A configuration command that modifies the software parameters of a cell. In this command, the following parameters uniquely identify the cell:
Cell Index or Cell Name
For BTS3002C, BTS3001C, BTS3001CP, BTS22C, and BTS20, the parameters Frequence Scan Result Type and Interfere Band Stat Algorithm Type are invalid (with a value of 255).
| ID | Name | Description |
|---|---|---|
| IDXTYPE | Index Type | Meaning:Index Type Value range:BYNAME(By Name),BYIDX(By Index) Explanation: Index Type. Default value:None |
| CELLIDX | Cell Index | Meaning:Cell Index Value range:0~2047 Explanation: This parameter indicates the source cell index. The source cell index must be unique. Default value:None |
| CELLNAME | Cell Name | Meaning:Cell Name Value range:1-32 characters Explanation: This parameter indicates the name of the source cell. The name of each cell under one BSC must be unique. Default value:None |
| AIDDELAYPROTECTTIME | Aiding Delay Protect Time[min] | Meaning:Aiding Delay Protect Time[min] Value range:1~60 Explanation: This parameter specifies the delay of TRX aiding detection performed after the cell is initialized. The cell is unstable after initialization; therefore, if the TRX aiding detection starts immediately after cell initialization, a wrong decision might be made. In such a case, this parameter is used to specify a delay. Default value:None |
| DIRMAGANSITEFLAG | Directly Magnifier BTS Flag | Meaning:Directly Magnifier BTS Flag Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the repeater is configured in a cell. The function of repeater is simpler than that of BTS, and the repeater is an extended equipment that is used for the wide area or indoor application solving the problem of blind area. Not only the repeater can improve the base station coverage, but also increase the total traffic volume of network. The setting of this parameter affects the handover. Because the distance between repeaters is long, the handover between repeaters can only be asynchronous. Otherwise, the handover may fail. Default value:None |
| DROPCTRLERRINDT200 | Drop Optimize [T200 timeout] | Meaning:Drop Optimize [T200 timeout] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by T200 timeout are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLERRINDDMRSP | Drop Optimize [unsolicited DM response] | Meaning:Drop Optimize [unsolicited DM response] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by unsolicited DM response are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLERRINDSEQERR | Drop Optimize [sequence error] | Meaning:Drop Optimize [sequence error] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by sequence error are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLCONNFAILRLFAIL | Drop Optimize [radio link fail] | Meaning:Drop Optimize [radio link fail] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by radio link failure are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLCONNFAILHOACCFAIL | Drop Optimize [HO access fail] | Meaning:Drop Optimize [HO access fail] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. In optimization, the call drops caused by handover access failure are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLCONNFAILOM | Drop Optimize [OM intervention] | Meaning:Drop Optimize [OM intervention] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by OM intervention are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLCONNFAILRRNOTAVL | Drop Optimize [resource not available] | Meaning:Drop Optimize [resource not available] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by radio resource unavailable are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLCONNFAILOTHER | Drop Optimize Connection Failure [other] | Meaning:Drop Optimize Connection Failure [other] Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized,the call drops caused by the reasons except for the radio link failure, handover access failure, OM intervention, and radio resource unavailable are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLRELIND | Drop Optimize Release Indication | Meaning:Drop Optimize Release Indication Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the connection failure message is sent by the BTS because the release indication message is sent or the waiting period of call reestablishment times out, the call drops caused by this reason are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLABISCONNFAIL | Drop Optimize ABIS Link Failure | Meaning:Drop Optimize ABIS Link Failure Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by Abis territorial link fault are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLEQUIPFAIL | Drop Optimize Equipment Failure | Meaning:Drop Optimize Equipment Failure Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by equipment fault