontinuous Reception DRX

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

ITEMVALID FRAMEOFFSET RFMAXPWRDEC TFRMSTARTTIME ITEMINDEX ITEMVALUE DIRECTRYEN ASSLOADJUDGEEN DTLOADTHRED CDRTTRYFBDTHRES DRXTIMERMAX SPGCCCCHSUP

Discontinuous Transmission DTX Downlink

Cell

FRDLDTX

Discontinuous Transmission DTX Downlink Half Rate Speech

Cell

HRDLDTX

Discontinuous Transmission DTX Uplink

Cell

FRULDTX

Discontinuous Transmission DTX Uplink Half Rate Speech Dynamic Adjustment Between FR and HR Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Cell Power Off Dynamic Transmit Diversity EICC Emergency Call Service TS12 Emergency Call Service TS12 Emergency Call Service TS12 Emergency Call Service TS12 Encrypted Network Management Encrypted Network Management Encrypted Network Management Encrypted Network Management Encrypted Network ManagementSoft-Synchronized Network Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Enhanced BCCH Power Consumption Optimization Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

HRULDTX ENTCHADJALLOW PROTECTTIME SAMECVGCELLLOADSTATT SAMECVGCELLLOADTHRD TURNOFFCELLCHANNUM TURNOFFCELLSTPTIME TURNOFFCELLSTRTIME TURNONCELLLOADTHRD SAMECVGCELLID SAMECVGCELLIDTYPE SAMECVGCELLNAME TURNOFFENABLE DYNPBTSUPPORTED STIRCALLOWED EMCPRILV PREEMPTIONPERMIT ERGCALLDIS RSVCHMFORECNUM DUMMYBITRANDSWITCH STOPSI5SWITCH TCHTIMEHOPERIOD TCHTIMEHOSWITCH FLEXTSCSWITCH MAINBCCHPWDTACTCHEN MAINBCCHPWRDTEN MAINBCCHPWRDTETIME MAINBCCHPWRDTRANGE MAINBCCHPWRDTSTIME CHANINTERMESALLOW CHPWRINSUFFALLOWED

Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

CIRESTVALUE FREQLOADSHARETRAFFTH HISPRIOALLOW INTERFPRIALLOW LOADSHAREALLOW MCPAOPTALG NAMRLFRMTRXALLOWED PWRPRIORALLOW QTRUPWRSHARE TCHBUSYTHRES TRXPRIALLOW ALLOWAMRHALFRATEUSER ALLOWHALFRATEUSERPER CHALLOCSTRATEGY FACTORYMODE INTERFTHRES0 INTERFTHRES1 INTERFTHRES2 INTERFTHRES3 INTERFTHRES4 INTERFTHRES5 INTERPERIOD CELLINEXTP DBLFREQADJCID DBLFREQADJCNAME DBLFREQADJIDTYPE ATCBHYST

Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network Enhanced Dual-Band Network


ATCBTHRED EDBLASTTIME EDBSTATTIME EDBSYSFLOWLEV HOPENALTYTIME INNASSOPTEN INNCELLEDGEHOEN INNLOADHOEN INNLOADHOPERI INNLOADHOSTEP INNSERIOVERLDTHRED INTOINNREXLEVTHRED OUTASSOPTEN OUTGENOVERLDTHRED OUTINNREXLEVTHRED OUTLOADHOENABLE OUTLOADHOMODPERI OUTLOADHOPERIOD OUTLOADHOSTEP OUTLOWLOADTHRED

Enhanced Dual-Band Network Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR Enhanced Measurement ReportEMR

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

OUTSERIOVERLDTHRED INVALBSICEN MEASURETYPE SCALEORDER SEARCH3G CBSIGNLEN CBTRAFFLEN MBSIGNLEN MBTRAFFLEN NRBSDCCHFFLEN NRBTCHFFLEN RQSIGNLEN RQTRAFFLEN

Enhanced Multi Level Precedence and PreemptionEMLPP Enhanced Multi Level Precedence and PreemptionEMLPP Enhanced Multi Level Precedence and PreemptionEMLPP Enhanced Power Control AlgorithmHUAWEI III Power Control Algorithm

Cell Cell Cell Cell

EMLPPEN HIGHESTPRIORITQUALFIRS HIGHPRIUSERQUALFIRST DNPCEN

Enhanced Power Control AlgorithmHUAWEI III Power Control Algorithm Extended Cell Extended Cell Fast 3G Reselection at 2G CS Call Release Flex Abis Flex Abis Flex MAIO Flex MAIO Frequency Band Frequency Band Frequency Band Frequency Band

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Define Cell Cell

UPPCEN EXTTP EXTCELLTHRENH CELLSELECTAFTERCALLRE LOWLEVSUBRESPREEMPTF SUBRESPREEMPTFLG FLEXMAIO HSNSW TYPE OTHERFREQ BCCHFREQ TYPE

Frequency Hopping RF hopping, baseband hopping Frequency Hopping RF hopping, baseband hopping Frequency Hopping RF hopping, baseband hopping Frequency Hopping RF hopping, baseband hopping Frequency Hopping RF hopping, baseband hopping Frequency Hopping RF hopping, baseband hopping

Define Cell Define Cell Define Cell Define Cell Cell Cell

HSN TSC HOPINDEX HOPMODE CANPC BCCHTRXHP

Frequency Hopping RF hopping, baseband hopping Frequency Hopping RF hopping, baseband hopping G3 Fax TS61, TS62

Cell Cell Cell

FHMODE MACODINGMOD DATATRAFFSET

Gb Interface Function Group Call EMLPP Group Call EMLPP Group Call EMLPP Group Call EMLPP Group Call EMLPP Group Call EMLPP GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control GSM Flow Control

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

BVCI EMLPPPRIORITY FACCHSENDNOTMSGIND FACCHSENDPGMSGIND GCSIMPREEMPTIONEN SENDFACCHNOTPRI SENDFACCHPAGPRI CSDSP CSVSP PSHPSP PSLPSVP VIPCELL ABISFCEN PAGINGAVGCAPACITYINPER PAGINGMAXCAPACITYINPE

GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability

Cell Cell Cell Cell Cell Cell

DIVERSITY FDDCELLOFF FDDCELLTHRED FDDFREQCNUM FDDQMIN FDDQMINOFFSET

GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability

Cell Cell Cell Cell Cell Cell Cell

FDDQOFF FDDREP FDDRSCPMIN FDDBA1TAG FDDDIVERSITY FDDDLUARFAN FDDSCRAMBLE

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

Cell

SCRAMBLE

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability


DF CELL1800OFF CELL1800THRED CELL900OFF CELL900THRED QCI

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

Cell Cell

QI QP

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

Cell Cell

QSEARCHC HOECNOTH3G

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

Cell

BET3GHOEN

GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability Half Rate Speech IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

HORSCPTH3G HRATESPT NBR2GNCELL1NAME NBR2GNCELL2NAME IBCAAFRSOFTBLKTHRD IBCAAHRSOFTBLKTHRD IBCAALLOWED IBCAASSWAITMEASURERPT IBCACALLINFOFILTERLEN IBCACALLSOFTBLOCKTHOF IBCACALLTARGETCIROFFSE

IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

IBCADLPATHLOSSOFF IBCAEHOASSWAITMEASURE IBCAFLEXTSCALLOWED IBCAFORCEDBTSSYNCALLO IBCAFRSOFTBLKTHRD IBCAHOASSWAITMEASURER IBCAHRSOFTBLKTHRD IBCAICDMRELEVOFFSET IBCAICDMSWITCH IBCAINITPCRXLEVDLOFFSE IBCAINITPCRXLEVULOFFSE IBCAINITPCRXQUALDLOFFS IBCAINITPCRXQUALULOFFS IBCAIUOPATHLOSSOFF IBCAMAIOUSMTD IBCAMAXINTFSRCNUM IBCANCELLPATHLOSSESTIM IBCANEWCALLCIROFFSET IBCANHOASSWAITMEASUR IBCANONMEANCELLSTATNU IBCAOPRREVISEFACTOR IBCAPATHLOSSOFF IBCAPLFILTFACTOR IBCASCELLPATHLOSS IBCASOFTBLKSAICOFF IBCASOFTBLKSWITCH IBCASUBCHNHANDOVERAL IBCATARGETCIRTHRSH IBCAUSEDIUOSUBLAY IBCAUSRDYNCMEASURENC IBCAWAFRSOFTBLKTHRD LOOSESDCCHLOADTHRED TIGHTSDCCHRXLEVTHRED WAITSDCCHIDLETIMER

IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IMSI Detach

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

MAIO1 MAIO10 MAIO11 MAIO12 MAIO2 MAIO3 MAIO4 MAIO5 MAIO6 MAIO7 MAIO8 MAIO9 HOPINDEX ATT

Intelligent Combiner Bypass Latency Reduction MBSC Load Balancing MBSC Load Balancing MSRD


ICBALLOW RTTIPDCHMULTIPLEXTHRE OutSysLoadHoEn IDTYPE MSRDMCSLEV

Multi-band Sharing One BSC Multi-band Sharing One BSC Multi-band Sharing One BSC Multi-band Sharing One BSC Multi-band Sharing One BSC Multi-site Cell Network Operation Mode Support Network Support SAIC Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2


MBR GSMFREQCNUM BANDINDICATOR1900 BANDINDICATOR850 BANDINDICATOR900 PWRLOCATION NMO BTSSAICPCADJSWITCH ALLOWEDMEASRPTMISSED CELLRESELSTRATEGY CELLRXQUALWORSENRATI EGPRSBEPLIMIT8PSK EGPRSBEPLIMITGMSK FILTERWNDSIZE GPRSRXQUALLIMIT LOADRESELALLOW LOADRESELMAXRXLEV LOADRESELRXTHRSH LOADRESELSTARTTHRSH MINACCRXLEV

Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Network-Controlled Cell Reselection NC2 Networking Control Mode Networking Control Mode Networking Control Mode Networking Control Mode None None O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BSC O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTSTRX Working Voltage Adjustment Packet Assignment Taken Over by the BTS Packet Assignment Taken Over by the BTS Packet System Information Packet System Information Packet System Information Paging Paging Paging

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

MSRXQUALSTATTHRSH NORMALRESELALLOW PENALTYLASTTM PENALTYRXLEV RESELHYST RESELINTERVAL RESELWATCHPERIOD RESELWORSENLEVTHRSH URGENTRESELALLOW NONDRXPERIOD RPTPERIODI RPTPERIODT NCO CHANFAULTALMPDCHTH CHANPDOUTTIME HOCELLIDTYPE HOCELLNAME HOMOD CHANFAULTALMSWITCH CHANFAULTALMTCHTH DETECTFRAMEPERIOD EXCEPFRAMETHRES MUTECHECKCLASS1PERIOD MUTECHECKCLASS2SWITC MUTECHECKPEIROD MUTEFORBITCALLTMINTVA MUTERELCALLEN TCMUTEDETECTFLAG UMCROSSTALKOPTALLOWE OPC ADMSTAT LOWNOISESWH CELLCOVERAGETYPE PODECTHRES POERRTHRES VSWRERRTHRES VSWRUNJUSTTHRES OUTSERVICEALM BTSadjust IMMASSDLSHIFT PACKASSDLSHIFT MEASORDER PSI1RPT PSISTATUSIND PAGTIMES BSPAMFRAMS PAGINGLIFETIME

Paging Paging Paging PoC QoS PoC QoS PoC QoS PoC QoS Point To Point Short Message Service TS21, TS22 Point To Point Short Message Service TS21, TS22 Power Control Power Optimization Based on Channel Type Power Optimization Based on Channel Type Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report Public Voice Group Call Service Public Voice Group Call Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service Public Voice Group Call ServicePublic Voice Broadcast Service QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP QoS ARP&THP

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

PMOAFLAG PMI PMNUM POCDELAY POCGBRMAX POCGBRMIN PocSup DNSENDSMDIS UPSENDSMDIS CELL8PSKPOWERLEVEL TIMESLOTVOLADJALLOW PDCHPWRSAVEN LEVELRPT EXTMEASORD EXTRPTPERIOD EXTRPTTYPE INTFREQUENCY NCCPERMITED CELLOVERCVGRXLEVDLTH CELLOVERCVGTALTH CELLWEAKCVGRXLEVDLTH CELLWEAKCVGTALTH DTRTYPE NY2 CRMSGRESENDINT CRMSGRESENDNUM DLTESTRESENDINT DLTESTRESENDNUM FACCHRESENDINT GCSCHNASSULCHNEN NCHOCBLOCKNUM NCHSTARTBLOCK UIC BEARP1PRIWEIGHT BEARP2PRIWEIGHT BEARP3PRIWEIGHT BKGARP1PRIWEIGHT BKGARP2PRIWEIGHT BKGARP3PRIWEIGHT THP1ARP1PRIWEIGHT THP1ARP2PRIWEIGHT THP1ARP3PRIWEIGHT THP2ARP1PRIWEIGHT THP2ARP2PRIWEIGHT THP2ARP3PRIWEIGHT THP3ARP1PRIWEIGHT THP3ARP2PRIWEIGHT

QoS ARP&THP QoS ARP&THP Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management

Cell Cell Cell Cell Cell Cell Cell Cell

THP3ARP3PRIWEIGHT QOSOPT PSRACHACCLEV PWRDIV PWRDIVIND RACHACCLEV RANERRTHRED COMMACC

Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management


MSMAXRETRAN RACHBUSYTHRED SPECACC CCCHLOADINDPRD CCCHLOADTHRES

Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management Radio Common Channel Management

Cell Cell Cell Cell

FMSMAXOPCC OVERLOADINTV RACHLDAVERSLOT BSAGBLKSRES

Radio Common Channel Management Radio Common Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management


TX CELLPAGINGOVERLOADCO MAXTADROPCALLFILTER MAXTADROPCALLSWITCH MAXTADROPCALLTHRESHO RLT SAMULFRM RFRESINDPRD SDDROPSTATDLLEV SDDROPSTATDLQUAL SDDROPSTATULLEV SDDROPSTATULQUAL TCHDROPSTATDLFER TCHDROPSTATDLLEV TCHDROPSTATDLQUAL TCHDROPSTATULFER TCHDROPSTATULLEV TCHDROPSTATULQUAL BADQUALDISCTHRES DROPCTRLABISCONNFAIL

Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management RAN Sharing Resource Reservation Resource Reservation Resource Reservation Robust Air Interface Signalling Robust Air Interface Signalling Robust Air Interface Signalling SDCCH Dynamic Adjustment SDCCH Dynamic Adjustment

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

DROPCTRLCONNFAILHOAC DROPCTRLCONNFAILOM DROPCTRLCONNFAILOTHE DROPCTRLCONNFAILRLFAI DROPCTRLCONNFAILRRNO DROPCTRLEQUIPFAIL DROPCTRLERRINDDMRSP DROPCTRLERRINDSEQERR DROPCTRLERRINDT200 DROPCTRLFORCHOFAIL DROPCTRLINBSCHO DROPCTRLINTRABSCOUTH DROPCTRLINTRACELLHO DROPCTRLNOMR DROPCTRLOUTBSCHOT8 DROPCTRLRELIND DROPCTRLRESCHK CELLOPPWRGRP GRADEACCALLOW HPRIOR REVCHANNUM REPEATDLFASET REPEATDLFATHRED REPEATSASET SDDYN CELLMAXSD

SDCCH Dynamic Adjustment SDCCH Dynamic Adjustment SDCCH HandoverEnhanced Channel Assignment Algorithm Short Message Service Cell Broadcast TS23 Simplified Cell Broadcast Simplified Cell Broadcast Simplified Cell Broadcast Simplified Cell Broadcast Simplified Cell Broadcast Simplified Cell Broadcast Simplified Cell Broadcast


IDLESDTHRES MINRESTIMETCH DIFFBANDSDCCHUSINGOPT IFCBSHAKEHAND CODE ET INT REP ST TEXT UPDATE

Simplified Cell Broadcast Simplified Cell Broadcast Simplified Cell Broadcast Simplified Cell Broadcast

Cell Cell Cell Cell

DRXEN BROADCASTCONTENT BROADCASTINTERVAL SUPPORTCELLBROADCAST

Simplified Cell Broadcast

Cell

CHANID

Simplified Cell Broadcast

Cell

GS

Simplified Cell Broadcast Soft-Synchronized Network Streaming QoSGBR Streaming QoSGBR System Information Sending System Information Sending Talker Identification TC Pool TCH Re-assignment TCH Re-assignment TRX Cooperation


SCHEME TSCPLANEN GBRQOS OccupyStreamingSwitch RXMIN ECSC TALKERINFINT TCPOOLID REASSFREQBAND REASSEN BHPREPOLICY

TRX Cooperation TRX Cooperation TRX Power Amplifier Intelligent Shutdown TRX Power Amplifier Intelligent Shutdown Uplink EGPRS2-ADownlink EGPRS2-A Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI Voice Quality Index Uplink VQI WB AMR WB AMR WB AMR WB AMR WB AMR


TRXAIDSWITCH AIDDELAYPROTECTTIME DYNOpenTrxPower ReservedIdleCh CELLSCENARIO RPTVOICE FERSTATTH1 FERSTATTH2 FERSTATTH3 FERSTATTH4 FERSTATTH5 FERSTATTH6 FERSTATTH7 FERRPTEN RPTDLVQIALLOWED ACTCDSETWB DLHYSTWB1 DLHYSTWB2 DLTHWB1 DLTHWB2

WB AMR WB AMR WB AMR WB AMR WB AMR


INITCDMDWB ULHYSTWB1 ULHYSTWB2 ULTHWB1 ULTHWB2

PARAMETER_NAME

MML_COMMAND

2Quater Message Transmission SET GCELLCCUTRANSYS Channel User Plane DL Flow CtrlSET Switch GCELLPSOTHERPARA MSC Version Indication SET GCELLCCUTRANSYS Encryption Algorithm SET GCELLBASICPARA SD Quick HO SET GCELLSOFT Access Control Class SET GCELLPRACH Max Retransmissions forSET Radio GCELLPRACH Priority 1 Max Retransmissions forSET Radio GCELLPRACH Priority 2 Max Retransmissions forSET Radio GCELLPRACH Priority 3 Max Retransmissions forSET Radio GCELLPRACH Priority 4 Persistence Level 1 SET GCELLPRACH Persistence Level 2 SET GCELLPRACH Persistence Level 3 SET GCELLPRACH Persistence Level 4 SET GCELLPRACH S Value SET GCELLPRACH TX_INT SET GCELLPRACH Access Burst Type SET GCELLPSBASE PS Initial Access ServiceSET Type GCELLPSOTHERPARA Max TA SET GCELLBASICPARA Frequency Adjust SwitchSET GCELLOTHEXT

Frequency Adjust ValueSET GCELLOTHEXT Measure Link Delay Switch SET GCELLBASICPARA AMR Downlink AdaptiveSET Threshold GCELLCCAMR Allowed AMR Uplink Adaptive Threshold SET GCELLCCAMR Allowed Downlink Long-term FER SET Lower GCELLCCAMR Threshold

DESCRIPTION

Whether to transmit the 2Quater message on the BCCH Norm Whether to support PS downlink MAC back pressures in GSM. Protocol version of the MSC that is connected to the BSC6900. Encryption algorithm supported by the BSS side Whether to enable the SDCCH quick handover test function. If Access control class of the MS Maximum retransmission for radio priority 1. The 2bit Radio Prio Maximum retransmission for radio priority 2. The 2bit Radio Prio Maximum retransmission for radio priority 3. The 2bit Radio Prio Maximum retransmission for radio priority 4. The 2bit Radio Prio Persistence level 1 of the radio access priority.During MS acces Persistence level 2 of the radio access priority. During MS acce Persistence level 3 of the radio access priority. During MS acce Persistence level 4 of the radio access priority. During MS acce Minimum timeslots between two successive channel requests. Extension transmission timeslots of random access. This param Access pulse type of the PRACH, uplink PTCCH and packet co Whether the initial service is uplink, downlink or neutral Maximum time advance TA. The value of this parameter is dete Whether to enable the automatic frequency correction algorithm Frequency 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.

Whether to measure the delay on the link between the BTSs th Whether to enable the adaptive adjustment function of AMR do Whether to enable the adaptive adjustment function of AMR up Lower voice quality threshold associated with the automatic adj

Downlink Long-term FER SET Target GCELLCCAMR Downlink Long-term FER SET Upper GCELLCCAMR Threshold Downlink Threshold Adjust SETFactor GCELLCCAMR Uplink Long-term FER Lower SET GCELLCCAMR Threshold Uplink Long-term FER Target SET GCELLCCAMR Uplink Long-term FER Upper SET GCELLCCAMR Threshold Uplink Threshold Adjust SET Factor GCELLCCAMR AMR Rate Control Switch SET GCELLCCAMR Is Ratscch Function Enabled SET GCELLCCAMR AMR ACS[F] SET GCELLCCAMR Auto Adjust UL TH and Hysteresis SET GCELLCCAMR [F] AMR DL Coding Rate adj.hyst1[F] SET GCELLCCAMR AMR DL Coding Rate adj.hyst2[F] SET GCELLCCAMR AMR DL Coding Rate adj.hyst3[F] SET GCELLCCAMR AMR DL Coding Rate adj.th1[F] SET GCELLCCAMR AMR DL Coding Rate adj.th2[F] SET GCELLCCAMR AMR DL Coding Rate adj.th3[F] SET GCELLCCAMR AMR Starting Mode[F] SET GCELLCCAMR AMR UL Coding Rate adj.hyst1[F] SET GCELLCCAMR AMR UL Coding Rate adj.hyst2[F] SET GCELLCCAMR

Target value of the voice quality automatically adjusted through Upper voice quality threshold associated with the automatic adj Factor of downlink threshold adjustment. It indicates the linear r Lower voice quality threshold associated with the automatic adj

Target voice quality value associated with the automatic adjustm Upper voice quality threshold associated with the automatic adj Factor of uplink threshold adjustment. It indicates the linear rela Switch for controlling the AMR rate. Value 0 indicates that C/I is This parameter specifies whether the RATSCCH function is ena Active coding set ACS[F], indicates a set of full-rate coding rate Whether to allow automatic adjustment for the uplink threshold Adjustment hysteresis 1 of AMR downlink coding rate full rate. A Adjustment hysteresis 2 of AMR downlink coding rate full rate. A Adjustment hysteresis 3 of AMR downlink coding rate full rate. A Adjustment threshold 1 of AMR downlink coding rate full rate. A Adjustment threshold 2 of AMR downlink coding rate full rate. A Adjustment threshold 3 of AMR downlink coding rate full rate. T Initial coding mode used for full rate AMR calls. The four values Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and

AMR UL Coding Rate adj.hyst3[F] SET GCELLCCAMR AMR UL Coding Rate adj.th1[F] SET GCELLCCAMR AMR UL Coding Rate adj.th2[F] SET GCELLCCAMR AMR UL Coding Rate adj.th3[F] SET GCELLCCAMR TFO Switch SET GCELLBASICPARA AMR ACS[H] SET GCELLCCAMR Auto Adjust UL TH and Hysteresis SET GCELLCCAMR [H] AMR DL Coding Rate adj.hyst1[H] SET GCELLCCAMR AMR DL Coding Rate adj.hyst2[H] SET GCELLCCAMR AMR DL Coding Rate adj.hyst3[H] SET GCELLCCAMR AMR DL Coding Rate adj.th1[H] SET GCELLCCAMR AMR DL Coding Rate adj.th2[H] SET GCELLCCAMR AMR DL Coding Rate adj.th3[H] SET GCELLCCAMR AMR Starting Mode[H] SET GCELLCCAMR AMR UL Coding Rate adj.hyst1[H] SET GCELLCCAMR AMR UL Coding Rate adj.hyst2[H] SET GCELLCCAMR AMR UL Coding Rate adj.hyst3[H] SET GCELLCCAMR AMR UL Coding Rate adj.th1[H] SET GCELLCCAMR AMR UL Coding Rate adj.th2[H] SET GCELLCCAMR AMR UL Coding Rate adj.th3[H] SET GCELLCCAMR AMR TCH/H Prior Allowed SET GCELLCHMGAD AMR TCH/H Prior Cell Load SET Threshold GCELLCHMGAD AFR Radio Link TimeoutSET GCELLCCBASIC AFR SACCH Multi-Frames SET GCELLCCBASIC AHR Radio Link TimeoutSET GCELLCCBASIC AHR SACCH Multi-Frames SET GCELLCCBASIC Hop TRX Group HSN ADD GCELLHOPANTGRP Hop TRX Group Index ADD GCELLHOPANTGRP Cell Antenna Hopping SET GCELLHOPANT Cell Antenna Hopping SET GCELLHOPANTQUICKSETUP Fast Call Setup TCH Usage SET Threshold GCELLBASICPARA Immediate Assignment Optimized SET GCELLBASICPARA TCH Immediate Assignment SET GCELLBASICPARA Additional Reselect Parameter SET GCELLIDLEAD Indication Cell Reselect Penalty Time SET GCELLIDLEAD Cell Reselect TemporarySET Offset GCELLIDLEAD Cell Reselect HysteresisSET Parameters GCELLIDLEBASIC

Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Whether to enable the Tandem Free Operation TFO function o Active coding set ACS[H], indicates set of half-rate coding rates Whether to allow automatic adjustment for the uplink threshold Adjustment hysteresis 1 of AMR downlink coding rate half rate. Adjustment hysteresis 2 of AMR downlink coding rate half rate. Adjustment hysteresis 3 of AMR downlink coding rate half rate. Adjustment threshold 1 of AMR downlink coding rate half rate. A Adjustment threshold 2 of AMR downlink coding rate half rate. A Adjustment threshold 3 of AMR downlink coding rate half rate. A Initial coding mode used for half rate AMR calls. The four value Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Whether to enable the BSC to assign AMR half rate channels p Load threshold for assigning half rate channels preferentially. If Counter for radio link failures during an AMR full rate call. See t Number of SACCH multiframes during an AMR full rate call. Se Counter for radio link failures during an AMR half rate call. See Number of SACCH multiframes during an AMR half rate call. S Hoping sequence number HSN of a hopping antenna group. If t TRX index that a hopping antenna index corresponds to. A hop Whether to enable the TRX to support antenna hoppingIn a GS Whether to enable the TRX to support antenna hoppingIn a GS After a channel request message is received, the type of the ch The channel activation and immediate assignment messages a Whether to allow immediate TCH assignment. If this parameter Used for notifying MSs where to retrieve relevant parameters du Cell Reselect Penalty Time PT is used to ensure the safety and Cell Reselect Temporary Offset TO indicates the temporary cor Cell reselection hysteresis. This is one of the parameters used

Cell Reselect Offset

SET GCELLIDLEBASIC

Cell Reselect Offset CRO, indicating a correction of the C2. Proper setting of this parameter can reduce the number of handover times, helpful for assigning an MS to a better cell. In a special case that the PT is 31, the larger the CRO value is, the lower the possibility of handing over an MS to the cell. Generally, do not set the CRO to a value larger than 25 dB. The CRO with a too large value will cause uncertain states in a network. The CRO values of the cells with different priorities in a network are almost the same. Refer to GSM Rec. 05.08 and GSM Rec. 04.08. The setting of this parameter affects only the MSs supporting the protocol of GSM Phase 2 or a later version.

Cell Reselect Parameters SET Indication GCELLIDLEBASIC Cell Bar Qualify SET GCELLIDLEBASIC Cell Bar Access SET GCELLIDLEBASIC

NCC Permitted SET GCELLIDLEBASIC Level Thresh for Assign SET BCCH GCELLCHMGAD Under TBCCH Quality Thresh for Assign SET BCCH GCELLCHMGAD Under TBCCH

Cell Reselect Parameters Indication PI, sent on the broadcast c Used together with "Cell Bar Access" to decide the priority statu Used together with "Cell Bar Qualify" to decide the priority statu A set of NCCs of the cells to be measured by the MS. This parameter is an information element IE in the system information type 2 and 6 messages. If a bit of the value of this parameter is set to 1, the MS reports the corresponding measurement report to the BTS. The value of this parameter has a byte eight bits. Each bit maps with an NCC 0~7 and the most significant bit corresponds to NCC 7. If bit N is 0, the MS does not measure the cell level of NCC N.

During channel assignment, the assignment of channels on the During channel assignment, the assignment of channels on the

TIGHT BCCH Switch SET GCELLCHMGBASIC CN Fault Delay SET GBSCREDGRP ReHost Absolute Time SET GREDGRPPRIMHOSTPOLICY ReHostDelayTime SET GREDGRPPRIMHOSTPOLICY ReHost Type SET GREDGRPPRIMHOSTPOLICY BSS Paging Co-ordination SET GCELLPSBASE Antenna Altitude Decimal SET PartGCELLLCS Antenna Altitude Int PartSET GCELLLCS Antenna Azimuth Angle SET GCELLLCS Included Angle SET GCELLLCS Latitude and Longitude Input SET GCELLLCS Mode NS Latitude SET GCELLLCS WE Longitude SET GCELLLCS Latitude Decimal Part SET GCELLLCS Latitude Degree Part SET GCELLLCS Latitude Int Part SET GCELLLCS Latitude Minute Part SET GCELLLCS Latitude Second Decimal SET PartGCELLLCS Latitude Second Int PartSET GCELLLCS Longitude Decimal Part SET GCELLLCS Longitude Degree Part SET GCELLLCS Longitude Int Part SET GCELLLCS Longitude Minute Part SET GCELLLCS Longitude Second Decimal SETPart GCELLLCS Longitude Second Int Part SET GCELLLCS Activate L2 Re-establishment SET GCELLSOFT Allow Forced EFR in CellSET GCELLSOFT MS Capability Statistic Switch SET GCELLSOFT Timer for Bad Quality DISC SETStatistic GCELLSOFT Call Reestablishment Forbidden SET GCELLBASICPARA Freq Band List SET GCELLFREQSCAN Start Time SET GCELLFREQSCAN Frequency Scan Result SET TypeGCELLSOFT Interfere Band Stat Algorithm SET GCELLSOFT Type BCCH IUO of Double Frequency ADD GCELL Cell Cell LAC SET BTSAUTOPLANCFG Maximum TRX NumberSET BTSAUTOPLANCFG Neighbor Cell Plan Switch SET BTSAUTOPLANCFG Route Area SET BTSAUTOPLANCFG Freq. Band ADD BTSAUTOPLAN CGI and RAC Plan Switch SET BTSAUTOPLANCFG Freq. and BSIC OptimizeSET Switch BTSAUTOPLANCFG Freq. and BSIC Plan Switch SET BTSAUTOPLANCFG Freq. and BSIC Plan Switch SET BTSAUTOPLANCFG Route Area SET BTSAUTOPLANCFG Enhanced Concentric Allowed ADD GCELL Assign to Overlayer RxLev SETOffset GCELLCHMGAD

Whether to enable the BCCH aggressive frequency reuse algor Time delay of the detection on core network interface failure. W Absolute time of re-homing Delay time of re-homing Policy type of re-homing Whether to support the paging function of the CS domain of the Decimal part of the antenna altitude Integer part of the antenna altitude Size of the azimuth angle of the cell antenna Included angle formed by the major lobe azimuths of the antenn Mode of inputting the latitude and longitude of a cell location Whether the cell is located in the south latitude or north latitude This parameter is used to select the location of a cell, east or w Decimal value when the latitude where a cell is located is indica Decimal value when the longitude where a cell is located is indi Integer value when the latitude where a cell is located is indicat Value of the minute part when the latitude is indicated in the for Decimal value of the second part when the latitude is indicated Integer value of the second part when the latitude is indicated in Decimal value when the longitude where a cell is located is indi Value of the degree part when the latitude is indicated in the for Integer value when the longitude where a cell is located is indic Value of the minute part when the longitude is indicated in the f Decimal value of the second part when the longitude is indicate Integer value of the second part when the longitude is indicated Whether to activate the function of L2 re-establishment. If this f Whether to forcibly enable the EFR function. When this parame Whether to collect the information about the MSs of different ca Duration time for determining that a call is hung up because of Whether to allow call re-establishment. Burst interference or bli List of frequency bands Start time of frequency scanning Type of a scanning result in the period from the start of a freque Type of an interference band statistics algorithm used when the Whether the primary BCCH is configured on the inner or extra p Location area code LAC. The MS can move within the local loca Maximum number of TRXs that can be configured for one cell. When this switch is on, it indicates that the data of the adjacent Route area of the current cell Frequency band to which the newly added cell belongs. Only on If the parameter is set to 1, it indicates that the CGI and RAC da Whether to generate the frequency and BSIC by using the auto If this switch is on, it indicates that the frequency and BSIC are If this switch is on, it indicates that the frequency and BSIC are Route area of the current cell Whether to enable the enhanced concentric cell algorithm in a c Offset relative to the level threshold for determining whether to

Handover to Underlayer SET RxLev GCELLCHMGAD Offset Load of UL-OL Cells Rate SET Select GCELLCHMGAD Allowed Allocate OL Channel Based SETon GCELLCHMGAD RX Level Tch Traffic Busy Underlay SET Threshold GCELLCHMGAD

Tch Traffic Busy OverlaySET Threshold GCELLCHMGAD Dynamic Channel Conversion SET GCELLPSCHM Parameter of Concentric Cell Cell IUO Type ADD GCELL BCC ADD GCELL Number of PAGCH Blocks ADD GCELL Number of PBCCH Blocks ADD GCELL Number of PRACH Blocks ADD GCELL ADD GCELL NCC Neighbor 2G Cell 1 Index ADD GIBCAPNCGRP Neighbor 2G Cell 2 Index ADD GIBCAPNCGRP Cell Index List ADD GSMSCB Cell Name List ADD GSMSCB Cell CI SET BTSAUTOPLANCFG 2G NCELL BCCH SET GCELL2GBA1 2GBA1 Input Tag SET GCELL2GBA1 Speech Version SET GCELLCCACCESS 2G NCELL BCCH SET GCELLHO2GBA2 2GBA2 Input Tag SET GCELLHO2GBA2 SET GCELLHOBASIC SET GCELLHOEMG SET GCELLHOFITPEN SET GCELLHOIUO Current HO Control Algorithm FDDBA2 Input Tag TDDBA2 Input Tag Cell Parameter ID

SET GCELLHOFDDBA2 SET GCELLHOTDDBA2 SET GCELLHOTDDBA2

If the cell is an enhanced concentric cell, this parameter with th Whether to enable the BSC to assign half or full rate channels t Whether to assign overlay channels in an IUO cell based on the Threshold for determining that the underlaid subcell is busy. Th

The BSC assigns channels in the overlaid subcell to the MS in a concentric cell. If the channel seizure ratio of overlaid subcell is greater than the value of this parameter, half-rate channels are assigned. Otherwise, full-rate channels are assigned. Channel seizure ratio = Num. of busy TCHF + Num. of busy TCHH/2%. This parameter is valid for the concentric cell. When the "Allow Rate Selection Based on Overlaid/Underlaid Subcell Load" is set to Yes, the "TCH Traffic Busy Threshold %" is invalid for the concentric cell.

Conversion policy of the dynamic channel of the concentric cell Whether a cell is a normal cell, concentric cell, or enhanced du Base station color code BCC of a cell, provided by the network Number of PAGCH blocks Number of PBCCH blocks Number of PRACH blocks Network color code that is provided by the telecom operator. Th Uniform number of neighboring cell 1 index within a BSC6900, Index of neighboring GSM cell 2. Uniform number of a cell inde List of cell indexes. All cell indexes are combined as a characte List of cell names. All cell names are combined as a character s Cell identity code. The cell is a radio coverage area that is ident BCCH frequency of a 2G neighbor cell that MSs can measure i Whether to generate the 2G BA1 table automatically according Speech version supported by a cell BCCH frequency of a 2G neighbor cell that MSs can measure i This parameter indicate whether to generate the 2G BA2 table

Whether to use handover algorithm generation 1 or 2 currently This parameter indicate whether to generate the FDD BA2 table Whether the FDD BA2 table is generated automatically accordi Cell parameter ID of a TDD cell. The cell parameter ID distingu

NCCELL No.

SET GCELLIDLEFDDBA1 SET GCELLIDLETDDBA1 SET GCELL2GBA1 SET GCELLHO2GBA2 SET GCELLHOFDDBA2 SET GCELLHOTDDBA2 SET GCELLIDLEFDDBA1 SET GCELLIDLETDDBA1 SET GCELL2GBA1 SET GCELLHO2GBA2 SET GCELLHOFDDBA2 SET GCELLHOTDDBA2

Number of a row to be changed in a BA list

Item Valid Frame Offset SET GCELLOTHEXT Max RC Power Reduction SET GCELLOTHEXT Frame Start Time SET GCELLOTHEXT Item Index SET GCELLREV Value SET GCELLREV Directed Retry SET GCELLBASICPARA Assignment Cell Load Judge SET GCELLCCBASIC Enable Directed Retry Load Access SET Threshold GCELLCCBASIC Cell Directed Retry Forbidden SET GCELLOTHEXT Threshold Max. Duration of DRX SET GCELLPSBASE Support SPLIT_PG_CYCLE SET on GCELLPSBASE CCCH

Used for parameter control Frame offset. The frame offset technology arranges the frame n Maximum number of levels that the BTS RF power decreases. This parameter indicates start frame number of the BTS. It is us Reserved parameter for cells. There are 30 parameters of this t Value of a reserved parameter for cells Whether to enable a directed retry. The directed retry is to hand When this parameter is set to ENABLE, if the cell supports dire Threshold of the load in the target cell for the directed retry. On Threshold of forbidding directed retry for cells. When the value Duration of the timer for entering the DRX mode. DRX is the pa Whether to support SPLIT_PG_CYCLE on CCCH. The parame

FR Use Downlink DTX SET GCELLBASICPARA

Whether the downlink discontinuous transmission DTX function

HR Use Downlink DTX SET GCELLBASICPARA

Whether the downlink DTX function is enabled for half rate HR

FR Uplink DTX

Whether the uplink DTX function is enabled for FR calls. For de

SET GCELLBASICPARA

HR Uplink DTX SET GCELLBASICPARA Enhanced TCH Adjust Allowed SET GCELLCHMGBASIC Dyn. Turning Off Cell Protection SET GCELLDYNTURNOFF Time Same Coverage Cell Load SET Stat. GCELLDYNTURNOFF Time Same Coverage Cell Load SET Threshold GCELLDYNTURNOFF Dyn. Turning Off Cell Busy SETChannel GCELLDYNTURNOFF Num. Dyn. Turning Off Cell Stop SET Time GCELLDYNTURNOFF Dyn. Turning Off Cell Start SET Time GCELLDYNTURNOFF Dyn. Turning On Cell Load SETThreshold GCELLDYNTURNOFF Same Coverage Cell NoSET GCELLDYNTURNOFF Same Coverage Cell Index SETType GCELLDYNTURNOFF Same Coverage Cell Name SET GCELLDYNTURNOFF Enable Turning Off Cell SET GCELLDYNTURNOFF Dynamic Transmission Div SETSupported GCELLCHMGBASIC EICC Allowed SET GCELLSOFT Priority of Emergency Call SET GCELLCCAD Emergency Call Preemption SET Permitted GCELLCCAD Emergent Call Disable SET GCELLCCBASIC Max Channel Num Reserved SET GCELLCHMGBASIC for EC Dummy Bit Randomization SETSwitch GCELLSOFT Stop Send SI 5/5bis/5terSET afterGCELLSOFT Encrypt TCH Time Handover Period SET GCELLSOFT TCH Time Handover Switch SET GCELLSOFT Flex TSC Switch SET GCELLSOFT Power Derating Active Channel SET GCELLOTHEXT Enabled Power Derating EnabledSET GCELLOTHEXT Power Derating End Time SET GCELLOTHEXT Power Derating Range SET GCELLOTHEXT Power Derating Start Time SET GCELLOTHEXT Active CH Interf. Meas.Allowed SET GCELLCHMGAD Channel Assign Allow forSET Insuff GCELLCHMGAD Power

Whether the uplink DTX function is enabled for HR calls. For de Whether to enable the cell to centralize two busy half rate TCHs This parameter specifies a period of time during which a cell ca The BSC6900 checks the load of the same coverage cell of the A cell that can be disabled is allowed to be disabled only when If the number of channels including PDCH and TCH occupied o This parameter specifies the end time of a period during which This parameter specifies the start time of a period during which When the load of the same coverage cell is higher than this thre Index of a cell with the same coverage as the current cell Index type used when the command is executed Name of the same coverage cell This parameter specifies whether to enable the Dynamic Cell P Whether to enable the cell to support dynamic transmit diversity Whether to enable the EICC algorithm Priority level of an emergency call. If this parameter is set to 15 If this parameter is set to ON, the BSC initiates a TCHF preemp Whether to disable emergency calls. For the MSs of access lev Maximum number of TCH channels reserved for emergency ca Whether a BTS randomizes the dummy bits 0x2B in all the sign This parameter specifies whether the sending of system inform This parameter specifies the interval at which the speech servic This parameter specifies whether to perform periodic intra-cell h Whether to enable the function of the Flex training sequence co This parameter specifies whether to reduce the transmit power This parameter specifies whether to enable the Enhanced BCC This parameter specifies the end time of the period during whic This parameter specifies the range of power derating over the n This parameter specifies the start time of the period during whic Whether to measure the channel interference during channel a Whether to allow a multi-density TRX board that uses the dynam

C/I Estimate Value SET GCELLCHMGAD GSM900 Band Traffic Load SETShare GCELLCHMGAD Threshold History Record Priority Allowed SET GCELLCHMGAD Interf. Priority Allowed SET GCELLCHMGAD Balance Traffic Allowed SET GCELLCHMGAD MCPA Optimization Switch SET GCELLCHMGAD Assign Non-AMR User Loose SET GCELLCHMGAD Fre. Reuse TRX Power Priority Allowed SET GCELLCHMGAD Multi-Density TRX Power SET Sharing GCELLCHMGAD TCH Traffic Busy Threshold SET GCELLCHMGAD Allocation TRX Priority Allowed SET GCELLCHMGAD Ratio of AMR-HR SET GCELLCHMGBASIC Ratio of TCHH SET GCELLCHMGBASIC Channel Allocate Strategy SET GCELLCHMGBASIC Factory Mode SET GCELLCHMGBASIC Interference Band Threshold SET GCELLOTHEXT 0 Interference Band Threshold SET GCELLOTHEXT 1 Interference Band Threshold SET GCELLOTHEXT 2 Interference Band Threshold SET GCELLOTHEXT 3 Interference Band Threshold SET GCELLOTHEXT 4 Interference Band Threshold SET GCELLOTHEXT 5 Interference Calculation SET Period GCELLOTHEXT Cell Inner/Extra PropertyADD GCELL Same Group Cell Index ADD GCELL Same Group Cell NameADD GCELL Same Group Cell Index ADD Type GCELL Distance Hysteresis Between SET GCELLHOEDBPARA Boundaries

This parameter specifies the estimated carrier-to-interference ra Threshold for load sharing in the 900 MHz frequency band. Ass Whether to consider history priority records during channel assi Whether to consider interference priorities during channel assig If this parameter is set to YES, the channel assignment algorith If the MCPA Optimization Switch is turned on, the MCPA priorit Whether to preferentially allocate loose multiplexing frequencie This parameter specifies whether to enable the TRX with good Whether to use the statistical multiplexing algorithm for multi-de If the current channel seizure ratio reaches or exceeds this valu This parameter specifies whether the TRX priority is considered Maximum ratio of the number of AMR half rate channels to the Maximum ratio of the number of half rate channels to the total n Channel assignment priority of the cellIf this parameter is set to If this parameter is set to ON, the BSC assigns the channels in Threshold used for interference measurement.The BSS measu Threshold used for interference measurement.The BSS measu Threshold used for interference measurement.The BSS measu Threshold used for interference measurement.The BSS measu Threshold used for interference measurement.The BSS measu Threshold used for interference measurement.The BSS measu Period during which interference levels are averaged. The inter This parameter specifies whether a cell is the OL subcell or the Index of a same group cell in an enhanced dual band network Name of a same group cell in an enhanced dual band network Index type of a same group cell in an enhanced dual band netw Hysteresis in the distance between the boundary of the overlaid

Distance Between Boundaries SET GCELLHOEDBPARA of Subcells Number of Satisfactory Measurements SET GCELLHOEDBPARA Total Number of Measurements SET GCELLHOEDBPARA Subcell HO Allowed Flow SET Control GCELLHOEDBPARA Level Inter UL/OL Subcells HOSET Penalty GCELLHOEDBPARA Time OL Subcell Assignment SET Optimization GCELLHOEDBPARA Inner Cell EDGE HO Enable SET GCELLHOEDBPARA Load HO of OL Subcell to SET ULGCELLHOEDBPARA Subcell OL Subcell Load Diversity SET HOGCELLHOEDBPARA Period Step Length of OL Subcell SET Load GCELLHOEDBPARA HO Inner Cell Serious OverLoad SET GCELLHOEDBPARA Thred Incoming OL Subcell HOSET Level GCELLHOEDBPARA TH UL Subcell Assignment SET Optimization GCELLHOEDBPARA UL Subcell General Overload SET GCELLHOEDBPARA Threshold Outgoing OL Subcell HOSET Level GCELLHOEDBPARA TH Load HO Allowed SET GCELLHOEDBPARA MOD Step LEN of UL Load SETHO GCELLHOEDBPARA Period UL Subcell Load Hierarchical SET GCELLHOEDBPARA HO Periods Step Length of UL Subcell SET Load GCELLHOEDBPARA HO UL Subcell Lower Load Threshold SET GCELLHOEDBPARA

Distance between the boundary of the overlaid subcell and the boundary of the underlaid subcell. This parameter specifies the difference between the coverage of the overlaid subcell and the coverage of the underlaid subcell in the concentric cell or dual-frequency network scenario. The boundaries of the overlaid and underlaid subcells are determined according to the relative value between the signal strength of the serving cell and the signal strength of the neighbor cell. Assume that the signal strength of the serving cell is SSs and that the signal strength of the neighbor cell is SSn. If SSs = SSn, the MS is on the boundary of the underlaid subcell. If SSs - SSn > "Distance Between Boudaries of Subcells", the MS is in the coverage of the overlaid subcell. In the tight BCCH handover algorithm, this parameter specifies the difference between the coverage of the TRX that carries the BCCH and the coverage of the TRX that does not carry the BCCH. The

According to the P/N rule, if the conditions for the handover bet According to the P/N rule, if the conditions for the handover bet If the current system flow control level is greater than this param An MS cannot be handed over from the underlaid subcell to the Whether to assign channel requests in the overlay subcell to th Whether to allow underlay-to-overlay edge handovers Whether to allow underlay-to-overlay load handovers Overlay-to-underlay load handovers are performed by levels. Th Level step during overlay-to-underlay hierarchical load handove In an enhanced dual-band network, if the load of the overlay su Lower threshold of the overlay level during underlay-to-overlay h Whether to assign channel requests initiated in the underlay su When the load of the underlay subcell is higher than this param Lower threshold of the overlay level during overlay-to-underlay h Whether to switch some of the calls in the underlay subcell to th If the underlay load is higher than "UL Subcell Serious Overload When the load of the underlay subcell exceeds "UL Subcell Ge Level step during underlay-to-overlay hierarchical load handove When the load of the underlay subcell is lower than this parame

UL Subcell Serious Overload SET GCELLHOEDBPARA Threshold Invalid BSIC Reporting SET GCELLCCUTRANSYS Measurement Report Type SET GCELLCCUTRANSYS SCALE_ORDER SET GCELLCCUTRANSYS 3G Search PRIO SET GCELLCCUTRANSYS Filter Length for SDCCHSET CV_BEP GCELLHOFITPEN Filter Length for TCH CV_BEP SET GCELLHOFITPEN Filter Length for SDCCHSET MEAN_BEP GCELLHOFITPEN Filter Length for TCH MEAN_BEP SET GCELLHOFITPEN Filter Length for SDCCHSET NBR_RCVD_BLOCK GCELLHOFITPEN Filter Length for TCH NBR_RCVD_BLOCK SET GCELLHOFITPEN Filter Length for SDCCHSET REP_QUANT GCELLHOFITPEN Filter Length for TCH REP_QUANT SET GCELLHOFITPEN

Allow EMLPP SET GCELLCCBASIC Highest Priority for Quality SET First GCELLCHMGBASIC Highest Priority User Quality SET First GCELLCHMGBASIC DL PC Allowed SET GCELLBASICPARA

When the load of the underlay subcell is higher than this param Whether a measurement report can contain the information abo Type of the measurement report MR reported by the MS This parameter indicates that when the MS reports the EMR, it Whether to allow the MS to search for a 3G cell when the BSIC Number of enhanced measurement reports EMRs sampled for Number of enhanced measurement reports EMRs sampled for For the purpose of accurately reflecting the radio environment o For the purpose of accurately reflecting the radio environment o For the purpose of accurately reflecting the radio environment o For the purpose of accurately reflecting the radio environment o For the purpose of accurately reflecting the radio environment o For the purpose accurately reflecting the radio environment o Whether to allowofthe function of enhanced multi-level precedence and preemption eMLPP. With the eMLPP function enabled, the network can use different policies such as queuing, preemption, or directed retry based on the priorities of different calls when network resources are occupied. If this parameter is set to YES, when preemption occurs, the MS with the lowest priority initiates a handover, and the MS with a higher priority seizes the idle channel after a handover. If this parameter is set to NO, an MS with a lower priority releases the channel, the MS with a higher priority seizes the idle channel after the release. The eMLPP has up to seven priorities: A, B, 0, 1, 2, 3, and 4. The two highest priorities A and B are internally reserved for local use only. Priorities 0 to 4 can be subscribed by MSs for global use. With the support of the MSC, HLR, and mobile terminal containing a SIM card, the eMLPP function can be perfectly implemented.

Full rate TCHs are assigned preferentially to the MSs with prior Whether to enable the priority-based channel assignment algor Whether to allow BTS power control

UL PC Allowed SET GCELLBASICPARA Cell Extension Type ADD GCELL Extended Cell Throughput SET Enhancement GCELLPSOTHERPARA Select 3G Cell After CallSET Release GCELLCCAD Low-level Sublink Resource SET Preempt GCELLSOFT Switch Sublink Resources Preemption SET GCELLSOFT Switch Start Flex MAIO Switch ADD GCELL HSN Modification SwitchADD GCELL Freq. Band ADD GCELL Other Frequency ADD GCELLQUICKSETUP Main BCCH Frequency ADD GCELLQUICKSETUP Cell Type ADD GCELLQUICKSETUP

Whether to allow MS power control Whether a cell is an extension cell.A double-timeslot extension Whether to support the downlink throughput enhancement func This parameter specifies whether to allow a mobile phone to pr Whether to permit the preemption of lower-level sublink resourc This parameter specifies whether the CS services preempt the Whether to enable the function of Flex mobile allocation index o Whether dynamic use of HSNs is enabled. If the functions of fre This parameter specifies the frequency band of new cells. Each Ordinary frequency. Multiple frequencies are separated by "&". Frequency of the BCCH TRX Cell type. Currently, the fast BTS construction is available for on

HSN ADD GCELLMAGRP TSC ADD GCELLMAGRP Hop Index ADD GCELLMAGRP Hop Mode ADD GCELLMAGRP PWRC SET GCELLCCCH Frequency Hopping Mode SET of GCELLHOPQUICKSETUP BCCH TRX SET GCELLHOPTP SET GCELLHOPQUICKSETUP Frequency Hopping Mode ARFCN Coding SchemeSET GCELLSOFT Data Service Allowed SET GCELLOTHEXT ADD PTPBVC BLK PTPBVC PTP BVC Identifier eMLPP Priority SET GCELLGSMR FACCH Send Notification SET Msg GCELLGSMR Indication FACCH Send Paging Msg SET Indication GCELLGSMR VGCS IM Preemption Enable SET GCELLGSMR Send FACCH Notification SET Priority GCELLGSMR Send FACCH Paging Priority SET GCELLGSMR CS Data Service PRI ADD GCELL CS Voice Service PRI ADD GCELL PS High PRI Service PRI ADD GCELL PS Low PRI Service PRIADD GCELL VIP Cell ADD GCELL SDCCH Congestion Flow SET Control GCELLCCCH Allowed Average Paging Message SET Number GCELLSOFT In Period MAX Paging Message Number SET GCELLSOFT In Period ADD GEXT3GCELL SET GCELLHOFDDBA2 SET GCELLHOTDDBA2 Diversity FDD Reporting Offset SET GCELLCCUTRANSYS FDD Reporting Threshold SET GCELLCCUTRANSYS FDD Multirate ReportingSET GCELLCCUTRANSYS FDD Qmin SET GCELLCCUTRANSYS FDD Qmin Offset SET GCELLCCUTRANSYS

Hopping sequence number HSN, indicating 64 types of frequency hopping sequences. If this parameter is set to 0, the frequency hopping is performed in sequence. If this parameter is set to a value from 1 to 63, the frequency hopping is performed in a pseudo-random manner, that is a disciplinary random manner.

The TSC is short for the Training Sequence Code.The TSC mu Index of the frequency hopping data, used for a TRX to locate t Implementation mode of frequency hopping Whether an MS uses the calculated value as the final receive le Frequency hopping mode of the TRX that carries the BCCH

This parameter specifies the frequency hopping mode of a cell. Coding mode in which an ARFCN is sent to an MS during an as Data service supported by the BSC6900. You can set this param

Identifies a unique PTP BVC with NSE Indicating whether the eMLPP function is enabled in a cell and Whether to allow sending notification messages on the FACCH Whether to allow sending paging messages on the FACCH. If t Whether direct preemption of the channels of other services is Priority of the notification message transmission on the FACCH Priority of the paging message transmission on the FACCH. Fro Priority of the CS data service. The parameter is used for BSC6 Priority of a speech service in the CS domain. The parameter is Priority of the PS high priority service Priority of the PS low priority service Is VIP Cell.The parameter is used for BSC6900 flow control. Whether to permit Abis flow control.The flow control function he Average number of paging messages allowed in a cell in a peri Maximum number of paging messages allowed in a cell in a pe

Whether to activate transmit diversity on the common channel o Offset of a FDD cell report.When the priority of a 3G cell is sequ Threshold of a FDD cell report.When the receive level value in Number of UTRAN FDD cells that should be included in measu This parameter specifies one of the thresholds of the signal lev Offset of the minimum threshold for Ec/No during a FDD cell re

FDD Q Offset FDD REP QUANT FDD RSCP Min. FDDBA1 Input Tag Diversity Indication Downlink Frequency Scrambling Code

SET GCELLCCUTRANSYS SET GCELLCCUTRANSYS SET GCELLCCUTRANSYS SET GCELLIDLEFDDBA1 SET GCELLIDLEFDDBA1 SET GCELLIDLEFDDBA1 SET GCELLIDLEFDDBA1 ADD GEXT3GCELL GCELLHOFDDBA2 Scrambling Code or CellSET Parameter Id ADD GEXT3GCELL SET GCELLHOFDDBA2 SET GCELLHOTDDBA2 DL UARFCN 1800 Reporting Offset SET GCELLCCUTRANSYS 1800 Reporting Threshold SET GCELLCCUTRANSYS 900 Reporting Offset SET GCELLCCUTRANSYS 900 Reporting ThresholdSET GCELLCCUTRANSYS Qsearch C Initial SET GCELLCCUTRANSYS

A 3G cell can be a candidate cell only when the average receive level of the 3G cell is greater than the value of this parameter of the current serving cell. The values of this parameter correspond to the following decibel values: 0: - always select a cell if acceptable 1: -28 dB 2: -24 dB ... 15: 28 dB

This parameter specifies whether Ec/No or RSCP is used for th Minimum level threshold of UTRAN cell reselection. During the Input mode of the BA lists.AUTO: In this mode, the system fills Diversity indication of a 3G cell. This parameter indicates wheth Downlink frequency number that an MS in the connected mode Scrambling code of a 3G cell, used for distinguishing MSs or ce Scrambling code of a 3G cell. The scrambling code is used to

Downlink frequency of the external 3G cell Offset of the measurement report about the cells at the 1800 M Threshold of the measurement report about the cells at the 180 Offset applied to the receive level of a GSM900 cell in the meas Threshold of the measurement report of the cells at the 900 MH This parameter specifies the threshold of the signal level for ce

Qsearch I Qsearch P

SET GCELLCCUTRANSYS SET GCELLCCUTRANSYS

This parameter specifies the level threshold for cell reselection in idle mode. In idle mode, if the signal level of the serving cell is below [0, 7] or above [8, 15], the MS starts to search for 3G cells. For example, if this parameter is set to 5 and if the signal level of the serving cell is lower than 5, the MS starts to search for 3G cells; if this parameter is set to 10 and if the signal level of the serving cell is above 10, then the MS starts to search for 3G cells. The values of this parameter correspond to the following decibel values: 0: -98 dBm 1: -94 dBm 2: -90 dBm 3: -86 dBm 4: -82 dBm 5: -78 dBm 6: -74 dBm 7: always, that is, the MS keeps searching for 3G cells 8: -78 dBm 9: -74 dBm 10: -70 dBm 11: -66 dBm 12: -62 dBm 13: -58 dBm

This parameter specifies one threshold of the signal level for ce

Qsearch C SET GCELLCCUTRANSYS Ec/No Threshold for Better SET3G GCELLHOUTRANFDD Cell HO SET GCELLHOUTRANFDD SET GCELLHOUTRANTDD Better 3G Cell HO Allowed SET GCELLHOUTRANFDD SET3G GCELLHOUTRANTDD RSCP Threshold for Better Cell HO Support Half Rate SET GCELLCCCH Neighbor 2G Cell 1 Name ADD GIBCAPNCGRP Neighbor 2G Cell 2 Name ADD GIBCAPNCGRP IBCA AMR FR Soft Block SET Threshold GCELLCHMGAD IBCA AMR HR Soft Block SET Threshold GCELLCHMGAD IBCA Allowed SET GCELLCHMGAD IBCA Assign Waiting MrSET TimeGCELLCHMGAD IBCA Call Information Filter SET GCELLCHMGAD IBCA Set-up Call Soft Block SET Threshold GCELLCHMGAD Offset Target CIR Offset of IBCA SET Set-up GCELLCHMGAD Call

In connection mode, if the signal level is below [0-7] or above [815], the MS starts to search for 3G cells. For example, if this parameter is set to 5 and if the signal level of the serving cell is lower than 5, the MS starts to search for 3G cells; if this parameter is set to 10 and if the signal level of the serving cell is above 10, then the MS starts to search for 3G cells. 0: -98 dBm 1: -94 dBm ... 6: -74 dBm 7: always 8: -78 dBm 9: -74 dBm ... 14: -54 dBm 15: Positive infinity never

The 3G better cell handover can be triggered only when the Ec/

This parameter specifies whether to allow 3G better cell handov

The 3G better cell handover is triggered only when the RSCP o Whether to support the half-rate service in this cell. It is one of t Name of neighboring GSM cell 1 Name of neighboring GSM cell 2 Minimum C/I ratio that IBCA AMR FR services allow. An idle ch Minimum C/I ratio that IBCA AMR HR services allow. An idle ch Whether to enable the IBCA algorithm Length of the timer for a new call to wait for the measurement r Number of measurement reports sampled for averaging path lo When the IBCA algorithm is enabled, this parameter is used to When the IBCA algorithm is enabled, this parameter is used to

IBCA Downlink Path Loss SET Offset GCELLCHMGAD IBCA Urgent HO WaitingSET Mr Time GCELLCHMGAD IBCA Flexible TSC Allowed SET GCELLCHMGAD IBCA Forced BTS Synchronization SET GCELLCHMGAD Allowed IBCA FR/EFR Soft BlockSET Threshold GCELLCHMGAD IBCA HO Waiting Effective SETMrGCELLCHMGAD Time IBCA HR Soft Block Threshold SET GCELLCHMGAD IBCA ICDM Initial Level SET Offset GCELLCHMGAD IBCA ICDM Switch SET GCELLCHMGAD IBCA Init. Power ControlSET RexLevDL GCELLCHMGAD Offset IBCA Init. Power ControlSET RexLevUL GCELLCHMGAD Offset IBCA Init. Pwr Ctrl Rx Qual SETDL GCELLCHMGAD Offset IBCA Init. Pwr Ctrl Rx Qual SETUL GCELLCHMGAD Offset IBCA IUO Path Loss Offset SET GCELLCHMGAD IBCA MAIO Using Method SET GCELLCHMGAD IBCA Max. Interference SET Source GCELLCHMGAD Num. IBCA Pathloss Est of Non. SET MR GCELLCHMGAD Ncell Target CIR Offset of IBCA SET New GCELLCHMGAD Call IBCA Natural HO Waiting SET Mr GCELLCHMGAD Time IBCA Non MeasurementSET Ncell GCELLCHMGAD Stat. Num Corrected Factor of IBCA SET Priority GCELLCHMGAD IBCA Pathloss Offset SET GCELLCHMGAD IBCA Path Lose Filter Factor SET GCELLCHMGAD IBCA Service Cell Pathloss SET GCELLCHMGAD IBCA Soft Block SAIC Offset SET GCELLCHMGAD IBCA Soft Block Switch SET GCELLCHMGAD IBCA Sub-Channel Handover SET GCELLCHMGAD Allowed IBCA MAIO Target C/I Threshold SET GCELLCHMGAD IUO IBCA Allowed SET GCELLCHMGAD IBCA User Dyn MeasureSET Neighbor GCELLCHMGAD Cell IBCA WAMR FR Soft Block SETThreshold GCELLCHMGAD IBCA Loose Trx SDCCHSET Load GCELLCHMGAD Threshold IBCA Tight Trx SDCCH SET RxlevGCELLCHMGAD Threshold IBCA Wait SDCCH Idle SET TimerGCELLCHMGAD

Difference between uplink and downlink path losses, which is used to estimate the downlink path loss of a call when the downlink path loss cannot be computed directly according to a measurement report. This parameter is configured according to the combined loss and hierarchical dual-antenna gain 3 dB of the BTS. "IBCA Downlink Path Loss Offset" = combined loss of BTS + hierarchical dual-antenna gain of BTS 3 dB

Length of the timer for a call to measure the path loss in the nei Whether the IBCA flexible TSC function is enabled. When this p Whether the IBCA forced BTS synchronization is allowed. Whe Minimum C/I ratio that IBCA FR/EFR services allow. An idle cha Length of the timer for a call to wait for other valid MRs after rec Minimum C/I ratio that IBCA HR services allow. An idle channel In the ICDM matrix algorithm, the signal strength 0-63 is divided Whether to enable the ICDM algorithm for the cell. The ICDM a Adds a specified offset to the downlink target receive level when Adds a specified offset to the uplink target receive level when p Adds a specified offset to the downlink target receive quality wh Adds a specified offset to the uplink target receive quality when In an IUO cell or a CoBCCH cell, the path loss of an MS to the Determines the MAIO selection method for each timeslot. The O The IBCA interference evaluation process only considers the in Estimates the receive level of the unmeasured IBCA neighborin When the IBCA algorithm is enabled, this parameter is used to Length of the timer for a call to measure the path loss in the nei Estimates the receive level of the unmeasured IBCA neighborin When the IBCA algorithm is enabled and the HSN is not 0, the When the path loss of an MS to a neighboring cell cannot be m Considers the influence of history path loss information during t Use this parameter when the path loss of an MS to serving cells MSs that support SAIC can tolerate a lower carrier-to-interferen Whether to deny the access of a call when none of the MAIO ev Whether the handover of the calls on the single channels is allo Whether a MAIO meets the access requirement. When the C/I Whether to enable the IBCA algorithm for the overlay and unde Whether a single IBCA MS can dynamically measure the neigh The lowest C/I ratio that can be tolerated by IBCA WAMR FR. T When the load of an SDCCH on the TRX that is in loose freque If the SDCCH load on the TRXs of the compatible BCCH in loos When the dynamic PDCH needs to use MAIO of the SDCCH, th

MAIO 1 MAIO 10 MAIO 11 MAIO 12 MAIO 2 MAIO 3 MAIO 4 MAIO 5 MAIO 6 MAIO 7 MAIO 8 MAIO 9 Hop Index Attach-detach Allowed

SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLMAIOPLAN SET GCELLIDLEBASIC

ICB Allowed SET GCELLBASICPARA RTTI PDCH Multiplex Threshold SET GCELLPSCHM Allow Inter-RAT Load HO SET in Connect GCELLHOINTERRATLDB State Index Type SET GCELLHOINTERRATLDB MSRD MCS Threshold SET GCELLPSCHM

Mobile allocation index offset 1. Start frequency number, which Mobile allocation index offset 10. Start frequency number, which Mobile allocation index offset 11. Start frequency number, which Mobile allocation index offset 12. Start frequency number, which Mobile allocation index offset 2. Start frequency number, which Mobile allocation index offset 3. Start frequency number, which Mobile allocation index offset 4. Start frequency number, which Mobile allocation index offset 5. Start frequency number, which Mobile allocation index offset 6. Start frequency number, which Mobile allocation index offset 7. Start frequency number, which Mobile allocation index offset 8. Start frequency number, which Mobile allocation index offset 9. Start frequency number, which Logical number of the MA group Attach-detach Allowed ATT. If this parameter is set to YES, whe

This parameter is used to enable the Intelligent Combiner Bypass ICB function on the BCCH TRX of a cell. This parameter specifies whether to allow the cell to enable the ICB function. When this parameter is set to YES, the TCHs on the non-BCCH TRX are preferentially assigned. In this way, the largest possible number of idle TCHs is reserved on the BCCH TRX, and thus the BCCH TRX enters the ICB mode.

Maximum number of RTTI TBFs that can be multiplexed on the This parameter specifies whether to allow the inter-RAT load ha Type of an index Threshold of the MS Receiver Diversity MSRD mode

Multi-band report SET GCELLCCBASIC Serving Band ReportingSET GCELLCCUTRANSYS High Band Indicator of Cell SET1900 GCELLSOFT High Band Indicator of Cell SET850 GCELLSOFT High Band Indicator of Cell SET900 GCELLSOFT Location Group Power Switch SET GCELLSOFT Network Operation Mode SET GCELLPSBASE Switch for BTS Supporting SET SAIC GCELLSOFT PC Adjust Allowed Measure ReportSET Missed GCELLNC2PARA Number 2G/3G Cell Reselection SET Strategy GCELLNC2PARA Cell Rx Quality Worsen SET RatioGCELLNC2PARA Threshold EDGE 8PSK Quality Threshold SET GCELLNC2PARA EDGE GMSK Quality Threshold SET GCELLNC2PARA Filter Window Size SET GCELLNC2PARA GPRS Quality ThresholdSET GCELLNC2PARA Cell Load Reselection Allowed SET GCELLNC2PARA Load Reselect Level Threshold SET GCELLNC2PARA Load Reselection Receive SET Threshold GCELLNC2PARA Load Reselection Start Threshold SET GCELLNC2PARA Cell Reselection Level Threshold SET GCELLNC2PARA

Used for requesting the MS to report the measurement informa Number of neighboring cells that meet the following conditions: Whether the cells at the 1900 frequency support high frequency Whether the cells at the 850 frequency support high frequency Whether the cells at the 900 frequency support high frequency Whether to enable the power amplifier for all location groups. 0 This parameter is related to the paging channel of the system. T Whether to specify "Power Control threshold Adjust for SAIC" in Number of allowed measure report missed. If the number of allo This parameter specifies whether a 2G cell or 3G cell is selecte The number of times that the downlink transmission quality of th Used for EDGE 8PSK transmission quality statistics. If MEAN_B Used for EDGE GMSK transmission quality statistics. If MEAN_ Maximum number of former values when the receive level of th Used for the GPRS transmission quality statistics. When the tra Whether to allow the cell load reselection. If this parameter is s Threshold for allowing the MS to reselect a cell during load reel When the uplink load or downlink load of the target cell is lower When the uplink load or downlink load of the cell exceeds this t Minimum receive level for a neighbor cell to become a candidat

MS Rx Quality Statistic Threshold SET GCELLNC2PARA Cell Normal ReselectionSET Allowed GCELLNC2PARA Cell Penalty Duration SET GCELLNC2PARA Cell Penalty Level SET GCELLNC2PARA Cell Reselection Hysteresis SET GCELLNC2PARA Cell Reselect Interval SET GCELLNC2PARA Normal Cell ReselectionSET Watch GCELLNC2PARA Period Normal Cell ReselectionSET Worsen GCELLNC2PARA Level Threshold Cell Urgent Reselection SET Allowed GCELLNC2PARA Non-DRX Period SET GCELLNWCTRLMSRPARA Cell Reselection MR Period SETinGCELLNWCTRLMSRPARA Packet Idle Mode Cell Reselection MR Period SETinGCELLNWCTRLMSRPARA Packet Transfer Mode Network Control Mode SET GCELLPSBASE PDCH Available Threshold SETofGCELLSOFT Channel Failure PDCH Out-of-Synchronization SET GCELLSOFT Period Specify Index of Cell Handover SET FHO to Cell Name of Handover SET to FHO Handover Scope SET FHO Monitoring Alarm SwitchSET for Channel GCELLSOFT Failure TCH Available Threshold SET of Channel GCELLSOFT Failure Period of Mute Detect Class2 SET GCELLSOFT TRAU Frame Exceptional Frame Threshold SET GCELLSOFT of Mute Detect Class1 Period of Mute Detect Class1 SET GCELLSOFT Mute Detect Class2 Switch SET GCELLSOFT Period of Mute Detect Class2 SET GCELLSOFT Access Prohibited UponSET One-Way GCELLSOFT Audio Forced Call Release Upon SET Failed GCELLSOFT Handover in One-Way Audio Mute Detect Class1 Switch SET GCELLSOFT Um Interface Crosstalk Optimization SET GCELLSOFT Allowed OSP Code ADD GCELLQUICKSETUP Administrative State SET GCELLADMSTAT Diversity LNA Bypass Permitted SET GCELLOTHBASIC Cell Coverage Type SET GCELLOTHEXT Power Output ReductionSET Threshold GCELLOTHEXT Power Output Error Threshold SET GCELLOTHEXT VSWR TRX UnadjustedSET Threshold GCELLOTHEXT VSWR TRX Error Threshold SET GCELLOTHEXT Cell Out-of-Service Alarm SET Switch GCELLSOFT Adjust Voltage SET GCELLBASICPARA Move Immediate Assignment SET GCELLPSOTHERPARA Down to BTS Move Packet Assignment SET Down GCELLPSOTHERPARA to BTS Allow MR Command or not SET GCELLPSI1 PSI1 Repetition Period SET GCELLPSI1 Support PSI Status Message SET GCELLPSI1 Paging Times SET GCELLCCBASIC Multi-Frames in a Cycle SET on the GCELLIDLEBASIC Paging CH BTS Paging Lifetime SET GCELLSOFT

When the number of received measurement reports on the dow Whether to allow the cell normal reselection. If this parameter is Penalty duration for cell reselection. Cell penalty can be perform When the cell reselection failure message is received or the loa Indicating that during cell reselection, the level of the target cell NC2 cell reselection interval in the same cell The number of received Packet Measurement Report message If the number of times when the receive level of the serving cell Whether to allow cell urgent reselection. If this parameter is set Period when the cell is in the non-DRX state Cell reselection measurement report period in packet idle mod Cell reselection measurement report period in packet transmis Network control mode for cell reselection of the MS. There are This parameter specifies the proportion of available PDCHs in a This parameter is used to check whether the Abis timeslot for th Type of indexing the target cell Unique name of the target cell Type of handover in terms of connection transfer between chnn This parameter determines whether to activate the function of m This parameter specifies the proportion of available TCHs in a c Interval for sending test TRAU frames in the period of class-2 m Threshold for the rate of the number of bad frames to the total n Period of performing class-1 mute detection. If the bad frame ra Whether to enable the class-2 mute detection Period of performing the class-2 mute detection. After the BTS Time for prohibiting the call from accessing the corresponding Whether to forcibly release a call after the forced handover fails Whether to enable the class-1 mute detection. Whether the crosstalk optimization function over the Um interfa Code of the signaling point of the local office in the signaling ne Administrative state of a cell Whether to permit the low noise amplifier LNA bypass If the coverage type of a cell is outdoor coverage, the BTS dete This parameter specifies a condition for generating a BTS alarm This parameter specifies a condition for generating a BTS alarm This parameter specifies a condition for generating a BTS alarm This parameter specifies a condition for generating a BTS alarm Whether to report a cell out-of-service alarm after a cell is out o This parameter specifies whether to enable the TRX Working V This parameter specifies whether to support the takeover of the Whether to support the function of moving the packet assignme Whether to allow the MS to the send the PS measurement repo Period for sending the packet message PSI. If the period is too Whether the BSC supports the state message PSI. The state m For the BTS, this parameter is used to determine paging retran Number of multiframes in a cycle on a paging sub-channel. In f Lifetime of a paging message in the queue of the BTS. The set

Cell Paging Package Switch SET GCELLSOFT Interval for Sending CellSET Paging GCELLSOFT Package Number of Cell Pagings SET in One GCELLSOFT Package Transmission Delay of POC SET Service GCELLPSOTHERPARA Max. GBR for POC Service SET GCELLPSOTHERPARA Min. GBR for POC Service SET GCELLPSOTHERPARA POC Support SET GCELLPSOTHERPARA Short Message DownlinkSET Disabled GCELLCCAD Short Message Uplink Disabled SET GCELLCCAD Cell 8PSK Power Attenuation SET GCELLBASICPARA Grade Voltage Adjust Based Timeslots SET GCELLBASICPARA Allowed PDCH Power Saving Enable SET GCELLSOFT Level Report Switch SET GCELLBASICPARA Extension MeasurementSET Command GCELLEXTMSRPARA Extension MR Period SET GCELLEXTMSRPARA Extension MR Type SET GCELLEXTMSRPARA Interference Frequency SET GCELLEXTMSRPARA NCC Permitted SET GCELLEXTMSRPARA Cell Over Coverage DL RxLev SET GCELLOTHEXT Threshold Cell Over Coverage TA Threshold SET GCELLOTHEXT Cell Weak Coverage DLSET RxLev GCELLOTHEXT Threshold Cell Weak Coverage TASET Threshold GCELLOTHEXT DRX Type SET GCELLGSMR Ny2 SET GCELLGSMR Channel Release Resend SET Interval GCELLGSMR Channel Release Resend SET Number GCELLGSMR Download Test Resend SET Interval GCELLGSMR Download Test Resend SET Number GCELLGSMR FACCH Msg Resend Interval SET GCELLGSMR VGCS Channel Assign in SET Channel GCELLGSMR Enable NCH Occupy Block Number SET GCELLGSMR NCH Start Block SET GCELLGSMR UIC SET GCELLGSMR BestEffort-ARP1 PrioritySET Weight GCELLPSCHM BestEffort-ARP2 PrioritySET Weight GCELLPSCHM BestEffort-ARP3 PrioritySET Weight GCELLPSCHM Background-ARP1 Priority SET Weight GCELLPSCHM Background-ARP2 Priority SET Weight GCELLPSCHM Background-ARP3 Priority SET Weight GCELLPSCHM THP1-ARP1 Priority Weight SET GCELLPSCHM THP1-ARP2 Priority Weight SET GCELLPSCHM THP1-ARP3 Priority Weight SET GCELLPSCHM THP2-ARP1 Priority Weight SET GCELLPSCHM THP2-ARP2 Priority Weight SET GCELLPSCHM THP2-ARP3 Priority Weight SET GCELLPSCHM THP3-ARP1 Priority Weight SET GCELLPSCHM THP3-ARP2 Priority Weight SET GCELLPSCHM

Whether to enable Paging Messages Optimize at Abis Interface Interval for sending cell paging group packets when Paging Me Number of cell paging group packets when Paging Messages O Maximum transmission delay of the POC service push to talk o Maximum bandwidth of the POC service push to talk over cellu Minimum bandwidth of the POC service push to talk over cellula Whether to support the push to talk over cellular POC service Whether to prohibit sending point-to-point short messages. If ne This parameter specifies whether the transmission of point-to-p Timeslot power attenuation level of the EDGE TRX in 8PSK. Th This parameter determines whether the dynamic voltage adjust This parameter specifies whether to enable the Power Optimiza Whether to support the reporting of the main diversity level Whether the network requires an MS to send an extension mea Time interval between two extension measurement reports Type of an extension measurement report.There are three type Frequency index of the interference measurement in type 3 of a NCC bitmap of the measurement report sent by the MS. The M Threshold of the downlink receive level of an over-coverage cel Threshold of the TA of an over-coverage cell. If the downlink lev Threshold of the downlink receive level of an weak-coverage ce Threshold of the TA of an weak-coverage cell. If the downlink le Type of the DRX supporting the VGCS service. An MS reads th Number of retransmissions of the VGCS UPLINK GRANT mes Time interval for the BTS resending a channel release message Number of times of the BTS resending a channel release mess Interval for resending downlink test messages Number of times of the BSC6900 resending downlink test mess Interval of sending a paging message or notification message o Whether the assignment of channels in overlaid subcells is ena Number of blocks occupied by the NCH in the group call service Number of the start block occupied by the NCH in the group ca Used to identify the uplink access message from the MS. The v ARP1 priority in the BE service. ARP1 priority weight determine ARP2 priority in the BE service. ARP2 priority weight determine ARP3 priority in the BE service. ARP3 priority weight determine ARP1 priority in the Background service. ARP1 priority weight d ARP2 priority in the Background service. ARP2 priority weight d ARP3 priority in the Background service. ARP3 priority weight d Combination of the THP1 and ARP1 priority in the Interactive se Combination of the THP1 and ARP2 priority in the Interactive se Combination of the THP1 and ARP3 priority in the Interactive se Combination of the THP2 and ARP1 priority in the Interactive se Combination of the THP2 and ARP2 priority in the Interactive se Combination of the THP2 and ARP3 priority in the Interactive se Combination of the THP3 and ARP1 priority in the Interactive se Combination of the THP3 and ARP2 priority in the Interactive se

THP3-ARP3 Priority Weight SET GCELLPSCHM Support QoS Optimize SET GCELLPSOTHERPARA PS RACH Min. Access Level SET GCELLCCACCESS Power Deviation SET GCELLCCACCESS Power Deviation Indication SET GCELLCCACCESS CS RACH Min. Access Level SET GCELLCCACCESS Random Access Error Threshold SET GCELLCCACCESS Common Access Control SET Class GCELLCCBASIC

MS MAX Retrans SET GCELLCCBASIC RACH Busy Threshold SET GCELLCCBASIC Special Access Control Class SET GCELLCCBASIC CCCH Load Indication Period SET GCELLCCCH CCCH Load Threshold SET GCELLCCCH

Combination of the THP3 and ARP3 priority in the Interactive se Whether to support QoC optimization. The GSN equipment for Minimum access level of the random access channel RACH in If a class 3 MS on the DCS1800 band does not receive the orig The MS does not receive the original power command after ran Minimum access level of the random access channel RACH in Correlation threshold of the training sequence for the random a Level of common access control, used for load control, allowing

Maximum number of Channel Request messages that can be sent by an MS in an immediate assignment procedure. After the MS initiates the immediate assignment procedure, it always listens to the messages on the BCCH and all the common control channels CCCHs in the CCCH group to which the MS belongs. If the MS does not receive Immediate Assignment or Immediate Assignment Extend messages, it retransmits Channel Request messages at a specified interval. If the downlink quality is poor, the MS may send SABM frames to the BTS multiple times.

Level threshold of the MS random access for the BTS to determ This parameter is used for load control. It determines whether t Time interval for sending overload messages, used for the BTS Used for the BTS to notify the BSC6900 of the load over a spec

MS_TXPWR_MAX_CCH SET GCELLCCCH Overload Indication Period SET GCELLCCCH Average RACH Load Timeslot SET GCELLCCCH Number CCCH Blocks ReservedSET for AGCH GCELLIDLEBASIC

Maximum transmit power level of MSs. As one of the cell reselection parameters in system message 3, this parameter is used to control the transmit power of MSs. For details, see GSM Rec. 05.05. In a GSM900 cell, the maximum power control level of an MS ranges from 0 to 19, corresponding respectively to the following values unit: dBm: 43, 41, 39, 37, 35, 33, 31, 29, 27, 25, 23, 21, 19, 17, 15, 13, 11, 9, 7, and 5.Generally, the maximum transmit power supported by an MS is level 5 corresponding to 33 dBm. The minimum transmit power supported by an MS is level 19 corresponding to 5 dBm. Other transmit power levels are reserved for high-power MSs. In a GSM1800 or GSM1900 cell, the maximum power control level of an MS ranges from 0 to 31, corresponding respectively to the following values unit: dBm: 30, 28, 26, 24, 22, 20, 18, 16, 14, 12, 10, 8, 6, 4, 2, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 36, 34, and 32. Generally, the maximum transmit power supported by an MS is level 0 corresponding to

Interval for the BTS transmitting overload messages to the BSC Number of RACH burst timeslots in a RACH load measuremen BS-AG-BLKS-RES, indicating the number of the CCCH messag

TX-integer SET GCELLIDLEBASIC Cell Paging Overload Threshold SET GCELLSOFT MAX TA Drop Call FilterSET GCELLCCAD Max TA Drop Call SwitchSET GCELLCCAD MAX TA Drop Call Threshold SET GCELLCCAD Radio Link Timeout SET GCELLCCBASIC SACCH Multi-Frames SET GCELLCCBASIC Radio Resource Report SET Period GCELLCCCH DL Level Threshold for SDCCH SET GCELLOTHEXT Call Drop DL Quality Threshold forSET SDCCH GCELLOTHEXT Call Drop UL Level Threshold for SDCCH SET GCELLOTHEXT Call Drop UL Quality Threshold forSET SDCCH GCELLOTHEXT Call Drop DL FER Threshold for TCH SETCall GCELLOTHEXT Drop DL Level Threshold for TCH SET Call GCELLOTHEXT Drop DL Quality Threshold forSET TCHGCELLOTHEXT Call Drop UL FER Threshold for TCH SETCall GCELLOTHEXT Drop UL Level Threshold for TCH SET Call GCELLOTHEXT Drop UL Quality Threshold forSET TCHGCELLOTHEXT Call Drop Bad Quality Disconnection SET Threshold GCELLSOFT Drop Optimize ABIS LinkSET Failure GCELLSOFT

Tx-integer T for short. This parameter specifies the number of timeslots between two transmissions when an MS sends multiple consecutive channel requests. The access algorithm is defined in GSM Rec. 04.08 to reduce the collisions on the RACH and improve the efficiency of the RACH. The algorithm specifies three parameters: Tx-integer T for short, maximum number of retransmissions RET, and S related to channel combination. This parameter works with the configuration of the CCCH to determine the parameter S. The relations between this parameter and the configuration of the CCCH are as follows: When this parameter is set to 3, 8, 14, or 50, S is 55 if the CCCH and SDCCH do not share a physical channel. When this parameter is set to 3, 8, 14, or 50, S is 41 if the CCCH and SDCCH share a physical channel. When this parameter is set to 4, 9, or 6, S is 76 if the CCCH and SDCCH do not share a physical channel.