are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLFORCHOFAIL | Drop Optimize Forced Handover Failure | Meaning:Drop Optimize Forced Handover Failure Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by forced handover failure are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLNOMR | Drop Optimize No MR For Long Time | Meaning:Drop Optimize No MR For Long Time Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by no MRs for a long time for the MS are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLRESCHK | Drop Optimize Resource Check | Meaning:Drop Optimize Resource Check Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by resource check are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLINBSCHO | Drop Optimize Into-Bsc Handover Timeout | Meaning:Drop Optimize Into-Bsc Handover Timeout Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by incoming-BSC handover are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLOUTBSCHOT8 | Drop Optimize Out-Bsc Handover Timeout | Meaning:Drop Optimize Out-Bsc Handover Timeout Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by outgoing-BSC handover are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLINTRABSCOUTHO | Drop Optimize Handover Timeout | Meaning:Drop Optimize Handover Timeout Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by intra-BSC out-cell handover are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| DROPCTRLINTRACELLHO | Drop Optimize Handover Timeout | Meaning:Drop Optimize Handover Timeout Value range:0~1 Explanation: 0 specifies optimization. 1 specifies no optimization. When the call drop counters are optimized, the call drops caused by intra-cell handover timeout are not contained in the statistics of call drops. When the call drop counters are not optimized, the call drops caused by this reason are contained in the statistics of call drops. Default value:None |
| FREQSCANRLSTTYPE | Frequence Scan Result Type | Meaning:Frequence Scan Result Type Value range:MainDiversity(MainDiversity),MaximumMeanValue(MaximumMeanValue) Explanation: Frequency scanning refers to the scanning of uplink receive levels of cell frequencies. The scanning result reflects the strength of frequency signals received by the cell. This parameter specifies the scanning result type used from the start of a frequency scanning task to the reporting of a scanning result. Main/Diversity: current, minimum, maximum, and mean values of the main and diversity levels during the scanning of main and diversity antennas Maximum/Mean: maximum and mean values of the uplink receive level. Default value:None |
| ADAPTASSIGNMENTFLOW | IntraCellHo to Ass SWITCH | Meaning:IntraCellHo to Ass SWITCH Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the MS can be handed over to another channel through assignment procedure in intra-cell handover. If this parameter is set to Yes, the assignment procedure can be used for all types of intra-cell handovers. Default value:None |
| FORCEMSACCESS | Force MS to Send Ho Access SWITCH | Meaning:Force MS to Send Ho Access SWITCH Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the MS is forced to send a handover access message. Default value:None |
| SUBRESPREEMPTFLG | Sublink resources preemption switch | Meaning:Sublink resources preemption switch Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the CS services preempt the sublink resources of PS services. Default value:None |
| LOWLEVSUBRESPREEMPTFLG | Lower-level Sublink Resources Preemption Switch | Meaning:Lower-level Sublink Resources Preemption Switch Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the CS services preempt the sublink resources of PS services of low-level BTS for cascaded BTSs if the current-level sublink cannot be preempted. Default value:None |
| OUTSERVICEALM | Cell Out-of-Service Alarm Switch | Meaning:Cell Out-of-Service Alarm Switch Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the BSC reports a cell out-of-service alarm after the cell is out of service. When this parameter is set to Yes, the BSC reports a cell out-of-service alarm if the cell is out of service. When this parameter is set to No, the BSC does not report a cell out-of-service alarm if the cell is out of service. Default value:None |
| INTERBANDSTATALGO | Interfere Band Stat Algorithm Type | Meaning:Interfere Band Stat Algorithm Type Value range:INTBANI(INTBANI),INTBANII(INTBANII) Explanation: This parameter specifies which type of interference band statistics algorithm to use, that is, whether interference band statistics algorithm I or interference band statistics algorithm II, when the frequency scanning function is enabled. Default value:None |