Maximum number of reported paging overload messages in the Number of measurement reports MRs used for averaging the ti Whether to initiate a forcible call drop when the time advance e Whether the time advance after filtering exceeds the threshold. Time for disconnecting a call when the MS fails to decode the S This parameter is used by the BTS to inform the BSC6900 of ra Interval for sending the radio resource indication messages. Th Level threshold for measuring the number of call drops on SDC Quality threshold for measuring the number of call drops on SD Level threshold for measuring the number of call drops on SDC Quality threshold for measuring the number of call drops on SD When a call drops on the TCH, the corresponding TCH call dro When a call drops on the TCH, the corresponding TCH call dro When a call drops on the TCH, the corresponding TCH call dro When a call drops on the TCH, the corresponding TCH call dro When a call drops on the TCH, the corresponding TCH call dro When a call drops on the TCH, the corresponding TCH call dro Quality threshold for determining that a call is disconnected bec Whether to optimize the call drops resulting from Abis territorial

Drop Optimize Conn Fail[HO SET GCELLSOFT access fail] Drop Optimize Conn Fail[OM SET GCELLSOFT intervention] Drop Optimize Conn Fail[other] SET GCELLSOFT Drop Optimize Conn Fail[radio SET GCELLSOFT link fail] Drop Optimize Conn Fail[resource SET GCELLSOFT not available] Drop Optimize Equipment SET Failure GCELLSOFT Drop Optimize Err Ind[unsolicited SET GCELLSOFT DM response] Drop Optimize Err Ind[sequence SET GCELLSOFT error] Drop Optimize Err Ind[T200 SETtimeout] GCELLSOFT Drop Optimize Forced Handover SET GCELLSOFT Failure Drop Optimize Into-BSCSET Handover GCELLSOFT Timeout Drop Optimize Intra-BSCSET Handover GCELLSOFT Timeout Drop Optimize Intra-CellSET Handover GCELLSOFT Timeout Drop Optimize No MR for SET Long GCELLSOFT Time Drop Optimize Out-BSCSET Handover GCELLSOFT Timeout Drop Optimize Release Indication SET GCELLSOFT Drop Optimize ResourceSET Check GCELLSOFT Cell Operator Power Group SET GCELLCHMGAD Grade Access Allow SET GCELLCHMGBASIC Highest Priority SET GCELLCHMGBASIC Reserved Channel Number SET GCELLCHMGBASIC Repeated Downlink FACCH SET GCELLCCBASIC Repeated Downlink FACCH SET Threshold GCELLCCBASIC Repeated SACCH SET GCELLCCBASIC SDCCH Dynamic Allocation SET Allowed GCELLBASICPARA Cell SDCCH Channel Maximum SET GCELLCHMGBASIC

Whether to optimize the call drops resulting from connection fai Whether to optimize the call drops resulting from connection fai Whether to optimize the call drops resulting from a connection f Whether to optimize the call drops resulting from connection fai Whether to optimize the call drops resulting from connection fai Whether to optimize the call drops resulting from equipment fau Whether to optimize the call drops resulting from error indicatio Whether to optimize the call drops resulting from error indicatio Whether to optimize the call drops resulting from error indicatio Whether to optimize the call drops resulting from forced handov Whether to optimize the call drops resulting from incoming-BSC Whether to optimize the call drops resulting from outgoing inter Whether to optimize the call drops resulting from intra-cell hand Whether to optimize the call drops resulting from no MS measu Whether to optimize the call drops resulting from outgoing-BSC Whether to optimize the call drops resulting from release indica Whether to optimize the call drops resulting from resource chec Power of each passage on the MRRU in the cell Whether to allow hierarchical access and to reserve resources Maximum priority level of an MS that can use reserved channel When assign channels, the BSC ensures that the sum of the nu Whether to enable the Repeated Downlink FACCH function for If the cell supports the Repeated Downlink FACCH function and Whether to enable the Repeated SACCH function for the cell Whether to allow SDCCH dynamic allocation, that is, whether to Maximum number of SDCCHs in the cell. Before converting a T

Idle SDCCH Threshold N1 SET GCELLCHMGBASIC TCH Minimum RecoverySET Time GCELLCHMGBASIC Different Band SDCCH Using SET GCELLCHMGBASIC Optimize If CB Shake Hand ADD GCBSADDR Code ADD GSMSCB End Time ADD GSMSCB Broadcast Interval ADD GSMSCB Repeat ADD GSMSCB Start Time ADD GSMSCB Content of Message ADD GSMSCB Update ADD GSMSCB

When the number of idle SDCCH channels in a cell is smaller t Minimum time required for a TCH to transform to a SDCCH and Whether to allow an MS to report the classmark and whether to Whether the handshake mechanism is enabled at the Cb interf Number of a simple cell broadcast message. You can run "DSP End date and time of a broadcast message. This is a key param Time interval for sending a simple cell broadcast message A key parameter that indicates how many times the BSC6900 b A key parameter that indicates the date and time when the BSC Content of the cell broadcast message Update code for a simple cell broadcast message.This parame

SMCBC DRX SET GCELLOTHEXT Broadcast Content SET GCELLSBC Broadcast Interval SET GCELLSBC Support Cell Broadcast Name SET GCELLSBC SET GCELLSBC ADD GSMSCB Chan ID SET GCELLSBC ADD GSMSCB Geography Scope SET GCELLSBC ADD GSMSCB Coding Scheme TSC Plan Enable SET GCELLSOFT Support GBR QoS SET GCELLPSOTHERPARA Preempt Switch of Streaming SET GCELLPSOTHERPARA Resource Minum Access RXLEV SET GCELLBASICPARA ECSC SET GCELLCCBASIC Talker Info Interval SET GCELLGSMR TC Pool ID SET BSCBASIC Frequency Band of Reassign SET GCELLCCAD Allow Reassign SET GCELLCCBASIC Switchback Policy of Baseband SET GCELLCCACCESS FH Mutual Aid

Whether to support the discontinuous reception mechanism DRX. To reduce the power consumption, the DRX is introduced into the GSM Specification. MSs supporting the DRX can consume less power to receive interested broadcast messages. This prolongs the service time of MS batteries. BSCs supporting the DRX must send scheduling messages to MSs so that the MSs can use the DRX function. The period occupied by broadcast messages that are contained in a scheduling message is called a scheduling period. In the sending sequence, a scheduling message contain the description of each short message to be broadcasted and the position of each broadcast message in the scheduling period. Contents of a cell broadcast message Time interval for a cell broadcast message Whether to support the broadcast of the cell name Channel number of a simple cell broadcast message. This is a

Geographical coverage of a simple cell broadcast message. Yo

A key parameter that indicates the coding scheme of a simple c Whether to allow TSC planning. If this parameter is set to No, th Obtains the QoS parameter from the Aggregate BSS QoS Prof When the PDCHs are insufficient, the streaming service with hi Minimum received signal level of the MS. This level is reported The early classmark sending control ECSC parameter specifies This parameter specifies the interval of broadcasting the speec If you enable the TC pool function when configuring the basic in Whether to re-assign the radio channels on a different band or Whether to allow the reassignment function Mutual-aid changeback policy of baseband frequency hopping F

TRX Aiding Function Control SET GCELLCCACCESS Aiding Delay Protect Time SET GCELLSOFT Allow Dynamic Shutdown SET TRX GCELLBASICPARA Reserved TCH Number SET for PA GCELLOTHEXT Turning On Cell Scenario SET GCELLBASICPARA Report Speech Quality SET GCELLOTHBASIC FER Threshold 1 SET GCELLOTHEXT FER Threshold 2 SET GCELLOTHEXT FER Threshold 3 SET GCELLOTHEXT FER Threshold 4 SET GCELLOTHEXT FER Threshold 5 SET GCELLOTHEXT FER Threshold 6 SET GCELLOTHEXT FER Threshold 7 SET GCELLOTHEXT FER Report Enable SET GCELLSOFT Report Downlink VQI Allowed SET GCELLSOFT AMR ACS[WB] SET GCELLCCAMR AMR DL Coding Rate adj.hyst1[WB] SET GCELLCCAMR AMR DL Coding Rate adj.hyst2[WB] SET GCELLCCAMR AMR DL Coding Rate adj.th1[WB] SET GCELLCCAMR AMR DL Coding Rate adj.th2[WB] SET GCELLCCAMR

Whether to enable the TRX aiding function. Four aiding modes Delay time for mutual-aid detection on a cell after the cell is initi This parameter specifies whether to allow the BSC6900 to enab This parameter specifies the number of idle channels that shou Information about the cell scenario. It needs to be sent to the B Whether to allow the BTS to report the voice quality index VQI. If the FER carried in the measurement report MR received is lo If the FER carried in the MR received is greater than "FER thres If the FER carried in the MR received is greater than "FER thres If the FER carried in the MR received is greater than "FER thres If the FER carried in the MR received is greater than "FER thres If the FER carried in the MR received is greater than "FER thres If the FER carried in the MR received is greater than "FER thres Whether the BTS reports the frame erase ratio in a measureme Whether to allow the BTS to report the downlink voice quality in Active coding set ACS[WB], indicates a set of wide-band coding Adjustment hysteresis 1 of AMR downlink coding rate wide ban Adjustment hysteresis 2 of AMR downlink coding rate wide ban Adjustment threshold 1 of AMR downlink coding rate wide band Adjustment threshold 2 of AMR downlink coding rate wide band

AMR Starting Mode[WB]SET GCELLCCAMR AMR UL Coding Rate adj.hyst1[WB] SET GCELLCCAMR AMR UL Coding Rate adj.hyst2[WB] SET GCELLCCAMR AMR UL Coding Rate adj.th1[WB] SET GCELLCCAMR AMR UL Coding Rate adj.th2[WB] SET GCELLCCAMR

Initial coding mode used for broadband AMR calls. The three va Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and Based on the RQI in the call measurement report, the BTS and

GUI_VALUE_RANGE

ACTUAL_VALUE_RANGE

UNIT DEFAULT_VALUE

RECOMMENDED_VALUE

BCCHNormBCCHNorm,BCCHNorm, BCCHExtBCCHExt BCCHExt None BCCHNorm BCCHNorm OFFOFF, ONON OFF, ON None OFF OFF R98_or_belowR98 or below, R98_or_below, R99_or_aboveR99 R99_or_above or above None R98_or_below R98_or_below A5/0~0 A5/1~1 A5/2~2 A5/3~3 A5/0, A5/1, A5/4~4 A5/2, A5/5~5 A5/3,A5/6~6 A5/4, None A5/5, A5/7 A5/6, A5/0-1&A5/1-0&A5/2-0&A5/3-0&A5/4-0&A5/5-0&A5/6-0&A5/7-0 A5/7 A5/0-1&A5/1-0&A5/2-0&A5/3-0&A5/4-0&A5/5-0 OFFOff, ONOn OFF, ON None OFF OFF 0~65535 0~65535 None 0 0 1_Times1_Times, 2_Times2_Times, 1_Times, 2_Times, 4_Times4_Times, 4_Times,None 7_Times 7_Times7_Times 7_Times 7_Times 1_Times1_Times, 2_Times2_Times, 1_Times, 2_Times, 4_Times4_Times, 4_Times,None 7_Times 7_Times7_Times 7_Times 7_Times 1_Times1_Times, 2_Times2_Times, 1_Times, 2_Times, 4_Times4_Times, 4_Times,None 7_Times 7_Times7_Times 7_Times 7_Times 1_Times1_Times, 2_Times2_Times, 1_Times, 2_Times, 4_Times4_Times, 4_Times,None 7_Times 7_Times7_Times 7_Times 7_Times 0_level0_level, 1_level1_level, 0_level,2_level2_level, 1_level, 2_level, 3_level3_level, 3_level, None4_level, 12_level 4_level4_level, 5_level, 6_level, 5_level5_level, 12_level 7_level, 8_level, 6_level6_level, 9_level, 10_level, 7_level7_level, 11_level, 8_le 0_level0_level, 1_level1_level, 0_level,2_level2_level, 1_level, 2_level, 3_level3_level, 3_level, None4_level, 13_level 4_level4_level, 5_level, 6_level, 5_level5_level, 13_level 7_level, 8_level, 6_level6_level, 9_level, 10_level, 7_level7_level, 11_level, 8_le 0_level0_level, 1_level1_level, 0_level,2_level2_level, 1_level, 2_level, 3_level3_level, 3_level, None4_level, 14_level 4_level4_level, 5_level, 6_level, 5_level5_level, 14_level 7_level, 8_level, 6_level6_level, 9_level, 10_level, 7_level7_level, 11_level, 8_le 0_level0_level, 1_level1_level, 0_level,2_level2_level, 1_level, 2_level, 3_level3_level, 3_level, None4_level, 16_level 4_level4_level, 5_level, 6_level, 5_level5_level, 16_level 7_level, 8_level, 6_level6_level, 9_level, 10_level, 7_level7_level, 11_level, 8_le T_1212, T_1515, T_2020, T_12, T_3030, T_15,T_4141, T_20, T_30, T_5555, T_41, None T_7676, T_55, T_20 T_109109, T_76, T_109, T_163163, T_163, T_20T_217 T_217217 T_22, T_33, T_44, T_55,T_2, T_66, T_3, T_77, T_4,T_88, T_5, T_6, T_99,T_7, T_1010, None T_8, T_20 T_1212, T_9, T_10, T_1414, T_12, T_1616, T_14, T_20T_16, T_2020, T_20,T_2525, T_25, T_32, T_3232, T_50 T_5050 8BIT8BIT, 11BIT11BIT 8BIT, 11BIT None 8BIT 8BIT ULPRIORITYUplink Priority, ULPRIORITY, NEUTRALNeutral NEUTRAL, Priority, DLPRIORITY None DLPRIORITYDownlink NEUTRAL Priority NEUTRAL 0~255 0~255 None 62 In Normal cell,the recommended value is 62;in NONo, YESYes NO, YES None NO NO

0~65535 0~65535 DISABLEDisable, ENABLEEnable DISABLE, ENABLE NONo, YESYes NO, YES NONo, YESYes NO, YES 2~255 2~255

None None DISABLE None NO None NO None

36671

36671 DISABLE NO NO

2

2

2~255 2~255 None 8 The recommended value is 8 when DTX is disa 2~255 2~255 None 60 60 2~255 2~255 None 2 2 2~255 2~255 None 2 2 2~255 2~255 None 8 8 2~255 2~255 None 60 60 2~255 2~255 None 2 2 ALG1Algorithm I, ALG2Algorithm ALG1, ALG2, II, NONENone NONE None ALG1 ALG1 DISABLEDisable, ENABLEEnable DISABLE, ENABLE None DISABLE DISABLE 4_75KBIT/S~0 5_15KBIT/S~1 4_75KBIT/S, 5_90KBIT/S~2 5_15KBIT/S, 6_70KBIT/S~3 5_90KBIT/S, None 4_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1&6_70KBIT/S-0&7_40 7_40KBIT/S~4 6_70KBIT/S,7_95KBIT/S~5 7_40KBIT/S, 4_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1& 7_95KBIT/S, 10_2KBIT/S~6 10_2KBIT/S, 12_2KBIT/S 12_2KBIT NONo, YESYes NO, YES None YES YES 0~15 0~15 None 2 2 0~15 0~15 None 3 3 0~15 0~15 None 3 3 0~63 0~63 dB 12 12 0~63 0~63 dB 17 17 0~63 0~63 dB 25 25 0~3 0~3 None 1 1 0~15 0~15 None 2 2 0~15 0~15 None 3 3

0~15 0~15 None 3 3 0~63 0~63 dB 15 15 0~63 0~63 dB 19 19 0~63 0~63 dB 28 28 DISABLEDisable, ENABLEEnable DISABLE, ENABLE None DISABLE DISABLE 4_75KBIT/S~0 5_15KBIT/S~1 4_75KBIT/S, 5_90KBIT/S~2 5_15KBIT/S, 6_70KBIT/S~3 5_90KBIT/S, None 4_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1&6_70KBIT/S-0&7_40 7_40KBIT/S~4 6_70KBIT/S,7_95KBIT/S 7_40KBIT/S, 4_75KBIT/S-1&5_15KBIT/S-0&5_90KBIT/S-1& 7_95KBIT/S NONo, YESYes NO, YES None YES YES 0~15 0~15 None 3 3 0~15 0~15 None 4 4 0~15 0~15 None 15 15 0~63 0~63 dB 23 23 0~63 0~63 dB 31 31 0~63 0~63 dB 63 63 0~3 0~3 None 0 0 0~15 0~15 None 3 3 0~15 0~15 None 4 4 0~15 0~15 None 15 15 0~63 0~63 dB 23 23 0~63 0~63 dB 31 31 0~63 0~63 dB 63 63 OFFOff, ONOn OFF, ON None ON ON 0~99 0~99 per cent 55 55 4_Times, 8_Times, 12_Times, 1920~30720, 16_Times, step:480 20_Times,ms 24_Times, 64_Times 28_Times, 32_Times, 64_Times 36_Times, 40_Times, 44_Times, 48_Tim 0~63 0~30240, step:480 ms 48 48 4_Times, 8_Times, 12_Times, 1920~30720, 16_Times, step:480 20_Times,ms 24_Times, 52_Times 28_Times, 32_Times, 52_Times 36_Times, 40_Times, 44_Times, 48_Tim 0~63 0~30240, step:480 ms 32 32 0~63 0~63 None 0 0 0~23 0~23 None None None NO_HPANTNo, YES_HPANTYes, NO_HPANT, NONENone YES_HPANT, NONE None NONE NONE NO_HPANTNo, YES_HPANTYes NO_HPANT, YES_HPANT None None None 0~100 0~100 per cent 0 0 NONO, YESYES NO, YES None NO NO NONo, YESYes NO, YES None NO NO COMPUL0Compulsory 0, COMPUL0, COMPUL1Compulsory COMPUL1, FLEX 1, FLEXFlexible None FLEX FLEX 0~31 0~31 s 0 0 0~7 0~7 None 0 0 0dB, 2dB, 4dB, 6dB, 8dB, 0dB, 10dB, 2dB, 12dB, 4dB,14dB 6dB, 8dB, 10dB, dB 12dB, 6dB14dB 6dB

0~63

0~126, step: 2

dB

0

0

NONo, YESYes NONo, YESYes NONO, YESYES

NO, YES NO, YES NO, YES

None YES None NO None NO

YES NO The CBA function applies to special scenarios.

SELECTION0_PERM, SELECTION1_PERM, SELECTION0_PERM,SELECTION2_PERM, SELECTION1_PERM, None SELECTION0_PERM-1&SELECTION1_PERM-1&SELECTION2_P SELECTION3_PERM, SELECTION2_PERM, SELECTION0_PERM-1&SELECTION1_PERM SELECTION4_PERM, SELECTION3_PERM,SELECTION SELECTIO 0~63 0~63 dB 30 30 0~7 0~7 None 1 1

OFFOff, ONOn OFF, ON None OFF OFF 1~60 1~60 s 30 30 hour, min, sec 00:00:00~23:59:59 None None None 1~3600 1~3600 s 600 None REHOSTRIGHTNOWReHostRightNow, REHOSTRIGHTNOW, REHOSTDELAYReHostDelay, REHOSTDELAY, None REHOSTDELAY REHOSTWHEN REHOSTWHENReHostWhen REHOSTDELAY NONO, YESYES NO, YES None YES YES 0~9 0~0.9, step:0.1 m 0 0 0~6553 0~6553 m 40 40 0~360 0~360 degree 360 None 0~360 0~360 degree 360 360 DegreeDegree, D_min_secDegree Degree, D_min_sec Minute Second None Degree Degree North_latitudeNorth latitude, North_latitude, South_latitudeSouth South_latitude latitude None None None East_LongitudeEast Longitude, East_Longitude, West_LongitudeWest West_Longitude None Longitude None None None 1~5 characters degreeNone None 0~90 0~90 degreeNone None 0~90 0~90 degreeNone None 0~59 0~59 minuteNone None 0~9 0~9 secondNone None 0~59 0~59 secondNone None None 1~5 characters degreeNone None 0~180 0~180 degreeNone None 0~180 0~180 degreeNone None 0~59 0~59 minuteNone None 0~9 0~9 secondNone None 0~59 0~59 secondNone None NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None NO NO OFFOff, ONOn OFF, ON None OFF OFF 2~4 2~4 s 3 3 NONo, YESYes NO, YES None YES If this parameter is set to NO, the average call d 0~1023 0~1023 None None None hour, min, sec HOUR{0~23}, MIN{0~59}, SEC{0~59} None None None MainDiversityMainDiversity, MainDiversity, MaximumMeanValueMaximumMeanValue MaximumMeanValue None MaximumMeanValueMaximumMeanValue INTBANIINTBANI, INTBANIIINTBANII INTBANI, INTBANII None INTBANII INTBANII InnerInner, ExtraExtra Inner, Extra None None If the coverage area in the underlaid subcell is l 1~65533,65535 1~65533, 65535 None None None 1~2 1~2 None 1 1 OFFOFF, ONON OFF, ON None None None 0~255 0~255 None None None GSM900, DCS1800, GSM850, GSM900, PCS1900 DCS1800, GSM850, None PCS1900 None None OFFOFF, ONON OFF, ON None None None OFFOFF, ONON OFF, ON None None None OFFOFF, ONON OFF, ON None None None OFFOFF, ONON OFF, ON None None None 0~255 0~255 None None None OFFOff, ONOn OFF, ON None ON ON 0~61 0~61 dB 35 35

0~61 NONo, YESYes OFFOff, ONOn 0~100

0~61 NO, YES OFF, ON 0~100

dB None YES None ON per cent

32

32 YES ON

60

60

0~100 0~100 per cent 70 70 CONVERT0Only convertCONVERT0, at UL, CONVERT1Only CONVERT1,convert CONVERT2, Noneat CONVERT0 OL, CONVERT2UL CONVERT3 CONVERT0 first and convert allowed, CONVERT3OL first a Normal_cellNormal Cell,Normal_cell, Concentric_cellConcentric Concentric_cell, Cell, None EDB_cell EDB_cellEnhanced Normal_cell Double Normal_cell Frequency Cell 0~7 0~7 None None None 0~12 0~12 None 4 4 1~4 1~4 None 1 1 0~12 0~12 None 1 1 0~7 0~7 None None None 0~5047 0~5047 None None None 0~5047 0~5047 None None None None 0~5000 characters None None None None 0~5000 characters None None None 0~65535 0~65535 None None None 0~1023 0~1023 None None None AUTOAuto, MANUManuAUTO, MANU None None None FULL_RATE_VER1, FULL_RATE_VER2, Full_rate_Ver1, Full_rate_Ver2, FULL_RATE_VER3, None Full_rate_Ver3, FULL_RATE_VER1-1&FULL_RATE_VER2-1&FULL_RATE_VER3HALF_RATE_VER1, Half_rate_Ver1, FULL_RATE_VER1-1&FULL_RATE_VER2-1& HALF_RATE_VER2, Half_rate_Ver2, Half_rate_Ver3, HALF_RATE_VER3, Full_r 0~1023 0~1023 None None None AUTOAuto, MANUManuAUTO, MANU None None None

HOALGORITHM1Handover HOALGORITHM1, algorithm I, HOALGORITHM2Handover HOALGORITHM2 None HOALGORITHM1 algorithm II HOALGORITHM1 AUTOAuto, MANUManuAUTO, MANU None None None AUTOAuto, ManualManual AUTO, Manual None None None 0~127 0~127 None None None

1~64

1~64

None None

TRUESupport, FALSENot TRUE, Support FALSE 0~255 0~255 0~21 0~21 0~65535 0~65535 1~30 1~30 0~65535 0~65535 NONo, YESYes NO, YES DISABLEDisable, ENABLEEnable DISABLE, ENABLE 0~100 0~100 0~100 0~100 00, 11, 22, 44, 88, 1616,0,3232, 1, 2, 6464 4, 8, 16, 32, 64 NONO, YESYES NO, YES

None None None None None None None None None YES None DISABLE per cent per cent s None NO

NONo, YESYes

None YES

NO, YES

None

None 0 5 65535

0 5 65535 None

65535

65535 YES DISABLE

85 90 4

85 90 4 NO

YES

NONo, YESYes

NO, YES

None YES

May_UseMay Use, Shall_UseShall May_Use, Shall_Use, Use, Shall_NOT_UseShall Shall_NOT_Use None Shall_Use not Use

YES

Shall_Use

May_UseMay Use, Shall_UseShall May_Use, Shall_Use, Use, Shall_NOT_UseShall Shall_NOT_Use None Shall_Use not Use NONo, YESYes NO, YES None YES 0~255 0~255 min 5 1~16 1~16 None 5 0~100 0~100 per cent 50 0~8 0~8 None 6 HOUR, MINUTE 00:00~23:59 None 0:00 HOUR, MINUTE 00:00~23:59 None 0:00 0~100 0~100 per cent 80 0~2047 0~2047 None None BYNAMEBy name, BYIDBy BYNAME, index BYID None BYNAME None 1~64 characters None None DISABLEDisable, ENABLEEnable, DISABLE, ENABLE, SLEEPINGSleeping SLEEPING None None NOTSUPPORTNot Support, NOTSUPPORT, DDIVERSITYDDIVERSITY, DDIVERSITY, None DPBT DPBTDPBT NOTSUPPORT NONo, YESYes NO, YES None NO 1~15 1~15 None 15 OFFOff, ONOn OFF, ON None OFF NONo, YESYes NO, YES None NO 0~190 0~190 None 0 OFFOff, ONOn OFF, ON None OFF OFFOff, ONOn OFF, ON None OFF 1~600 1~600 s 60 OFFOff, ONOn OFF, ON None OFF OFFOff, ONOn OFF, ON None OFF NONo, YESYes NO, YES None YES NONo, YESYes NO, YES None NO hour, min 00:00~23:59 None None 0~15 0~3, Step:0.2 dB 0 hour, min 00:00~23:59 None 0:00 NONo, YESYes NO, YES None YES NONo, YESYes NO, YES None YES

Shall_Use None 5 5 50 6 None None 80 None BYNAME None DISABLE NOTSUPPORT NO 15 OFF NO 0 OFF OFF 60 OFF OFF YES NO None 0 None YES YES

0~22 0~22 dB 22 22 0~100 0~100 per cent 25 25 NONo, YESYes NO, YES None YES YES NONo, YESYes NO, YES None YES YES NONo, YESYes NO, YES None YES YES OFFOff, ONOn ON, OFF None OFF OFF NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None YES YES NONENone, DYNAMICDynamic NONE, DYNAMIC power sharing None NONE NONE 0~100 0~100 per cent 60 60 NONo, YESYes NO, YES None YES YES 0~100 0~100 per cent 100 100 0~100 0~100 per cent 100 100 CAPABILITYCapability preferred, CAPABILITY, QUALITYQuality QUALITY, PSRELATIVELY, preferred, None CAPABILITY PSRELATIVELYPS PSABSOLUTELY CAPABILITY relatively preferred, PSABSOLUTELYPS abso OFFOff, ONOn OFF, ON None OFF None 48~115 48~115 None 110 110 48~115 48~115 None 105 105 48~115 48~115 None 98 98 48~115 48~115 None 92 92 48~115 48~115 None 87 87 48~115 48~115 None 85 85 1~31 480~14880, step: 480 ms 20 20 InnerInner, ExtraExtra Inner, Extra None None None 0~2047 0~2047 None None None None 1~64 characters None None None BYNAMEBy Name, BYIDBy BYNAME, Index BYID None None None 0~63 0~63 dB 2 2

0~63 1~255 1~255 0~11 0~255 NONo, YESYes NONo, YESYes NONo, YESYes 1~255 0~63 0~100 0~63 NONo, YESYes 0~100 0~63 NONo, YESYes 1~255 1~255 0~63 0~100

0~63 1~255 1~255 0~11 0~255 NO, YES NO, YES NO, YES 1~255 0~63 0~100 0~63 NO, YES 0~100 0~63 NO, YES 1~255 1~255 0~63 0~100

dB s s None s None NO None YES None NO s dB per cent dB None YES per cent dB None YES s s dB per cent

10 4 5 10 5

10 4 5 10 5 NO YES NO

10 5 90 30

10 5 90 30 YES

80 25

80 25 YES

1 5 5 50

1 5 5 50

0~100 0~100 per cent 90 90 NONo, YESYes NO, YES None NO NO EnhMeasReportEnhanced EnhMeasReport, Measurement Report, ComMeasReport ComMeasReportCommon None ComMeasReportMeasurement ComMeasReport Report ADD0dB+0dB, ADD10dB+10dB, ADD0dB,AutomaticAutomatic ADD10dB, Automatic None ADD0dB ADD0dB NONo, YESYes NO, YES None YES YES 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 2 2 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 6 6 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 2 2 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 6 6 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 2 2 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 6 6 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 2 2 0~31 TCH:0~14880, step:480; SDCCH:0~14570, ms step:470 6 6

NONo, YESYes 1~14 NONo, YESYes NONo, YESYes

NO, YES 1~14 NO, YES NO, YES

None NO None None NO None YES

NO 1

1 NO YES

NONo, YESYes NO, YES None YES YES Normal_cellNormal cell, Normal_cell, DualTS_ExtCellDouble DualTst_ExtCell Timeslot NoneExtension Normal_cell Cell Normal_cell CLOSEClose, OPENOpen CLOSE, OPEN None CLOSE CLOSE NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None NO NO OFFOff, ONOn OFF, ON None OFF When tight frequency reuse is used, the recom OFFOff, ONOn OFF, ON None OFF OFF GSM900, DCS1800, GSM900_DCS1800, GSM900, DCS1800, GSM850, GSM900_DCS1800, PCS1900, None None GSM850_1800, GSM850, PCS1900, GSM850_1900 None GSM850_1800, GSM850_1900 None 1~200 characters None None None 0~1023 0~1023 None None None GSM900GSM900, DCS1800DCS1800 GSM900, DCS1800 None None None

0~63 0~63 0~7 0~7 0~63 0~63 BaseBand_FHBaseBandBaseBand_FH, FH, RF_FHRFRF_FH FH NONo, YESYes NO, YES NO_HopNo hop, HopHop NO_Hop, Hop

None None None None None None

0 None None None YES None

0 None None None YES None

NO_FHNo frequency hopping, NO_FH, BaseBand_FHBaseband BaseBand_FH, RF_FH, None frequency Hybrid_FH NO_FHhopping, RF_FHRF NO_FHfrequency hopping, Hybrid_FHHybrid fre CA_MACA+MA, Frequency_ListFrequency CA_MA, Frequency_List, List, OPTIMIZED_CA_MAOptimized OPTIMIZED_CA_MA None CA_MA CA_MA CA+MA NT14_5K~0 NT12K~1 NT6K~2 NT14_5K, T14_4K~3 NT12K, T9_6K~4 NT6K, T14_4K, T4_8K~5 None T9_6K, NT14_5K-0&NT12K-1&NT6K-1&T14_4K-0&T9_6K-1&T4_8K-1&T2 T2_4K~6 T4_8K, T1_2K~7 T2_4K, NT14_5K-0&NT12K-1&NT6K-1&T14_4K-0&T9 T600_BITS~8 T1_2K, T600_BITS, T1200_75 T1200_75

2~65534 2~65534 None None None NoPriorityNo Priority, Priority4Priority NoPriority, Priority4, 4, Priority3Priority3, Priority3,None Priority2, Priority2Priority Priority4 Priority1, Priority0, 2, Priority1Priority Priority4 PriorityB,1, PriorityA Priority0Priority 0, PriorityBPriority NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None YES YES NoPriorityNo Priority, Priority4Priority NoPriority, Priority4, 4, Priority3Priority3, Priority3,None Priority2, Priority2Priority NoPriority Priority1, Priority0, 2, Priority1Priority NoPriority PriorityB,1, PriorityA Priority0Priority 0, PriorityBPriority NoPriorityNo Priority, Priority4Priority NoPriority, Priority4, 4, Priority3Priority3, Priority3,None Priority2, Priority2Priority NoPriority Priority1, Priority0, 2, Priority1Priority NoPriority PriorityB,1, PriorityA Priority0Priority 0, PriorityBPriority 0~7 0~7 None 5 5 0~7 0~7 None 3 3 0~7 0~7 None 4 4 0~7 0~7 None 6 6 NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None YES YES 10~65535 10~65535 None 180 180 10~65535 10~65535 None 220 220

NONo, YESYes 0~7 0~7 0~3 0~7 0~7

NO, YES None None 0~42, step: 6 dB 0~36, Positive infinity, step: 6dB 0~3 None -20, -6, -18, -8, -16, -10, -14, dB -12 0~7 dB

None 0 0 2 0 0

0 0 2 0 0

0~15 Negative infinity, -28~28, step: dB4 RSCPRSCP, EcN0Ec/N0 RSCP, EcN0 None 0~15 -114~-84, step: 2 dBm AUTOAuto, MANUManuAUTO, MANU None 0~1 0~1 None 0~16383 0~16383 None 0~511 0~511 None 0~511

0~511

8 RSCP

8 RSCP

6 None None None None

6 None None None None

None None

0~16383 0~16383 None None 0~7 0~42, step: 6 dB 0~7 0~36, Positive infinity, step: 6dB 0~7 0~42, step: 6 dB 0~7 0~36, Positive infinity, step: 6dB Use_Qsearch_IUse Qsearch_I, Use_Qsearch_I, AlwaysAlways Always None Use_Qsearch_I

0

None 0 0 0 0

0 0 0 0 Use_Qsearch_I

0~15 0~15

-98, -94, -90, -86, -82, -78, -74, None always, -78, -74, -70, 15 -66, -62, -58, -54, Positive 15 infinitynever -98, -94, -90, -86, -82, -78, -74, None always, -78, -74, -70, 15 -66, -62, -58, -54, Positive 15 infinitynever

0~15 0~49

-98, -94, -90, -86, -82, -78, -74, None always, -78, -74, -70, 15 -66, -62, -58, -54, Positive 15 infinitynever 0~49 dB 35 35

NONo, YESYes

NO, YES

0~63 NONo, YESYes None None 0~23 0~23 NONo, YESYes 0~20 1~4 0~14 0~14

0~63 dB 50 NO, YES None NO 1~64 characters None None 1~64 characters None None 0~23 dB 4 0~23 dB 10 NO, YES None NO 0~10, Step: 0.5 s 4 TCH:480~1920, step:480; SDCCH:470~1880, ms step:470 4 0~14 dB 0 0~14 dB 4

None NO

NO 50 NO None None 4 10 NO 4 4 0 4

0~63 0~63 dB 7 7 0~20 0~10, Step: 0.5 s 0 0 OFFNot Allowed, ONAllowed OFF, ON None OFF OFF OFFNot Allowed, ONAllowed OFF, ON None OFF OFF 0~23 0~23 dB 10 10 0~20 0~10, Step: 0.5 s 2 2 0~23 0~23 dB 13 13 0~31 0~31 dB 10 10 NONo, YESYes NO, YES None YES YES 0~63 0~63 dB 0 0 0~63 0~63 dB 0 0 0~22 0~22 dB 0 0 0~22 0~22 dB 0 0 0~63 0~63 dB 4 4 0Max. optimized MAIO, 1Randomization 0, 1 MAIO None 0 0 5~40 5~40 None 20 20 0~63 0~63 dB 0 0 0~30 0~30 dB 7 7 0~20 0~10, Step: 0.5 s 9 9 0~16 0~16 None 4 4 0~63 0~63 None 0 0 0~50 0~50 dB 15 It is recommended that you set the path loss of 0~10 0~10 None 6 6 0~160 0~160 dB 110 110 0~23 0~23 dB 1 1 NONo, YESYes NO, YES None NO NO OFFNot Allowed, ONAllowed OFF, ON None OFF OFF 0~63 0~63 None 20 20 NODisabled in OL and UL NO, subcell, UNDER, UNDEREnabled INNER, YES inNone UL subcell, UNDER INNER Enabled UNDER in OL subcell, YESEnabled in OL and UL sub NONo, YESYes NO, YES None NO NO 0~23 0~23 dB 5 5 0~100 0~100 per cent 80 80 0~63 0~63 dB 40 40 0~60 0~60 s 4 4

0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~63 NONo, YESYes

0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~11 0~63 NO, YES

None None None None None None None None None None None None None None

None None None None None None None None None None None None None YES

None None None None None None None None None None None None None YES

NONO, YESYES, NULLNULL NO, YES, NULL None NO NO 10~80 10~80 None 30 30 NONo, YESYes NO, YES None NO NO BYNAMEBy Name, BYIDBy BYNAME, Index BYID None None None MCS1MCS1, MCS2MCS2, MCS1, MCS3MCS3, MCS2, MCS3, MCS4MCS4, MCS4,None MCS5, MCS5MCS5, MCS5 MCS6, MCS6MCS6, MCS7, MCS8, MCS5 MCS7MCS7, MCS9 MCS8MCS8, MCS9MCS9

0~3 0~3 None 0 If the traffic volume on each frequency band is 0~3 0~3 None 3 3 0~1 0~1 None 1 1 0~1 0~1 None 1 1 0~1 0~1 None 1 1 OnlyCurPwrLocOnly Current OnlyCurPwrLoc, Working Location ALLPwrLoc TRXes None be Turned ALLPwrLoc On, ALLPwrLocAll ALLPwrLoc Location TRXes be Turned On NMOINetwork OperationNMOI, Mode NMOII, I, NMOIINetwork NMOIII Operation None Mode NMOIIII, NMOIIINetwork NMOII Operation Mode III OFFOff, ONOn OFF, ON None OFF OFF 0~16 0~16 None 4 4 2GPreference for 2G Cell, 2G,3GPreference 3G for 3G Cell None 2G 2G 0~100 0~100 per cent 30 30 0~31 0~31 None 16 16 0~31 0~31 None 7 7 0~32 0~32 None 6 6 0~7 0~7 None 5 5 FORBIDForbid, PERMITPermit FORBID, PERMIT None PERMIT PERMIT 0~63 0~63 None 40 40 0~100 0~100 per cent 60 60 0~100 0~100 per cent 85 85 0~63 0~63 None 15 15

0~255 0~255 None 200 200 FORBIDForbid, PERMITPermit FORBID, PERMIT None PERMIT PERMIT 0~255 0~255 s 10 10 0~63 0~63 None 30 30 0~63 0~63 None 6 6 1~10 1~10 s 2 2 1~32 1~32 None 10 10 1~32 1~32 None 1 1 FORBIDForbid, PERMITPermit FORBID, PERMIT None PERMIT PERMIT NODRXNODRX, 0.24sec0.24sec, NODRX, 0.24sec, 0.48sec0.48sec, 0.48sec, 0.72sec0.72sec, 0.72sec, s 0.24sec 0.96sec,0.96sec0.96sec, 1.20sec, 1.44sec, 0.24sec 1.20sec1.20sec, 1.92sec 1.44sec1.44sec, 1.92se 0.48sec0.48sec, 0.96sec0.96sec, 0.48sec, 0.96sec, 1.92sec1.92sec, 1.92sec, 3.84sec3.84sec, 3.84sec, s 15.36sec 7.68sec,7.68sec7.68sec, 15.36sec, 15.36sec 30.72sec, 15.36sec15.36sec, 61.44sec 30.72sec30.72sec, 61 0.48sec0.48sec, 0.96sec0.96sec, 0.48sec, 0.96sec, 1.92sec1.92sec, 1.92sec, 3.84sec3.84sec, 3.84sec, s 0.96sec 7.68sec,7.68sec7.68sec, 15.36sec, 0.96sec 30.72sec, 15.36sec15.36sec, 61.44sec 30.72sec30.72sec, 61 NC0NC0, NC1NC1, NC2NC2 NC0, NC1, NC2 None NC0 NC0 0~100 0~100 per cent 0 0 1~64 1~64 s 10 10 BYCELLNAMEBy cell name, BYCELLNAME, BYCGIBy CGI BYCGI None None None None 1~64 characters None None None FREEFree, INCELLIntra-cell, FREE,OUTCELLOutgoing INCELL, OUTCELL, cell, OUTST, None OUTSTOutgoing None OUTBSC, OUTSYS, site, OUTBSCOutgoing None SPCELL BSC, OUTSYSOutgoing system OFFOff, ONOn OFF, ON None OFF OFF 0~100 0~100 per cent 100 100 0~255 0~255 s None 2 0~100 0~100 per cent None 25 0~255 0~255 s None 5 DISABLEDISABLE, ENABLEENABLE DISABLE, ENABLE None None DISABLE 0~255 0~255 s None 4 0~15 0~15 min 0 0 NONo, YESYes NO, YES None NO NO DISABLEDISABLE, ENABLEENABLE DISABLE, ENABLE None None DISABLE NONot Allowed, YESAllowed NO, YES None NO NO 1~16777215 1~16777215 None None None LOCKLock, UNLOCKUnlock, Lock, SHUTDOWNShutdown Unlock, Shutdown None UNLOCK UNLOCK OFFOff, ONOn OFF, ON None ON ON OUTDOOR_CELLOutdoor OUTDOOR_CELL, Cell, INDOOR_CELLIndoor INDOOR_CELL None Cell OUTDOOR_CELL OUTDOOR_CELL 0~9 0~9 None 2 2 0~9 0~9 None 2 2 0~12 0~12 None 2 2 0~12 0~12 None 2 2 NONo, YESYes NO, YES None YES YES NONo, YESYes NO, YES None YES YES NONot Support, YESSupport NO, YES None NO NO NONot Support, YESSupport NO, YES None NO NO NONo, YESYes NO, YES None NO NO 1~16 1~16 None 6 6 NONo, YESYes NO, YES None NO NO 1~8 1~8 None 4 4 2_M_PERIOD2 Multiframe 940~4230, Period, 3_M_PERIOD3 step: 470 Multiframe ms 2_M_PERIOD Period, 4_M_PERIOD4 2_M_PERIOD Multiframe Period, 5_M_PERIOD5 Multif 0~255 0~255 ms 255 255

CLOSEForced turn-off, OPENForced CLOSE, OPEN, turn-on, AUTOAUTOSelf-adaptive None OPEN OPEN 1~8 50~400, step: 50 ms 2 2 2~15 2~15 None 5 5 250~650 250~650 None 650 650 6~120 6~120 None 16 16 6~120 6~120 None 6 6 NotSupportNot Support,NotSupport, SupportSupport Support None Support Support NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None NO NO 0~50 0~50 None 0 0 NONo, YESYes, NULLNull NO, YES, NULL None NO NO NONo, YESYes NO, YES None NO NO NONot Support, YESSupport, NO, YES, NONEInvalid NONE None YES None EM0EM0, EM1EM1 EM0, EM1 None EM0 EM0 60sec60sec, 120sec120sec, 60sec, 240sec240sec, 120sec, 240sec, 480sec480sec, 480sec, s 960sec, 60sec 960sec960sec, 1920sec, 3840sec, 1920sec1920sec, 60sec7680sec 3840sec3840sec, 7680sec7680 TYPE1TYPE1, TYPE2TYPE2, TYPE1,TYPE3TYPE3 TYPE2, TYPE3 None TYPE1 TYPE1 0~31 0~31 None 1 1 0~255 0~255 None 1 1 0~63 0~63 dB 30 30 0~63 0~63 None 1 1 0~63 0~63 dB 20 20 0~63 0~63 None 1 1 NONo, YESYes NO, YES None YES YES 1~255 1~255 None 10 10 1~255 10~2550, step: 10 ms 10 10 1~255 1~255 None 3 3 0~255 0~255 s 0 0 1~255 1~255 None 5 5 0~255 0~12750, step: 50 ms 8 8 NONo, YESYes NO, YES None YES YES 0~7 0~7 None 0 0 0~7 0~7 None 0 0 0~64 0~64 None 64 64 1~10 1~10 None 8 8 1~10 1~10 None 4 4 1~10 1~10 None 2 2 1~10 1~10 None 4 4 1~10 1~10 None 2 2 1~10 1~10 None 1 1 1~10 1~10 None 10 10 1~10 1~10 None 6 6 1~10 1~10 None 4 4 1~10 1~10 None 8 8 1~10 1~10 None 4 4 1~10 1~10 None 3 3 1~10 1~10 None 6 6 1~10 1~10 None 3 3

1~10 1~10 None 2 2 NONot Support, YESSupport NO, YES None NO NO -121~-104 -121~-104 dBm -109 -109 0~3 0~3 None 1 1 NONo, YESYes NO, YES None YES YES -121~-104 -121~-104 dBm -109 -109 0~255 0~255 None 225 225 L0_FORBID, L1_FORBID, L0_FORBID, L2_FORBID, L1_FORBID, L3_FORBID, L2_FORBID, None L4_FORBID, L0_FORBID-0&L1_FORBID-0&L2_FORBID-0&L3_FORBID-0&L4_ L3_FORBID, L5_FORBID, L4_FORBID, L0_FORBID-0&L1_FORBID-0&L2_FORBID-0& L6_FORBID, L5_FORBID, L7_FORBID, L6_FORBID, L8_FORBID, L7_FOR L9_F

1_Times1_Times, 2_Times2_Times, 1_Times, 2_Times, 4_Times4_Times, 4_Times,None 7_Times 7_Times7_Times 4_Times 4_Times 0~63 0~63 dB 16 16 L11_FORBID, L12_FORBID, L11_FORBID, L13_FORBID, L12_FORBID, L14_FORBID, None L13_FORBID, L15_FORBID L11_FORBID-0&L12_FORBID-0&L13_FORBID-0&L14_FORBID-0& L14_FORBID, L11_FORBID-0&L12_FORBID-0&L13_FORBID L15_FORBID 0~255 0~255 s 15 15 20~100 20~100 per cent 80 80

0~19 1~255 0~65535 0~7

0~19 1~255 0~65535 0~7

None s None None

5 15 5000 1

5 15 5000 1

TX_33, TX_44, TX_55, TX_66, TX_3, TX_4, TX_77, TX_5, TX_88, TX_6, TX_99, TX_7, None TX_1010, TX_8, TX_32 TX_9, TX_1111, TX_10, TX_1212, TX_11, TX_32TX_12, TX_1414, TX_14, TX_1616, TX_16, TX_2020, TX_20, TX_2525 TX_25, T 1~20 1~20 None 4 4 0~31 0~31 None 20 20 OFFOff, ONOn OFF, ON None OFF OFF 0~255 0~255 None 255 255 4_Times, 8_Times, 12_Times, 1920~30720, 16_Times, step:20_Times, 480 ms 24_Times, 52_Times 28_Times, 32_Times, 52_Times 36_Times, 40_Times, 44_Times, 48_Tim 0~63 0~30240, step: 480 ms 32 32 0~255 0~255 s 10 10 0~63 0~63 dB 6 6 0~70 0~70 None 55 55 0~63 0~63 dB 6 6 0~70 0~70 None 55 55 0~1000 0~1000 per mill 40 40 0~63 0~63 dB 6 6 0~70 0~70 None 55 55 0~1000 0~1000 per mill 40 40 0~63 0~63 dB 6 6 0~70 0~70 None 55 55 0~70 0~70 None 55 55 0~1 0~1 None 1 1

0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 0~1 0~1 None 1 OP1Operator 1, OP2Operator OP1, OP2, 2, OP3Operator OP3, OP4, NONE 3, OP4Operator None 4, NONENot255 Shared NONo, YESYes NO, YES None NO NO 1~14 1~14 None 1 0~190 0~190 None 0 NONo, YESYes NO, YES None NO NO 0~7 0~7 None 5 NONo, YESYes NO, YES None NO NO NONo, YESYes NO, YES None YES YES 0~255 0~255 None 80

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 255 1 0 5

80

0~63 0~63 None 2 2 60~3600 60~3600 s 60 60 NONo, YESYes NO, YES None NO NO YESYes, NONo YES, NO None YES YES 1~1023 1~1023 None None None year, month, day, hour, min, 1970-1-1 sec 00:00:00~2538-12-31 None 23:59:59 None None 2~3600 2~3600 s None 60 0~65535 0~65535 None None None year, month, day, hour, min, 1970-1-1 sec 00:00:00~2538-12-31 None 23:59:59 None None None 1~615 charactersGB2312, KOI8-R, None None KOI8-U, KOI8, WINDOWS-1251, None ASMO_449, WINDOWS-1256, W 0~15 0~15 None None None

NONo, YESYes None 2~3600 NONo, YESYes

NO, YES 1~80 characters 2~3600 NO, YES

None YES None Cell name s None NO

0~65535

0~65535

None None

None

None None

LAC_CI

LAC_CICELL IMME, PLMNALL, LAC_CI, LACLAC, PLMN, LAC, CICELL CI

YES None 60

60 NO

GERMANGERMAN, ENGLISHENGLISH, GERMAN, ENGLISH, ITALIANITALIAN, ITALIAN, None FRENCH, None FRENCHFRENCH, SPANISH, DUTCH, ENGLISH SPANISHSPANISH, SWEDISH, DANISH, DUTCHDUTCH, PORTUGUESE, SWEDIS F NONo, YESYes NO, YES None NO NO NONot Support, YESSupport NO, YES None NO NO OFFOFF, ONON OFF, ON None OFF OFF 0~63 0~63 dB 8 8 NONo, YESYes NO, YES None YES 1. For a 900/1800 MHz Co-BCCH cell, it is reco 0~255 0~255 s 0 0 0~4095 0~4095 None None None Same_BandSame Band,Same_Band, Diff_BandDifferent Diff_Band Band None Diff_Band Diff_Band NONo, YESYes NO, YES None YES YES ALLAll, PARTPart ALL, PART None ALL ALL

TRXAid_NotAllowTRX Aiding TRXAid_NotAllow, Not Allowed, AllowReForbidAllowed AllowReForbid, None AllowReImmed, AllowReCheckRes & Recover AllowReCheckRes Forbidden, AllowReCheckRes AllowReImmedAllowed & Recover Imm 1~60 1~60 min 15 15 NONo, YESYes NO, YES None YES YES 0~16 0~16 None 2 2 COMMONCOMMON, MULTIPATHMULTIPATH, COMMON, MULTIPATH,INDOORINDOOR, INDOOR, None COMMON HIGHWAY HIGHWAYHIGHWAY COMMON NONot report, YESReport, NO,NONENone YES, NONE None NO NO 0~1000 0~1000 per mill 2 2 0~1000 0~1000 per mill 4 4 0~1000 0~1000 per mill 8 8 0~1000 0~1000 per mill 16 16 0~1000 0~1000 per mill 32 32 0~1000 0~1000 per mill 64 64 0~1000 0~1000 per mill 128 128 NONo, YESYes NO, YES None NO For the double-transceiver BTS and NGBTS, th DISABLEDisable, ENABLEEnable, DISABLE, ENABLE, UNSUPPORTUnsupport UNSUPPORT None DISABLE DISABLE 6_60KBIT/S, 8_85KBIT/S, 0~712_65KBIT/S None 6_60KBIT/S-1&8_85KBIT/S-1&12_65KBIT/S-1 6_60KBIT/S-1&8_85KBIT/S-1&12_65KBIT/S-1 0~15 0~15 None 2 2 0~15 0~15 None 2 2 0~63 0~63 dB 12 12 0~63 0~63 dB 18 18

0~2 0~15 0~15 0~63 0~63

0~2 0~15 0~15 0~63 0~63

None None None dB dB

2 2 2 21 25

2 2 2 21 25

PARAMETER_RELATIONSHIP

CAUTION RADIO_PERFORMACE_IMPACT

ATTRIBUTE

If this parameter is BCCHExt,"CCCH None Blocks Reserved None for AGCH" must be more than Radio 0. None None The number of block retransmissionsEquipment is decreased and the throughput is increase None If the GSM BSC Noneis connected to the GSM MSC, Radio it is recommended that you set this parameter None The value ofNone this parameter must be the same atRadio both the BSS side and the NSS side. Wheth None None If this function is enabled after encryption Radiois enabled, the network security can be i None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None The throughput is affected. Radio None If this parameter Noneis set to a smaller value, the handover Radio success rate may be affected. None None None Radio

None None None Radio None None When this parameter is set to on, theRadio MOS of a MS-initiated and MS-terminated ca None None When this parameter is set to YES and Radio the value of the downlink threshold is not r None None When this parameter is set to YES and Radio the value of the uplink threshold is not reas The setting of this parameter mustGenerally, meet the the following None value conditions: of this parameter "DLLTFERLOWTH" does not need Radio
This parameter is used for the adaptive adjustmen t function of AMR downlink threshold. When the voice is in poor performan ce 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 morethe following The setting of this parameter mustismeet None condition: "LTFERLOWTH" Radio < "DLLTFERTGT" < "LTFERUPTH". The setting of this parameter mustGenerally, meet the the following None value conditions: of this parameter "DLLTFERUPTH" does not need Radio > "DLLTFERTGT"; adjustment. It is "DLLTFERUPTH" the upper limit for > adjust "DLL None Generally, the None value of this parameter is fixed to Radio 2, with no need of adjustment. The value of th The setting of this parameter mustGenerally, meet the the following None value conditions: of this parameter "LTFERLOWTH" does not need Radio < "LTFERTGT"; adjustment. It"LTFERLOWTH" is the lower limitneed Radio "LTFERTGT"; adjustment. "LTFERUPTH" It is the upper>limit "LTFERLOW for adjust None Generally, the None value of this parameter is fixed to Radio 2, with no need of adjustment. The value of th None If this parameter Noneis set to Algorithm I, the BTS performs Radio AMR rate adaptation according to the None None When this parameter is set to on, theRadio MOS of a MS-initiated and MS-terminated ca None The numberThe of the ACS chosen may affect data rates the MOS. must be from Radio one to four. If this parameter involves only None None None Radio The setting of this parameter mustNone meet the following None condition: "DLTHF1" + "DLHYSTF1" Radio < "DLTHF2" + "DLHYSTF2". The setting of this parameter mustNone meet the following None condition: "DLTHF2" + "DLHYSTF2" Radio < "DLTHF3" + "DLHYSTF3". The setting of this parameter mustNone meet the following None condition: "DLTHF2" + "DLHYSTF2" Radio < "DLTHF3" + "DLHYSTF3". The setting of this parameter mustNone meet the following The coding conditions: rate and"DLTHF1" MOS are affected. < "DLTHF2";"DLTHF1" Radio + "DLHYSTF1" < "DLTHF2" The setting of this parameter mustNone meet the following The coding conditions: rate and"DLTHF2" MOS are affected. < "DLTHF3";"DLTHF2" Radio + "DLHYSTF2" < "DLTHF3" The setting of this parameter mustNone meet the following The coding conditions: rate and"DLTHF2" MOS are affected. < "DLTHF3"; Radio "DLTHF2" + None None The setting of this parameter affects Radio the MOS. When the C/I ratio is satisfactory, th The setting of this parameter mustNone meet the following None condition: "ULTHF1" + "ULHYSTF1" Radio < "ULTHF2" + "ULHYSTF2". The setting of this parameter mustNone meet the following None condition: "ULTHF2" + "ULHYSTF2" Radio < "ULTHF3" + "ULHYSTF3".