| PMOAFLAG | Paging Messages Optimize | Meaning:Paging Messages Optimize Value range:CLOSE(Forced turn-off),OPEN(Forced turn-on),AUTO(Self-adaptive) Explanation:The cell paging message packaging is determined by the system load. If the paging message packaging timer is enabled, the paging messages are packaged according to cells; otherwise, the paging messages are packaged according to the CPU. Default value:None |
| PMI | Interval For Sending Paging Msgs | Meaning:Interval For Sending Paging Msgs Value range:1~8 Explanation:This parameter specifies the interval between two cell paging group packets, which is an integral multiple of 50 ms. Default value:None |
| PMNUM | Paging Nums of one Optimizing Msgs | Meaning:Paging Nums of one Optimizing Msgs Value range:2~15 Explanation:This parameter specifies the maximum number of messages in the buffer of the cell paging group packet when the Paging Messages Optimize at Abis Interface is turned on. Default value:None |
| MSCAPABLESTATSWITCH | MS Capability Statistic Switch | Meaning:MS Capability Statistic Switch Value range:OFF(OFF),ON(ON) Explanation:If the MS capability statistics need to be collected, this parameter must be set to Yes. This parameter has no impact on traffic. Default value:None |
| SDFASTHOSWITCH | SD Quick Ho | Meaning:SD Quick Ho Value range:OFF(OFF),ON(ON) Explanation:This parameter determines whether the function of VDF SDCCH quick handover test is enabled or not. If this parameter is set to Yes, the BSC initiates intra-cell SDCCH handover as soon as the MSC issues an encrypted command to the MS. Thus, the forwarding encrypted signaling can be transmitted and received on a new signaling channel. In this way, the network security is improved. Default value:None |
| FORCEDCELLEFRSWITCH | Cell EFR Forced Switch | Meaning:Cell EFR Forced Switch Value range:NO(NO),YES(YES) Explanation:This parameter specifies whether enabling the EFR function forcibly is allowed. Default value:None |
| PAGINGAVGCAPACITYINPERIOD | Average Paging Message Number In Period | Meaning:Average Paging Message Number In Period Value range:10~65535 Explanation:This parameter specifies the average number of paging messages that a cell is allowed to send within a statistical period. Default value:None |
| PAGINGMAXCAPACITYINPERIOD | MAX Paging Message Number In Period | Meaning:MAX Paging Message Number In Period Value range:10~65535 Explanation:This parameter specifies the maximum number of paging messages that a cell is allowed to send within a statistical period. Default value:None |
| BASEHOPCLOSETRXALLOWED | Base Hop Support Close TRX Allowed | Meaning:Base Hop Support Close TRX Allowed Value range:NO(NO),YES(YES) Explanation:This parameter specifies whether a cell configured with baseband frequency hopping supports the intelligent power consumption decrease. Default value:None |
| STIRCALLOWED | STIRC Allowed | Meaning:STIRC Allowed Value range:NO(NO),YES(YES) Explanation:This parameter specifies whether to allow the configuration of the STIRC algorithm. Default value:None |
| QUERYCMAFTERINBSCHO | Enquire Classmark After In-BSC Handover Enable | Meaning:Enquire Classmark After In-BSC Handover Enable Value range:NO(NO),YES(YES) Explanation:This parameter specifies whether enquiring the incoming BSC handover classmark is allowed. Default value:None |
| SENDCMAFTERINBSCHO | Send Classmark Enquiring Result To MSC Enable | Meaning:Send Classmark Enquiring Result To MSC Enable Value range:NO(NO),YES(YES) Explanation:This parameter specifies whether the BSC sends the classmark enquiring result to the MSC. Default value:None |
| TCHTIMEHOSWITCH | TCH Time Handover Switch | Meaning:TCH Time Handover Switch Value range:OFF(OFF),ON(ON) Explanation:This parameter specifies whether to perform periodic intra-cell handover for speech services on TCH. Default value:None |
| TCHTIMEHOPERIOD | TCH Time Handover Period | Meaning:TCH Time Handover Period Value range:1~600 Explanation:This parameter specifies the interval at which the speech service on a TCH is handed over. Default value:None |
| FLEXTSCSWITCH | Flex TSC Switch | Meaning:Flex TSC Switch Value range:OFF(OFF),ON(ON) Explanation:This parameter specifies whether to enable the Flex TSC function. Default value:None |
| DUMMYBITRANDSWITCH | Dummy Bit Randomization Switch | Meaning:Dummy Bit Randomization Switch Value range:OFF(OFF),ON(ON) Explanation:Dummy Bit Randomization Switch. Default value:None |
| STOPSI5SWITCH | Stop Transmit System Information 5/5bis/5ter Switch | Meaning:Stop Transmit System Information 5/5bis/5ter Switch Value range:OFF(OFF),ON(ON) Explanation:This parameter indicates whether stop to send the system message 5, system message 5bis and system message 5ter in SACCH of the SDCCH, after the switch of encrypt A51 is closed and the BTS send the encrypt command. Default value:None |