None None None Radio The setting of this parameter mustNone meet the following The coding conditions: rate and"ULTHF1" MOS are affected. < "ULTHF2"; Radio "ULTHF1" The setting of this parameter mustNone meet the following The coding conditions: rate and"ULTHF2" MOS are affected. < "ULTHF3"; Radio "ULTHF2" + The setting of this parameter mustNone meet the following The coding conditions: rate and"ULTHF2" MOS are affected. < "ULTHF3"; Radio "ULTHF2" None None When this parameter is set to ENABLE, Radio the MOS can be increased in a call betwe None The numberThe of the ACS chosen may affect data rates the MOS. must be from Radio one to four. If this parameter involves only None None None Radio The setting of this parameter mustNone meet the following None condition: "DLTHH1" + "DLHYSTH1" Radio < "DLTHH2" + "DLHYSTH2". The setting of this parameter mustNone meet the following None condition: "DLTHH2" + "DLHYSTH2" Radio < "DLTHH3" + "DLHYSTH3". The setting of this parameter mustNone meet the following None condition: "DLTHH2" + "DLHYSTH2" Radio < "DLTHH3" + "DLHYSTH3". The setting of this parameter mustNone meet the following None conditions: "DLTHH1" < "DLTHH2"; Radio "DLTHH1" + The setting of this parameter mustNone meet the following None conditions: "DLTHH2" < "DLTHH3"; Radio "DLTHH2" The setting of this parameter mustNone meet the following None conditions: "DLTHH2" < "DLTHH3"; Radio "DLTHH2" None None The setting of this parameter affects Radio the MOS. When the C/I ratio is satisfactory, th The setting of this parameter mustNone meet the following None condition: "ULTHH1" + "ULHYSTH1" Radio < "ULTHH2" + "ULHYSTH2". The setting of this parameter mustNone meet the following None condition: "ULTHH2" + "ULHYSTH2" Radio < "ULTHH3" + "ULHYSTH3". None None None Radio The setting of this parameter mustNone meet the following None conditions: "ULTHH1" < "ULTHH2"; Radio "ULTHH1" + The setting of this parameter mustNone meet the following None conditions: "ULTHH2" < "ULTHH3"; Radio "ULTHH2" The setting of this parameter mustNone meet the following None conditions: "ULTHH2" < "ULTHH3"; Radio "ULTHH2" None None None Radio None None If this parameter is set to a greater value, Radiocell congestion may not be relieved. If th None With a goodIfanti-interference this parameter iscapability, set to higher AMRvalue, codes Radio channel can support resources a lower may carrier-to-interference be wasted; if this p None With a goodIfanti-interference this parameter iscapability, set to higher AMRvalue, codes Radio channel can support resources a lower may carrier-to-interference be wasted; if this p None With a goodIfanti-interference this parameter iscapability, set to higher AMRvalue, codes Radio channel can support resources a lower may carrier-to-interference be wasted; if this p None With a goodIfanti-interference this parameter iscapability, set to higher AMRvalue, codes Radio channel can support resources a lower may carrier-to-interference be wasted; if this p None None None Equipment None The parameter None cannot be modified. Equipment None None None Radio None None None Equipment None None None Radio None None None Radio None None None Radio None ACS is usually None set to 0 because system information Radio 7 and 8 messages are seldom used in com None None The setting of this parameter affects Radio the GSM Phase II MS. None None None Radio None None The MS cannot respond to the paging Radio during the location update, thus decreasing

None

The settingsNone of RXLEV-ACCESS-MIN and CRO Radio should guarantee that cells with same priority

None None None

The MS calculates C1 and C2 of the serving cell at a minimum interval of 5s. When necessary, the MS re-calculates C1 and C2 of all non-serving cells neighboring cells. The MS constantly checks whether a cell reselection is required by checking following conditions: Whether the path loss C1 of the current serving cell drops below 0 within 5s. If yes, the path loss is too large. C2 of an appropriate non-serving cell exceeds that of the serving cell in 5s and the following conditions are met: The C2 of a new cell in another LAC minus CRH broadcast in the system information 3 and 4 of the serving cell exceeds C2 of the serving cell in 5s. A cell reselection is performed in the last 15s, and the C2 of the new cell minus 5 dB constantly exceeds the C2 of the serving cell in 5s. A better cell exists if the above conditions are met. If a better cell exists, the MS reselects a cell, and does not select the previous cell within 5s. None Radio If the value of None "Cell Bar Access" is YES and the value Radioof "Cell Bar Qualify" is NO, new call acce If the value of None "Cell Bar Access" is YES and the value Radioof "Cell Bar Qualify" is NO, new call acce

None None The most significant three bits of BSIC Radio for all cells map with the NCC. NCC Permit This parameter is valid only whenNone "TIGHTBCCHSWITCH" If this parameter in "SET is setGCELLCHMGBASIC" to a greater value, RadiotheisBCCH set to ON. may idle while non-BCCHs ar This parameter is valid only whenNone "TIGHTBCCHSWITCH" If this parameter in "SET is setGCELLCHMGBASIC" to a greater value, Radiotheisassignment set to ON. of the BCCH may fail, an

None Multi-band networks None cannot use the TIGHT BCCH Radio algorithm. None None None Equipment None None None Equipment None None None Equipment None None None Equipment None This parameter None is valid on a per cell basis and is Radio valid only when "ACOOPERATPAGINGSWIT None None None Equipment None None None Equipment None None None Radio None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None None None Equipment None When this parameter If this parameter is set toisYES, set toduring YES, the the channel speech Radio quality activation is improved. of the BSC6900, if the alloca None None None Equipment None None None Radio None None Call reestablishment can decrease the Radio call drop rate but waste channel resources. None None None Radio None None None Equipment None This parameter None is valid in only the cells in the coverage Radio area of the BTS3X. None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Equipment None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio In an enhanced concentric cell, if None "LOWRXLEVOLFORBIDSWITCH" None is set to ON, Radio this parameter and "OTOURECEIVETH" dete

This parameter is valid only whenNone "LOWRXLEVOLFORBIDSWITCH" If this parameter is set toisaset smaller to ON. value, Radiocall drops may occur because the hando None None None Radio None None None Radio "TCHTRICBUSYOVERLAYTHR" None and "TCHTRIBUSYUNDERLAYTHR" If this parameter is set to acan greater be set value, Radio only the when half-rate "HRIUOLDRATESELALLOW" channels are assigned toisths

"TCHTRICBUSYOVERLAYTHR" None and "TCHTRIBUSYUNDERLAYTHR" If this parameter is set to acan greater be set value, Radio only the when half-rate "HRIUOLDRATESELALLOW" channels are assigned toisths None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None The CI can be None input in hexadecimal format. The Radio hexadecimal format is H'****, for example, H'1 None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio

The value of this parameter must None be the sameNone as that of "HOCTRLSWITCH" in "SET Radio GCELLHOBASIC". None None None Radio None None None Radio None None None Radio

None

None

None

Radio

None None None Radio None For a BTS ofThis the technology BTS3X series, prevents the value the loss of this of Radio measurement parameter is invalid. reports caused by the BSIC tha None If this parameter Noneis set to a greater value, the BTS Radio power decreases too much. If this paramete None For the BTS3001C, None BTS3001CP, and BTS3002C, Radio this parameter is invalid. For other BTSs, th None None None Equipment None None None Equipment None None None Radio None None None Radio The value of DTLOADTHRED must None be set when None "REASSEN" in the "SET GCELLBASICPARA" Radio command is set to DIRECTRYE None None None Radio None None None Radio None None None Radio

None

None

The discontinuous transmission DTX function allows a transmitter to stop power transmission in the case of no voice transfer. This function has the following benefits: In the uplink: decreasing the power consumption of the MS and reducing system interference In the downlink: decreasing power consumption of the BTS, reducing system interference, and reducing intermodulation inside the BTS From the network perspective, the inter-frequency interference is reduced and the network quality is improved. Radio

None

None

None


None


The discontinuous transmission DTX function allows a transmitter to stop power transmission in the case of no voice transfer. This function has the following benefits: In the uplink: decreasing the power consumption of the MS and reducing system interference In the downlink: decreasing power consumption of the BTS, reducing system interference, and reducing intermodulation inside the BTS From the network perspective, the inter-frequency interference is reduced and the network quality is improved. None None Radio None None If this parameter is set to NO, the forced Radio handover and call delay caused by timesl This parameter is valid only whenNone "TURNOFFENABLE" None is set to YES. Equipment 1. This parameter is valid only when None "TURNOFFENABLE" None is set to ENABLE. Equipment 2. The setting of this paramete This parameter is valid only whenWhen "TURNOFFENABLE" the same Nonecoverage is set cell to allows YES. the load handover, Equipment this parameter should be set to a valu This parameter is valid only whenNone "TURNOFFENABLE" None is set to ENABLE. Equipment When "TURNOFFCELLSTPTIME"None < "TURNOFFCELLSTRTIME", None it indicates that Equipment the Dynamic Cell Power Off feature can be en This parameter is valid only whenNone "TURNOFFENABLE" None is set to ENABLE or SLEEPING. Equipment The following condition must be met: " This parameter is valid only whenNone "TURNOFFENABLE" None is set to ENABLE. Equipment This parameter is valid only whenNone "TURNOFFENABLE" None is set to YES. Radio This parameter is valid only whenNone "TURNOFFENABLE" None is set to YES. Radio This parameter is valid only whenNone "TURNOFFENABLE" None is set to YES. Equipment None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio This parameter is valid only whenNone "EMCPRILV" None in "SET GCELLCCAD" is not set toRadio 15. None None None Radio None None None Radio None None If this parameter is set to a smaller value, Radiothe handover frequency is higher. None None If this parameter is set to ON, the calls Radio are handed over on schedule. This increas None None None Radio This parameter is valid when " MAINBCCHPWRDTEN None When this" parameter in the " SET is GCELLOTHEXT set to YES, the Equipment network " command KPIs ismay set be to YES. deteriorated. None None When this parameter is set to YES, the Equipment network KPIs may be deteriorated. This parameter is valid when " MAINBCCHPWRDTEN None None " in the " SET GCELLOTHEXT Equipment " command is set to YES. This parameter is valid when " MAINBCCHPWRDTEN None None " in the " SET GCELLOTHEXT Equipment " command is set to YES. This parameter is valid when " MAINBCCHPWRDTEN None None " in the " SET GCELLOTHEXT Equipment " command is set to YES. None None None Radio This parameter is valid only whenNone "QTRUPWRSHARE" None is not set to NONE. Radio

None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None This parameter In scenarios is valid only withwhen heavy the traffic, MCPA thealgorithm network Radio is performance enabled. can be improved if this sw None None None Radio None None None Equipment None None None Radio None None If this parameter is set to a greater value, Radionetwork congestion may occur in the cel None None None Radio The following condition must be met: None "ALLOWAMRHALFRATEUSERPERC" None <= "ALLOWHALFRATEUSERPERC". Radio The following condition must be met: None "ALLOWHALFRATEUSERPERC" None >= "ALLOWAMRHALFRATEUSERPERC". Radio None None None Radio None None None Radio The setting of this parameter mustNone meet the following None condition: "INTERFTHRES0"Radio > "INTERFTHRES1". The setting of this parameter mustNone meet the following None condition: "INTERFTHRES1"Radio > "INTERFTHRES2". The setting of this parameter mustNone meet the following None condition: "INTERFTHRES2"Radio > "INTERFTHRES3". The setting of this parameter mustNone meet the following None condition: "INTERFTHRES3"Radio > "INTERFTHRES4". The setting of this parameter mustNone meet the following None condition: "INTERFTHRES4"Radio > "INTERFTHRES5". The setting of this parameter mustNone meet the following None condition: "INTERFTHRES4"Radio > "INTERFTHRES5". None 1. Interference None band 0 is not counted in the trafficRadio statistics.2. In the following BTSs, the value None None None Radio None None None Radio None None None Equipment None None None Radio This parameter is valid only whenNone "ATCBHoSwitch" None is set to OPEN, "IUOTP" is setRadio to EDB_cell, or "TIGHTBCCHSWITCH" is se

This parameter is valid only whenNone "ATCBHoSwitch" If this parameter is set to OPEN, is set "IUOTP" to a greater is set value, Radio to EDB_cell, the overlaid or "TIGHTBCCHSWITCH" subcell range in the algorithm is se This parameter is valid only whenNone "IUOTP" in None "ADD GCELL" is set to EDB_cell. The Radio following condition must be met: "EDBSTAT This parameter is valid only whenNone "IUOTP" in None "ADD GCELL" is set to EDB_cell. The Radio following condition must be met: "EDBSTAT This parameter is valid only whenNone "IUOTP" in If"ADD this parameter GCELL" is is set set toto EDB_cell. a greater orRadio a smaller value, the balance between the tra This parameter is valid only whenNone "IUOTP" in If"ADD this parameter GCELL" is is set set toto EDB_cell. a greater value, Radiocongestion may occur in the underlaid su This parameter is valid only whenNone "IUOTP" in None "ADD GCELL" is set to EDB_cell. Radio This parameter is valid only whenNone "IUOTP" in None "ADD GCELL" is set to EDB_cell. Radio This parameter is valid only whenNone "IUOTP" in None "ADD GCELL" is set to EDB_cell. Radio This parameter is valid only whenNone "INNLOADHOEN" None is set to YES. Radio This parameter is valid only whenNone "INNLOADHOEN" If this parameter is set to YES. is set to a greater value, Radiocongestion may occur in the underlaid su This parameter is valid only whenNone "OUTLOADHOENABLE" None is set to YES. Radio This parameter is valid only whenNone "IUOTP" in If"ADD this parameter GCELL" is is set set toto EDB_cell. a greater value, Radiocongestion may occur in the underlaid su This parameter is valid only whenNone "IUOTP" in None "ADD GCELL" is set to EDB_cell. Radio This parameter is valid only whenNone "IUOTP" in If"ADD this parameter GCELL" is is set set toto EDB_cell. a greaterThe value, Radio following congestion condition may must occurbe in met: the overlaid "OUTSER sub This parameter is valid only whenNone "IUOTP" in If"ADD this parameter GCELL" is is set set toto EDB_cell. a greater value, Radiocongestion may occur in the overlaid sub This parameter is valid only whenNone "IUOTP" in None "ADD GCELL" is set to EDB_cell. Radio This parameter is valid only whenNone "OUTLOADHOENABLE" If this parameter is set is set to YES. to a greater value, Radiocongestion may occur in the overlaid sub This parameter is valid only whenNone "OUTLOADHOENABLE" If this parameter is set is set to YES. to a greater value, Radiocongestion in the underlaid subcell is diff This parameter is valid only whenNone "OUTLOADHOENABLE" If this parameter is set is set to YES to a greater and "IUOTP" value, Radioin congestion "ADD GCELL" may occur is set in to the EDB_cell. overlaid sub This parameter is valid only whenNone "IUOTP" in If"ADD this parameter GCELL" is is set set toto EDB_cell. a greaterThe value, Radio following congestion condition may must occurbe in met: the underlaid "OUTGEN su

This parameter is valid only whenNone "IUOTP" in If"ADD this parameter GCELL" is is set set toto EDB_cell. a greaterThe value, Radio following congestion condition may must occurbe in met: the underlaid "OUTSER su None None None Radio None The Enhanced None Measurement Report supports the Radio measurement of 3G neighboring cells to im None None None Radio None None None Radio This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport. This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport. This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport. This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport. This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport. This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport. This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport. This parameter is valid only whenNone "MEASURETYPE" None in "SET GCELLCCUTRANSYS" Radio is set to EnhMeasReport.

None None None Radio This parameter is valid only whenNone "HIGHPRIUSERQUALFIRST" None is set to YES. Radio None When this parameter None is set to No, Highest Priority Radio cannot be configured. None The downlink None power control at the BTS side can Radio support up to 15 levels, in each of which the p

In a GSM900 cell, the power control level of the MS ranges from 0 to 19. Generally, the maximum transmit power supported by an MS is level 5 mapping to 33 dBm. The minimum transmit power supported by an MS is level 19 mapping to 5 dBm. Other transmit power levels are reserved None None Radio None None None Radio None None None Radio None None This feature only applies to the areasRadio covered by both the GSM network and the U This parameter is valid when "FLEXABISMODE" None None in the "MOD BTS" command is set Transport to YES. This parameter is valid when "FLEXABISMODE" None None in the "MOD BTS" command is set Transport to YES. This parameter is valid when "FHMODE" None in the None "SET GCELLHOPTP" command isRadio not set to NO_FH. This parameter is valid when "FHMODE" None in the None "SET GCELLHOPTP" command isRadio not set to NO_FH. None The value ofNone this parameter cannot be changed. Radio None None None Radio None None None Radio None None None Equipment


HSNs are optional None for the cells with frequency hopping Radio enabled. The cells in the same frequen None None Radio The value ofNone this parameter cannot be changed. Radio The value ofNone this parameter must be the same asRadio the attribute value of the TRX frequency hop None None Radio None None Radio

None None None

You must deactivate None the cell before modifying this Radio parameter and activate the cell after modify If there are fewer None frequencies in a frequency hopping Radiogroup, the mode of Frequency List can d None None Radio

None The parameter None cannot be modified. Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None The larger the None value of this parameter, the higherRadio the proportion of discarded messages during None The larger the None value of this parameter, the higherRadio the proportion of discarded messages during None If this parameter Noneis set to a larger value, more packets Radio are discarded when the congestion occ None If this parameter Noneis set to a larger value, more packets Radio are discarded when the congestion occ None None None Radio None None None Equipment This parameter is valid when "ALLOWG2FLOWCTRALGL" None None in the "SET BSCFCPARA" Equipment command is set to YES. This parameter is valid when "ALLOWG2FLOWCTRALGL" None None in the "SET BSCFCPARA" Equipment command is set to YES.

None None None Radio None None None Radio None None None Radio None None None Radio This parameter is valid only whenNone the ""INTERRATCELLRESELEN"" None parameter regarding Radio the "SET GCELLHOBASIC" comma None None None Radio

None None None None None None None

None None Radio None None Radio None None Radio None None Radio None None Radio The value ranges None of frequency numbers vary withRadio corresponding band reporting. None None Radio

None

None

None

Radio




Radio Radio Radio Radio Radio Radio

None None

None None

None None

Radio Radio

None None None Radio This parameter is valid only whenNone the following If conditions this parameter are met: is set to a too great Radio value, the handover cannot be performed 1. The ""IN tim

This parameter is valid only whenNone the ""INTERRATOUTBSCHOEN"" None parameter regarding Radio the "SET GCELLHOBASIC" comman

This parameter is valid only whenNone the following If conditions this parameter are met: is set1.toThe a too ""INTERRATOUTBSCHOEN"" great Radio value, the handover cannot regarding be performed the "SET tim GC None None None Radio None None None Equipment None None None Equipment This parameter is valid only whenNone "IBCASOFTBLKSWITCH" If this parameterisisset settotoYES. a smaller value, Radiothe network interference is increased; if This parameter is valid only whenNone "IBCASOFTBLKSWITCH" If this parameterisisset settotoYES. a smaller value, Radiothe network interference is increased; if None None None Radio None None If this parameter is set to a greater value, Radiothe call duration is prolonged; if this para None None None Radio None None None Radio None None None Radio

None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None

None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None

None Radio If this parameter is set to a greater value, Radiothe handover duration is prolonged and t None Radio None Radio If this parameter is set to a smaller value, Radiothe network interference is increased; if If this parameter is set to a greater value, Radiothe handover duration is prolonged and t If this parameter is set to a smaller value, Radiothe network interference is increased; if None Radio None Radio None Radio None Radio None Radio None Radio None Radio None Radio None Radio None Radio None Radio If this parameter is set to a greater value, Radiothe handover duration is prolonged and t None Radio None Radio None Radio None Radio None Radio None Radio If this parameter is set to YES, cell congestion Radio may occur when the interference is None Radio None Radio None Radio None Radio If this parameter is set to a smaller value, Radiothe network interference is increased; if None Radio None Radio None Radio

This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. This parameter is valid only whenNone "IBCAALLOWED" None in "SET GCELLCHMGAD" is Radio set to YES. None None None Radio None The ATT must None be set to the same value for different Radio cells in a same location area. If not, some

None None None None None



Equipment Radio Radio Equipment Radio

In a multi-band network, this parameter can be set on the basis of the traffic volume on each frequency band. If this parameter is set to 0, the MS reports the measurement results of six neighboring cells known and permitted by the NCC at the bands with the best signal regardless of the band at which the neighboring cell is located. If this parameter is set to 1, the MS reports the measurement result of a neighboring cell known and permitted by the NCC at each band with the best signal the band serving the current cell not included. The MS reports the measurement result of the neighboring cell at the band serving the current cell in the redundant position. If the redundant position is still available, the MS reports the measurement results of other neighboring cells regardless of the bands at which the neighboring cells are located. If this parameter is set to 2, the MS reports the measurement results of two neighboring cell known and permitted by the NCC at each band with the best signal the band serving the current cell not None None Radio This parameter is valid when "MEASURETYPE" None None is set to EnhMeasReport. Equipment None None None Radio None None None Radio None None None Radio None None None Equipment None None None Radio None For a double-transceiver None BTS or an NGBTS, the Equipment initial value is ON. For a BTS of any other typ None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None The functionNone of cell load reselection is valid only when Radio"NC2LoadResel" in "SET BSCPSSOFT None None None Radio None None None Radio None None None Radio None None None Radio

None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None This functionNone can be activated only when the "Switch Radio for Abis Timeslot Detection" is "ON". None None None Radio None. None. If this timer is set to a greater value, Equipment channel resources may be wasted, thus caus None. None. None. Equipment This parameter is valid when "TCMUTEDETECTFLAG" None. None. is set to YES. Equipment This parameter is valid when "TCMUTEDETECTFLAG" None. None. is set to YES. Equipment None. None. None. Equipment None If the value of None this parameter is increased, the cell Radio congestion rate increases. If the value of thi None If this parameter Noneis set to YES, the call drop rate Radio may increase. None None None Equipment None None None Equipment None None None Equipment None None None Equipment None For the BTS3002C, None if each cell is configured withEquipment two TRXs O2 or S2 and the value of this par None None None Equipment None None None Equipment None If this parameter Noneis set to a greater value, the error Equipment is small. None If this parameter Noneis set to a smaller value, the error Equipment is smaller. None None None Equipment None None None Equipment None None None Equipment None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None Properly setting this parameter can increase Radio the paging success rate. If this param None A paging block If this four parameter continuous is set CCCH to a timeslots greater value, can Radio bear the number two IMSIofpaging pagingmessages, subchannels fourinTM ac None None None Radio

None None None Equipment None None None Equipment None None None Equipment None None None Radio None None None Radio None None None Radio None None None Radio None During upgrade, Nonepay more attention to the settingRadio of this parameter. Be sure to check it. If an a None Pay special None attention to the setting of this parameter Radio during an upgrade. If sending short mess This parameter is valid only whenThis "EDGE" parameter in "SET None applies GCELLGPRS" to only the is EDGE set to YES. trx. Radio None None None Radio None None None Radio None None None Radio None None None Radio None If the value of None this parameter is too small, extension Radio measurement reports are sent frequently. None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio The setting of this parameter mustNone meet the following None condition: "NCHSTARTBLOCK"" Radio<= "NCHOCBLOCKNUM". The setting of this parameter mustNone meet the following None condition: "NCHSTARTBLOCK"" Radio<= "NCHOCBLOCKNUM". None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio

None None None Radio None None None Radio The value of this parameter must This be smaller parameter than If this should "RACH parameter be Busy setisThreshold" on setthe to basis a greater inofthe the value, "SET Radio actual GCELLCCBASIC" thereceiver call drop sensitivity rate decreases command. of the BTS but the andtraff the None None None Radio None None None Radio The value of this parameter must This be smaller parameter than If this should "RACH parameter be Busy setisThreshold" on setthe to basis a greater inofthe the value, "SET Radio actual GCELLCCBASIC" thereceiver call drop sensitivity rate decreases command. of the BTS but the andtraff the None None If this parameter is set to a smaller value, Radiothe allowable error rate for the random a None None This parameter can be used to limit the Radio user access type to control the network loa


None This parameter should be set as required: Radio In the areas where the traffic volume is For the BTS3X If this series parameter and double-transceiver is set to a smallerBTSs, value, Radio this theparameter random access does not success affectrate MS may access de None This parameter can be used to control Radio network load based on the MS access class None If this parameter is set to a smaller value, Radiothe status of RF resources is reported to None If this parameter is set to smaller value, Radio the signaling flow over the Abis interface in

None None None None

The default None value of "MS_TXPWR_MAX_CCH" in Radio the GSM900 and GSM850 cells is 5; the de None If this parameter is set to a smaller value, Radiothe BTS frequently reports overload indic None If this parameter is set to a smaller value, Radiothe BTS frequently sends the overload m As defined in The thesetting protocol, of this the parameter value of this may parameter affect Radio the cannot MS paging be 0 inresponse the following and performance cases:The B

None None None None None None None None None None None None None None None None None None None None

None If the number of RACH conflicts in a Radio cell is small, T should be set to a great value. None None Radio None None Radio None None Radio None If this parameter is set to a smaller value, Radiothe call drop rate may increase; if this pa None If this parameter is set to a smaller value, Radiothe radio link is vulnerable to failure, thu None None Radio None If this parameter is set to a smaller value, Radiothe radio resource status is reported too The level values None0 through 63 map to -110 dBm to Radio -47 dBm. A smaller value indicates a lower The parameter None value corresponds to RQ quality level: Radio0 to 7 multiplied by 10. A greater value i The level values None0 through 63 map to -110 dBm to Radio -47 dBm. A smaller value indicates a lower The parameter None value corresponds to RQ quality level: Radio0 to 7 multiplied by 10. A greater value i None When this parameter is set to a largeRadio value, the values of the new counters TCH c None When this parameter is set to a largeRadio value, the values of the new counters TCH c None When this parameter is set to a largeRadio value, the values of the new counters TCH c None When this parameter is set to a largeRadio value, the values of the new counters TCH c None When this parameter is set to a largeRadio value, the values of the new counters TCH c None When this parameter is set to a largeRadio value, the values of the new counters TCH c None None Equipment None None Radio

None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio None None None Radio The parameter value correspondsNone to the power Not ofinvolved each passage on the MRRU. If the Radio cell is configured only on one passage of t None None None Radio This parameter is valid only whenNone "GRADEACCALLOW" None is set to YES. Radio None The range ofIf this this parameter parameter is is determined set to a greater by the value, Radio cell configuration. too many channels The lower may be limitreserved is 0, andfor th None None None Radio This parameter is valid when "REPEATDLFASET" None Noneis set to YES. Radio None None None Radio None The SDCCHNone dynamic adjustment converts the TCHs Radioto the SDCCHs, this reduces the availab This parameter is valid only whenNone "SDDYN" inIf"SET this parameter GCELLBASICPARA" is set to a smaller is set to value, Radio YES.dynamic adjustment may not be triggere

This parameter is one of the conditions for the dynamic conversion of the TCHF to the SDCCH. In addition to the condition that the number of idle SDCCHs should be smaller than or equal to "IDLESDTHRES", the following three conditions must be met to trigger the conversion from the TCHF to the SDCCH: 1. "SDDYN" in "SET GCELLBASICPARA" is set to YES. 2. In the cell, the value of number of idle TCHFs + number of idle TCHHs/2 is greater than four and is greater than the number of TRXs. Idle TCHFs exist in the cell. 3. Number of SDCCHs + 8 < "CELLMAXSD". None If this parameter is set to a greater value Radio and consequently there is a small numbe This parameter is valid only whenNone "SDDYN" inIf"SET this parameter GCELLBASICPARA" is set to a smaller is set to value, Radio YES.the idle state of the current SDCCHs can None This parameter If this takes function effectis only enabled, whennumber the SDCCH of Radio signaling exists on channel the TRXs handovers on different is increased frequency andb None None None Radio None None None Equipment None None None Radio None None None Radio None None None Equipment None None None Radio The maximum length of this parameter None is decided Noneby "SCHEME": When "SCHEME" Radio is set to BINARY, the length of this parame None None None Equipment

None None None None

None None Radio None None Radio None None Radio When the simple None cell broadcast function is enabled, Radio the BSC6900 provides the simple cell bro

None

None

None

Radio

None

None

None

Equipment

None None None Radio None None None Radio None None None Radio None None None Radio None If the value of If this this parameter parameter is is set too to small, a greater the required value, Radiothe level callofdrop received rate decreases signals is low. but the Therefo traff None It is recommended None that this parameter be set to Yes Radio on a multiband cell. None None None Radio None None None Equipment This parameter is valid when "REASSEN" To improve in the None the"SET success GCELLCCBASIC" rate of reassignment, command it is Radio is recommended set to YES. that you use the default valu None None If this parameter is set to YES, the BSC6900 Radio initiates a reassignment when receivi None None None Equipment

This parameter specifies whether to enable the TRX aiding function. BCCH aiding: The main BCCH is aided to another normal TRX in this cell. BCCH aiding switchbac k: BCCH aiding switchbac k functions after the originally configured BCCH TRX is recovered. Baseband FH aiding: When the None None Radio None If this parameter Noneis set to a greater value, TRX mutual Equipment aid may not be triggered promptly in the None None None Equipment This parameter is valid when "DYNOpenTrxPower" The parameter None must in the be "SET set to GCELLBASICPARA" a value smaller than Equipment the command numberisofset TCHs to YES. available on the BCCH None None None Equipment None None None Radio None None This parameter affects only the statistical Radioresult of the counter "FER I I = 0-7 Quali None None This parameter affects only the statistical Radioresult of the counter "FER I I = 0-7 Quali None None This parameter affects only the statistical Radioresult of the counter "FER I I = 0-7 Quali None None This parameter affects only the statistical Radioresult of the counter "FER I I = 0-7 Quali None None This parameter affects only the statistical Radioresult of the counter "FER I I = 0-7 Quali None None This parameter affects only the statistical Radioresult of the counter "FER I I = 0-7 Quali None None This parameter affects only the statistical Radioresult of the counter "FER I I = 0-7 Quali None None None Equipment None None None Radio None The numberThe of the ACS chosen may affect data rates the MOS. must be from Radio one to three. If this parameter involves onl The setting of this parameter mustNone meet the following None condition: "DLTHWB1" + "DLHYSTWB1" Radio < "DLTHWB2" + "DLHYSTWB2 The setting of this parameter mustNone meet the following None condition: "DLTHWB1" + "DLHYSTWB1" Radio < "DLTHWB2" + "DLHYSTWB2 The setting of this parameter mustNone meet the following None conditions: "DLTHWB1" < "DLTHWB2"; Radio ["DLTH The setting of this parameter mustNone meet the following None conditions: "DLTHWB1" < "DLTHWB2"; Radio ["DLTH

None None The setting of this parameter affects Radio the MOS. When the C/I ratio is satisfactory, th The setting of this parameter mustNone meet the following None condition: "ULTHWB1" + "ULHYSTWB1" Radio < "ULTHWB2" + "ULHYSTWB2 The setting of this parameter mustNone meet the following None condition: "ULTHWB1" + "ULHYSTWB1" Radio < "ULTHWB2" + "ULHYSTWB2 The setting of this parameter mustNone meet the following None conditions: "ULTHWB1" < "ULTHWB2"; Radio "ULTHW The setting of this parameter mustNone meet the following None conditions:"ULTHWB1" < "ULTHWB2"; Radio "ULTH

IMPACT

PARAMETER_ID PARAMETER_NAME MML_COMMAND DESCRIPTION FEATURE_NAME GUI_VALUE_RANGE ACTUAL_VALUE_RANGE UNIT

DEFAULT_VALUE RECOMMENDED_VALUE PARAMETER_RELATIONSHIP CAUTION RADIO_PERFORMACE_IMPACT ATTRIBUTE

FEATURE_NAME

IMPACT

AMR FR AMR FR AMR FR AMR FR/HR Dynamic Adjustment AMR FR/HR Dynamic Adjustment AMR FR/HR Dynamic Adjustment AMR FR/HR Dynamic Adjustment AMR FR/HR Dynamic Adjustment AMR HR AMR HR Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment Assignment and Immediate Assignment BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing BCCH Dense Frequency Multiplexing Chain Cell Handover Chain Cell Handover Chain Cell Handover Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric Cell Concentric CellAMR FR Concentric CellAMR HR Direct Retry Fast Move Handover Fast Move Handover Fast Move Handover Fast Move Handover Fast Move Handover Fast Move Handover Fast Move Handover Fast Move Handover GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

HUAWEI I Handover

Cell

HUAWEI I Handover

Cell

HUAWEI I Handover

Cell

HUAWEI I Handover

Cell

HUAWEI I Handover

Cell

HUAWEI I Handover

Cell

HUAWEI I Handover

Cell

HUAWEI I Handover HUAWEI I Handover

Cell Cell

HUAWEI I Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover

Cell Cell Cell

HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

HUAWEI I HandoverHUAWEI II Handover

Cell


Cell


Cell


Cell

HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover

Cell Cell Cell

HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell


Cell

HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI II Handover


HUAWEI II Handover HUAWEI II Handover

Cell Cell

HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover

Cell Cell Cell

HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover Pre-processing of Measurement Report Pre-processing of Measurement Report Pre-processing of Measurement Report Pre-processing of Measurement Report SDCCH Handover

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

PARAMETER_ID

PARAMETER_NAME

DLQUALIMITAMRFR RXLEVOFF ULQUALIMITAMRFR INFHHOLAST INFHHOSTAT INHOF2HTH INHOH2FTH INTRACELLFHHOEN DLQUALIMITAMRHR ULQUALIMITAMRHR ABCDownQuality ABCUpQuality ABCWaitMaxTime AssignBetterCellEn SDCCHWaitMREn SDCCHWaitMRTimeLen TIGHTBCCHHOLASTTIME TIGHTBCCHHOSTATTIME TIGHTBCCHHOLOADTHRES TIGHTBCCHRXQUALTHRES HODIRFORECASTEN HODIRLASTTIME HODIRSTATIME ATCBHOEN ACCESSOPTILAY ENGOVERLDTHRSH ENLDHOPRD ENLDHOSTP ENLOWLDTHRSH ENSOVERLDTHRSH ENUTOOLOADINILEV HOALGOPERMLAY IMMASSTAALLOW IMMASSTATHRES IUOHODURATIME IUOHOSTATIME OLTOULHOALLOW OPTILAYER OPTILEVTHRES OPTITATHRES OTOURECEIVETH PSOTOURECEIVETHRSH PSUTOORECEIVETHRSH RECLEVHYST RECLEVTHRES RECLEVUOHOALLOW

DL Qual. Limit for AMR FR Interfere HO Qual. Thresh Offset for AMR FR UL Qual. Limit for AMR FR Intracell F-H HO Last Time Intracell F-H HO Stat Time F2H HO Threshold H2F HO Threshold Intracell F-H HO Allowed DL Qual. Limit for AMR HR UL Qual. Limit for AMR HR Downlink Quality Threshold in Assigning Better Cell Uplink Quality Threshold in Assigning Better Cell Maximum Better Cell Assigning Duration Assigning Better Cell Allowed Waiting for MR on SDCCH Switch Duration for Waiting MR on SDCCH TIGHT BCCH HO Valid Time TIGHT BCCH HO Watch Time Load Threshold for TIGHT BCCH HO RX_QUAL Threshold for TIGHT BCCH HO Handover Direction Forecast Enable Handover Direction Forecast Last Times Handover Direction Forecast Statistic Times Concentric Circles ATCB HO Allowed Incoming-to-BSC HO Optimum Layer En Iuo Out Cell General OverLoad Thred Load Classification HO Period Load Classification HO Step En Iuo Out Cell Low Load Thred En Iuo Out Cell Serious OverLoad Thred IniLev for EnUtoO Load HO Pref. Subcell in HO of Intra-BSC TA Pref. of Imme-Assign Allowed TA Threshold of Imme-Assign Pref UO HO Valid Time UO HO Watch Time OL to UL HO Allowed Assign Optimum Layer Assign-optimum-level Threshold TA Threshold of Assignment Pref OtoU HO Received Level Threshold PS OtoU HO Receive Level Threshold PS UtoO HO Receive Level Threshold RX_LEV Hysteresis RX_LEV Threshold RX_LEV for UO HO Allowed

RECQUALTH RECQUALUOHOALLOW TAFORUOHOALLOW TAHYST TATHRES TIMEOTOUFAILPUN TIMEUTOOFAILPUN ULTOOLHOALLOW UTOOFAILMAXTIME UTOOHOPENTIME UTOORECTH UTOOTRAFHOALLOW UTRAFHOPERIOD UTRAFHOSTEP RECEIVEQUALTHRSHAMRFR RECEIVEQUALTHRSHAMRHR MINPWRLEVDIRTRY QUICKHOEN HODOWNTRIGE HOUPTRIGE IGNOREMRNUM MOVESPEEDTHRES MSLEVSTRQPBGT NCELLFILTER SCELLFILTER INTERRATCELLRESELEN INTERRATINBSCHOEN INTERRATOUTBSCHOEN EDGELAST1 EDGESTAT1 PBGTHOEN

RX_QUAL Threshold RX_QUAL for UO HO Allowed TA for UO HO Allowed TA Hysteresis TA Threshold Penalty Time after OtoU HO Fail Penalty Time after UtoO HO Fail UL to OL HO Allowed MaxRetry Time after UtoO Fail Penalty Time of UtoO HO UtoO HO Received Level Threshold UtoO Traffic HO Allowed Underlay HO Step Period Underlay HO Step Level ReceiveQualThrshAMRFR ReceiveQualThrshAMRHR Min Power Level For Directed Retry Quick Handover Enable Quick Handover Down Trigger Level Quick Handover Up Trigger Level Ignore Measurement Report Number Quick Move Speed Threshold EN Quick PBGT HO ALG When MS Leaves BTS Neighbor Cell Filter Length MR Number Serving Cell Filter Length MR Number Inter-RAT Cell Reselection Enable Inter-RAT In BSC Handover Enable Inter-RAT Out BSC Handover Enable Handover Algorithm I Edge HO Valid Time Handover Algorithm I Edge HO Watch Time PBGT HO Allowed

FLTPARAA1

Filter Parameter A1

FLTPARAA2

Filter Parameter A2

FLTPARAA3

Filter Parameter A3

FLTPARAA4

Filter Parameter A4

FLTPARAA5

Filter Parameter A5

FLTPARAA6

Filter Parameter A6

FLTPARAA7

Filter Parameter A7

FLTPARAA8 FLTPARAB

Filter Parameter A8 Filter Parameter B

DIRMAGANSITEFLAG BQHOEN COBSCMSCADJEN CONHOEN DLEDGETHRES FRINGEHOEN HOCDCMINDWPWR HOCDCMINUPPWR INTERFHOEN INTRACELLHOEN LEVHOEN LEVHOHYST LoadHoEn QCKMVHOEN RXQCKFALLHOEN SIGCHANHOEN TAHOEN ULEDGETHRES BANTIME CONTINTV KBIAS LOADHOPERIOD

Directly Magnifier BTS Flag BQ HO Allowed Co-BSC/MSC Adj Concentric Circles HO Allowed Edge HO DL RX_LEV Threshold Edge HO Allowed Min DL Level on Candidate Cell Min UL Level on Candidate Cell Interference HO Allowed Intracell HO Allowed Level HO Allowed Inter-layer HO Hysteresis Load Handover Support MS Fast Moving HO Allowed Rx_Level_Drop HO Allowed SDCCH HO Allowed TA HO Allowed Edge HO UL RX_LEV Threshold Forbidden time after MAX Times Interval for Consecutive HO Jud. K Bias Load HO Step Period

LOADHOSTEP LOADOFFSET MAXCNTNUM

Load HO Step Level Load HO Bandwidth MAX Consecutive HO Times

MAXRESEND OutBscLoadHoEn QCKSTATCNT QCKTIMETH QCKTRUECNT SPEEDPUNISH SPEEDPUNISHT SYSFLOWLEV T3105 TRIGTHRES RXQUAL1 RXQUAL10 RXQUAL11 RXQUAL12 RXQUAL2 RXQUAL3 RXQUAL4 RXQUAL5 RXQUAL6 RXQUAL7 RXQUAL8 RXQUAL9 CONTHOMININTV NEWURGHOMININTV PENALTYEN SDHOMININTV TCHHOMININTV

Max Resend Times of Phy.Info. Inter BSC Load Information Allowed MS Fast-moving Watch Cells MS Fast-moving Time Threshold MS Fast-moving Valid Cells Penalty on MS Fast Moving HO Penalty Time on Fast Moving HO System Flux Threshold for Load HO T3105 Load HO Threshold Interfere HO Qual. Thresh 1 for Non-AMR FR Interfere HO Qual. Thresh 10 for Non-AMR FR Interfere HO Qual. Thresh 11 for Non-AMR FR Interfere HO Qual. Thresh 12 for Non-AMR FR Interfere HO Qual. Thresh 2 for Non-AMR FR Interfere HO Qual. Thresh 3 for Non-AMR FR Interfere HO Qual. Thresh 4 for Non-AMR FR Interfere HO Qual. Thresh 5 for Non-AMR FR Interfere HO Qual. Thresh 6 for Non-AMR FR Interfere HO Qual. Thresh 7 for Non-AMR FR Interfere HO Qual. Thresh 8 for Non-AMR FR Interfere HO Qual. Thresh 9 for Non-AMR FR Min Interval for Consecutive Hos Min Interval for Emerg. HO Penalty Allowed Min Interval for SDCCH Hos Min Interval for TCH Hos

LoadAccThres

Load handover Load Accept Threshold

HOTHRES

Inter-layer HO Threshold

HOOFFSET

Quick Handover Offset

HOPUNISHVALUE

Quick Handover Punish Value

TIMEPUNISH LAYER PRIOR

Quick Handover Punish Time Layer of The Cell Cell Priority

DLINTERFLEVLIMIT DLINTERFQUALLIMIT QLENSD QLENSI QTRUDNPWRLASTTIME QTRUDNPWRSTATTIME SSLENSD SSLENSI UPINTERFQUALLIMIT UPINTERLEVLIMIT UPRXLEVLASTTIME UPRXLEVSMOOTHPARA UPRXLEVSTATICTIME DLQUALIMIT NODLMRHOALLOWLIMIT NODLMRHOEN NODLMRHOQUALLIMIT TALIMIT ULQUALIMIT DATAQUAFLTLEN DATASTRFLTLEN FAILSIGSTRPUNISH INTERFEREHOPENTIME LOADHOPENTIME LOADHOPENVALUE MRMISSCOUNT NCELLFLTLEN NSIGSTRFLTLEN PENALTYTIMER RSCPENALTYTIMER SIGQUAFLTLEN SIGSTRFLTLEN SSBQPUNISH SSTAPUNISH TAFLTLEN TASIGSTRFLTLEN TIMEAMRFHPUNISH TIMEBQPUNISH TIMETAPUNISH UMPENALTYTIMER

Interf.of DL Level Threshold Interf.of DL Qual.Threshold Filter Length for TCH Qual. Filter Length for SDCCH Qual. Qtru Down Power Inadequate Last Time Qtru Down Power Inadequate Stat Time Filter Length for TCH Level Filter Length for SDCCH Level Interf.of UL Qual. Threshold Interf.of UL Level Threshold Duration of Uplink Received Level Differ Smooth Factor of Uplink Received Level Observe Time of UL RX Level Difference DL Qual. Threshold Cons.No Dl Mr.HO Allowed Limit No Dl Mr.HO Allowed No Dl Mr.Ul Qual HO Limit TA Threshold UL Qual. Threshold Filter Length for TCH Qual Filter Length for TCH Level Penalty Level after HO Fail Penalty Time on Interfere HO Penalty Time on Load HO Penalty Value on Load HO Allowed MR Number Lost Filter Length for Ncell RX_LEV NCell Filter Length for SDCCH Level CfgPenaltyTimer RscPenaltyTimer Filter Length for SDCCH Qual Filter Length for SDCCH Level Penalty Level after BQ HO Penalty Level after TA HO Filter Length for TA TA Filter Length for SDCCH Level Penalty Time after AMR TCHF-H HO Fail Penalty Time after BQ HO Penalty Time after TA HO UmPenaltyTimer

HOOPTSEL

Inter-rat HO Preference

HOPRETH2G ADAPTASSIGNMENTFLOW FORCEMSACCESS QTRUCHANMANGSWITCH QUERYCMAFTERINBSCHO SENDCMAFTERINBSCHO AMRFULLTOHALFHOALLOW

HO Preference Threshold for 2G Cell Assignment Procedure in Intra-Cell HO Allowed Force MS to Send Ho Access SWITCH QTRU Signal Merge Avoid Switch Query Classmark after In-BSC HO Enabled Send Classmark ENQ Result to MSC Enabled AMR F-H Ho Allowed

AMRFULLTOHALFHOATCBADJSTEP AMRFULLTOHALFHOATCBTHRESH

AMR F-H Ho ATCB Adjust Step AMR F-H Ho ATCB Threshold

AMRFULLTOHALFHOPATHADJSTEP AMRFULLTOHALFHOPATHTHRESH AMRFULLTOHALFHOQUALTHRESH AMRFULLTOHALFHOTHRESH AMRHALFTOFULLHOATCBTHRESH AMRHALFTOFULLHOPATHTHRESH AMRHALFTOFULLHOQUALALLOW AMRHALFTOFULLHOQUALTHRESH AMRHALFTOFULLHOTHRESH BETTERCELLHOEN EDGELAST EDGESTAT FULLTOHALFHOATCBOFFSET FULLTOHALFHODURATION FULLTOHALFHOLASTTIME FULLTOHALFHOPATHOFFSET FULLTOHALFHOPERIOD FULLTOHALFHOSTATTIME HALFTOFULLATCBOFFSET HALFTOFULLHODURATION HALFTOFULLHOLASTTIME HALFTOFULLHOPATHOFFSET HALFTOFULLHOSTATTIME INTERFERELASTTIME INTERFERESTATTIME NOAMRFULLTOHALFHOALLOW NOAMRFULLTOHALFHOATCBADJSTEP NOAMRFULLTOHALFHOATCBTHRESH

AMR F-H Ho Pathloss Adjust Step AMR F-H Ho Pathloss Threshold AMR F-H Ho Qual. Threshold AMR F-H Traffic Threshold AMR H-F Ho ATCB Threshold AMR H-F Ho Pathloss Threshold Allow AMR H-F Quality-based HO AMR H-F Ho Qual. Threshold AMR H-F Traffic Threshold Better Cell Handover Enable Handover Algorithm II Edge HO Valid Time Handover Algorithm II Edge HO Watch Time F-H ATCB Offset Overlay F-H Ho Duration F-H Ho Last Time F-H Pathloss Offset Overlay F-H Ho Period F-H Ho Stat. Time H-F ATCB Offset Overlay H-F Ho Duration H-F Ho Last Time H-F Pathloss Offset Overlay H-F Ho Stat. Time Interfere HO Valid Time Interfere HO Static Time Non-AMR F-H Ho Allowed Non-AMR F-H Ho ATCB Adjust Step Non-AMR F-H Ho ATCB Threshold

NOAMRFULLTOHALFHOPATHADJSTEP NOAMRFULLTOHALFHOPATHTHRESH NOAMRFULLTOHALFHOQUALTHRESH

Non-AMR F-H Ho Pathloss Adjust Step Non-AMR F-H Ho Pathloss Threshold Non-AMR F-H Ho Qual. Threshold

NOAMRFULLTOHALFTHRESH NOAMRHALFTOFULLHOATCBTHRESH NOAMRHALFTOFULLHOPATHTHRESH NOAMRHALFTOFULLHOQUALALLOW NOAMRHALFTOFULLHOQUALTHRESH NOAMRHALFTOFULLTHRESH PATHLOSSHOEN BSMSPWRLEV BTSMESRPTPREPROC MRPREPROCFREQ PRIMMESPPT INRBSCSDHOEN

Non-AMR F-H Traffic Threshold Non-AMR H-F Ho ATCB Threshold Non-AMR H-F Ho Pathloss Threshold Allow Non-AMR H-F Quality-based HO Non-AMR H-F Ho Qual. Threshold Non-AMR H-F Traffic Threshold Pathloss Ho. Enable Transfer BTS/MS Power Class MR.Preprocessing Sent Freq.of preprocessed MR Transfer Original MR Inter-BSC SDCCH HO ALLowed

MML_COMMAND SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOAD SET GCELLHOAD SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOBASIC SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO

SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOIUO SET GCELLHOCTRL SET GCELLHOBASIC SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOFAST SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC

SET GCELLHOEMG

SET GCELLHOEMG

SET GCELLHOEMG

SET GCELLHOEMG

SET GCELLHOEMG

SET GCELLHOEMG

SET GCELLHOEMG

SET GCELLHOEMG SET GCELLHOEMG

SET GCELLSOFT SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD

SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD

SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLHOAD SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLAMRQUL SET GCELLHOCTRL SET GCELLHOCTRL SET GCELLHOCTRL SET GCELLHOCTRL SET GCELLHOCTRL ADD GEXT2GCELL ADD GEXT3GCELL SET GCELLHOAD ADD GEXT2GCELL SET GCELLHOBASIC ADD GEXT2GCELL SET GCELLHOFAST ADD GEXT2GCELL SET GCELLHOFAST ADD GEXT2GCELL SET GCELLHOFAST SET GCELLBASICPARA SET GCELLBASICPARA

SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLCHMGAD SET GCELLHOEMG SET GCELLHOEMG SET GCELLHOEMG SET GCELLHOEMG SET GCELLHOEMG SET GCELLHOEMG SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN SET GCELLHOFITPEN

SET GCELLHOUTRANFDD SET GCELLHOUTRANTDD

SET GCELLHOUTRANFDD SET GCELLHOUTRANTDD SET GCELLSOFT SET GCELLSOFT SET GCELLSOFT SET GCELLSOFT SET GCELLSOFT SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC

SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOBASIC SET GCELLHOCTRL SET GCELLHOCTRL SET GCELLHOCTRL SET GCELLHOCTRL SET GCELLHOCTRL

DESCRIPTION

Downlink quality limit for emergency handover in an AMR full rate call. The value of this parameter corresponds to the quality lev For AMR FR voice services, a fixed amount of offset is added to the corresponding grade of the received signal quality for the in The value of this parameter corresponds to multiplying quality level 0 to 7 by 10. An emergency handover can be triggered only The triggering of intra-cell F-H handovers must meet the P/N criteria, that is, when the condition for intra-cell F-H handovers is m The triggering of intra-cell F-H handovers must meet the P/N criteria, that is, when the condition for intra-cell F-H handovers is m For an AMR call, if the currently occupied channel is a full rate channel and the Radio Quality Indication RQI is always higher tha For an AMR call, if the currently occupied channel is a half rate channel and the Radio Quality Indication RQI is always lower tha Whether to allow AMR handovers. This parameter has no impact on dynamic non-AMR F-H handovers. Downlink quality limit for emergency handover in an AMR half rate call. The value of this parameter corresponds to the quality le The value of this parameter corresponds to multiplying quality level 0 to 7 by 10. An emergency handover can be triggered only Downlink quality level threshold for the MS to be assigned with a channel of the better cell. Uplink quality level threshold for the MS to be assigned with a channel of the better cell. The maximum duration for the BSC to select the best cell according to MRs in the MS assigning procedure. The BSC assigns th Switch for assigning the channel of a better cell to the MS during MS access. Whether a call must camp on the SDCCH for a specific duration before being assigned with a traffic channel. Duration for a call camping on the SDCCH before being assigned with a traffic channel. The P/N criterion must be met for triggering a TIGHT BCCH handover. That is, the TIGHT BCCH handover can be triggered onl The P/N criterion must be met for triggering a TIGHTBCCH handover. That is, the TIGHTBCCH handover can be triggered only uring channel assignment, the assignment of channels on the BCCH TRXs depends on the uplink receive level, quality, and non When an intra-cell TIGHT BCCH handover needs to be performed handover from the non-BCCH to BCCH, the downlink receive Handover directio forcast switch. When this parameter is set to YES, the BSC6900 can forecast the handover direction of the ca This parameter indicates P in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed o This parameter indicates N in the P/N rule for MS handover direction forcast. P/N rule: Among N handovers, the MS is handed o Whether to enable the ATCB handover algorithm for the concentric cell. According to the neighbor cell signal, the ATCB handov Subcell preferred during the incoming inter-BSC handover to the concentric cell. In the case of incoming inter-BSC handover to If the load of the underlaid subcell is greater than this threshold, certain calls in the underlaid subcell are handed over to the ove If all the calls in the overlaid subcell are handed over to the underlaid subcell when the channel seizure ratio of the underlaid sub Signal level step for the hierarchical load-based handover from the overlaid subcell to the underlaid subcell If the load of the underlaid subcell is less than this threshold, certain calls in the overlaid subcell are handed over to the underlai If the load of the underlaid subcell is greater than this threshold, the period of the load-based handover from the underlaid subce Initial signal level used to compute the handover zone for an MS during the hierarchical load-based handover from the underlaid Whether to assign a channel in the overlaid or underlaid subcell in the case of the intra-BSC incoming handover to the concentr Whether to assign channels according to the access_delay value in channel request messages during immediate channel assig When the access_delay value in the channel request message is smaller than this parameter, the overlay channels are assigne The triggering of concentric circle handovers must meet the P/N criteria, that is, when P out of N measurement reports meet the The triggering of concentric circle handovers must meet the P/N criteria, that is, when P out of N measurement reports meet the Whether to allow overlay-to-underlay handovers Channel assignment policies used when TCHs are assigned in an IUO cell: SysOpt: The system selects the preferentially-assig Preferentially assigns channels on the overlay when the uplink receive level on the SDCCH is no smaller than "Assign-optimumPreferentially assigns channels on the overlay when the uplink receive level on the SDCCH is no smaller than "Assign-optimumOne of the parameters that decide the underlay and overlay areas in an enhanced IUO cell. The underlay and overlay areas are Threshold of the receive level for triggering the handover of the PS services from the overlaid subcell to the underlaid subcell Threshold of the receive level for triggering the handover of the PS services from the underlaid subcell to the overlaid subcell One of the parameters that decide the underlay and overlay areas. The underlay and overlay areas are determined by "RX_QUA One of the parameters that decide the underlay and overlay areas. The underlay and overlay areas are determined by "RX_QUA Whether to use the downlink receive level as a condition in IUO handover decision

One of the parameters that decide the underlay and overlay areas. If "Enhanced Concentric Allowed" is set to OFF, the underlay Whether to use the downlink receive quality as a condition in IUO handover decision Whether the TA is used as a decisive condition for the concentric cell handover One of the parameters that determine the coverage of the OL subcell and UL subcell.When "Enhanced Concentric Allowed" is s One of the parameters that determine the coverage of the OL subcell and UL subcell.When "Enhanced Concentric Allowed" is s After an OL subcell to UL subcell handover of an MS fails, the MS does not perform OL subell-UL subcell handovers within the v After an UL subcell to OL subcell handover of an MS fails, the MS does not perform UL subcell to OL subcell handovers within t Whether a UL subcell to OL subcell handover is allowed When a UL subcell-OL subcel handover decision is performed to a call, the BSC determines whether the number of handover fa After an MS performs a OL subcell to UL subcell handover successfully, the MS cannot be handed over to the OL subcell again One of the parameters that determine the coverage of the OL subcell and of the UL subcell. "UtoO HO Received Level Thresho When this parameter is set to YES, the existing call is performed in the OL subcell, and "OL to UL HO Allowed" is set to YES, an Hierarchical handover period of the load handover from the UL subcell to the OL subcell. If the channel seizure ratio of the UL s Hierarchical level step of the load handover from the UL subcell to the OL subcell IUO cell receive quality threshold AMRFR, which is used for IUO handover decision IUO cell receive quality threshold AMRHR, which is used for IUO handover decision In a direct retry, when the receive level of a neighboring cell is no smaller than this parameter, the neighboring cell can be a can Whether to allow the fast handover algorithm Fast handover can be triggered only when the downlink level of the serving cell is less than this parameter. Fast handover can be triggered only when the uplink signal level of the serving cell is less than this parameter. Number of invalid measurement reports allowed when the BSC6900 filters the measurement reports. When the number of rece A quick handover can be initiated only if the rate of an MS is higher than this parameter during a certain period of time. Whether to enable "Triggering the quick PBGT algorithm only when an MS is far from the BTS" For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in sev When the network receives measurement reports, in consideration of the accuracy of a single measurement report, the measur This parameter specifies whether the reselection from 2G cells to 3G cells is allowed. This parameter specifies whether the handover from 3G cells to 2G cells is allowed. This parameter specifies whether the handover from 2G cells to 3G cells is allowed. According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is triggered According to the P/N rule, if the conditions for edge handover are met for P seconds within N seconds, the handover is triggered One of the filter parameters A1PBGT to A8 handovers and filter parameter used configure the filter for Whether tonine use parameters the PBGT handover algorithm. are basedBon pathtoloss. The PBGT handover algorithm search determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In theofformula, to A8 are filter parameters A1 to A8 and minus 10parameter and B is the negative of filter parameter B. Cnt One the nineA1 parameters filter B used to configure the filter for determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In theofformula, to A8 are filter parameters A1 to A8 and minus 10parameter and B is the negative of filter parameter B. Cnt One the nineA1 parameters filter B used to configure the filter for determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. Cnt

One of the nine parameters filter parameters A1 to A8 and filter parameter B used to configure the filter for determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In theofformula, to A8 are filter parameters A1 to A8 and minus 10parameter and B is the negative of filter parameter B. Cnt One the nineA1 parameters filter B used to configure the filter for determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In theofformula, to A8 are filter parameters A1 to A8 and minus 10parameter and B is the negative of filter parameter B. Cnt One the nineA1 parameters filter B used to configure the filter for determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In theofformula, to A8 are filter parameters A1 to A8 and minus 10parameter and B is the negative of filter parameter B. Cnt One the nineA1 parameters filter B used to configure the filter for determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In theofformula, to A8 are filter parameters A1 to A8 and minus 10parameter and B is the negative of filter parameter B. Cnt One the nineA1 parameters filter B used to configure the filter for determining whether the received signal level drops rapidly. The computation formula is as follows: C1nt = A1 x Cnt + A2 x Cnt-t + A3 x Cnt-2t + ... + A8 x Cnt-7t If C1nt is less than B and Cnt is less than the threshold for edge handover, the signal level is considered dropping rapidly. In the formula, A1 to A8 are filter parameters A1 to A8 minus 10 and B is the negative of filter parameter B. Cnt

Whether a cell is a repeater. With of simpler functions a BTS, repeater ishelps a coverage extension device of a Trend of the received signal level the cell during athan period. Thisaparameter to configure the filter for determining whether BTS. It is applied to widely-stretched areas or indoor areas to solve the dead zone problem of BTS coverage. Using repeaters cannot increase the traffic capacity of a network but improve the coverage only. Because the BTS coverage increases, however, the total traffic improves accordingly.

Whether to enable the bad quality BQ handover algorithm. Whether to trigger BQ handover depends on the uplink and downlink Whether to adjust the candidate cell queue to give priority to intra-BSC/MSC handover Whether to enable the concentric cell handover algorithm. The concentric cell handover helps to achieve wide coverage in the u Threshold for downlink edge handover. If the downlink receive level remains less than this threshold for a period of time, the edg Whether to enable the edge handover algorithm. When an MS makes a call at the edge of a cell, the call may drop if the receive If the downlink received signal level of a neighbor cell is greater than "Min DL Level on Candidate Cell" plus "Min Access Level O If the uplink received signal level of a neighbor cell is greater than "Min UL Level on Candidate Cell" plus "Min Access Level Offs Whether to allow the interference handover algorithm. Interference handovers are triggered when the receive level is higher than Whether to allow intra-cell handovers Whether to allow inter-layer and inter-level handovers. The inter-layer and inter-level handover algorithm is achieved through the Hysteresis value during the handovers between cells on different layers or of different priorities. This value is used to suppress i This parameter specifies whether a traffic load-sharing handover is enabled. The load handover helps to reduce cell congestion Whether to enable the fast moving micro-cell handover algorithm. The fast moving micro-cell handover algorithm enables fast m Whether to use the emergency handover algorithm in case the receive level of the MSs drops rapidly, thus preventing call drops Whether to enable a handover between signaling channels Whether to enable the time advance TA handover. The TA handover determines whether the timing advance TA is higher than If the UL receive level remains lower than the "Edge HO UL RX_LEV Threshold" for a period, the edge handover is triggered. Duration in which intra-cell handover is forbidden after the number of consecutive intra-cell handovers reaches the maximum. In The twice intra-cell handover events during this interval are considered consecutive handover events. K offset used in K sequencing. To reduce ping-pong handovers, the system performs K sorting based on the downlink receive le When the load of a cell reaches or exceeds "Load HO Threshold", all the calls that are using this cell as the serving cell generat

In hierarchical load handovers, starting from "Edge HO DL RX_LEV Threshold", a "Load HO Step Level" is added to the upper h In the handover algorithm of the first generation, load handovers can be performed only when the receive level of the current se Maximum for a Physical Information to abecell. transmitted. thebetween retransmission timeshandovers exceeds this Number oftimes consecutive intra-cell handoversmessage allowed in When theWhen interval two intra-cell is lower than a parameter and the BTS still cannot receive any correct SAMB frame from the MS, the BTS sends a connection failure message including the handover failure information to the BSC, which releases the assigned channel and stops timer T3105 after receiving this message. In a non-synchronized handover, an MS keeps sending Handover Access Burst messages usually, the value of timer T3124 is 320 ms to the network. When detecting these messages, the BTS returns a Physical Information message to the MS through the main DCCH FACCH channel, starts timer T3105, and sends a

Whether to use external 2G neighboring cells as the target cells of load handovers This parameter is used in the P/N criteria decision: If an MS quickly passes through N out of P micro-cells lately, the BSC enable A time threshold determined based on the radius of a cell and the moving speed of an MS. If the MS crosses the cell in a time p This parameter is used in the P/N criteria decision: If an MS quickly passes through N out of P micro-cells lately, the BSC enable Level value of the penalty that is performed on the neighboring cells of the cell where a fast-moving MS is located. The neighbor Period in which penalty is performed on the neighboring cells of the cell where a fast-moving MS is located. The neighboring cel The system flux level is the current flux control level of the system. A load handover is allowed only when the system flux is low When the BTS sends physical information to the MS, the BTS starts the timer T3105.If the timer T3105 expires before the BTS The load handover is triggered when the traffic load in a cell is greater than the value of this parameter. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Threshold for the interference handover of Non-AMR FR voice services. AMRFR refers to Adaptive Multi-Rate Full Rate. Minimum interval between the two consecutive handover decisions of an MS. The BSC cannot make a handover decision during Minimum interval between two consecutive emergency handovers performed by an MS. During this interval, no emergency hand Whether to punish the target cell when a handover fails or to punish the current serving cell when a handover is of more TA or b After a new SDCCH is assigned to an MS, the MS can be handed over to another channel only if the time during which the MS o After a new TCH is assigned to an MS, the MS can be handed over to another channel only if the time during which the MS occu

If the load of a cell is lower than the value of this parameter, the cell can admit the users handed over from other cells with high

Handover threshold during the handovers between cells on different layers or of different priorities. This value is used to suppres

Fast handover can be triggered only when the path loss difference between the serving cell and a neighbor cell on the chain is e

To avoid ping-pong handover, the received signal of the original serving cell is decreased by "Quick handover punish value" in "Q

After the fast handover is successful, the penalty on the original serving cell is performed within the "Quick handover punish time Layer where a cell is located. The network designed by Huawei has four layers: Umbrella layer 4, Macro layer 3, Micro layer 2, a This parameter controls handover between cells at the same layer. Generally, the cells at the same layer are set with the same

Threshold for determining whether downlink interference exists. If the downlink level is equal to or greater than "Interf.of DL Lev Threshold for determining whether downlink interference exists. If the downlink level is equal to or greater than "Interf.of DL Lev For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in sev For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in sev The P/N criteria is used to determine low downlink power for multi-density carriers. If the downlink power of a multi-density carrie The P/N criteria is used to determine low downlink power for multi-density carriers. If the downlink power of a multi-density carrie When the network receives measurement reports, the measurement values in several straight measurement reports are filtered When the network receives measurement reports, the measurement values in several straight measurement reports are filtered One of the thresholds to determine whether the uplink interference exists. If the uplink level is not smaller than "Interf.of UL Leve One of the thresholds to determine whether the uplink interference exists. If the uplink level is not smaller than "Interf.of UL Leve If the difference between uplink receive levels of calls within the same timeslot is greater than "Offset of the difference between After the existing uplink receive level, uplink receive level after the previous optimization, and the value of this parameter are we If the difference between uplink receive levels of calls within the same timeslot is greater than "Offset of the difference between Downlink quality threshold for emergency handover. This parameter is represented as the product of 10 and a quality level that r Decisions of no-downlink measurement report handovers can be made only when the number of consecutive no-downlink meas Whether to enable the no-downlink measurement report handover algorithm When a certain number of no-downlink measurement reports are received consecutively and the uplink receive quality is no sma An emergency handover is triggered when TA is greater than or equal to the value of this parameter. An emergency handover due to bad quality is triggered when the uplink receive quality is not smaller than "UL Qual. Threshold". Number of measurement reports sampled for averaging the signal quality on a speech/data channel. Averaging the signal qualit Number of measurement reports sampled for averaging the signal strength on a speech/data channel. Averaging the signal stre Penalty signal level imposed on a target cell to which the handover fails due to congestion or poor radio quality. This penalty hel Specifies an interval between two consecutive interference handovers After a load handover succeeds, the BSC punishes the former serving cell during "Penalty Time on Load HO" by subtracting "Pe After a load handover succeeds, the BSC punishes the former serving cell during "Penalty Time on Load HO" by subtracting "Pe If the number of measurement reports lost consecutively is no larger than this value, linear interpolation is performed for the valu For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in sev For the purpose of accurately reflecting the radio environment of a network, filtering is performed on the measured values in sev Timer of penalty on a neighboring cell when a handover fails due to faults of data configration. Timer for punishing the neighboring cells when handover failures occur due to resource-related causes, such as resources bein Number of measurement reports used for averaging the signal quality of signaling channels. This parameter helps avoid sharp d Number of measurement reports used for averaging the signal strength of signaling channels. This parameter helps avoid sharp After a handovr due to bad quality is successful, the penalty on the original serving cell is performed within the "Penalty Time aft After the time advancing handover is successful, the penalty on the original serving cell is performed within the "Penalty Time af When the network receives measurement reports, the measurement values in several straight measurement reports are filtered When the network receives measurement reports, the measurement values in several straight measurement reports are filtered Within the preset time, no AMR FR-to-HR handover is allowed if the previous FR-to-HR handover fails due to channel unavailab After a handovr due to bad quality is successful, the penalty on the original serving cell is performed within the "Penalty Time aft After the time advancing handover is successful, the penalty on the original serving cell is performed within the "Penalty Time af Timer of penalty on a neighboring cell when a handover fails due to faults of air interface connection.

This parameter specifies whether a 2G cell or to a 3G cell is preferentially selected as the target cell for handover.

If the receive level of the neighboring 2G cell that ranks the first in the candidate cell list is equal to or smaller than this threshol Whether to hand over an MS to another channel during an intra-cell handover through the assignment process Whether an MS is forced to send a Handover Access message, which is indicated by an information element in the handover co This parameter is used to avoid allocating the calls whose signal strengths differ greatly to the same timeslot. The BSC measure Whether to query the classmark of the call in an incoming BSC handover Whether to report the classmark queried by the BSC6900 to the MSC With "F-HtoHo Period" the duration triggering AMR handover from between full rate tofull half rate, determines Whether enable theand algorithm for thefor load-based handover rate andthis halfparameter rate the current ATCB offset by which to choose the MSs to undergo handover from full rate to half rate. ATCB offset = duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1 x "AMR F-H Ho ATCB

With Ho Period" thehandover duration for triggering from fullATCB rate toofhalf determines ATCB"F-H threshold for theand AMR from full rate handover to half rate. If the an rate, AMRthis full parameter rate call is equal to or greater than t the current path loss offset by which to choose the MSs to undergo handover from full rate to half rate. Path loss offset = duration for triggering handover from full rate to half rate/"F-H Ho Period" + 1 x "AMR F-H Ho

Path loss threshold for the AMR handover from full rate to half rate. If the path loss of an AMR full rate call is equal to or less tha Quality threshold for the AMR handover from full rate to half rate. If the uplink and downlink receive quality levels of an AMR full Load threshold for the AMR handover from full rate to half rate. If the cell load is greater than this threshold, the AMR full rate ca ATCB threshold for the AMR handover from half rate to full rate. If the ATCB of an AMR half rate call is less than this threshold, Path loss threshold for the AMR handover from half rate to full rate. If the path loss of an AMR half rate call is greater than this t Whether to enable the algorithm for the uplink and downlink receive quality based AMR handover from half rate to full rate Quality threshold for the AMR handover from half rate to full rate. If the receive quality level of an AMR half rate call is greater th Load threshold for the AMR handover from half rate to full rate. If the cell load is less than this threshold, the AMR half rate calls Whether to enable the algorithm for the handover to a better cell According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is triggered According to the P/N rule, if the conditions for edge handover are met in P of N measurement reports, the handover is triggered ATCB difference between the overlaid and underlaid subcells Duration of the handover from full rate to half rate. If the cell load is greater than the preset threshold, the calls that meet the con According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N seconds, th Path loss difference between the overlaid and underlaid subcells Period of the handover from full rate to half rate. If the cell load is greater than the preset threshold, the calls that meet the cond According to the P/N rule, if the conditions for the handover from full rate to half rate are met for P seconds within N seconds, th ATCB difference between the overlaid and underlaid subcells Duration of the handover from half rate to full rate. If the cell load is less than the preset threshold, the calls that meet the condit According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N seconds, th Path loss difference between the overlaid and underlaid subcells According to the P/N rule, if the conditions for the handover from half rate to full rate are met for P seconds within N seconds, th The triggering of interference handovers must meet the P/N criteria, that is, when P out of N measurement reports meet the con The triggering of interference handovers must meet the P/N criteria, that is, when P out of N measurement reports meet the con Whether to allow non-AMR voice F-H handover Decides the offset of the current ATCB together with other two parameters: "F-H Ho Period" and period of triggering a F-H hand Decides current path offset full together with is other two parameters: "F-H Ho Period" and period triggering a handovers is When thethe ATCB value of cost non-AMR rate voice no smaller than this parameter, the condition for of non-AMR F-H F-H handover, thus selecting target users for F-H handovers. Path cost offset = Period of triggering a F-H handover / "F-H Ho Period" + 1 * "Non-AMR F-H Ho Pathloss Adjust

When the path loss value of non-AMR full rate voice is no larger than this parameter, the condition for non-AMR F-H handovers Quality threshold for non-AMR F-H handovers. When the uplink receive quality and downlink receive quality of a user are both s

When the load of a cell is no smaller than this threshold, non-AMR F-H handovers are triggered in the cell. When the ATCB value of non-AMR half rate voice is no larger than this threshold, the condition for non-AMR H-F handovers is m When the path loss value of non-AMR half rate voice is no smaller than this threshold, the condition for non-AMR H-F handover Whether to trigger non-AMR H-F handovers according to the uplink and downlink receive quality Quality threshold for non-AMR H-F handovers. When the receive quality of a user is no smaller than this parameter, the user me When the load of a cell is no larger than this threshold, non-AMR H-F handovers are triggered in the cell. Whether to perform path loss-based sorting in a better cell handover algorithm Whether to enable the BTS to transfer BTS/MS power class to the BSC Whether to enable the BTS to preprocess measurement reports. This parameter determines where to conduct power control. Frequency at which the BTSs submit pre-processed measurement reports to the BSC Whether the BTSs send the original measurement reports to the BSC after pre-processing them. When this parameter is set to Whether to allow inter-BSC SDCCH handovers

GUI_VALUE_RANGE

ACTUAL_VALUE_RANGE

UNIT

DEFAULT_VALUE

0~70 0~70 None 60 0~70 0~70 None 5 0~70 0~70 None 60 1~32 0.5~16, step:0.5 s 8 1~32 0.5~16, step:0.5 s 10 0~39 0~39 None 25 0~39 0~39 None 12 NONo, YESYes NO, YES None YES 0~70 0~70 None 55 0~70 0~70 None 55 0~70 0~70 None 50 0~70 0~70 None 50 10~80 1~8, step:0.1 s 40 OFFOff, ONOn OFF, ON None OFF OFFOff, ONOn OFF, ON None OFF 0~100 0~10, step:0.1 s 10 1~32 0.5~16, step:0.5 s 4 1~32 0.5~16, step:0.5 s 6 0~100 0~100 per cent 80 0~7 0~7 None 3 NONo, YESYes NO, YES None NO 0~16 0~16 None 3 0~16 0~16 None 3 NOClose, YESOpen NO, YES None NO OSubcellOverlaid subcell, OSubcell, USubcellUnderlaid USubcell,subcell, NoPrefer NoPreferNo None Usubcell preference 0~100 0~100 per cent 70 1~255 1~255 s 5 0~63 0~63 dB 5 0~100 0~100 per cent 20 0~100 0~100 per cent 80 0~63 0~63 dB 63 SysOptSystem optimization, SysOpt, OSubcellOverlaid OSubcell, USubcell, subcell, None USubcellUnderlaid NoPrefer SysOpt subcell, NoPreferNo preference NONo, YESYes NO, YES None NO 0~255 0~255 bit 0 1~32 0.5~16, step:0.5 s 8 1~32 0.5~16, step:0.5 s 10 NONo, YESYes NO, YES None YES SysOptSystem optimization, SysOpt, OSubcellOverlaid OSubcell, USubcell, subcell, None USubcellUnderlaid NoPrefer SysOpt subcell, NoPreferNo preference 0~63 0~63 dB 35 0~255 0~255 bit 63 0~63 0~63 dB 20 0~63 0~63 None 25 0~63 0~63 None 35 0~63 0~63 dB 5 0~63 0~63 dB 30 NONo, YESYes NO, YES None YES

0~70 NONo, YESYes NONo, YESYes 0~255 0~255 0~255 10~255 NONo, YESYes 0~8 0~255 0~63 NONo, YESYes 1~255 1~63 0~70 0~70 0~63 NONo, YESYes 0~63 0~63 0~32 0~600 NONo, YESYes 1~20 1~20 NONo, YESYes NONo, YESYes NONo, YESYes 1~32 1~32 NONo, YESYes

0~70 None 60 NO, YES None NO NO, YES None NO 0~255 bit 0 0~255 bit 63 0~255 s 10 10~255 s 40 NO, YES None YES 0~8 None 3 0~255 s 10 0~63 dB 35 NO, YES None NO 1~255 s 5 1~63 dB 5 0~70 None 50 0~70 None 40 0~63 dB 16 NO, YES None NO 0~63 dB 50 0~63 dB 50 0~32 None 1 0~600 m/s 35 NO, YES None NO TCH:480~9600, step:480; SDCCH:470~9400, ms step:470 4 TCH:480~9600, step:480; SDCCH:470~9400, ms step:470 4 NO, YES None NO NO, YES None NO NO, YES None NO 0.5~16, step:0.5 s 4 0.5~16, step:0.5 s 6 NO, YES None YES

0~20

0~20

None

10

0~20

0~20

None

10

0~20

0~20

None

10

0~20

0~20

None

10

0~20

0~20

None

10

0~20

0~20

None

10

0~20

0~20

None

10

0~20 0~200

0~20 0~200

None None

10 0

NONo, YESYes NONo, YESYes NONo, YESYes NONo, YESYes 0~63 NONo, YESYes 0~63 0~63 NONo, YESYes NONo, YESYes NONo, YESYes 0~63 NONo, YESYes NONo, YESYes NONo, YESYes NONo, YESYes NONo, YESYes 0~63 1~200 1~200 0~63 1~255

NO, YES NO, YES NO, YES NO, YES 0~63 NO, YES 0~63 0~63 NO, YES NO, YES NO, YES 0~63 NO, YES NO, YES NO, YES NO, YES NO, YES 0~63 1~200 1~200 0~63 1~255

None None None None dB None dB dB None None None dB None None None None None dB s s dB s

NO YES YES NO 20 YES 10 0 YES NO YES 2 NO NO NO NO YES 10 20 6 0 10

1~63 0~63 1~20

1~63 0~63 1~20

dB dB None

5 25 3

1~255 NONo, YESYes 1~10 0~255 1~10 0~63 0~255 0,8~11 0~255 0~100 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~60 0~60 NONo, YESYes 0~60 0~60

1~255 NO, YES 1~10 0~255 1~10 0~63 0~255 0, 8~11 0~2550, step:10 0~100 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~70 0~60 0~60 NO, YES 0~60 0~60

None None None s None dB s None ms None None None None None None None None None None None None None s s None s s

0~100

0~100

per cent

80

0~63

0~63

dB

25

0~127

0~127

dB

68

0~63

0~63

dB

63

30 NO 3 15 2 30 40 10 7 90 60 42 41 40 50 49 48 47 46 45 44 43 4 4 YES 2 2

0~255 0~255 s 10 1, 2, 3, 4 1, 2, 3, 4 None 3 PRIOR-1Priority-1, PRIOR-2Priority-2, PRIOR-1, PRIOR-2, PRIOR-3Priority-3, PRIOR-3, None PRIOR-4, PRIOR-4Priority-4, None PRIOR-5,PRIOR-5Priority-5, PRIOR-6, PRIOR-7, PRIOR-6Priority-6, PRIOR-8, PRIOR-9, PRIOR-7P PRIOR

0~63 0~70 1~32 1~32 1~16 1~16 1~32 1~32 0~70 0~63 1~16 1~10 1~16 0~70 0~64 NONo, YESYes 0~70 0~255 0~70 1~31 1~31 0~63 0~255 0~255 0~63 0~31 1~31 1~31 0~255 0~255 1~31 1~31 0~63 0~63 1~31 1~31 0~255 0~255 0~255 0~255

0~63 dB 35 0~70 None 40 TCH:480~15360, step:480; SDCCH:470~15040, ms step:4706 TCH:480~15360, step:480; SDCCH:470~15040, ms step:4702 1~16 s 3 1~16 s 5 TCH:480~15360, step:480; SDCCH:470~15040, ms step:4706 TCH:480~15360, step:480; SDCCH:470~15040, ms step:4702 0~70 None 40 0~63 dB 30 1~16 s 4 0.1~1, step:0.1 None 6 1~16 s 5 0~70 None 55 0~64 None 8 NO, YES None NO 0~70 None 50 0~255 bit 255 0~70 None 55 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4704 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4704 0~63 dB 30 0~255 s 15 0~255 s 10 0~63 dB 63 0~31 None 4 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4704 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4702 0~255 s 255 0~255 s 5 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4702 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4702 0~63 dB 63 0~63 dB 63 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4704 TCH:480~14880, step:480; SDCCH:470~14570, ms step:4702 0~255 s 10 0~255 s 10 0~255 s 30 0~255 s 10

Pre_2G_CellPreference forPre_2G_Cell, 2G cell, Pre_3G_CellPreference Pre_3G_Cell, Pre_2G_CellThres None for 3G Pre_2G_CellThres cell, Pre_2G_CellThresPreference 2G cell by thresh

0~63 NONo, YESYes NONo, YESYes NOClose, YESOpen NONo, YESYes NONo, YESYes NONo, YESYes

0~63 NO, YES NO, YES NO, YES NO, YES NO, YES NO, YES

dB None None None None None None

25

0~255 0~255

0~255 0~255

dB dB

0~255 0~255 0~7 0~100 0~255 0~255 NONo, YESYes 0~7 0~100 NONo, YESYes 1~32 1~32 0~255 0~600 1~32 0~255 0~600 1~32 0~255 0~600 1~32 0~255 1~32 1~16 1~16 NONo, YESYes 0~255 0~255

0~255 0~255 0~7 0~100 0~255 0~255 NO, YES 0~7 0~100 NO, YES 0.5~16, step:0.5 0.5~16, step:0.5 0~255 0~600 0.5~16, step:0.5 0~255 0~600 0.5~16, step:0.5 0~255 0~600 0.5~16, step:0.5 0~255 0.5~16, step:0.5 0.5~8, step:0.5 0.5~8, step:0.5 NO, YES 0~255 0~255

dB dB None per cent dB dB None NO None per cent None YES s s dB s s dB s s dB s s dB s s s None NO dB dB

0~255 0~255 0~7

0~255 0~255 0~7

dB dB None

NO YES NO NO NO NO 2 20 1 100 0 75 4 108 3 15 1 1 20 5 4 10 1 6 20 5 4 10 6 2 3 2 30 1 95 0

0~100 0~100 per cent 85 0~255 0~255 dB 14 0~255 0~255 dB 103 NONo, YESYes NO, YES None NO 0~7 0~7 None 2 0~100 0~100 per cent 25 NONo, YESYes NO, YES None NO NONo, YESYes NO, YES None YES BSC_PreprocessingBSC preprocessing, BSC_Preprocessing, BTS_PreprocessingBTS BTS_Preprocessing None BTS_Preprocessing preprocessing NOreportDo not report, Twice_psTwice NOreport, Twice_ps, every second, Once_ps, Once_psOnce None Once_2s, Once_ps Once_4s every second, Once_2sOnce every two second, Once_4s NONo, YESYes NO, YES None NO NONo, YESYes NO, YES None NO

RECOMMENDED_VALUE 60 5 60 8 10 25 12 YES 55 55 50 50 40 OFF OFF 10 4 6 80 3 NO 3 3 NO Usubcell 70 5 5 20 80 63 SysOpt NO 0 8 10 YES SysOpt 35 63 20 25 35 5 30 YES

60 NO NO 0 63 10 40 YES 3 10 35 NO 5 5 50 40 16 NO 50 50 1 35 NO 4 4 NO NO NO 4 6 YES

10

10

10

10

10

10

10

10 0

NO YES YES NO The recommended value is 20 when HUAWEI I Handover is used;The recommended value is 15 when HUAWEI II Handover is YES 10 0 YES In the hot-spot areas, densely populated urban areas, urban areas, suburbs, and rural areas, the recommended value is YES; in YES 2 NO Set this parameter to YES only in special scenarios such as highways. In dual-band networking mode for densely populated urban areas, the level drops rapidly due to multiple barriers. The propagati NO YES 10 20 6 0 10

5 25 3

30 NO 3 15 2 30 40 10 7 90 60 42 41 40 50 49 48 47 46 45 44 43 4 4 YES 2 2

80

25 68 63 10 3 None

35 40 6 2 3 5 6 2 40 30 4 6 5 55 8 NO 50 255 55 4 4 30 15 10 63 4 4 2 255 5 2 2 63 63 4 2 10 10 30 10

Pre_2G_CellThres

25 NO YES NO NO NO NO 2 20 1 100 0 75 4 108 NO 3 15 YES 1 1 20 5 4 10 1 6 20 5 4 10 6 2 3 NO 2 30 1 95 0

85 14 103 NO 2 25 NO YES BTS_Preprocessing Once_ps NO NO


None None None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES. Th This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES. Th This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLFHHOEN" is set to YES. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "INTRACELLHOEN" is set to YES. None None None None None None None None This parameter is valid only when "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON. The following condition m This parameter is valid only when "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON. The following condition m This parameter is valid only when "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON. This parameter is valid only when "TIGHTBCCHSWITCH" in "SET GCELLCHMGBASIC" is set to ON. When parameter ""Quick handover enable"" is configured to "YES",then parameter ""Handover Direction Forecast Enable"" can "Handover Direction Forecast Statistic Times" >= "Handover Direction Forecast Last Times" "Handover Direction Forecast Statistic Times" >= "Handover Direction Forecast Last Times" This parameter is valid only when "IUOTP" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "UTOOTRAFHOALLOW" is set to YES. The following condition must be met: "ENSOVERLDT This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "UTOOTRAFHOALLOW" is set to YES. The following condition must be met: "ENSOVERLDT This parameter is valid only when "UTOOTRAFHOALLOW" is set to YES. The following condition must be met: "ENSOVERLDT This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "HOCTRLSWITCH" in "SET GCELLH This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IMMASSTAALLOW" is set to YES. The following condition must be met: "IUOHOSTATIME" >= "IUOHODURATIME". The following condition must be met: "IUOHOSTATIME" >= "IUOHODURATIME". This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "OPTILAYER" is set to SysOpt. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "OPTILAYER" is set to SysOpt. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. None None This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "ENIUO" is set to OFF. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell and "ENIUO" is set to OFF. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell.

This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. The following condition must be met: "TAL This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to EDB_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "IUOTP" in "ADD GCELL" is set to Concentric_cell. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1. None This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. None None None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "FRINGEHOEN" is set to YES. The follow This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "FRINGEHOEN" is set to YES. The follow This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1.

This parameter is valid only when "RXQCKFALLHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must b







This parameter is valid only when "RXQCKFALLHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must b This parameter is valid only when "RXQCKFALLHOEN" in "SET GCELLHOBASIC" is set to YES.

None None None None This parameter is valid when "FRINGEHOEN" is set to YES or "LOADHOEN" is set to YES. None None None None None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1. None None None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1. None None This parameter is valid when "FRINGEHOEN" is set to YES or "RXQCKFALLHOEN" is set to YES. None This parameter, together with "BANTIME", limits the handover frequency in the cell. None This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES.

This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES. The value of this parameter must be This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES. None

None This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QCKMVHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be me This parameter is valid only when "QCKMVHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "QCKMVHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be me None None This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES. None This parameter is valid only when "LOADHOEN" in "SET GCELLHOBASIC" is set to YES. None None None None None None None None None None None None None None None None None

When the cell is a 2G external cell, this parameter is valid only when the "" OutBscLoadHoEn"" parameter regarding the "SET G

None This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. None None None None

None None None None This parameter is valid only when "QTRUPWRSHARE" is not set to NONE. The following condition must be met: "QTRUDNPW This parameter is valid only when "QTRUPWRSHARE" is not set to NONE. The following condition must be met: "QTRUDNPW None None None None The following condition must be met: "UPRXLEVSTATICTIME" >= "UPRXLEVLASTTIME". None The following condition must be met: "UPRXLEVSTATICTIME" >= "UPRXLEVLASTTIME". This parameter is valid only when "BQHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES. None This parameter is valid only when "NODLMRHOEN" in "SET GCELLHOEMG" is set to YES. This parameter is valid only when "TAHOEN" in "SET GCELLHOBASIC" is set to YES. This parameter is valid only when "BQHOEN" in "SET GCELLHOBASIC" is set to YES and "NODLMRHOEN" in "SET GCELLHO None None None This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2. None None This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2. None None None None None None None This parameter is valid only when "HOCTRLSWITCH" in "SET GCELLHOBASIC" is set to HOALGORITHM2. None None None None

This parameter is valid only when the ""INTERRATOUTBSCHOEN"" parameter regarding the "SET GCELLHOBASIC" comman

This parameter is valid only when "HOOPTSEL" is set to Pre_2G_CellThres. None None None None None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2.

This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to

This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "AMRFULLTOHALFHOALLOW" is set to This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "FRINGEHOEN" is set to YES. The follow This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "FRINGEHOEN" is set to YES. The follow This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "FULLT This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "FULLT This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "HALFT This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "HALFT This parameter is valid only when "INTERFHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The follow This parameter is valid only when "INTERFHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The follow This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se

This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se

This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "NOAMRFULLTOHALFHOALLOW" is se This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. This parameter must be set when "BTSMESRPTPREPROC" is set to BTS_PreprocessingN. If the value of this parameter is BSC_Preprocessing, the pre-processing is performed on the BSC. In this case, the following par This parameter must be set when "BTSMESRPTPREPROC" is set to BTS_PreprocessingN. This parameter must be set when "BTSMESRPTPREPROC" is set to BTS_Preprocessing. This parameter must be set to NO w This parameter is valid only when "SIGCHANHOEN" in "SET GCELLHOBASIC" is set to YES.

CAUTION

The setting of this parameter affects the triggering of a handover for poor quality in an AMR full rate call. The smaller the value o For AMR calls, this parameter, together with "Interfere HO Qual Thresh n for Non-AMR FR", is used in interference handover de The setting of this parameter affects the triggering of BQBad Quality handover of AMR FR calls. If it is set to a smaller value, the None None None None None The setting of this parameter affects the triggering of a handover for poor quality in an AMR half rate call. The smaller the value The setting of this parameter affects the triggering of BQ handover of AMR HR calls. If it is set to a smaller value, the uplink BQ None None The value of this parameter must be greater than five times the maximum value of the following parameter: "Filter Length for SD Before enabling this function, ensure that the parameter "Directed Retry" of the cell is set to YES. To obtain MRs on the SDCCH If the parameter "IBCA Allowed" is set to YES, the BSC waits for MRs on the SDCCH for the duration specified by the paramete None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None

None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None

None

None

None

None

None

None

None

None None

If the value of this parameter is YES, the intra-BSC handovers including intra-cell handovers in which the cell is the source or de None None None None None None None None None None None None None None None None None None None None None

None None None

You can increase this value when the handovers are slow or the handover success ratio is low due to bad clock or transmission None None None None None None None The physical information is sent over the FACCH. Every four TDMA frames are sent once over the FACCH, which takes 18 ms. None This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a too This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a too This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a too This parameter is used in handover decision. An uplink interference handover is easily triggered if this parameter is set to a sma None None None None None

None

Set this parameter properly to ensure that hierarchical handover and load-based handover can function properly. During hierarc None None

None None Each layer has 16 priorities, numbered 1-16 respectively. If the number of the priority is small, the priority is high. This paramete

None None None None None None None None None None None None None None None None None None None None None None None None None Because the measurement reports may not always be correctly decoded when the quality of a serving cell is poor, handovers m None None None None None None None None None None None None None None

None

None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None

None None None None None None None If "MR.Preprocessing" is set to BTS_Preprocessing and this parameter is set to NO, the uplink-downlink balance associated traf This parameter can be set to BTS_Preprocessing only when the BTS supports the configured power control algorithm. When this parameter is set to Noreport, the BTSs do not submit measurement reports to the BSC, which disables handovers an None None

RADIO_PERFORMACE_IMPACT

If this parameter is set to a smaller value, the handovers due to bad downlink quality may increase, thus decreasing the handove None If this parameter is set to a smaller value, the handovers due to bad uplink quality may increase, thus decreasing the handover s None None If this parameter is set to a greater value, the traffic volume during busy time may be decreased.If this parameter is set to a sma If this parameter is set to a greater value, the traffic volume during busy time may be decreased.If this parameter is set to a sma None If this parameter is set to a smaller value, the handovers due to bad downlink quality may increase, thus decreasing the handove If this parameter is set to a smaller value, the handovers due to bad uplink quality may increase, thus decreasing the handover s The smaller the value of this parameter is, the more MSs select a neighboring cell in directed retry. The smaller the value of this parameter is, the more MSs select a neighboring cell in directed retry. The setting of this parameter affects the access delay of parts of MSs. If this parameter is set to YES, the voice quality is enhanced and the handover times is reduced, but the call access delay is pro If this switch is set to ON, the call access delay may be prolonged, but the performance of the algorithms in which the SDCCH M The greater the value of this parameter is, the longer the call access duration is, the MRs are filtered more completely. Generall If this parameter is set to a greater value, the BCCH may idle while non-BCCHs are congested, thus affecting the traffic volume None None None If this parameter is set to YES, the probability of MS handover to the cell in the direction opposite to the moving direction during If this parameter is set to a great value, there are strict restrictions on the judgement of the MS moving direction. If this parameter is set to a great value, there are strict restrictions on the judgement of the MS moving direction. None None If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller valu If this parameter is set to a smaller value, congestion may occur in the underlaid subcell in a short time; if this parameter is set t If this parameter is set to a greater value, congestion may occur in the underlaid subcell in a short time; if this parameter is set to If this parameter is set to a greater value, traffic load on the underlaid subcell is increased, and thus congestion may occur in the If this parameter is set to a greater value, the congestion relieving speed in the underlaid subcell is decreased. If this parameter If this parameter is set to a greater value, congestion in the underlaid subcell may not be relieved in time. If this parameter is set None None None None None None None If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller valu If this parameter is set to a greater value, assignment success rate may be decreased; if this parameter is set to a smaller value None None None None None None

None None None None None If this parameter is set to a greater value, call drop rate may be increased and congestion may occur in the overlaid subcell; if th If this parameter is set to a greater value, congestion may occur in the underlaid subcell; if this parameter is set to a smaller valu None None If this parameter is set to a greater value, congestion may occur in the underlaid subcell.If this parameter is set to a smaller valu None None If this parameter is set to a greater value, congestion in the underlaid subcell is difficult to be relieved; if this parameter is set to a If this parameter is set to a greater value, congestion may occur in the overlaid subcell in a short time; if this parameter is set to None None None None If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, If this parameter is set to a smaller value, unnecessary handovers may be performed.If this parameter is set to a greater value, None None None None None None None None If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and ca If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, None

None

None

None

None

None

None

None

None None

None None None None If this parameter is set to a smaller value, call drops may occur due to delayed handover; if this parameter is set to a greater val None This parameter limits the number of candidate cells. If this parameter is set to a greater value, some desired cells may be exclud This parameter limits the number of candidate cells. If this parameter is set to a greater value, some desired cells may be exclud None None None None None None None None None If this parameter is set to a smaller value, call drops may occur due to delayed handover; if this parameter is set to a greater val None If this parameter is set to a smaller value, handovers may be performed frequently; if this parameter is set to a greater value, ha None None

If this parameter is set to a greater value, congestion may occur in the neighboring cells in a short time; if this parameter is set to None If this parameter is set to a smaller value, call drops may occur or voice quality may be decreased due to delayed handover; if th

None None If this parameter is set to a greater value, unnecessary handovers between micro cells are performed, thus affecting the voice q None If this parameter is set to a greater value, congestion may occur in macro cells. If this parameter is set to a smaller value, unnec If this parameter is set to a greater value, the handover to micro cells becomes difficult, and congestion may occur in macro cell If this parameter is set to a greater value, the handover to micro cells becomes difficult, and congestion may occur in macro cell None None None None None None None None None None None None None None None If this parameter is set to a smaller value, handovers may be performed frequently; if this parameter is set to a greater value, ha If this parameter is set to a smaller value, handovers are performed frequently; if this parameter is set to a greater value, handov None If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter

If this parameter is set to a too small value, the corresponding cell may reject some handover requests; thus the traffic congesti

None

If this parameter is set to a greater value, call drops may occur because the handover may not be performed timely.If this param

If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call drop w

If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call drop w None None

None None None None If this parameter is set to a greater value, downlink power insufficiency may not be solved in time, thus leading to call drops.If thi If this parameter is set to a greater value, unnecessary handovers may be performed, thus the voice quality is decreased.If this None None None None If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter i None If this parameter is set to a greater value, unnecessary handovers may be performed, thus affecting the voice quality.If this para If this parameter is set to a greater value, handover may not be performed when the downlink voice quality is bad, thus leading t None None The handover decision is allowed only when the uplink receive quality is greater than or equal to the value of this parameter. The If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur. If this parameter If this parameter is set to a greater value, handover may not be performed when the uplink voice quality is bad, thus leading to c None None If this parameter is set to a greater value, call drops may occur due to no suitable neighboring cell for handover. If this paramete If this parameter is set to a greater value, call drops may occur.If this parameter is set to a smaller value, handover may be perfo If this parameter is set to a greater value, it is difficult for the MS to be handed over to the serving cell, thus leading to call drop w If this parameter is set to a greater value, it is difficult for the MS to be handed over to the serving cell, thus leading to call drop w None None This parameter should be set to a small value because the signaling channel seizure duration is shorter than the traffic channel If this parameter is set to a greater value, the target cell for the previous handover will not be selected for the next handover, but If this parameter is set to a greater value, call drops may occur due to no suitable neighboring cell for handover. If this paramete None None If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call drop w If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call drop w None None If this parameter is set to a greater value, cell congestion may be difficult to be relieved, thus affecting the traffic volume during b If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call drop w If this parameter is set to a greater value, it is difficult for the MS to be handed over to the original cell, thus leading to call drop w If this parameter is set to a greater value, call drops may occur due to no suitable neighboring cell for handover. If this paramete

None

None The switching from an intra-cell handover procedure to an assignment procedure shortens the duration of the intra-cell handove None None None None If this switch is turned on, AMR FR calls can be switched into AMR HR calls to relieve the network congestion, but the voice qua

If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over fro If this parameter is set to a greater value, only MSs in the center of the cell can meet the handover condition. Thus, the network

If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over fro If this parameter is set to a greater value, MSs at the edge of the cell can also meet the handover condition, thus affecting the vo If this parameter is set to a greater value, MSs with poor quality can also meet the handover condition, thus affecting the voice q If this parameter is set to a greater value, the calls cannot be handed over to TCHH in a short period when the traffic volume is i If this parameter is set to a greater value, only MSs in the center of the cell use the TCHH, thus leading to timeslot waste and th If this parameter is set to a greater value, MSs at the edge of the cell and with poor quality also cannot be handed over to the TC None If this parameter is set to a greater value, handover cannot be triggered even when the quality is poor, thus affecting the voice q If this parameter is set to a smaller value, calls are handed over to TCHH unnecessarily, thus causing MOS loss of the custome None If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and ca If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, If this parameter is set to a greater value, the voice quality may be decreased.If this parameter is set to a smaller value, the cong If this parameter is set to a smaller value, the duration of an AMR TCHF-TCHH handover is short after the handover is triggered If this parameter is set to a greater value, the handover cannot be performed in time and network congestion may occur.If this p If this parameter is set to a greater value, network congestion may occur because the handover may not be performed timely.If t If this parameter is set to a smaller value, the handover zone is enlarged in a short time, and thus many MSs are handed over fr If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, If this parameter is set to a greater value, only an MS close to the overlaid subcell can be assigned TCHHs. Thus, timeslots are None If this parameter is set to a greater value, the TCHH-to-TCHF handover cannot be performed in time, thus the voice quality is de If this parameter is set to a greater value, only MSs in the center area of the overlaid subcell can be assigned TCHHs. Thus, tim If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a greater value, If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and ca If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, If this parameter is set to YES, FR calls can be switched into HR calls to relieve the network congestion, but the voice quality is If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over fro If this parameter is set to a greater value, only MSs in the center of the cell can meet the handover condition. Thus, the network

If this parameter is set to a greater value, the handover margin is increased in a short period and many MSs are handed over fro If this parameter is set to a greater value, MSs at the edge of the cell can also meet the handover condition, thus affecting the vo If this parameter is set to a greater value, MSs with poor quality can also meet the handover condition, thus affecting the voice q

If this parameter is set to a greater value, the calls cannot be handed over to TCHH in a short period when the traffic volume is i If this parameter is set to a greater value, only MSs in the center of the cell use the TCHH, thus leading to timeslot waste and th If this parameter is set to a greater value, MSs at the edge of the cell and with poor quality also cannot be handed over to the TC None If this parameter is set to a greater value, handover cannot be triggered even when the quality is poor, thus affecting the voice q If this parameter is set to a smaller value, calls are handed over to TCHH unnecessarily, thus causing MOS loss of the custome None None If this parameter is set to BTS_Preprocessing, signaling on the Abis interface and BSC load are decreased, thus enhancing the None None None

ATTRIBUTE Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

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Radio

Radio

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Radio

Radio

Radio Radio

Equipment Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

Radio Radio Radio

Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

Radio

Radio Radio Radio Radio Radio Radio

Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

Radio

Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

FEATURE_NAME

IMPACT PARAMETER_ID

Active Power Control Active Power Control Active Power Control Active Power Control Active Power Control Active Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

COMBINERLOSS DOUBLEANTENNAGAIN EXPDLRXLEV EXPULRXLEV PATHLOSS PWRBCDALLOWD AMRBTSPWRNUM AMRDLLEVFTLEN AMRDLPREDLEND AMRDLQHTHRED AMRDLQLTHRED AMRDLQUAFTLEN AMRDLQUALBADTRIG AMRDLQUALBADUPLEV

AMR Power Control

Cell

AMRDLSSHTHRED

AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control AMR Power Control

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

AMRDLSSLTHRED AMRMAXADJPCVAL AMRMAXSTEP0 AMRMAXSTEP1 AMRMAXSTEP2 AMRMAXVALADJRX AMRMRCOMPREG AMRPCADJPERIOD AMRQUALSTEP AMRULLEVFTLEN AMRULPREDLEND AMRULQHTHRED AMRULQLOWTHRED AMRULQUAFTLEN AMRULQUALBADTRIG AMRULQUALBADUPLEV

AMR Power Control

Cell

AMRULSSHTHRED

AMR Power Control Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm

Cell Cell Cell Cell

AMRULSSLTHRED BTSPWRNUM DLLEVFILTLEN DLPREDLEND

Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

DLQUAFILTLEN DLQUALBADTRIG DLQUALBADUPLEV MAXADJPCVAL MAXSTEP0 MAXSTEP1 MAXSTEP2 MAXVALADJRX MRCOMPREG QUALSTEP ULLEVFILTLEN ULPREDLEND ULQUAFILTLEN ULQUALBADTRIG ULQUALBADUPLEV AMRSADLUPGRADE DLQHIGHTHRED DLQLOWTHRED

Enhanced Power Control Algorithm

Cell

DLSSHIGHTHRED

Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm Enhanced Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

DLSSLOWTHRED PCADJPERIOD PWRCTRLSW ULQHIGHTHRED ULQLOWTHRED ULSSHIGHTHRED ULSSLOWTHRED AMRCALLPCALLOWED DLADJPRD DLAFSREXQUALHIGHTHRED DLAFSREXQUALLOWTHRED DLAHSREXQUALHIGHTHRED DLAHSREXQUALLOWTHRED DLFILTADJFACTOR DLFSREXQUALHIGHTHRED DLFSREXQUALLOWTHRED DLHSREXQUALHIGHTHRED DLHSREXQUALLOWTHRED DLMAXDOWNSTEP DLMAXUPSTEP DLREXLEVADJFCTR DLREXLEVEXPFLTLEN DLREXLEVHIGHTHRED

HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm HUAWEI III Power Control Algorithm Network Support SAIC Network Support SAIC Network Support SAIC Power Control Power Control Power Control Power Control Power Control Power Control Power Control

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

DLREXLEVLOWTHRED DLREXLEVSLDWINDOW DLREXQUALADJFCTR DLREXQUALEXPFLTLEN DLREXQUALSLDWINDOW DLRXLEVPROTECTFACTOR DLRXQUALPROTECTFACTOR FINESTEPPCALLOWED MRMISSNUM NONAMRCALLPCALLOWED PWRCTRLOPTIMIZEDEN SDMRCUTNUM TCHMRCUTNUM ULADJPRD ULAFSREXQUALHIGHTHRED ULAFSREXQUALLOWTHRED ULAHSREXQUALHIGHTHRED ULAHSREXQUALLOWTHRED ULFILTADJFACTOR ULFSREXQUALHIGHTHRED ULFSREXQUALLOWTHRED ULHSREXQUALHIGHTHRED ULHSREXQUALLOWTHRED ULMAXDOWNSTEP ULMAXUPSTEP ULREXLEVADJFCTR ULREXLEVEXPFLTLEN ULREXLEVHIGHTHRED ULREXLEVLOWTHRED ULREXLEVSLDWINDOW ULREXQUALADJFCTR ULREXQUALEXPFLTLEN ULREXQUALSLDWINDOW ULRXLEVPROTECTFACTOR ULRXQUALPROTECTFACTOR SAICTHREDAPDTVALUE SAICTHREDAPDTVALUE SAICALLOWED ALPHA GAMMA NAVGI PB PCMEASCHAN TAVGT TAVGW

PARAMETER_NAME

MML_COMMAND

Combiner Loss Double Antenna Gain Expected DL RX_LEV Expected UL RX_LEV Path Loss of Different Frequency Band Power Forecast Allowed AMR BTS PC Class AMR Filter Length for DL RX_LEV AMR DL MR. Number Predicted AMR DL Qual. Upper Threshold AMR DL Qual. Lower Threshold AMR Filter Length for DL Qual. AMR DL Qual Bad Trig Threshold AMR DL Qual Bad UpLEVDiff

SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2

AMR DL RX_LEV Upper Threshold

SET GCELLPWR2

AMR DL RX_LEV Lower Threshold AMR MAX Up Adj. PC Value by Qual. AMR MAX Down Adj. Value Qual. Zone 0 AMR MAX Down Adj. Value Qual. Zone 1 AMR MAX Down Adj. Value Qual. Zone 2 AMR MAX Up Adj. PC Value by RX_LEV AMR MR. Compensation Allowed AMR PC Interval AMR MAX Down Adj. PC Value by Qual. AMR Filter Length for UL RX_LEV AMR UL MR. Number Predicted AMR UL Qual. Upper Threshold AMR UL Qual. Lower Threshold AMR Filter Length for UL Qual AMR UL Qual. Bad Trig Threshold AMR UL Qual. Bad UpLEVDiff

SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2

AMR UL RX_LEV Upper Threshold

SET GCELLPWR2

AMR UL RX_LEV Lower Threshold BTS PC Class Filter Length for DL RX_LEV DL MR. Number Predicted

SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2

Filter Length for DL Qual. DL Qual. Bad Trig Threshold DL Qual. Bad UpLEVDiff MAX Up Adj. PC Value by Qual. MAX Down Adj.Value Qual.Zone 0 MAX Down Adj.Value Qual.Zone 1 MAX Down Adj.Value Qual.Zone 2 MAX Up Adj. PC Value by RX_LEV MR. Compensation Allowed MAX Down Adj. PC Value by Qual. Filter Length for UL RX_LEV UL MR. Number Predicted Filter Length for UL Qual. UL Qual. Bad Trig Threshold UL Qual. Bad UpLEVDiff AMR SACCH Downlink Power Upgrade DL Qual. Upper Threshold DL Qual. Lower Threshold

SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWR2 SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC

DL RX_LEV Upper Threshold

SET GCELLPWRBASIC

DL RX_LEV Lower Threshold PC Interval Power Control Switch UL Qual. Upper Threshold UL Qual. Lower Threshold UL RX_LEV Upper Threshold UL RX_LEV Lower Threshold Allow III Power Control For AMR PwrCtrlDLAdjPeriod DLAFSRexQualHighThred DLAFSRexQualLowThred DLAHSRexQualHighThred DLAHSRexQualLowThred III DL Filter Adjust Factor DLFSRexQualHighThred DLFSRexQualLowThred DLHSRexQualHighThred DLHSRexQualLowThred DLMAXDownStep DLMAXUpStep DLRexLevAdjustFactor DLRexLevExponentFilterLen DLRexLevHighThred

SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWRBASIC SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3

DLRexLevLowthred DLRexLevSlideWindow DLRexQualAdjustFactor DLRexQualExponentFilterLen DLRexQualSlideWindow III DL RexLev Protect Factor III DL RexQual Protect Factor 0.2dB Power Control Enable MRMissNumber Allow III Power Control For Non-AMR III Power Control Optimized Enable SdMrCutNum TchMrCutNum PwrCtrlULAdjPeriod ULAFSRexQualHighThred ULAFSRexQualLowThred ULAHSRexQualHighThred ULAHSRexQualLowThred III UL Filter Adjust Factor ULFSRexQualHighThred ULFSRexQualLowThred ULHSRexQualHighThred ULHSRexQualLowThred ULMAXDownStep ULMAXUpStep ULRexLevAdjustFactor ULRexLevExponentFilterLen ULRexLevHighThred ULRexLevLowThred ULRexLevSlideWindow ULRexQualAdjustFactor ULRexQualExponentFilterLen ULRexQualSlideWindow III UL RexLev Protect Factor III UL RexQual Protect Factor Power Control Threshold Adjust for SAIC Power Control threshold Adjust for SAIC Saic Allowed ALPHA GAMMA N_AVG_I Pb PC_MEAS_CHAN T_AVG_T T_AVG_W

SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR3 SET GCELLPWR2 SET GCELLPWR3 SET GCELLPWRBASIC SET GCELLPSPWPARA SET GCELLPSPWPARA SET GCELLPSPWPARA SET GCELLPSPWPARA SET GCELLPSPWPARA SET GCELLPSPWPARA SET GCELLPSPWPARA

DESCRIPTION

Combined loss used to estimate the downlink power during assignment Dual-antenna gain used to estimate the downlink power during assignment Received signal strength at an MS expected in power forecast, which helps to compute the initial transmit power of the BTS Received signal strength at the BTS expected in power forecast, which helps to compute the initial transmit power of an MS Transmission loss difference between radio frequencies on different bands Whether to allow active power control. If this parameter is set to YES, the system performs power forecast in the process of initi Maximum degree by which the BSC can control the power of the AMR BTS dynamically Number of measurement reports sampled for averaging downlink AMR signal strength. A single measurement report may not re Number of downlink AMR measurement reports that the BSC predicts. The BSC takes a while to confirm the power control effec Quality level threshold for decreasing downlink AMR signal power. If the BTS transmits AMR signals at a quality level less than " Quality level threshold for increasing downlink AMR signal power. If the BTS transmits AMR signals at a quality level greater tha Number of measurement reports sampled for averaging downlink AMR signal quality. A single measurement report may not refl During downlink power control, if the downlink receive quality level is equal to or greater than this threshold, "AMR DL RX_LEV U Upper for downlink AMR signal strength. During threshold downlink power control, if the downlink receive quality level is equal to or greater than "AMR DL Qual Bad Trig Threshold If the downlink received AMR signal level is greater than this threshold, a power decrease is computed. Then, the power is decreased by the least of the power decrease, maximum power adjustment step allowed by the quality zone to which the received signal quality belongs, and "AMR MAX Down Adj. PC Value by Qual.". Power decrease = downlink received signal level - "AMR DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Threshold"/2 Lower threshold for downlink AMR signal strength. If the downlink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is increased by the least of the power increase, "AMR MAX Up Adj. PC Value by RX_LEV", and "AMR MAX Up Adj. PC Value by Qual.".

Maximum step by which the power can be increased according to received signal quality Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 0. Huawei power Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 1. Huawei power Maximum step by which the power can be decreased when the received signal quality belongs to quality zone 2. Huawei power Maximum step by which the power can be increased according to received signal level Whether to enable the compensation of AMR measurement reports in Huawei power control algorithm generation IIIf this param Minimum interval between two consecutive AMR power control commands Maximum step by which the power can be decreased according to received signal quality Number of measurement reports sampled for averaging uplink AMR signal strength. A single measurement report may not refle Number of uplink AMR measurement reports that the BSC predicts. The BSC takes a while to confirm the power control effect o Quality level threshold for decreasing the power of an uplink AMR call. If the MS transmits AMR signals at a quality level less tha Quality level threshold for increasing the power of an uplink AMR call. If the MS transmits AMR signals at a quality level greater Number of measurement reports sampled for averaging uplink AMR signal quality. A single measurement report may not reflect During uplink power control, if the uplink receive quality level is equal to or greater than this threshold, "AMR UL RX_LEV Upper Upper for uplink AMR signal strength During threshold uplink power control, if the uplink receive quality level is equal to or greater than "AMR UL Qual. Bad Trig Threshold", "AM If the uplink received AMR signal level is greater than this threshold, a power decrease is computed. Then, the power is decreased by the least of the power decrease, maximum power adjustment step allowed by the quality zone to which the received signal quality belongs, and "AMR MAX Down Adj. PC Value by Qual.". Power decrease = uplink received signal level - "AMR UL RX_LEV Upper Threshold" + "AMR UL RX_LEV Lower Threshold"/2 Lower threshold for uplink AMR signal strength. If the uplink received AMR signal level is less than this threshold, a power increase is computed. Then, the power is increased by the least of the power increase, "AMR MAX Up Adj. PC Value by RX_LEV", and "AMR MAX Up Adj. PC Value by Qual.".

Maximum degree by which the BSC can control the power of the BTS dynamically Number of measurement reports sampled for averaging downlink signal strength. A single measurement report may not reflect Number of downlink measurement reports that the BSC predicts. The BSC takes a while to confirm the power control effect of a

Number of measurement reports sampled for averaging downlink signal quality. A single measurement report may not reflect th During downlink power control, if the downlink receive quality level is equal to or greater than "DL Qual, bad Trig Threshold", "DL During downlink power control, if the downlink receive quality level is equal to or greater than "DL Qual, bad Trig Threshold", "DL Step of upward power adjustment according to the quality of the received signals Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the power is d Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the power is d Huawei power control algorithm II divides three quality zones according to the quality of the receive signals. When the power is d Step of upward power adjustment according to the quality of the received signals Whether power control algorithm II allows measurement report compensation. When making a power control decision, the BSC Step of downward power adjustment according to the quality of the received signals When the network receives measurement reports, in consideration of the accuracy of a single measurement report, the measur After the BSC delivers the power control command, it should wait for a certain period before affirm the effect of the power contro When the network receives measurement reports, the measurement values in several straight measurement reports are filtered In the case of power control, when the uplink receive quality is not smaller than "UL Qual. Bad Trig Threshold", the actual "UL R In the case of power control, when the uplink receive quality is not smaller than "UL Qual. Bad Trig Threshold", the actual "UL R Number of levels by which the BTS increases the power of an SACCH frame. This parameter is used for SACCH power control. Quality level threshold for decreasing downlink signal power. If the BTS transmits signals at a quality level less than this thresho Upper for downlink signal strength Qualitythreshold level threshold for increasing downlink signal power. If the BTS transmits signals at a quality level greater than this thres If the downlink received signal level is greater than this threshold, a power decrease is computed. Then, the power is decreased by the least of the power decrease, maximum power adjustment step allowed by the quality zone to which the received signal quality belongs, and "MAX Down Adj. PC Value by Qual.". Power decrease = downlink received signal level - "DL RX_LEV Upper Threshold" + "AMR DL RX_LEV Lower Threshold"/2 Lower threshold for downlink signal strength If the downlink received signal level is less than this threshold, a power increase is computed. Then, the power is increased by the least of the power increase, "MAX Up Adj. PC Value by RX_LEV", and "MAX Up Adj. PC Value by Qual.".

Minimum interval between two consecutive power control commands Whether to enable power control algorithm II or power control algorithm III The MS transmit power is decreased only when the quality level of the MS transmit signal is smaller than the value of the param The MS transmit power is increased only when the quality level of the MS transmit signal is greater than the value of the parame When the uplink receive level reaches the threshold, Huawei II power control is performed. When the uplink receive level is below the threshold, Huawei II power control is performed. Whether to enable the III power control algorithm for AMR calls. If enabled, power control is performed on AMR calls. Minimum interval between two consecutive downlink power control commands If the downlink receive quality level of an AMR full rate call is greater than this parameter, the call needs to undergo Huawei pow If the downlink receive quality level of an AMR full rate call is smaller than this parameter, the call needs to undergo Huawei pow If the downlink receive quality level of an AMR half rate call is greater than this parameter, the call needs to undergo Huawei pow If the downlink receive quality level of an AMR half rate call is smaller than this parameter, the call needs to undergo Huawei pow Filter adjustment factor for downlink power control. Setting this parameter high helps to smooth the filtered values and to reduce Upper quality threshold for Huawei power control generation III on a full rate call. If the downlink receive quality level of a full rate Lower quality threshold for Huawei power control generation III on a full rate call. If the downlink receive quality level of a full rate Upper quality threshold for Huawei power control generation III on a half rate call. If the downlink receive quality level of a half ra Lower quality threshold for Huawei power control generation III on a half rate call. If the downlink receive quality level of a half ra Maximum step by which to decrease downlink power according to signal strength Maximum step by which to increase downlink power according to signal strength Percentage of signal strength in the factors by which to determine the downlink power control step Length of the exponential filter for downlink signal strength. A single measurement report may not reflect the actual network situ Upper receive level threshold for downlink power control. If the downlink receive level is greater than this threshold, the power o

Lower receive level threshold for downlink power control. If the downlink receive level is smaller than this threshold, the power o Length of the slide window filter for downlink signal strength. A single measurement report may not reflect the actual network sit Percentage of quality level in the factors by which to determine the downlink power control step Length of the exponential filter for downlink signal quality. A single measurement report may not reflect the actual network situat Length of the slide window filter for downlink signal quality. A single measurement report may not reflect the actual network situa A power control step cannot exceed the step computed according to "III DL RexLev Protect Factor" and "III DL RexQual Protect A power control step cannot exceed the step computed according to "III DL RexLev Protect Factor" and "III DL RexQual Protect Whether to enable 0.2 dB downlink power control. This power control function improves the power control precision. When the number of the lost measurement reports exceeds this parameter during a power control period, the power control stop Whether to enable the III power control algorithm for Non-AMR calls. If enabled, power control is performed on Non-AMR calls. Whether to enable the optimized power control algorithm III Maximum number of discarded MRs allowed on the SDCCH in a power control period Maximum number of discarded MRs allowed on the TCH in a power control period Minimum interval between two consecutive uplink power control commands Current call is an AMR full-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control is Current call is an AMR full-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is p Current call is an AMR half-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control i Current call is an AMR half-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is Filter adjustment factor for uplink power control. If this parameter is set to a large value, the filtered values become smooth, thus Current call is a full-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control is perfor Current call is a full-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is perform Current call is a half-rate call, and when the uplink receive quality is greater than the threshold, Huawei III power control is perfo Current call is a half-rate call, and when the uplink receive quality is lower than the threshold, Huawei III power control is perform Maximum permissible adjustment step when the BSC decreases the uplink transmit power Maximum permissible adjustment step when the BSC increases the uplink transmit power Step adjustment ratio of the receive level in the uplink power control When the network receives measurement reports, the measurement values in several straight measurement reports are filtered When the uplink receive level reaches the threshold, Huawei III power control is performed. When the uplink receive level is lower than the threshold, Huawei III power control is performed. When the network receives measurement reports, the measurement values in several straight measurement reports are filtered Step adjustment ratio of the receive quality in the uplink power control When the network receives measurement reports, the measurement values in several straight measurement reports are filtered When the network receives measurement reports, the measurement values in several straight measurement reports are filtered Signal strength factor for the protective limitation on calculating the uplink power control adjustment step. The calculated step va Signal strength factor for the protective limitation on calculating the uplink power control adjustment step. The calculated step va Adjustment step of the downlink signal quality threshold in power control algorithm III for MSs that support SAIC. The network si Adjustment step of the downlink signal quality threshold in power control algorithm III for MSs that support SAIC. The network si Whether an MS supports the SAIC function It is used to perform open loop power control. Alpha parameter is used by the MS to calculate the output power PCH of the uplin Expected signal receiving strength on the BTS side when GPRS dynamic power control is implemented Filter consistent of the collision signal strength of power control. When sampling must be performed NAVGI times before the MS BTS power attenuation on the measured PBCCH Channel used for the measured receiving power. It is used to set the measured receiving power level of the channel and control Filter period of the signal strength in the packet transmission mode of the MS. In the packet transmission mode, the signal level Filter period of the signal strength in the packet idle mode of the MS. In the packet idle mode, the signal level filter parameter of

GUI_VALUE_RANGE 0~100 0~255 0~63 0~63 0~255 NONo, YESYes 1~16 1~20 0~3 0~7 0~7 1~20 0~7 0~63

0~63

0~63 0~32 0~30 0~30 0~30 0~32 NONo, YESYes 1~15 0~4 1~20 0~3 0~7 0~7 1~20 0~7 0~63

0~63

0~63 1~16 1~20 0~3

1~20 0~7 0~63 0~32 0~30 0~30 0~30 0~32 NONo, YESYes 0~4 1~20 0~3 1~20 0~7 0~63 0~15 0~7 0~7

0~63

0~63 1~15 PWR2Power control II, PWR3Power controlIII 0~7 0~7 0~63 0~63 OFFNot Allowed, ONAllowed 0~255 1~30 1~30 1~30 1~30 1~10 1~30 1~30 1~30 1~30 1~30 1~30 0~10 0~19 0~63

0~63 1~20 0~10 0~19 1~20 0~100 0~100 NONo, YESYes 1~255 OFFNot Allowed, ONAllowed NONo, YESYes 0~5 0~10 0~255 1~30 1~30 1~30 1~30 1~10 1~30 1~30 1~30 1~30 1~30 1~30 0~10 0~19 0~63 0~63 1~20 0~10 0~19 1~20 0~100 0~100 0~2 0~4 NONo, YESYes 00.0, 10.1, 20.2, 30.3, 40.4, 50.5, 60.6, 70.7, 80.8, 90.9, 101.0 0~31 0~15 DB00dB, DB2-2dB, DB4-4dB, DB6-6dB, DB8-8dB, DB10-10dB, DB12-12dB, DB14-14dB, DB16-16dB, DB18-18dB, DB20-20dB BCCHBCCH, PDCHPDCH 0~25 0~25

ACTUAL_VALUE_RANGE 0~10, step:0.1 0~25.5, step:0.1 0~63 0~63 0~25.5, step:0.01 NO, YES 2~32, step:2 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~3 0~7 0~7 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~7 0~63

0~63

0~63 0~32 0~30 0~30 0~30 0~32 NO, YES 480~7200, step:480 0~4 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~3 0~7 0~7 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~7 0~63

0~63

0~63 2~32, step:2 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~3

TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~7 0~63 0~32 0~30 0~30 0~30 0~32 NO, YES 0~4 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~3 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~7 0~63 0~15 0~7 0~7

0~63

0~63 TCH:480~7200, step:480; SDCCH:470~7050, step:470 PWR2, PWR3 0~7 0~7 0~63 0~63 OFF, ON TCH:480~122400, step:480; SDCCH:470~119850, step:470 1~30 1~30 1~30 1~30 1~10 1~30 1~30 1~30 1~30 1~30 1~30 0~10 TCH:0~9120, step:480; SDCCH:0~8930, step:470 0~63

0~63 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~10 TCH:0~9120, step:480; SDCCH:0~8930, step:470 TCH:480~9600, step:480; SDCCH:470~9400, step:470 0~100 0~100 NO, YES 1~255 OFF, ON NO, YES 0~5 0~10 TCH:480~122400, step:480; SDCCH:470~119850, step:470 1~30 1~30 1~30 1~30 1~10 1~30 1~30 1~30 1~30 1~30 1~30 0~10 TCH:0~9120, step:480; SDCCH:0~8930, step:470 0~63 0~63 TCH:0~9120, step:480; SDCCH:0~8930, step:470 0~10 TCH:0~9120, step:480; SDCCH:0~8930, step:470 TCH:0~9120, step:480; SDCCH:0~8930, step:470 0~100 0~100 0~2 0~4 NO, YES 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 0~31 0~15 DB0, DB2, DB4, DB6, DB8, DB10, DB12, DB14, DB16, DB18, DB20, DB22, DB24, DB26, DB28, DB30 BCCH, PDCH 0~25 0~25

UNIT DEFAULT_VALUE

RECOMMENDED_VALUE

dB dB dB dB dB None NO dB ms None None None ms None dB

45 30 30 30 79

45 30 30 30 79

16 5 0 0 3 5 2 8

16 5 0 0 3 5 2 8

dB

33

33

dB dB dB dB dB dB None YES ms dB ms None None None ms None dB

25 8 2 0 0 8

25 8 2 0 0 8

3 4 5 0 0 3 5 3 6

3 4 5 0 0 3 5 3 6

dB

30

30

dB dB ms None

18 16 5 0

18 16 5 0

NO

YES

ms None dB dB dB dB dB dB None YES dB ms None ms None dB None None None

5 2 10 8 2 0 0 8

5 2 10 8 2 0 0 8

2 5 0 5 3 5 0 0 2

2 5 0 5 3 5 0 0 2

dB

45

45

dB ms None PWR3 None None dB dB None ON ms dB dB dB dB None dB dB dB dB dB dB None ms dB

28 3

28 3

YES

PWR3 0 3 30 18

0 3 30 18 ON

3 14 14 16 16 3 16 16 18 18 4 8 3 3 20

3 14 14 16 16 3 16 16 18 18 4 8 3 3 20

dB ms None ms ms None None None None None None None None ms dB dB dB dB None dB dB dB dB dB dB None ms dB dB ms None ms ms None None None None None None None None dB None None None

20 1 6 3 1 5 55 NO

20 1 6 3 1 5 55 NO

5 ON NO

5 ON NO

1 3 3 14 14 16 16 3 16 16 18 18 6 8 3 3 18 18 1 6 3 1 6 75 1 3 NO

1 3 3 14 14 16 16 3 16 16 18 18 6 8 3 3 18 18 1 6 3 1 6 75 1 3 NO

6 12 2 DB2 PDCH

6 12 2 DB2 PDCH

10 10

10 10


This parameter is valid only when "PWRBCDALLOWD" is set to YES. This parameter is valid only when "PWRBCDALLOWD" is set to YES. This parameter is valid only when "PWRBCDALLOWD" is set to YES. This parameter is valid only when "PWRBCDALLOWD" is set to YES. This parameter is valid only when "PWRBCDALLOWD" is set to YES. None This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.

This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b

This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2.


This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the

This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2 and "DNPCEN" in the This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and "UPPCEN" in "SET GCELL This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and "UPPCEN" in "SET GCELL This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2 and "UPPCEN" in "SET GCELL This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. None This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b


This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid when "PWRCTRLSW" in the "SET GCELLPWRBASIC" command is set to PWR2. None This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR2. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b

This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES. This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. The following condition must b This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES. This parameter is valid only when "PWRCTRLOPTIMIZEDEN" is set to YES. This parameter is valid only when "SAICALLOWED" in "SET GCELLPWRBASIC" is set to YES. This parameter is valid only when "PWRCTRLSW" in "SET GCELLPWRBASIC" is set to PWR3. This parameter is valid only when "PWRBCDALLOWD" is set to YES. None None None None None None None

CAUTION None If you do not use a dual-antenna to receive signals, set this parameter to 0. None None None None None None None None None None None None

None

None None None None None None None None None None None None None None None None

None

None None None None

None None None None None None None None None None None None None None None None None None

None

None None None None None None None None None None None None None None None None None None None None None None None

None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None


None As the double antenna gain increases, the downlink power increases; as the double antenna gain decreases, the downlink powe If this parameter is set to a greater value, the effectiveness of power control is reduced, and thus the network interference can n If this parameter is set to a greater value, the effectiveness of power control is reduced, and thus the network interference can n None None If this parameter is set to a smaller value, the dynamic power adjustment range for the BTS is decreased. This may cause powe None None If this parameter is set to a smaller value, downlink power control may not be performed when the voice quality is good, thus cau If this parameter is set to a greater value, uplink power control may not be performed when the voice quality is bad, thus affectin None None None

If this parameter is set to a greater value, downlink power control may not be performed when the downlink level is high, thus ca

If this parameter is set to a greater value, uplink power control may be performed when the downlink level is high, thus causing t If this parameter is set to a smaller value, call drops may occur due to delayed power control; if this parameter is set to a greater If this parameter is set to a smaller value, fast power control cannot be realized. If this parameter is set to a greater value, the po If this parameter is set to a smaller value, fast power control cannot be realized. If this parameter is set to a greater value, the po If this parameter is set to a smaller value, fast power control cannot be realized. If this parameter is set to a greater value, the po If this parameter is set to a smaller value, call drops may occur due to delayed power control; if this parameter is set to a greater None If this parameter is set to a greater value, power control may not be performed in time. If this parameter is set to a smaller value If this parameter is set to a smaller value, the algorithm cannot realize fast power control. If this parameter is set to a greater val None None If this parameter is set to a smaller value, downlink power control may not be performed when the voice quality is good, thus cau If this parameter is set to a greater value, uplink power control may not be performed when the voice quality is bad, thus affectin None None None

If this parameter is set to a greater value, power control may not be performed when the uplink level is high, thus causing the po

If this parameter is set to a greater value, uplink power control may be performed when the uplink level is high, thus causing the If this parameter is set to a smaller value, the range of BTS dynamic power adjustment is decreased, and thus network interfere None None

None None None If this parameter is set to a smaller value, call drops may occur due to delayed power control; if this parameter is set to a greater If this parameter is set to a smaller value, the algorithm cannot realize fast power control. If this parameter is set to a greater val If this parameter is set to a smaller value, the algorithm cannot realize fast power control. If this parameter is set to a greater val If this parameter is set to a smaller value, the algorithm cannot realize fast power control. If this parameter is set to a greater val If this parameter is set to a smaller value, call drops may occur due to delayed power control; if this parameter is set to a greater None If this parameter is set to a smaller value, the algorithm cannot realize fast power control. If this parameter is set to a greater val None None None None None None If this parameter is set to a smaller value, downlink power control may not be performed when the voice quality is good, thus cau If this parameter is set to a greater value, uplink power control may not be performed when the voice quality is bad, thus affectin

If this parameter is set to a greater value, decrease power control may not be performed when the downlink level is high, thus ca

If this parameter is set to a greater value, increase power control may be performed when the downlink level is high, thus causin None None If this parameter is set to a smaller value, downward power control is not performed when the signal quality is good, thus causin If this parameter is set to a greater value, upward power control may not be performed when the voice quality is bad, thus affect If this parameter is set to a greater value, downward power control may not be performed when the voice quality is good, thus ca If this parameter is set to a greater value, upward power control may be performed when the voice quality is good, thus causing None None None None None None None None None None None None None None None If this parameter is set to a greater value, decrease power control may not be performed when the downlink level is high, thus ca

If this parameter is set to a greater value, increase power control may be performed when the downlink level is high, thus causin None None None None None None None None None None None None None None None None None None None None None None None None None None If this parameter is set to a greater value, downward power control may not be performed when the voice quality is good, thus ca If this parameter is set to a greater value, upward power control may be performed when the voice quality is good, thus causing None None None None None None None None None None None None None None None None

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Radio

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Radio

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Radio

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IMPACT PARAMETER_ID

PARAMETER_NAME

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

Better Cell HO Valid Time Better Cell HO Watch Time BQ HO Valid Time BQ HO Margin BQ HO Watch Time Chain Neighbour Cell Type Directed Retry Handover Level Range Edge HO AdjCell Valid Time Edge HO AdjCell Watch Time HCS HO Valid Time HCS HO Watch Time Quick Handover Last Time Quick Handover Static Time IBCA Dyn Measure Neighbour Cell Flag IBCA Neighbor Cell Flag IBCA RxLev Offset Adjacent Cell Inter-layer HO Hysteresis Inter-cell HO Hysteresis Chain Neighbor Cell Layer HO Valid Time Layer HO Watch Time Min Access Level Offset PBGT Valid Time PBGT HO Threshold PBGT Watch Time Current HO CTRL Algorithm in Source Cell TA HO Valid Time TA HO Watch Time UL BQ HO Last Time UL BQ HO Static Time Neighbor 2G Cell Index Neighbor 2G Cell Name Neighbour Cell CI Neighbour Cell LAC Neighbour Cell MCC Neighbour Cell MNC Source Cell CI Source Cell LAC Source Cell MCC Source Cell MNC

BETTERCELLLASTTIME BETTERCELLSTATTIME BQLASTTIME BQMARGIN BQSTATTIME CHAINNCELLTYPE DRHOLEVRANGE EDGEADJLASTTIME EDGEADJSTATTIME HCSLASTTIME HCSSTATTIME HOLASTTIME HOSTATICTIME IBCADYNCMEASURENCELLALLOWED IBCANCELLFLAG IBCARXLEVOFFSET INTELEVHOHYST INTERCELLHYST ISCHAINNCELL LEVLAST LEVSTAT MINOFFSET PBGTLAST PBGTMARGIN PBGTSTAT SRCHOCTRLSWITCH TALASTTIME TASTATTIME ULBQLASTTIME ULBQSTATTIME NBR2GNCELLID NBR2GNCELLNAME NBRCI NBRLAC NBRMCC NBRMNC SRCCI SRCLAC SRCMCC SRCMNC

MML_COMMAND ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL ADD G2GNCELL

DESCRIPTION

According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within N se According to the P/N rule, if the conditions for the handover to a better cell due to interference are met for P seconds within N se According to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the handover is If "downlink level of the neighbor cell after filtering" - "downlink level of the serving cell after power control compensation" > "Inte According to the P/N rule, if the conditions for emergency BQ handover are met in P of N measurement reports, the handover is This parameter indicates the geographical location relation between the neighboring cell and the serving cell. In the BSC6900, if Maximum signal level difference between the neighbor cell and the serving cell for triggering directed retry According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N mea According to the P/N rule, if a neighbor cell meets the conditions for selecting the neighbor cell for edge handover in P of N mea According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N mea According to the P/N rule, if the conditions for the handover to a different micro cell due to fast movement are met in P of N mea According to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is triggered.T According to the P/N rule, if the conditions for fast handover are met in P of N measurement reports, the handover is triggered.T Whether to measure the IBCA neighbor cells of the serving cell dynamically. If the dynamic measurement is enabled, when a ca Indicates whether this neighboring cell is the IBCA neighboring cell of the serving cell. That is, when a cell is configured as the n Estimates the receive level of the unmeasured IBCA neighboring cells. When a consecutive "IBCA Non Measurement Ncell Sta Hysteresis value during the handovers between cells on different layers or of different priorities. This value is used to suppress i Reduces ping-pong handovers between cells on a same layer. This parameter is invalid when cells are on different layers. Whether the cell is a chain neighboring cell The triggering of inter-layer handovers must meet the P/N criteria, that is, when the condition for inter-layer handovers is met for The triggering of inter-layer handovers must meet the P/N criteria, that is, when the condition for inter-layer handovers is met for Minimum receive level offset.An MS can be handed over to a neighboring cell only when the downlink level of the neighboring ce The triggering of PBGT handovers must meet the P/N criteria, that is, when the condition for PBGT handovers is met for a cons PBGT handovers to a neighboring cell are allowed only when the downlink level difference between the neighboring cell and the The triggering of PBGT handovers must meet the P/N criteria, that is, when the condition for PBGT handovers is met for a cons Whether the currently used handover algorithm in the source cell is HO Algorithm I or HO Algorithm II The P/N criterion must be met for triggering a TA handover. That is, the TA handover can be triggered only if P measurement re The P/N criterion must be met for triggering a TA handover. That is, the TA handover can be triggered only if P measurement re The P/N criterion must be met for triggering a UL BQ handover. That is, the UL BQ handover can be triggered only if P measure The P/N criterion must be met for triggering a UL BQ handover. That is, the UL BQ handover can be triggered only if P measure Uniform number of a cell index within a BSC6900, which uniquely identifies a cell. Name of a cell Cell ID of a neighboring cell Local Area Code LAC of a neighboring cell Mobile Country Code MCC of a neighboring cell Mobile Network Code MNC of a neighboring cell Source cell ID Local area code LAC of the source cell Mobile country code MCC of the source cell Mobile network code MNC of the source cell

FEATURE_NAME HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI II Handover Chain Cell Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover Fast Move Handover Fast Move Handover IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation IBCA Interference Based Channel Allocation HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover Chain Cell Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover HUAWEI II Handover Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management Configuration Management

GUI_VALUE_RANGE 1~32 1~32 1~16 0~127 1~16 QUICK_HO_NCELL_TYPE_AQUICK_HO_NCELL_TYPE_A, QUICK_HO_NCELL_TYPE_BQUICK_HO_NCELL_TYPE_B 0~128 1~32 1~32 1~16 1~16 1~32 1~32 NONo, YESYes NONo, YESYes 0~63 0~127 0~63 NONo, YESYes 1~32 1~32 0~63 1~32 0~127 1~32 HOALGORITHM1Handover algorithm I, HOALGORITHM2Handover algorithm II 1~16 1~16 1~8 1~8 0~5047 None 0~65535 1~65533,65535 None None 0~65535 1~65533,65535 None None

ACTUAL_VALUE_RANGE

UNIT DEFAULT_VALUE

0.5~16, step:0.5 0.5~16, step:0.5 0.5~8, step:0.5 0~127 0.5~8, step:0.5 QUICK_HO_NCELL_TYPE_A, QUICK_HO_NCELL_TYPE_B 0~128 0.5~16, step:0.5 0.5~16, step:0.5 0.5~8, step:0.5 0.5~8, step:0.5 0.5~16, step:0.5 0.5~16, step:0.5 NO, YES NO, YES 0~63 0~127 0~63 NO, YES 0.5~16, step:0.5 0.5~16, step:0.5 0~63 0.5~16, step:0.5 0~127 0.5~16, step:0.5 HOALGORITHM1, HOALGORITHM2 0.5~8, step:0.5 0.5~0.8, step:0.5 0.5~4, step:0.5 0.5~4, step:0.5 0~5047 1~64 characters 0~65535 1~65533, 65535 1~3 characters 1~3 characters 0~65535 1~65533, 65535 1~3 characters 1~3 characters

s s s dB s None dB s s s s s s None None dB dB dB None s s dB s dB s None s s s s None None None None None None None None None None

4 6 1 69 1 QUICK_HO_NCELL_TYPE_A 72 4 6 2 3 3 4 NO NO 4 67 4 NO 4 6 0 4 68 6 HOALGORITHM1 1 1 1 1 None None None None None None None None None None

RECOMMENDED_VALUE 4 6 1 69 1 QUICK_HO_NCELL_TYPE_A

72 4 6 2 3 3 4 Set this parameter to YES for the neighboring cell with co-channel interference and the neighboring cell that may cause interfere NO 4 67 In densely populated urban areas, the recommended value is 4; in the suburbs, the recommended value is 8. NO 4 6 0 4 In densely populated urban areas, the recommended value is 68; in the suburbs, the recommended value is 72. 6 HOALGORITHM1 1 1 1 1 None None None None None None None None None None


This parameter is valid only when "BETTERCELLHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The This parameter is valid only when "BETTERCELLHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The This parameter is valid only when "BQHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The following c None This parameter is valid only when "BQHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The following c None None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "FRINGEHOEN" is set to YES. The follow This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "FRINGEHOEN" is set to YES. The follow This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "HCSST This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2. The following condition must be met: "HCSST This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be met This parameter is valid only when "QUICKHOEN" in "SET GCELLHOBASIC" is set to YES. The following condition must be met None None None Inter-layer HO threshold of the serving cell = "Inter-layer HO threshold" - "Inter-layer HO Hysteresis".Inter-layer HO threshold of None None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "LEVHOEN" is set to YES. The following This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "LEVHOEN" is set to YES. The following This parameter is based on "HOCDCMINDWPWR" and "HOCDCMINUPPWR". Different offset can be set for different neighbor This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "PBGTHOEN" is set to YES. The followin None This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM1 and "PBGTHOEN" is set to YES. The followin The value of this parameter must be the same as that of "HOCTRLSWITCH" in "SET GCELLHOBASIC". This parameter is valid only when "HOCTRLSWITCH" is set to HOALGORITHM2 and "TAHOEN" is set to YES. The following c This parameter is valid only when "TAHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The following c This parameter is valid only when "BETTERCELLHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The This parameter is valid only when "BETTERCELLHOEN" is set to YES and "HOCTRLSWITCH" is set to HOALGORITHM2. The None None None None None None None None None None

CAUTION

None None None When the M900/M1800 BSC is upgraded to BSC6000, this parameter needs to be set to 69. If this parameter is not set to 69 in None None None None None None None None None None The parameter IBCA Allowed of the serving cell and the neighbor cell should be set to Yes before the configuration of this param None None None None None None None None None None None None None None None None None None None None None None None None None


If this parameter is set to a greater value, the handover cannot be performed in time, thus the voice quality is decreased and cal If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and ca None If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, The setting of this parameter depends on the actual physical location of the chain neighboring cell. Otherwise, fast PBGT hando None None None If this parameter is set to a greater value, the MS takes a longer time to meet the conditions for triggering the handover and the If this parameter is set to a greater value, congestion may occur in the macro cell.If this parameter is set to a smaller value, the If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter i If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, None None None None None None If this parameter is set to a greater value, congestion may occur in the macro subcell;If this parameter is set to a smaller value, u If this parameter is set to a greater value, unnecessary handovers may be performed, thus the voice quality is decreased and pi None If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter i None If this parameter is set to a greater value, unnecessary handovers may be performed; if this parameter is set to a smaller value, None If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter i None If this parameter is set to a greater value, the handover cannot be performed in time and call drops may occur.If this parameter i If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, None None None None None None None None None None

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IMPACT PARAMETER_ID PARAMETER_NAME Cell Cell Cell Cell Cell Cell


MML_COMMAND

COMSC Co-MSC ADD GEXT2GCELL ISEDGESUPPORTEDGE Support in External ADD Neighbour GEXT2GCELL Cell ISGPRSSUPPORTGPRS Support in External ADD Neighbour GEXT2GCELL Cell ISNC2SUPPORT NC2 Support in ExternalADD Neighbour GEXT2GCELL Cell LAYER Layer of the cell ADD GEXT2GCELL LoadHoEnExt2G Load Handover SupportADD GEXT2GCELL

MSRXMIN PRIOR RA SDPUNTIME SDPUNVAL BCC BCCH

DESCRIPTION FEATURE_NAME

Whether the BSC HUAWEI that controls I HandoverHUAWEI the external cellIIand Han A service support EGPRS attribute of a cell, that is, whether a A service support GPRS attribute of a cell, that is, whether a A service support Network-Controlled attribute of a cell, that Cell is, Reselection whether a A network basically HUAWEI consists I HandoverHUAWEI of four layers, namely, II Han U Indicates that if aHUAWEI 2G neighboring I HandoverHUAWEI cell supports IIload Hanh

The M criteria supports setting minimum values for the downlink receive level of neighboring cells. The M criteria is met only when , Estimated downlink level of neighboring cells >= "Min DL level on candidate Cell" + "Min Access Level Offset" Estimated uplink level of neighboring cells >= "Min UL level on candidate Cell" + "Min Access Min DL level on candidate ADD CellGEXT2GCELL Level Offset" HUAWEI I HandoverHUAWEI II Han Cell Priority ADD GEXT2GCELL This parameter controls HUAWEIthe I HandoverHUAWEI handovers among IIcells Han RAC ADD GEXT2GCELL The NS performsConfiguration location management Management based on ro Penalty Time on Tast Moving ADD GEXT2GCELL HO Period in which level HUAWEI penalty I HandoverHUAWEI is performed on the II Han nei Penalty on Fast Moving ADD HO GEXT2GCELL Level value of the HUAWEI penalty Ithat HandoverHUAWEI is performed on IIthe Han ne BCC ADD GEXT2GCELL Base station color Configuration code BCC ofManagement a cell, provided by th BCCH FD ADD GEXT2GCELL BCCH frequencyConfiguration of the cell Management

GUI_VALUE_RANGE

ACTUAL_VALUE_RANGE

NONo, YESYes NO, YES NONot support, YESSupport NO, YES NONot support, YESSupport NO, YES NONot support, YESSupport NO, YES 1, 2, 3, 4 1, 2, 3, 4 NONo, YESYes NO, YES

UNIT DEFAULT_VALUE

RECOMMENDED_VALUE


NO YES YES NO

NO YES YES NO 3 NO

3 NO

0~63 0~63 dB 10 10 Prior-1, Prior-2, Prior-3, Prior-4, Prior-1, Prior-5, Prior-2, Prior-6, Prior-3, Prior-7, Prior-4, None Prior-8, Prior-5, Prior-1 Prior-9, Prior-6, Prior-10, Prior-7, Prior-1 Prior-8, Prior-11, Prior-9, Prior-12, Prior-10, Prior-13, Prior-11, Prior-14, Prior-12, Prior-15, Pri 0~255 0~255 None 0 0 0~255 0~255 s 40 40 0~63 0~63 dB 30 30 0~7 0~7 None None None 0~1023 0~1023 None None None



ATTRIBUTE

None None None Radio None None None Radio None None None Radio None None None Radio There are four network layers, thatNone is, layer 1 to None layer 4. A lower layer No. indicatesRadio a higher priority. The cell priority is determine None None None Radio

None None This parameter limits the number of candidate Radio cells. If this parameter is set to a gr This parameter, together with "LAYER", None determines None the priority of the cell. Radio None None None Radio None None If this parameter is set to a greater value, Radiothe handover to micro cells becomes dif None None If this parameter is set to a greater value, Radiothe handover to micro cells becomes dif None None None Radio None None None Radio

IMPACT PARAMETER_ID

PARAMETER_NAME

MML_COMMAND

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

Ec/No Offset FDD 3G Better Cell HO Valid Time TDD 3G Better Cell HO Valid Time FDD 3G Better Cell HO Watch Time TDD 3G Better Cell HO Watch Time RSCP Offset Neighbor Cell Index Neighbor Cell Name Source Cell Index Source Cell Name

ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL ADD G3GNCELL

ECNOOFF HODURT3G HODURT3GTDD HOSTAT3G HOSTAT3GTDD RSCPOFF NBR3GNCELLID NBR3GNCELLNAME SRC3GNCELLID SRC3GNCELLNAME

DESCRIPTION

As a performance counter for 3G cells, Ec/No indicates the ratio of the energy per received chip to the spectral noise power den According to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the hand According to the P/N rule, if the conditions for the handover to a better 3G cell are met for P seconds within N seconds, the hand According to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the hand According to the P/N rule, if the conditions for the handover to a better 3G cell are met in P of N measurement reports, the hand This parameter adjusts "Min RSCP threshold" to enable the selection of 3G candidate cells based on cell priorities Uniform number of a neighboring cell index within a BSC, which uniquely identifies a cell.The value range of the index of a 3G e Name of a neighboring cell A source cell index must be unique in one BSC. It is used to uniquely identify a source cell. The value of this parameter ranges f Name of a source cell

FEATURE_NAME

GUI_VALUE_RANGE

GSM/WCDMA Interoperability HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability Configuration Management Configuration Management Configuration Management Configuration Management

0~49 1~32 1~32 1~32 1~32 0~63 5048~8047 None 0~2047 None

ACTUAL_VALUE_RANGE

UNIT DEFAULT_VALUE

0~49 0.5~16, step:0.5 0.5~16, step:0.5 0.5~16, step:0.5 0.5~16, step:0.5 0~63 5048~8047 1~64 characters 0~2047 1~64 characters

dB s s s s dB None None None None

RECOMMENDED_VALUE

3 8 8 10 10 3 None None None None

3 8 8 10 10 3 None None None None


A 3G neighboring cell can be added into the candidate cell queue when the following conditions are met: "INTERRATOUTBSCH This parameter is valid only when "BET3GHOEN" is set to YES. The following condition must be met: "HOSTAT3G" >= "HODUR This parameter is valid only when "BET3GHOEN" is set to YES. The following condition must be met: "HOSTAT3GTDD" >= "HO This parameter is valid only when "INTERRATOUTBSCHOEN" is set to YES and "BET3GHOEN" is set to YES. The following co This parameter is valid only when "INTERRATOUTBSCHOEN" is set to YES and "BET3GHOEN" is set to YES. The following co A 3G cell can be added into the candidate cell queue when the following conditions are met: "INTERRATOUTBSCHOEN" is set None None None None

CAUTION None None None None None None None None None None


If this parameter is set to a greater value, the corresponding neighboring 3G cell may be difficult to become the candidate neigh If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and ca If this parameter is set to a greater value, the handover cannot be performed in time. Thus, the voice quality is decreased and ca If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, If this parameter is set to a greater value, unnecessary handovers may be performed.If this parameter is set to a smaller value, If this parameter is set to a greater value, some desired cells may be excluded from the candidate cells, thus leading to call drop None None None None

ATTRIBUTE Radio Radio Radio Radio Radio Radio Radio Radio Radio Equipment

IMPACT PARAMETER_ID

PARAMETER_NAME

MML_COMMAND

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

Layer of the cell Ec/No Threshold for Layer Of 3G Cell PS FDD Ec/No Quality Threshold PS FDD RSCP Quality Threshold Load Handover Support Min Ec/No threshold Min RSCP threshold Route Area RSCP Threshold for Layer of 3G Cell PS TDD RSCP Quality Threshold RNC ID Sync case Utran Cell Type

ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL ADD GEXT3GCELL

CELLLAYER ECNOTHRES FDDECQUALTHRSH FDDRSCPQUALTHRSH LoadHoEnExt3G MINECNOTHRES MINRSCPTHRES RA RSCPTHRES TDDRSCPQUALTHRSH RNCID SYNCCASE UTRANCELLTYPE

DESCRIPTION

Layer of the cell. If the layer of the cell is lower, it is more likely that a handover to the cell will be triggered. Threshold for determining the layer of the 3G neighbor cell. If the Ec/No of the 3G neighbor cell is less than this threshold, the n Minimum Ec/No of the 3G FDD cell candidate Minimum RSCP of the 3G FDD cell candidate Indicates that if a 3G neighboring cell supports load handovers, the BSC adds the load information of the local cells in the signal Selects 3G candidate cells. If the measured value of a 3G neighboring cell is lower than this threshold, the 3G neighboring cell w Selects 3G candidate cells. If the measured value of a 3G neighboring cell is lower than this threshold, the 3G neighboring cell w The NS performs location management based on routing areas during GPRS packet services. Each routing area has a routing a This parameter determines the layers of 3G neighboring cells. If the measured value of a 3G neighboring cell is lower than this t Minimum RSCP quality threshold that the TDD 3G candidate cell must reach RNC ID of a 3G external cell. The value of this parameter must be consistent with the data configuration at the RNC. Synchronization status. This parameter is used to identify different 3G cells. This parameter should be same with the configurati This parameter specifies the type of a 3G cell. A cell type can be Frequency Division Duplex FDD or Time Division Duplex TDD

FEATURE_NAME HUAWEI I HandoverHUAWEI II Handover GSM/WCDMA Interoperability GSM/WCDMA Interoperability GSM/WCDMA Interoperability HUAWEI I HandoverHUAWEI II Handover GSM/WCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability Configuration Management GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability GSM/TD-SCDMA Interoperability Configuration Management GSM/TD-SCDMA Interoperability GSM/WCDMA InteroperabilityGSM/TD-SCDMA Interoperability

GUI_VALUE_RANGE

ACTUAL_VALUE_RANGE

UNIT DEFAULT_VALUE

1, 2, 3, 4 0~49 0~49 0~63 NONo, YESYes 0~49 0~63 0~255 0~63 0~63 0~4095 SyncCase1Sync case 1, SyncCase2Sync case 2 FDDFDD, TDDTDD

1, 2, 3, 4 0~49 0~49 0~63 NO, YES 0~49 0~63 0~255 0~63 0~63 0~4095 SyncCase1, SyncCase2 FDD, TDD

None dB dB None None dB dB None dB None None None None

3 30 10 10 NO 10 10 0 30 10 None None None

RECOMMENDED_VALUE 3 30 10 10 NO 10 10 0 30 10 None None None


None None None None None None A 3G cell can be added into the candidate cell queue when the following conditions are met: "INTERRATOUTBSCHOEN" is set None None None None This parameter is valid only when "UTRANCELLTYPE" is set to TDD. None

CAUTION None None None None None None None None None None None None None


None None None None None This parameter is used to limit the number of candidate cells for handovers.If this parameter is set to a greater value, some des If this parameter is set to a greater value, some desired cells may be excluded from the candidate cells, thus leading to call drop None None None None None None

ATTRIBUTE Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Equipment Radio Radio

IMPACT PARAMETER_ID

PARAMETER_NAME

TRX TRX TRX TRX TRX TRX TRX

ADMSTAT ANTPASSNO ANTPASSNO AREDISTHD ARELBASE ARELWTHD BBDIF

Administrative State Antenna Pass No Sub-Location Group Antenna Pass No. Abnormal Release Threshold Abnormal Release Statistic Base Abnormal Warn Threshold Up Down Balance Basic Difference

TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX

BFRANGE BWTHD CENDTHD CPS CSTARTTHD FCETHD FCSTHD FREQ FREQREUSEMODE HOPTYPE INHOPWROVERLOADTHRESHOLD ISMAINBCCH IUO MAXPDCHNUM MAXTSOCP NOTRASP OPTL OUTHOPWROVERLOADTHRESHOLD PAOPTILEVEL PL16QAM PL32QAM PL8PSK

Up Down Balance Floating Range Up Down Balance Alarm Threshold Congestion End Threshold Allow Dynamic Shutdown TRX Congestion Start Threshold Flow Control End Threshold Flow Control Start Threshold Frequency Frequency Reuse Mode Hop Type Power Overload Threshold In Ho. In Is Main BCCH TRX Concentric Attribute Maximum Number of PDCH Maximum Number of Occupied Abis Timeslots Statistical Period of No-traffic TRX Priority Power Overload Threshold In Ho. Out Priority of Shut Down TRX 16QAM Transmitter Power Reduce Level 32QAM Transmitter Power Reduce Level TRX 8PSK Level

TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX

POWL POWT PWRSPNR RCVMD RXUCHAINNO RXUIDTYPE RXUNAME RXUPOS SDFLAG SNDMD

Power Level Power Type Power Finetune Receive Mode RXU Chain No RXU Index Type RXU Name RXU Chain Position Shut Down Enabled Send Mode

TRX

TCHAJFLAG

TCH Rate Adjust Allow

TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX TRX

TRXID TRXNO TRXPN TRXPN TRXTP TSPWRRESERVE WLAETIME WLAFLAG WLARP WLASTIME WLNKALMFLAG

TRX ID TRX No. TRX Board Pass No. Sub-Location Group TRX Board Pass No. TRX Board Type Timeslot Power Reserve End Time of WLA Detection Wireless Link Alarm Critical Permit WLA Prompting Recover Period Begin Time of WLA Detection Wireless Link Alarm Flag

MML_COMMAND SET GTRXADMSTATMandatory ADD TRXBIND2PHYBRDMandatory ADD BTSBINDLOCGRPOptional SET GTRXRLALMOptional SET GTRXRLALMOptional SET GTRXRLALMOptional SET GTRXRLALMOptional

SET GTRXRLALMOptional SET GTRXRLALMOptional SET GTRXFCOptional SET GTRXDEVOptional SET GTRXFCOptional SET GTRXFCOptional SET GTRXFCOptional ADD GTRXMandatory SET GTRXDEVOptional SET GTRXHOPOptional SET GTRXDEVOptional ADD GTRXOptional SET GTRXIUOMandatory SET GTRXBASEOptional SET GTRXBASEOptional SET GTRXRLALMOptional SET GTRXDEVOptional SET GTRXDEVOptional SET GTRXDEVOptional SET GTRXDEVOptional SET GTRXDEVOptional SET GTRXDEVOptional

SET GTRXDEVOptional SET GTRXDEVOptional SET GTRXDEVOptional SET GTRXDEVOptional ADD TRXBIND2PHYBRDMandatory ADD TRXBIND2PHYBRDMandatory ADD TRXBIND2PHYBRDMandatory ADD TRXBIND2PHYBRDMandatory SET GTRXDEVOptional SET GTRXDEVOptional

SET GTRXDEVOptional SET FHOMandatory SET GTRXCHANHOPMandatory SET GTRXHOPMandatory SET GTRXBASEMandatory SET GTRXCHANMandatory SET GTRXFCMandatory SET GTRXIUOMandatory SET GTRXADMSTATMandatory SET GTRXCHANADMSTATMandatory ADD GTRXMandatory ADD TRXBIND2PHYBRDMandatory SET GTRXRLALMMandatory SET GTRXDEVMandatory ADD GTRXBIND2HDLCPATHMandatory STR BTSTSTMandatory STR TRXBURSTTSTMandatory ADD GTRXOptional ADD TRXBIND2PHYBRDMandatory ADD BTSBINDLOCGRPMandatory ADD TRXBIND2PHYBRDMandatory SET GTRXDEVOptional SET GTRXRLALMOptional SET GTRXRLALMOptional SET GTRXRLALMOptional SET GTRXRLALMOptional SET GTRXRLALMMandatory

DESCRIPTION

Administrative state of the TRX Number of the antenna feeder channel mapped to the RXU Antenna pass No. of the RXU of a sub-location group. The parameter is configured only when the MRRU or GRRU is used in th Threshold for reporting the recovery alarm for the abnormal release alarm. If the percentage of the abnormal channel releases i Release statistics base for subchannels. This parameter indicates the number of times that a subchannel is activated. In a times Threshold for reporting the abnormal release alarm. In a timeslot, the release statistics base, B, multiplied by the number of cha Allowed fluctuation of between the difference uplinklevels. and downlink levels relative the"Up reference difference. If the Range" to cou Reference difference uplinkbetween and downlink This parameter worksto with Down Balance Floating difference between uplink and downlink levels is outside the fluctuation range, the uplink and downlink are considered imbalanced. For example, assume that the Up Down Balance Basic Difference is set to 8 and that the Up Down Balance

Threshold for reporting the uplink-downlink imbalance alarm. If the percentage of the uplink-downlink imbalance measurement r Threshold for stopping LAPD link congestion control. This parameter cannot be set too small. If this parameter is set too small, t This parameter specifies whether to allow the BSC6900 to enable or disable the power amplifier of a TRX based on the traffic vo Threshold for starting LAPD link congestion control. This parameter cannot be set too high. If this parameter is set too high, the Threshold for stopping RSL flow control. If the occupancy of the LAPD queue is less than this threshold, the BSC6900 stops flow Threshold for starting RSL flow control. If the occupancy of the LAPD queue is greater than this threshold, the BSC6900 starts f Frequency of the TRX Frequency multiplexing mode in the TRX. To enable a loose frequency multiplexing mode such as 4x3 multiplexing, set this par Frequency hopping mode of the TRX. Frequency hopping assists in interference averaging and frequency diversity.If this param Power overload threshold for triggering incoming handover to the TRX under the prerequisite that the power amplifier of the TRX Whether to enable the TRX to carry the main BCCH in the cell Concentric cell attributes of TRX. If the cell where a TRX is located is configured as a concentric cell, set this parameter to OVE Maximum number of PDCHs that can be assigned in the TRX Maximum number of 16 kbit/s Abis timeslots that the PDCHs can use in the TRX Maximum number of measurement periods in which there is no traffic. If the number of measurement periods in which there is n This parameter specifies the TRX priority in channel assignment. The smaller this parameter is, the higher the TRX priority is. F Power overload threshold for triggering outgoing handover from the TRX under the prerequisite that the power amplifier of the T Priority level at which the BSC shuts down the power amplifier of the TRX when the intelligent shutdown function is enabled. If th Power attenuation level of all the other timeslots of the BCCH except for timeslot 7 in 16QAM. The attenuation level ranges from Power attenuation level of all the other timeslots of the BCCH except for timeslot 7 in 32QAM. The attenuation level ranges from This parameter specifies powerThere level are of the greater this parameter the smaller theis attenuated by 0.2 Power attenuation level ofthe thetransmit EDGE TRX. 50TRX. powerThe attenuation levels. At eachis,level, the power transmit power is. When this parameter is set to "0", the transmit power level of the TRX is the greatest. Each time this parameter increases by one level, the transmit power reduces by 2 dB. For different types of BTSs, the value range of this parameter is different. BTS3X: 0-10 BTS3001C: 0-13 BTS3002C: 0-10 Double-transceiver BTSs BTS3012,BTS3012AE,BTS3006C: 0-10

This parameter specifies the maximum transmit power supported by the power amplifier of the TRX. The macro BTS and the m Finetune of the TRX power. During the static finetune of the TRX power, the BSC adjusts the TRX power at a step of 0.2 dB. In RF receive mode of the TRX.The BTS3012, BTS3012AE, BTS3012II, BTS3006C, and BTS3002E do not support Main Diversity Number of the RXU chain to which the RXU belongs Index type of the RXU Name of the RXU Position number of the RXU on the RXU chain This parameter specifies whether the BSC6900 automatically shuts down the power amplifier of the TRX to save power when th RF send mode of the TRX.The BTS3006C and BTS3002E do not support Wide Band Combining, Power Booster Technology, D

Whether to allow the cell to dynamically change a channel from full rate to half rate or from half rate to full rate. If this parameter

Index of a TRX, uniquely identifying a TRX in a BSC6900. Number of a TRX in a BTS. The number of a TRX is unique in a BTS. Number of the channel bound to the TRX on the TRX board. TRX Pass No. of the DTRU/DRRU/BTS3900B of the BTS in separ TRX board pass number in the sub-location group to which the TRX of the main location group is bound Type of the TRX board bound to the TRX Maximum degree by which the output power of the multi-density TRX board can exceed the maximum output power within a sho Time when the BTS stops checking for a radio link alarm. If this time is up, the BTS stops checking for or reporting a radio link a Whether to enable the BTS to report a major radio link alarm. If this parameter is set to YES, the BTS reports a major radio link Period for clearing a radio link warning. If a radio link warning is cleared within this period, the BTS reports the recovery alarm fo Time when the BTS starts to check for a radio link alarm. If this time is up, the BTS starts to check for and report a radio link ala Whether to enable the BSC to deliver radio link alarm parameters to the BTS. If this parameter is set to YES, the BSC delivers t

FEATURE_NAME O&M of BTS O&M of BTS Multi-site Cell Radio Dedicated Channel Management Radio Dedicated Channel Management Radio Dedicated Channel Management Processing of Measurement ReportPre-processing of Measurement Report

Processing of Measurement ReportPre-processing of Measurement Report Processing of Measurement ReportPre-processing of Measurement Report GSM Flow Control TRX Power Amplifier Intelligent Shutdown GSM Flow Control GSM Flow Control GSM Flow Control Frequency Band Configuration Management Frequency Hopping RF hopping, baseband hopping Enhanced Channel Assignment Algorithm Configuration Management Concentric Cell PDCH Dynamic Adjustment Flex Abis Radio Dedicated Channel Management Enhanced Channel Assignment Algorithm Enhanced Channel Assignment Algorithm TRX Power Amplifier Intelligent Shutdown EGPRS EGPRS EGPRS

Configuration Management Configuration Management Configuration Management Configuration Management O&M of BTS O&M of BTS O&M of BTS O&M of BTS Active Backup Power Control Configuration Management

Dynamic Adjustment Between FR and HR

Configuration Management Configuration Management O&M of BTS Multi-site Cell O&M of BTS Enhanced Channel Assignment Algorithm O&M of BTS O&M of BTS O&M of BTS O&M of BTS O&M of BTS

GUI_VALUE_RANGE LockLock, UnlockUnlock, ShutdownShutdown AA, BB AA, BB 0~80 5~126 5~100 0~254

10~254 20~100 20~90 NONo, YESYes 30~100 0~100 0~100 0~1023 LOOSELoose, TIGHTTight NO_FHNo Frequency Hopping, BaseBand_FHBaseband Frequency Hopping, RF_FHRF Frequency Hopping 0~50 NONo, YESYes OVERLAIDOverlaid Subcell, UNDERLAIDUnderlaid Subcell, NONENone 0~8 0~32 1~255 L0Level0, L1Level1, L2Level2, L3Level3, L4Level4, L5Level5, L6Level6, L7Level7 0~50 L0Level0, L1Level1, L2Level2, L3Level3, L4Level4, L5Level5, L6Level6, L7Level7 0~50 0~50 0~50

0~13 80W80W, 63W63W, 60W60W, 55W55W, 50W50W, 45W45W, 40W40W, 31W31W, 30W30W, 27W27W, 26W26W, 25W25W DB00.0dB, DB2-0.2dB, DB4-0.4dB, DB6-0.6dB, DB8-0.8dB, DB10-1.0dB, DB12-1.2dB, DB14-1.4dB, DB16-1.6dB, DB18-1.8dB INDEPENDENTIndependent Receiver, DIVIDINGDividing Receiver, FOURDIVERSITYFour Diversity Receiver, MAINDIVERSIT 0~249 RXUNAMEBy RXU Name, RXUPOSBy RXU Position No, SRNSNBy Subrack No None 1~6 DISABLEDisable, ENABLEEnable NOCOMBNo Combination, PBTPBT, WBANDCOMBWideband Combination, DIVERSITYTransmit Diversity, DDIVERSITYDyna

NONo, YESYes

0~3071 0~71 0~7 0~7 TRXTRX, TRUTRU/DTRU, QTRUQTRU, DRRUDRRU, DRFUDRFU, MRRUMRRU, MRFUMRFU, GRFUGRFU, GRRUGRRU, 0~50 0~24 NONo, YESYes 1~255 0~24 NONo, YESYes

ACTUAL_VALUE_RANGE Lock, Unlock, Shutdown A, B A, B 0~80 5~126 5~100 0~254

10~254 20~100 20~90 NO, YES 30~100 0~100 0~100 0~1023 LOOSE, TIGHT NO_FH, BaseBand_FH, RF_FH 0~50 NO, YES OVERLAID, UNDERLAID, NONE 0~8 0~32 5~1275, step:5 L0, L1, L2, L3, L4, L5, L6, L7 0~50 L0, L1, L2, L3, L4, L5, L6, L7 0~10, step:0.2 0~10, step:0.2 0~10, step:0.2

0~13 80W, 63W, 60W, 55W, 50W, 45W, 40W, 31W, 30W, 27W, 26W, 25W, 24W, 21W, 20W, 19W, 18W, 17W, 16W, 15W, 14W, 1 DB0, DB2, DB4, DB6, DB8, DB10, DB12, DB14, DB16, DB18, Default INDEPENDENT, DIVIDING, FOURDIVERSITY, MAINDIVERSITY, NONE 0~249 RXUNAME, RXUPOS, SRNSN 1~64 characters 1~6 DISABLE, ENABLE NOCOMB, PBT, WBANDCOMB, DIVERSITY, DDIVERSITY, DPBT, DTIC, NONE

NO, YES

0~3071 0~71 0~7 0~7 TRX, TRU, QTRU, DRRU, DRFU, MRRU, MRFU, GRFU, GRRU, BTS3900B, BTS3900E 0~50 0~24 NO, YES 5~1275, step:5 0~24 NO, YES

UNIT

DEFAULT_VALUE

None Unlock None None None None per cent None per cent None

None per cent per cent None per cent per cent per cent None None None W None None None None min None W None dB dB dB

None None None None None None None None None None

50 100 100 8

30 80 80 NO 90 55 85 None LOOSE NO_FH 8 NO NONE 8 32 48 L0 15 L0 0 0 0

0 DEFAULT Default NONE None None None None ENABLE NONE

None

NO

None None None None None W h None min h None

None None None None None 20 22 NO 12 8 NO

RECOMMENDED_VALUE Unlock None None 50 100 100 8

30 80 80 NO 90 75 85 None LOOSE NO_FH 8 NO NONE 8 32 48 L0 15 L0 0 0 0

0 None Default NONE None None None None ENABLE NONE

NO

None None None None None If the board is configured with two to four TRXs, the recommended value of this parameter is 20. If the board is configured with f 22 NO 12 8 NO

PARAMETER_RELATIONSHIP None None None This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES.

This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. None This parameter is valid only when "BSCDynSwitchTrxPAAllow" in "SET BSCDSTPA" and "DYNOpenTrxPower" in "SET GCELL None None None None None This parameter depends on "FHMODE" in "SET GCELLHOPTP". This parameter can be set to BaseBand_FH only when "FHMO None None This parameter is valid only when "IUOTP" in "MOD GCELL" is set to Concentric_cell. None None This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "TRXPRIALLOW" is set to YES. None This parameter is valid only when "BSCDynSwitchTrxPAAllow" in "SET BSCDSTPA","DYNOpenTrxPower" in "SET GCELLBAS None None None


None

None None None None None None This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. This parameter is valid only when "WLNKALMFLAG" is set to YES. None

CAUTION None The parameter cannot be modified. None None None None None

None None None This parameter cannot be set to YES for the TRX that carries the main BCCH. None None None The value range of this parameter depends on the frequency range of the cell band. None After this parameter is modified, the services in the cell are handed over forcedly. The cell is reset after all the handover succee This parameter must be equal to or less than "OUTHOPWROVERLOADTHRESHOLD" to protect the other timeslots/cells from Each cell can be configured with only one TRX that carries the main BCCH. None None None None None None None This parameter is valid for the EDGE TRX only. This parameter is valid for the EDGE TRX only. This parameter is valid only for EDGE TRXs and is invalid for ordinary TRXs.

None None None None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None

None

The parameter cannot be modified. None The parameter cannot be modified. The parameter cannot be modified. The parameter cannot be modified. None None None None None None

RADIO_PERFORMACE_IMPACT None None None None None None None

None None If this parameter is set too small, the congestion control duration is too long, and thus the transmission capability of signaling link None If the value of this parameter is too high, the congestion control is delayed, which leads to deteriorated performance on the signa None None None The setting of this parameter must be consistent with the actual frequency reuse pattern of the TRX. Otherwise, the speech qua If this parameter is set to "NO_FH", the anti-interference capability of the TRX is decreased. If the value of this parameter is set too high, the power load of other timeslots or cells is burdened. None None None None None None If the value of this parameter is set too small, frequent handovers are likely to occur. None None None None

None None If the value of this parameter is set inappropriately high or small, the BTS cabinet top output power is inconsistent with the TRX None None None None None The TRX is shut down automatically, and the capacity of the cell is decreased. None

None

None None None Not involved None None None None None None None

ATTRIBUTE Equipment Equipment Equipment Equipment Equipment Equipment Equipment

Equipment Equipment Equipment Equipment Equipment Equipment Equipment Radio Radio Radio Equipment Radio Radio Radio Equipment Equipment Radio Equipment Equipment Radio Radio Radio

Radio Radio Radio Radio Equipment Equipment Equipment Equipment Equipment Radio

Radio

Radio Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment Equipment

IMPACT



IMPACT



FEATURE_NAME

IMPACT

Class11 DTM Dual Carriers in Downlink EGPRS Uplink EGPRS2-ADownlink EGPRS2-A HMC DTM Network Assisted Cell Change NACC Network-Controlled Cell Reselection NC2 Network Assisted Cell Change NACC


Network-Controlled Cell Reselection NC2 Packet SI Status GPRS PS Handover PS Handover Latency Reduction DTM DTM GPRS GPRS Dynamically Adjusting the Uplink MCS Coding EGPRS EGPRS Downlink EGPRS2-A Downlink EGPRS2-A EGPRS EGPRS EGPRS Uplink EGPRS2-A Uplink EGPRS2-A EGPRS Gb Interface Function GPRS Configuration Management Gb Interface Function Compact BTS Automatic Configuration and Planning GPRS GPRS GPRS PDCH Dynamic Adjustment MSRD PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment 11-Bit EGPRS Access Coding Scheme Coding Scheme Coding Scheme

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

Coding Scheme Coding Scheme Coding Scheme Coding Scheme Coding Scheme CS-3/CS-4 CS-3/CS-4 CS-3/CS-4 CS-3/CS-4 CS-3/CS-4 CS-3/CS-4 CS-3/CS-4 CS-3/CS-4 Downlink EGPRS2-A Downlink EGPRS2-A Downlink EGPRS2-A Downlink EGPRS2-A EGPRS Extended Uplink TBF Extended Uplink TBF Extended Uplink TBF Extended Uplink TBF GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS GPRS

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

GPRS

Cell

GPRS PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment PDCH Dynamic Adjustment

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

PARAMETER_ID

PARAMETER_NAME

MML_COMMAND

CLASS11DTM DLDCSPT EDGE EGPRS2A HMCDTM NACCSPT

Support Class11 DTM Support Downlink Dual-Carrier EDGE EGPRS2-A Support HMC DTM Support NACC

SET GCELLGPRS SET GCELLGPRS SET GCELLGPRS SET GCELLGPRS SET GCELLGPRS SET GCELLGPRS

NBRSPT64 Support 64 Neighbour Cells SET GCELLGPRS NC2SPT Support NC2 SET GCELLGPRS PKTSI PACKET SI SET GCELLGPRS RA Routing Area SET GCELLGPRS SPTINTERRATINBSCPSHO Support In Inter-RAT Inter-cell PS Handover SET GCELLGPRS SPTINTERRATOUTBSCPSHO Support Out Inter-RAT Inter-Cell PS Handover SET GCELLGPRS SPTREDUCELATENCY Support Reduced Latency Capability SET GCELLGPRS SUPPORTDTM Support DTM SET GCELLGPRS SUPPORTENDTM Support Enhanced DTM SET GCELLGPRS GPRS GPRS SET GCELLGPRS PCUNO PCU No. SET GCELLGPRS ADJUSTULMCSTYPE Support EGPRS Uplink MCS Dynamic Adjust SET GCELLEGPRSPARA BEPPERIOD Bep Period SET GCELLEGPRSPARA DNDEFAULTMCS Downlink Default MCS Type SET GCELLEGPRSPARA DNE2ADEFAULTMCS Downlink EGPRS2-A Default MCS Type SET GCELLEGPRSPARA DNE2AFIXMCS Downlink EGPRS2-A Fixed MCS Type SET GCELLEGPRSPARA DNFIXMCS Downlink Fixed MCS Type SET GCELLEGPRSPARA LQCMODE Link Quality Control Mode SET GCELLEGPRSPARA UPDEFAULTMCS Uplink Default MCS Type SET GCELLEGPRSPARA UPE2ADEFAULTMCS Uplink EGPRS2-A Default MCS Type SET GCELLEGPRSPARA UPE2AFIXMCS Uplink EGPRS2-A Fixed MCS Type SET GCELLEGPRSPARA UPFIXMCS Uplink Fixed MCS Type SET GCELLEGPRSPARA BVCI PTPBVC Identifier ADD GCELLQUICKSETUP GPRS Support GPRS ADD GCELLQUICKSETUP NCC NCC ADD GCELLQUICKSETUP NSEI NSE Identifier ADD GCELLQUICKSETUP RA Route Area ADD GCELLQUICKSETUP C31HYST GPRS Cell Reselect Hysteresis Applied to C31 Criterion SET GCELLRESELECTPARA C32QUAL Exceptional Rule for GPRS Reselect Offset SET GCELLRESELECTPARA GPRSCELLRESELECTHYESTERESIS GPRS Cell Reselect Hysteresis SET GCELLRESELECTPARA PDCHUPLEV PDCH Uplink Multiplex Threshold SET GCELLPSCHM MSRDPDCHLEV MSRD PDCH Multiplex Threshold SET GCELLPSCHM PDCHDWNLEV PDCH Downlink Multiplex Threshold SET GCELLPSCHM PDCHREFORMING PDCH Reforming SET GCELLPSCHM MAXPDCHRATE Maximum Rate Threshold of PDCHs in a Cell SET GCELLPSCHM EGPRS11BITCHANREQ Support 11BIT EGPRS Access SET GCELLPSBASE DNDEFAULTCS Downlink Default CS Type SET GCELLPSCS DNFIXCS Downlink Fixed CS Type SET GCELLPSCS DNTHDCSDEGRADE1 Downlink TBF Threshold from CS2 to CS1 SET GCELLPSCS

DNTHDCSUPGRADE1 UPDEFAULTCS UPFIXCS UPTHDCSDEGRADE1 UPTHDCSUPGRADE1 DNTHDCSDEGRADE2 DNTHDCSDEGRADE3 DNTHDCSUPGRADE2 DNTHDCSUPGRADE3 UPTHDCSDEGRADE2 UPTHDCSDEGRADE3 UPTHDCSUPGRADE2 UPTHDCSUPGRADE3 DIVERT16QAMDELAY DIVERT32QAMDELAY POWERREDUCE16QAM POWERREDUCE32QAM DIVERT8PSKDELAY DLTBFESTDELAY UPEXTTBFINACTDELAY UPTBFRELDELAY EXTUTBFNODATA GMSKDELAY GPRSPENALTYTIME GPRSTEMPOFFSET RSLCTOFFER DNTBFRELDELAY BSCVMAX CTRLACKTYPE PANDEC PANINC PANMAX PRIACCTHR RACOLOR SGSNR DlGprsTbfExpandOp RANDACCESSRETRY RARESELECTHYST TRESEL CELLBARACCESS2 EXCACC GPRSHCSTHR MSTXPWRMAX MULTIBANDREP

Downlink TBF Threshold from CS1 to CS2 SET GCELLPSCS Uplink Default CS Type SET GCELLPSCS Uplink Fixed CS Type SET GCELLPSCS Uplink TBF Threshold from CS2 to CS1 SET GCELLPSCS Uplink TBF Threshold from CS1 to CS2 SET GCELLPSCS Downlink TBF Threshold from CS3 to CS2 SET GCELLPSCS Downlink TBF Threshold from CS4 to CS3 SET GCELLPSCS Downlink TBF Threshold from CS2 to CS3 SET GCELLPSCS Downlink TBF Threshold from CS3 to CS4 SET GCELLPSCS Uplink TBF Threshold from CS3 to CS2 SET GCELLPSCS Uplink TBF Threshold from CS4 to CS3 SET GCELLPSCS Uplink TBF Threshold from CS2 to CS3 SET GCELLPSCS Uplink TBF Threshold from CS3 to CS4 SET GCELLPSCS Diversity Transmitter 16QAM Delay SET GCELLBASICPARA Diversity Transmitter 32QAM Delay SET GCELLBASICPARA 16QAM Transmitter Power Reduce Level SET GCELLBASICPARA 32QAM Transmitter Power Reduce Level SET GCELLBASICPARA Diversity Transmitter 8PSK Delay SET GCELLBASICPARA Downlink TBF Establishment Delay SET GCELLPRIVATEOPTPARA Inactive Period of Extended Uplink TBF SET GCELLPRIVATEOPTPARA Release Delay of Non-extended Uplink TBF SET GCELLPRIVATEOPTPARA Not Send Dummy Message with Extended Uplink TBF SET GCELLPSBASE Diversity Transmitter GMSK Delay SET GCELLBASICPARA GPRS Penalty Time SET GCELLNCRESELECTPARA GPRS Temporary Offset SET GCELLNCRESELECTPARA GPRS Reselection Offset SET GCELLNCRESELECTPARA Release Delay of Downlink TBF SET GCELLPRIVATEOPTPARA BS_CV_MAX SET GCELLPSBASE Control Acknowledge Type SET GCELLPSBASE PAN_DEC SET GCELLPSBASE PAN_INC SET GCELLPSBASE PAN_MAX SET GCELLPSBASE Packet Access Priority SET GCELLPSBASE Routing Area Color Code SET GCELLPSBASE Protocol Version Supported by SGSN SET GCELLPSBASE Downlink GPRS TBF Window Expansion Optimization SET GCELLPSOTHERPARA Allow MS to Access to Another Cell SET GCELLRESELECTPARA Accessorial Hysteresis of Cell Selection SET GCELLRESELECTPARA Cell Reselection Forbidden Time SET GCELLRESELECTPARA Cell Access Bar Switch SET GCELLSERVPARA Exclusive Access SET GCELLSERVPARA Threshold of HCS Signal Strength SET GCELLSERVPARA Maximum TX Power for Access PCH SET GCELLSERVPARA Multi-Band Report SET GCELLSERVPARA

PRIORCLASS

Cell HCS Prior Class

SET GCELLSERVPARA

RXLEVACCMIN Minimum Receiving level for Access SET GCELLSERVPARA ABISTSFREETM Timer of Releasing Abis Timeslot SET GCELLPSCHM ALLOCSINGLEPDCHFORSIGNALLING Allocate One PDCH for Signaling Data SET GCELLPSCHM DefaultDynPdchPreTranNum Number of Dynamic Channel Pre-Converted SET GCELLPSCHM DWNDYNCHNTRANLEV Downlink Multiplex Threshold of Dynamic Channel SET Conversion GCELLPSCHM DYNCHFREETM Timer of Releasing Idle Dynamic Channel SET GCELLPSCHM DYNCHNPREEMPTLEV Level of Preempting Dynamic Channel SET GCELLPSCHM DYNCHTRANRESLEV Reservation Threshold of Dynamic Channel Conversion SET GCELLPSCHM ReservedDynPdchPreTranNum Number of Reserved Dynamic Channel SET GCELLPSCHM UPDYNCHNTRANLEV Uplink Multiplex Threshold of Dynamic Channel Conversion SET GCELLPSCHM

DESCRIPTION

Whether the cell supports the MS with the DTM multi-timeslot capability of class 11 Whether the cell supports DLDC Whether the current cell supports EDGE Whether the current cell supports EGPRS2-A Whether the cell supports the MS with the DTM multi-timeslot capability Whether to support the network assisted cell change NACC. The NACC is used in the network control modes NC0, NC1 or NC2

Whether the PCU of the cell supports the 64 neighboring cells. This parameter determines the capability of reporting the numbe Whether to support the network control 2 NC2. The NC2 enables the network side to control the cell reselection for the MS whe Whether the cell supports the PACKET SI STATUS flow. In the PACKET SI STATUS flow, the MS sends the Packet PSI/SI Sta Identifies the routing area of the current cell Whether to support In Inter-RAT Inter-cell PS Handover. The MS in the UMTS cell can be handed over to the BSC local cell thro Whether support Out Inter-RAT Inter-Cell PS Handover. The MS in the BSC local cell can be handed over to the UMTS cell thro Cell supports reduced latency capability. This parameter is used to reduce the latency during the transmission, thus improving th Whether to support dual transfer mode DTM. The DTM allows an MS to use the circuit switching service and the packet switchin Whether to support the enhanced DTM function. Comparing to the DTM, the enhanced DTM improves the CS setup and releas Whether the current cell supports GPRS Number of the PCU to which the current cell belongs Mode of dynamically adjusting the EGPRS uplink encoding scheme. Value 0 indicates dynamic adjustment of EGPRS uplink co Average period for sending the measurement report over the EGPRS channel Default coding scheme of the downlink EDGE link. If the downlink adopts the dynamic adjustment coding scheme, this paramet Default coding scheme used on the downlink EGPRS2-A link. If the downlink uses the dynamic coding scheme, this parameter Fixed coding scheme that is used on the downlink EGPRS2-A link. If the downlink uses the fixed coding scheme, this paramete Coding scheme of the downlink EDGE link. If the downlink uses the fixed coding scheme, this parameter is set to a value rangin It is applicable to the radio transmission environment to improve the link quality. Link adaptation LA indicates adjusting the codin Default coding scheme of the uplink EDGE link. If the uplink adopts the dynamic adjustment coding scheme, this parameter can Default coding scheme used on the uplink EGPRS2-A link. If the uplink uses the dynamic coding scheme, this parameter specif Fixed coding scheme that is used on the uplink EGPRS2-A link. If the uplink uses the fixed coding scheme, this parameter can Coding scheme of the uplink EDGE link. If the uplink uses the fixed coding scheme, this parameter is set to a value ranging from The BSSGP virtual connection identifier. It is used to identify multiple BVCs that multiplexes the NS-VC. Whether the currently cell supports the GPRS Network color code. It is used to uniquely identify different public land mobile network PLMN of the adjacent country. The identifier of a network service entity NSE.An NSE manages a group of NSVCs. Route area of the current cell Whether the reselection hysteresis parameter is applied to the C31 criterion Whether GPRS cell reselection offset is used for C32 calculation during cell reselection. If this parameter is set to 1, then only th Hysteresis value of the cell in the same routing area. When the MS in the ready state reselects a cell, if the original cell and the PDCH uplink multiplex threshold, indicating the maximum TBFs on the uplink PDCH parameter value/10. PDCH Downlink multiplex threshold in the Mobile Station Receiver Diversity MSRD mode. When this parameter is set to "80", th PDCH downlink multiplex threshold, Indicating the maximum TBFs on the downlink PDCH parameter value/10. Whether to preempt the channels carrying the CS service when the channels for the PS service are insufficient "Level of Preem Maximum value of the PDCH ratio in a cell. The number of available TCHs and PDCHs in a cell is set to a fixed value. The PDC Whether to support the 11-bit EGPRS access request Coding scheme of the default GPRS downlink. Dynamic adjustment coding: the coding scheme used during initial access transm Adjustment mode of the downlink GPRS link coding scheme. If the fixed coding scheme is used, this parameter is set to a value Retransmission threshold when the coding mode of the downlink TBF is changed from CS2 to CS1. When the downlink TBF ret

Retransmission threshold when the coding mode of the downlink TBF is changed from CS1 to CS2. When the TBF retransmiss Default coding scheme of the uplink GPRS link. If the uplink adopts the dynamic adjustment coding scheme, this parameter can Adjustment mode of the uplink GPRS link coding scheme. If the fixed coding scheme is used, this parameter is a value ranging Retransmission threshold when the coding mode of the uplink TBF is changed from CS2 to CS1. When the retransmission rate Retransmission threshold when the coding mode of the uplink TBF is changed from CS1 to CS2. When the retransmission rate Retransmission threshold when the coding mode of the TBF is changed from CS3 to CS2. When the TBF retransmission rate is Retransmission threshold when the coding mode of the downlink TBF is changed from CS4 to CS3. When the downlink TBF Re Retransmission threshold when the coding mode of the TBF is changed from CS2 to CS3. When the downlink TBF retransmiss Retransmission threshold when the coding mode of the downlink TBF is changed from CS3 to CS4. When the downlink TBF ret Retransmission threshold when the coding mode of the uplink TBF is changed from CS3 to CS2. When the retransmission rate Retransmission threshold when the coding mode of the uplink TBF is changed from CS4 to CS3. When the retransmission rate Retransmission threshold when the coding mode of the uplink TBF is changed from CS2 to CS3. When the retransmission rate Retransmission threshold when the coding mode of the uplink TBF is changed from CS3 to CS4. When the retransmission rate Delay of transmit diversity when 16QAM is used. Generally, the parameter is applicable to general fading environments. The tra Delay of transmit diversity when 32QAM is used. Generally, the parameter is applicable to general fading environments. The tra Power attenuation level of timeslot 7 of the BCCH in 16QAM. The attenuation level ranges from 0 to 50, with the step of 0.2 dB. Power attenuation level of timeslot 7 of the BCCH in 32QAM. The attenuation level ranges from 0 to 50, with the step of 0.2 dB. Delay of transmit diversity when 8PSK is used. Generally, the parameter is applicable to general fading environments. The trans Time interval between sending of the Packet Uplink Ack/Nack message and setup of the DL TBF. After receiving the Packet Up Inactive period of extended uplink TBF. After the network side receives the last uplink RLC data block CountValue=0 of the MS Delay of releasing the non-extended uplink TBF. After receiving the last uplink RLC data block CountValue=0, the network side Whether to send the Dummy message during the deactivated period of the extended uplink TBF Delay of transmit diversity when GMSK is used. Generally, the parameter is applicable to general fading environments. In this ca Timer used when the MS calculates the C2 used to evaluate the channel quality during cell reselection. The time information is t This parameter is used to prevent repeated cell reselection of a fast moving MS. The MS does not select this cell when the dura Used for calculating C2. The MS with a large value can be assigned with high access priority. Delay of releasing the downlink TBF. After the last downlink RLC data block is transmitted on the network side and all the transm This parameter is used to set the parameter BS_CV_MAX for MS countdown. This parameter is used for the MS to calculate the Format of the control acknowledge message of the MS. Four access bursts are used to obtain timing advance without sending p This parameter sets the PAN_DEC value used by the counter N3102 of the MS. When the timer T3182 of the MS expires, the N This parameter sets the PAN_INC value used by the counter N3102 of the MS. When receiving the packet uplink acknowledged RAN_MAX value, the maximum value of the N3102. 4: the value of PAN_MAX is 4; 32: the value of PAN_MAX is 32. Value N in Access priority of the MS that is allowed to access the cell. The MS sends the packet channel request containing the 2-bit radio Routing area color code of the GPRS cell Protocol version supported by the SGSN Expanded size of the GPRS RLC window. This parameter is used to expand the size of the GRPS RLC window. The expanded Whether to allow the MS to access another cell Hysteresis of cell selection in different routing area. When a standby or ready MS starts cell reselection, if the original cell and th Forbidden time of cell reselection Whether the cell can be added to the reselected candidate cell list. If this parameter is set to "NoPermit", the cell cannot be rese Whether it is a SoLSA exclusive access cell. If it is a SoLSA exclusive access cell, only the MS subscribing the Localised Servic Threshold of hierarchical cell structure HCS signal strength. The MS calculates the C31 according to the signal strength and its Maximum TX power for the MS to access the PCH Multi-band point report value, including "report six cells with the strongest signal at each frequency point", "report one cell with th Priority of the hierarchical cell structure HCS. 0: indicates the lowest priority; 7: indicates the highest priority.

Minimum receiving power level for the MS in the cell to access the system Interval between detection of the Abis timeslot being in idle state and releasing of the Abis timeslot. When channels are idle, the When this parameter is set to ON, the GMM/SM signaling service is assigned only one PDCH; otherwise, the GMM/SM signalin This parameter specifies the default pre-converted PDCHs in the dynamic transferable channel pool.When this parameter is gre Downlink multiplex threshold of dynamic channel conversion. When the subscriber number on the channel reaches the value th Time to wait for releasing the dynamic channel after the TBF on the dynamic channel is released. When all the TBFs on the cha Mode of preempting the dynamic channel for the CS domain and PS domain. Only the channel configured in the TCH/F mode c Number of full-rate TCHs reserved for the CS domain. This parameter is valid only when "Level of Preempting Dynamic Channe This parameter specifies the number of the reserved PDCHs that are not used for channel converstion in the dynamic transfera Uplink multiplex threshold of dynamic channel conversion. When the subscriber number on the channel reaches the value thres

GUI_VALUE_RANGE UNSUPPORTNot Support, SUPPORTSupport UNSUPPORTNot Support, SUPPORTSupport NONo, YESYes NONo, YESYes UNSUPPORTNot Support, SUPPORTSupport NONo, YESYes

NONo, YESYes NONo, YESYes NONo, YESYes 0~255 UNSUPPORTNot Support, SUPPORTSupport UNSUPPORTNot Support, SUPPORTSupport UNSUPPORTNot Support, SUPPORTSupport UNSUPPORTNot Support, SUPPORTSupport UNSUPPORTNot Support, SUPPORTSupport NONot support, SupportAsInnPcuSupport as built-in PCU, SupportAsExtPcuSupport as external Pcu 0~31 0Not support dynamic adjustment, 1According to downlink quality measurements reported by MS, 2According to uplink quality m 0~10 MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS5MCS5, MCS6MCS6, MCS7MCS7, MCS8MCS8, MCS9MCS9 MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS7MCS7, MCS8MCS8, DAS5DAS5, DAS6DAS6, DAS7DAS7, DAS8 MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS7MCS7, MCS8MCS8, DAS5DAS5, DAS6DAS6, DAS7DAS7, DAS8 MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS5MCS5, MCS6MCS6, MCS7MCS7, MCS8MCS8, MCS9MCS9, UN IRIR, LALA MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS5MCS5, MCS6MCS6, MCS7MCS7, MCS8MCS8, MCS9MCS9 MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS5MCS5, MCS6MCS6, UAS7UAS7, UAS8UAS8, UAS9UAS9, UAS1 MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS5MCS5, MCS6MCS6, UAS7UAS7, UAS8UAS8, UAS9UAS9, UAS1 MCS1MCS1, MCS2MCS2, MCS3MCS3, MCS4MCS4, MCS5MCS5, MCS6MCS6, MCS7MCS7, MCS8MCS8, MCS9MCS9, UN 2~65534 NONot Support, SupportAsInnPcuSupport As Inner Pcu, SupportAsExtPcuSupport As Outer Pcu 0~7 0~65534 0~255 C31NOTUSENot Use c31 standard, C31STANDARDUse c31 standard 0~1 0dB0dB, 2dB2dB, 4dB4dB, 6dB6dB, 8dB8dB, 10dB10dB, 12dB12dB, 14dB14dB 10~70 10~80 10~160 NONO, YESYES 0~100 NONO, YESYES CS1CS1, CS2CS2, CS3CS3, CS4CS4 CS1CS1, CS2CS2, CS3CS3, CS4CS4, UNFIXEDUNFIXED 0~64

0~64 CS1CS1, CS2CS2, CS3CS3, CS4CS4 CS1CS1, CS2CS2, CS3CS3, CS4CS4, UNFIXEDUNFIXED 0~64 0~64 0~64 0~64 0~64 0~64 0~64 0~64 0~64 0~64 4~32 4~32 0~50 0~50 4~32 0~300 0~5000 0~300 SENDSEND, NOTSENDNOTSEND 4~32 10sec10secsec100sec, 110sec110sec, 120sec120sec, 130sec130sec, 140sec140sec, 150sec150sec, 160sec160sec, 170sec1 0db0db, 10db10db, 20db20db, 30db30db, 40db40db, 50db50db, 60db60db, infinityinfinity, nouseno use MINUS_52db-52db, MINUS_48db-48db, MINUS_44db-44db, MINUS_40db-40db, MINUS_36db-36db, MINUS_32db-32db, MIN 0~5000 0~15 4BURST4Burst, RLC/MACRLC/MAC Pan_00, Pan_11, Pan_22, Pan_33, Pan_44, Pan_55, Pan_66, Pan_77, 255not use Pan_00, Pan_11, Pan_22, Pan_33, Pan_44, Pan_55, Pan_66, Pan_77, 255not use Pan_44, Pan_88, Pan_1212, Pan_1616, Pan_2020, Pan_2424, Pan_2828, Pan_3232, 255not use 0No packet access, 3Packet access of level 1, 4Packet access of levels 1-2, 5Packet access of levels 1-3, 6Packet access of le 0~7 0 Release 98 or older, 1Release 99 onwards 0~127 NONo, YESYes 0dB0dB, 2dB2dB, 4dB4dB, 6dB6dB, 8dB8dB, 10dB10dB, 12dB12dB, 14dB14dB, nouseno use 5sec5sec, 10sec10sec, 15sec15sec, 20sec20sec, 30sec30sec, 60sec60sec, 120sec120sec, 300sec300sec, nouseno use PermitPermit Cell Access, NoPermitProhibit Cell Access NoExclusiveNoExclusive, ExclusiveExclusive DB110-110dB-100dB, DB98-98dB, DB96-96dB, DB94-94dB, DB92-92dB, DB90-90dB, DB88-88dB, DB86-86dB, DB84-84dB, D 0~31 REPORT6Report six, REPORT1Report one, REPORT2Report two, REPORT3Report three

00, 11, 22, 33, 44, 55, 66, 77, nouseno use

0~63 10~3600 OFFOFF, ONON 0~32 10~80 10~3600 LEVEL0Preempt all dynamic TCHFs, LEVEL1No preempt of CCHs, LEVEL2No preempt of service TCHF 0~8 0~8 10~70

ACTUAL_VALUE_RANGE

UNIT DEFAULT_VALUE

RECOMMENDED_VALUE

UNSUPPORT, SUPPORT UNSUPPORT, SUPPORT NO, YES NO, YES UNSUPPORT, SUPPORT NO, YES



UNSUPPORT UNSUPPORT NO NO UNSUPPORT NO

NO, YES None NO None NO, YES None NO None NO, YES None NO None 0~255 None 0 None UNSUPPORT, SUPPORT None UNSUPPORT None UNSUPPORT, SUPPORT None UNSUPPORT None UNSUPPORT, SUPPORT None UNSUPPORT None UNSUPPORT, SUPPORT None UNSUPPORT None UNSUPPORT, SUPPORT None UNSUPPORT None NO, SupportAsInnPcu, SupportAsExtPcu None None None 0~31 None None None 0, 1, 2 None 2 2 0~10 None 5 5 MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, None MCS8, MCS6 MCS9 MCS6 MCS1, MCS2, MCS3, MCS4, MCS7, MCS8, DAS5, None , DAS6 DAS6, DAS7, DAS8,DAS6 DAS9, DAS10, DAS11, DAS12 MCS1, MCS2, MCS3, MCS4, MCS7, MCS8, DAS5, None , UNFIXED DAS6, DAS7, DAS8,UNFIXED DAS9, DAS10, DAS11, DAS12, UNFIXED MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, None MCS8, UNFIXED MCS9, UNFIXED UNFIXED IR, LA None IR IR MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, None MCS8, MCS2 MCS9 MCS2 MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, UAS7, None UAS8, MCS6UAS9, UAS10,MCS6 UAS11 MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, UAS7, None UAS8, UNFIXED UAS9, UAS10,UNFIXED UAS11, UNFIXED MCS1, MCS2, MCS3, MCS4, MCS5, MCS6, MCS7, None MCS8, UNFIXED MCS9, UNFIXED UNFIXED 2~65534 None None None NO, SupportAsInnPcu, SupportAsExtPcu None NO NO 0~7 None None None 0~65534 None None None 0~255 None None None C31NOTUSE, C31STANDARD None C31STANDARD C31STANDARD 0~1 None 0 0 0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB dB 2dB 2dB 10~70 None 70 70 10~80 None 40 40 10~160 None 80 80 NO, YES None NO NO 0~100 per cent 30 30 NO, YES None YES YES CS1, CS2, CS3, CS4 None CS2 CS2 CS1, CS2, CS3, CS4, UNFIXED None UNFIXED UNFIXED 0~64 per cent 10 10

0~64 per cent 5 5 CS1, CS2, CS3, CS4 None CS1 CS1 CS1, CS2, CS3, CS4, UNFIXED None UNFIXED UNFIXED 0~64 per cent 10 10 0~64 per cent 5 5 0~64 per cent 5 5 0~64 per cent 5 5 0~64 per cent 2 2 0~64 per cent 2 2 0~64 per cent 5 5 0~64 per cent 5 5 0~64 per cent 2 2 0~64 per cent 2 2 0.5~4, step: 1/8 bit 4 4 0.5~4, step: 1/8 bit 4 4 0~10, step: 0.2 dB 0 0 0~10, step: 0.2 dB 0 0 0.5~4, step: 1/8 bit 4 4 0~300 ms 90 90 0~5000 ms 2000 2000 0~300 ms 120 120 SEND, NOTSEND None SEND SEND 0.5~4, step: 1/8 bit 20 20 10sec, 20sec, 30sec, 40sec, 50sec, 60sec, 70sec, s 80sec, 10sec90sec, 100sec,10sec 110sec, 120sec, 130sec, 140sec, 150sec, 160sec, 17 0db, 10db, 20db, 30db, 40db, 50db, 60db, infinity, dB no 10db use 10db MINUS_52db, MINUS_48db, MINUS_44db, MINUS_40db, dB MINUS_2db MINUS_36db, MINUS_2db MINUS_32db, MINUS_28db, MINUS_24db, MINUS_2 0~5000 ms 2400 2400 0~15 None 10 10 4BURST, RLC/MAC None 4BURST 4BURST Pan_0, Pan_1, Pan_2, Pan_3, Pan_4, Pan_5, None Pan_6,Pan_1 Pan_7, 255 Pan_1 Pan_0, Pan_1, Pan_2, Pan_3, Pan_4, Pan_5, None Pan_6,Pan_2 Pan_7, 255 Pan_2 Pan_4, Pan_8, Pan_12, Pan_16, Pan_20, Pan_24, NonePan_28, Pan_20Pan_32, 255 Pan_20 0, 3, 4, 5, 6 None 6 6 0~7 None 1 1 Release 98 or older, Release 99 onwards None Release 99 onwardsRelease 99 onwards 0~127 None 0 0 NO, YES None YES YES 0dB, 2dB, 4dB, 6dB, 8dB, 10dB, 12dB, 14dB, no dBuse 2dB 2dB 5sec, 10sec, 15sec, 20sec, 30sec, 60sec, 120sec, s 300sec, 10sec no use 10sec Permit, NoPermit None Permit Permit NoExclusive, Exclusive None NoExclusive NoExclusive DB110, DB108, DB106, DB104, DB102, DB100, dBDB98, DB110 DB96, DB94, DB92, DB110 DB90, DB88, DB86, DB84, DB82, DB80, DB78, DB 0~31 None 2 2 REPORT6, REPORT1, REPORT2, REPORT3None REPORT6 REPORT6

0, 1, 2, 3, 4, 5, 6, 7, no use

None

2

2

0~63 10~3600 OFF, ON 0~32 10~80 10~3600 LEVEL0, LEVEL1, LEVEL2 0~8 0~8 10~70

None s None OFF None None s None LEVEL0 None None None

2 15

2 15 OFF

0 20 20

0 20 20 LEVEL0

2 0 20

2 0 20

PARAMETER_RELATIONSHIP This parameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT. This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT. This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu or SupportAsExtPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu. This parameter is valid only when "GPRS" is set to SupportAsInnPcu and "SUPPORTDTM" is set to SUPPORT. None This parameter is valid only when "GPRS" is set to SupportAsExtPcu. None None None This parameter is valid only when "EGPRS2A" is set to YES. This parameter is valid only when "EGPRS2A" is set to YES. None None None This parameter is valid only when "EGPRS2A" is set to YES. This parameter is valid only when "EGPRS2A" is set to YES. None None None None None None None None None None The value of this parameter must be smaller than or equal to "PDCH Downlink Multiplex Threshold". None None None None None None None

None None None None None None None None None None None None None None None None None None None None None If "UPEXTTBFINACTDELAY" in the "SET GCELLPRIVATEOPTPARA" command is set to 0, "EXTUTBFNODATA" must be 0. If None None None None None None None None None None None None None None None None None None None None None None

None



ATTRIBUTE



Radio Radio Radio Radio Equipment Radio

None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None

None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None

Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Equipment Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Equipment Radio Radio Equipment Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio This parameter None applies to only the double-transceiver Equipment BTS and the corresponding distributed BTS. This parameter None applies to only the double-transceiver Equipment BTS and the corresponding distributed BTS. None None Equipment None None Equipment None None Equipment None If this parameter is set improperly to Radio a small value, the downlink assignment procedure may fail. Therefore, it is reco None None Radio None None Radio None None Radio The value ofNone this parameter is valid only for the BTSs Equipment of the double-transceiver series and the distributed BTSs. None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None The throughput of the GPRS serviceRadio is affected. None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio None None Radio

None

None

Radio



Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio

IMPACT PARAMETER_ID

PARAMETER_NAME

MML_COMMAND

Cell Cell Cell Cell Cell Cell Cell Cell

IMMASSAINTERFTIMER TQHO IMMASSMAXDELAYTIME IMMASSMAXSENDNUM N3101 N3103 N3105 N200ESTAB

IMM ASS A IF Creation Timer Into-BSC HO REQ Queue Timer Max Delay of IMM ASS Retransmit Max Transmit Times of IMM ASS Maximum Value of N3101 Maximum Value of N3103 Maximum Value of N3105 N200 of Establish

SET GCELLTMR SET GCELLTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLSTANDARDOPTPARA SET GCELLSTANDARDOPTPARA SET GCELLSTANDARDOPTPARA SET GCELLCCTMR

Cell

N200FFULL

N200 of FACCH/Full Rate

SET GCELLCCTMR

Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

N200FHALF N200REL N200SACCH N200SDCCH TIQUEUINGTIMER T200FACCHF T200FACCHH T200SACCHS T200SACCT0 T200SACCH3 T200SDCCH T200SDCCH3 INTRABSCCODECHOCMDTIMER ESTABINDTIMER INTRABSCHOTIMER INTRACELLHOTIMER ASSTIMER WAITFORRELIND WAITFORRELINDAMRHR DELAYSENDRFCHREL T3115 INBSCHOTIMER IMMREJWAITINDTIMER T3168 T3192

N200 of FACCH/Half Rate N200 of Release N200 of SACCH N200 of SDCCH T11 T200 FACCH/F T200 FACCH/H T200 SACCH SDCCH T200 SACCH TCH SAPI0 T200 SACCH TCH SAPI3 T200 SDCCH T200 SDCCH SAPI3 T25 T3101 T3103A T3103C T3107 T3109 T3109 for AMR HR T3111 T3115 T3121 T3122 T3168 T3192

SET GCELLCCTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLCCTMR SET GCELLTMR SET GCELLTMR SET GCELLTMR SET GCELLTMR SET GCELLTMR SET GCELLTMR SET GCELLTMR SET GCELLTMR SET GCELLGSMR SET GCELLTMR SET GCELLTMR SET GCELLPSBASE SET GCELLPSBASE

Cell Cell Cell

T3212 OUTBSCHOCMDTIMER OUTBSCHOCLEARTIMER

T3212 T7 T8

SET GCELLIDLEBASIC SET GCELLTMR SET GCELLTMR


ULDATAFWDTMR WAITRESVCHANREFRESHTIMER MSIPFAILINDDELAY IMMASSRESENDEN N200PARASWITCH WAITFORRELINDAMRFR

Timer for UL Data Forward SET GCELLTMR Timer of Reserved TCH for EMC SET GCELLTMR TREESTABLISH SET GCELLTMR Use IMM ASS Retransmit ParameterSET GCELLCCTMR Use LAPDm N200 SET GCELLCCTMR Wait for REL Indication AMR FR SET GCELLTMR

DESCRIPTION

Timer for the BSC6900 waiting for a CC message after sending a CR message. If the timer expires, the seized SDCCH is relea Length of the timer that is started to wait for a channel requested by an incoming BSC handover request message.When the MS Maximum time delay in resending an immediate assignment message. Within the period specified by this parameter, an immed Maximum number of retransmissions of an immediate assignment message. When the value of this parameter is reached, the i Maximum value of the N3101 counter. In the dynamic uplink allocation mode, the network side enables multiple MSs to share th Maximum value of the N3101 counter. When the uplink transmission ends, if the network side receives the last RLC data block, Maximum value of the N3105 counter. After the downlink TBF is set up successfully, the N3105 is started on the network side. A Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I f errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame on Ithe FACCH a full-rate channel. Error control is performed on the frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I frame, the BTS should resend the I frame. This parameter indicates the maximum number of retransmissions of the I frame on the FACCH a half-rate channel.

Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I f Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I f Error control is performed on the I frame sent over the LAPDm layer between the BTS and MS. If the MS detects errors in an I f This parameter indicates the queue timer for assignment.When the BSC6900 receives an assignment request and no channel i This parameter specifies the expiry value of timer T200 used for the FACCH/TCHF over the Um interface. For the function of tim This parameter specifies the expiry value of timer T200 used for the FACCH/TCHH over the Um interface. For the function of tim This parameter specifies the expiry value of timer T200 used for the SACCH on the SDCCH.For the function of timer T200 and This parameter specifies the expiry value of timer T200 used for the SACCH over the Um interface when the TCH supports SAP This parameter specifies the expiry value of timer T200 used for the SACCH over the Um interface when the TCH supports SAP This parameter specifies the timeout value of timer T200 used for the SDCCH over the Um interface.T200 prevents the data link This parameter specifies the expiry value of timer T200 when the SDCCH supports SAPI3 services.For the function of timer T20 The timer is used to set the time when the BSC6900 waits for an Internal Handover Command message after a Internal Handov Timer for the BSC waiting for an Establish Indication message after sending an Immediate Assignment message. If T3101 expir Timer started after the BSC6900 delivers a handover command in an intra-BSC inter-cell handover. If the BSC6900 receives a h Timer started after the BSC6900 delivers a handover command in an intra-BSC intra-cell handover. If the BSC6900 receives a h After the BSC6900 delivers an assignment command, the T3107 timer starts. If the BSC6900 receives an assignment complete This timer is used to set the time of waiting for a ReleaseIndication message after a ChannelRelease message is sent. If the tim When the BSC sends a ChannelRelease message and the current call uses the AMRHR encoding mode, the timer T3109 AMR Timer for delaying a connection release. This parameter is used for delaying the channel deactivation after the active signaling l Timer for retransmitting the VGCS UPLINK GRANT message Timer for the BSC6900 waiting for a handover complete message after sending a handover request acknowledgment message Timer carried by the Wait Indication information element when the BSC6900 sends an immediate assignment reject message to T3168 is used to set the maximum duration for the MS to wait for the uplink assignment message. After the MS originates the u Duration of releasing the TBF after the MS receives the last data block. When the MS receives the RLC data block containing th

This parameter specifies the length of the timer for periodic location update. The timer is used to set the time when the BSC6900 waits for an HO REQ ACK message after a Handover Request message is The timer is used to set the time when the BSC6900 waits for a handover success message after a handover command is sent

Duration for uplink data transmission on the original channel if the TC resources are changed before and after the handover The TCHs reserved for the emergency call are assigned to the user during the service assignment. If the TCHs are not assigne Call reestablishment timer Whether the BSC6900 sends immediate assignment retransmission parameters to the BTS Whether the BSC6900 sends the LAPDm N200 parameter to the BTS. If this parameter is set to YES, the BSC sends the LAPD When the BSC6900 sends a ChannelRelease message and the current call uses the AMRFR encoding mode, the timer T3109

FEATURE_NAME

GUI_VALUE_RANGE

ACTUAL_VALUE_RANGE

UNIT

A Interface Protocol Process HUAWEI I HandoverHUAWEI II Handover Assignment and Immediate Assignment Assignment and Immediate Assignment GPRS GPRS GPRS Radio Link Management

1000~30000 1~30 0~254 1~5 8~30 2~5 3~10 5~254

1000~30000 1~30 0~254 1~5 8~30 2~5 3~10 5~254

ms s ms None None None None None

Radio Link Management

34~254

34~254

None

Radio Link Management Radio Link Management Radio Link Management Radio Link Management Enhanced Channel Assignment Algorithm Radio Link Management Radio Link Management Radio Link Management Radio Link Management Radio Link Management Radio Link Management Radio Link Management HUAWEI I Handover Assignment and Immediate Assignment HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover Assignment and Immediate Assignment Radio Dedicated Channel Management AMR HR Radio Dedicated Channel Management Public Voice Broadcast Service HUAWEI I HandoverHUAWEI II Handover Assignment and Immediate Assignment GPRS GPRS

29~254 29~254 None 5~254 5~254 None 5~254 5~254 None 23~254 23~254 None 1~30 1~30 s 1~255 5~1275, step: 5 ms 1~255 5~1275, step: 5 ms 1~255 10~2550, step: 10 ms 1~255 10~2550, step: 10 ms 1~255 10~2550, step: 10 ms 1~255 5~1275, step: 5 ms 1~255 5~1275, step: 5 ms 500~60000 500~60000 ms 500~60000 500~60000 ms 500~60000 500~60000 ms 500~60000 500~60000 ms 500~60000 500~60000 ms 4000~33000 4000~33000 ms 3000~34000 3000~34000 ms 500~60000 500~60000 ms 1~255 1~255 s 500~60000 500~60000 ms 0~255 0~255 s 500ms500ms0ms1000ms, 500ms, 1500ms1500ms, 1000ms, 1500ms, 2000ms2000ms, 2000ms, ms 2500ms, 2500ms2500ms, 3000ms, 33 0ms0ms0ms1000ms, 1500ms1500ms 0ms, 80ms, 120ms, 160ms, 200ms, ms 500ms, 1000ms, 15

Location Updating HUAWEI I HandoverHUAWEI II Handover HUAWEI I HandoverHUAWEI II Handover

0~255 500~60000 500~60000

0~1530, step: 6 500~60000 500~60000

min ms ms

O&M of BSC Emergency Call Service TS12 Call Reestablishment Assignment and Immediate Assignment Radio Link Management AMR FR

0~240 1~30 5000~40000 NONo, YESYes OFFOff, ONOn 3000~34000

0~240 1~30 5000~40000 NO, YES OFF, ON 3000~34000

ms s ms None None ms

DEFAULT_VALUE 5000 8 4 2 20 3 10 5 34 29 5 5 23 8 50 50 60 150 200 60 60 None 3000 10000 10000 10000 27000 26000 1000 10 10000 10 500ms 500ms

20 10000 10000

180 15 15000 NO OFF 34000

RECOMMENDED_VALUE 5000 8 4 2 20 3 10 5 34 29 5 5 23 8 50 50 60 150 200 60 60 None 3000 10000 10000 10000 27000 26000 1000 10 10000 10 500ms 500ms

20 10000 10000

In Abis over TDM transmission, the recommended value is 180; in Abis over IP transmission, the recommended value is 200. 15 15000 NO OFF 34000

PARAMETER_RELATIONSHIP None None None None None None None N200ESTAB must be set when "N200PARASWITCH" is set to YES. None None None None None None None None None None None None None None None None None None None None None None None None None None

None None None


CAUTION None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None It is recommended that you select a greater value, such as 16, 20, or 25, in the area with heavy traffic, None but a smaller value, such as 2 or 3, in the area with light traffic. To properly specify the value of this parameter, it is necessary to perform overall and long-term measurement on the entities involved regarding their processing capability and traffic, such as the processing capability of the MSC and BSC, and the load on the A interface, Abis interface, Um interface, HLR, and VLR. The location update period in the MSC must be greater than that in the BSC. In the GSM system, it is possible that a powered-on MS is identified as implicit off-line if the MS sends no location update request within a long period. When the MS reselects another cell in the same LAC, the MS is restarted through T3212 timeout if the T3212 of the new cell differs from that of the original cell.

If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs.If this parameter If this parameter is set to a greater value, too many channel resources are occupied and the congestion occurs.If this parameter

None If the timer is set to a greater value, the time of reserving channel resources for an emergency call is long. In this case, the chan None None None None


If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None If this parameter is set to a greater value, the call-completion rate of MS increases but the BSC6900 load may also increase.If th If this parameter is set to a greater value, the call-completion rate of MS increases but the BSC6900 load may also increase.If th None None None None None

None None None None None If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fa If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fa If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fa If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fa If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fa If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fa If timer T200 is set to a smaller value, the transmit end may mistakenly regard that the link is faulty and the data transmission fa None If this timer is set to a greater value, channel resources may be wasted, thus causing congestion.If this timer is set to a smaller v If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a smaller If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a smaller If this parameter is set to a higher value, channel resources may be wasted and congestion occurs; if this parameter is set to a l If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this timer is set to a greater value, channel resources may be wasted, thus causing congestion. None If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion. If this parameter is set to If this parameter is set to a smaller value, the channel load may increase and the access success rate may decrease. None None

If this parameter is set to a smaller value, the paging success rate increases but the load on the SDCCH also increases, thus ca None None

None None If this timer is set to a greater value, the radio resources are occupied for a too long time, thus affecting the channel resource us If this parameter is set to YES, the call completion rate of the MS increases but the BSC6900 load also increases. Only the BTS3X in G3BTS32.30000.04.1130 or later and the double-transceiver BTSs support the LAPDm N200 parameter.If th If this parameter is set to a greater value, channel resources may be wasted, thus causing congestion.

ATTRIBUTE Equipment Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Radio Equipment Radio Radio Radio Radio

Radio Radio Radio

Equipment Radio Radio Radio Radio Radio

GUI 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

VALUE -63 -62 -61 -60 -59 -58 -57 -56 -55 -54 -53 -52 -51 -50 -49 -48 -47 -46 -45 -44 -43 -42 -41 -40 -39 -38 -37 -36 -35 -34 -33 -32 -31 -30 -29 -28 -27 -26 -25 -24 -23 -22 -21 -20 -19 -18

46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92

-17 -16 -15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29

93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126

30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

MAXPDCHRATE PDCH2SDEN

RXMIN

To adjust the PDCH conversion threshold in the cell. Dynamic PDCH Conversion to SDCCH SDCCH Dynamic Allocation Allowed Idle TCH Threshold N1 Cell SDCCH Channel Maximum TCH Minimum Recovery Time Num of TSs Convertible to SDCCHs per TRX CS RACH Min. Access Level PS RACH Min. Access Level Minimum Access RXLEV

ACTL2REEST HOPOWERBOOST

Activate L2 Re-establishment Power Boost before HO Enabled or Not

SDDYN

IDLESDTHRES CELLMAXSD

MINRESTIMETCH SDCCHDYNADJTSNUM RACHACCLEV PSRACHACCLEV

GCELLBASICPARA GCELLBASICPARA GCELLCHMGBASIC GCELLCHMGBASIC GCELLCHMGBASIC GCELLCHMGBASIC GCELLCCACCESS GCELLCCACCESS GCELLBASICPARA GCELLSOFT

GCELLOTHBASIC

ACCESSIBILITY L3188C L3188D A330 A331 A300A A300C A300D A300E A300F A300H A300I A300K L3189I K3001 K3000 A3030A A3030B A3030C A3030D A3030E A3030F A3030G A3030H CR330A CR330B CA3030J CA301J CA304 K3021 K3011A K3020 K3010A K3011B K3010B CR331A CR331B CA313 CA310 K3015 K3016 K3005 K3006 CR373 CR330C CR331C CR332C

MOBILITY CH313 CH333 CH310 CH330 CH311 CH331 CH323 CH320 CH303 CH300 CH301 CH321 CH343 CH340 CH341 H3002 H3001 H3005A H3005B CH3036A CH3036B H3029A H302B H302G H3027Ca H3028Ca H3025A H3025B H302E H302H H302I H3229A H322D H322G H312A H312B H312G H310A H310B H310C H310D H310E H310F H310G H310H H310I

RETAINABILITY CM33 K3013A K3013B K3023 CM330 RH3331 K3012B CM33C M3100A M3100B M3100C M3101A M3101B M3101C M3101D M3101E M3102 M312 M313 M314 M315 M316 M3200A M3200B M3200C M3201A M3201B M3201C M3201D M3201E M3202 M322 M323 M324 M325 M3030A M3030B M3030C M3030D M3030E M3030F M3030G M3030H M3030I M3030J M3030K

CR333C CR334C CR335C A312Aa A312Ca A312Da A312Ea A312S A3129I A3129J A3129E A3129G A3129H A312A A3129C A3129N A312F CA315 K3014 K3034 AR3551C AR3552C K3004 S3656 S3655 CM30 K3003

M3000A M3000B M3000C M3001A M3001B M3001C M3001D M3001E M3002 M302 M303 M304 M305 M306 CA303J M3020A M3020B M3020C M3020D A3129S

H310J H310L H3229B CH3531 H35071 H35081 S4400A S4401A S4402A S4403A S4404A S4405A S4406A S4407A S4408A S4409A S4410A S4411A S4412A S4413A S4414A S4415A S4416A S4417A S4418A S4419A S4420A S4421A S4422A S4423A S4424A S4425A S4426A S4427A S4428A S4429A S4430A S4432A S4434A S4436A S4438A S4440A S4445A S4450A S4455A S4463A

M3128A AS4347D S4200A S4200B S4200C S4200D S4200E S4207A S4207B S4207C S4207D S4207E

CS410A CS411A CS412A CS413A CS414A CS415A CS416A CS417A CS410B CS411B CS412B CS413B CS414B CS415B CS416B CS417B CS410C CS410D S4208B CS411C CS411D S4208C CS412C CS412D S4208D CS413C CS413D S4208E S4208A CS414C CS414D CS415C CS415D CS416C CS416D

CS417C CS417D AS4348D

M326 CM3600 CM3601 CM3602 A03701 A03702

P_ACCESSIBILITY A9502 A9504 A9506 A9508 A9510 A9512 R9204 R9205 AR9311 R9344 A9003 A9004 A9016 A9103 A9104 A9115 A9203 A9204 A9216 A9303 A9304 A9315 A9001 A9201 A9101 A9301 R9206 R9207 AR9303 R9343 A9501 A9503 A9505 A9507 A9509 A9511

P_PERFORMANCE A9002 A9006 A9007 A9008 A9009 A9010 A9017 A9018 A9102 A9106 A9107 A9108 A9109 A9113 A9116 A9117 A9202 A9206 A9207 A9208 A9209 A9210 A9214 A9217 A9218 A9302 A9306 A9307 A9308 A9309 A9316 A9317 L9006 L9007 L9008 L9009 L9106 L9107 L9108 L9109 L9211 L9212 L9213 L9214 L9215 L9216

A9039 A9040 A9132 A9137 A9138 A9237 A9238 A9335 A9336 AA9114 AA9213

L9217 L9218 L9219 L9311 L9312 L9313 L9314 L9315 L9316 L9317 L9318 L9319 L9202 L9203 L9204 L9205 L9206 L9207 L9208 L9209 L9210 L9302 L9303 L9304 L9305 L9306 L9307 L9308 L9309 L9310 L9002 L9003 L9004 L9005 L9102 L9103 L9104 L9105 L9001 L9101 L9201 L9301

2G HUAWEI KPIS

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