| ACTL2REEST | Activate L2 Re-establishment | Meaning:Activate L2 Re-establishment Value range:NO(NO),YES(YES) Explanation:This parameter determines whether to activate the L2 reestablishment function. If the function is activated, the BSC will attempt the L2 reestablishment after it receives the ERR IND message from the BTS during the call. If the L2 reestablishment is successful, the call continues; otherwise, the BSC proceeds call drop procedures. Default value:None |
| BADQUALDISCTHRES | Bad Quality Disconnection Threshold | Meaning:Bad Quality Disconnection Threshold Value range:0~70 Explanation:None. Default value:None |
| TMRBADQUALDISCSTAT | Timer for Bad Quality Disconnection Statistic | Meaning:Timer for Bad Quality Disconnection Statistic Value range:2~4 Explanation:None. Default value:None |
| RPTDLVQIALLOWED | Report Downlink VQI Allowed | Meaning:Report Downlink VQI Allowed Value range:DISABLE(Disable),ENABLE(Enable),UNSUPPORT(Unsupport) Explanation:none. Default value:None |
| COCELLSWITCH | Co-Cell Switch | Meaning:Co-Cell Switch Value range:NO(ISNOTCO-CEll),YES(ISCO-CELL) Explanation: A co-cell consists of several location groups and a location group consists of several RXUs. The logical TRX configuration (including TRX No. and the number of TRXs) in each location group must be the same in a co-cell. If the parameter is set to Yes(YES), the cell is a co-cell. If the parameter is set to NO(NO), the cell is an independent cell. Default value:None |
| PWRLOCATION | Location Group Power Switch | Meaning:Location Group Power Switch Value range:0~255 Explanation:None. Default value:None |
| FERRPTEN | FER Report Enable | Meaning:FER Report Enable Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the BTS reports FER in the MR or preprocessed MR. Default value:None |
| PDCHPWRSAVEN | PDCH Power Saving Enable | Meaning:PDCH Power Saving Enable Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the BTS enables the PDCH power saving function. Default value:None |
| BTSSAICPCADJSWITCH | Switch for BTS Supporting SAIC Power Control Adjustment | Meaning:Switch for BTS Supporting SAIC Power Control Adjustment Value range:OFF(OFF),ON(ON) Explanation: This parameter specifies whether to deliver the SAIC power control adjustment parameter to the BTS. For 2x and 3x BTS, This switch is OFF and could not be configured. Default value:None |
| TSCPLANEN | TSCPlanEn | Meaning:TSCPlanEn Value range:NO(NO),YES(YES) Explanation: This parameter specifies whether the TSC values of all MA groups of the cell can be modified. If this parameter is set to NO, the modification is not allowed. In addition, the TSC values of all MA groups of the cell are changed to the corresponding BCC values of the cell. Default value:None |
| MACODINGMOD | Frequency Hoping Coding Scheme | Meaning:Frequency Hoping Coding Scheme Value range:CA_MA(CA+MA),Frequency_List(Frequency List) ,Optimized_CA_MA(Optimized CA+MA) Explanation: This parameter specifies through which coding scheme the ARFCN is sent to the MS in the assignment or handover.If this parameter is set to CA+MA mode, the ARFCN is indicated by the CA and MA messages carried in the assignment or handover command. If this parameter is set to Frequency List mode, the ARFCN is indicated by the Frequency List message carried in the assignment or handover command.If this parameter is set to Optimized CA+MA mode, for single-band cells, only the MA message is carried in the assignment command; for other cells, both the CA and MA messages are carried in the assignment command. Default value:None |
| MAXTADROPCALLSWITCH | MAX TA Drop Call Switch | Meaning:MAX TA Drop Call Switch Value range:OFF(OFF),ON(ON) Explanation: This parameter determines whether to initiate the forced call drop during a call when the TA exceeds the threshold. Default value:None |
| MAXTADROPCALLFILTER | MAX TA Drop Call Filter[0.5s] | Meaning:MAX TA Drop Call Filter[0.5s] Value range:0~31 Explanation: When "MAX TA Drop Call Switch" is set to ON(ON), this parameter specifies the number of latest measurement reports used for averaging the TAs before the call drop. Default value:None |
| MAXTADROPCALLTHRESHOLD | MAX TA Drop Call Threshold[bit] | Meaning:MAX TA Drop Call Threshold[bit] Value range:0~255 Explanation: This parameter specifies the TA threshold after filtering when "MAX TA Drop Call Filter[0.5s]" is set to ON(ON). If the TA exceeds the threshold, a forced call drop is initiated. Default value:None |
| PAGINGLIFETIME | BTS Paging Lifetime | Meaning:BTS Paging Lifetime Value range:0~255 Explanation: Lifetime of a paging message in the queue of the BTS. The setting of this parameter must be consistent with the setting of timer T3113 in the core network; otherwise, the efficiency of paging scheduling over the Um interface is reduced. It is recommended that this parameter be set to a value one to two seconds shorter than timer T3113.The valid parameter value is 255 or a value ranging from 8 to 80. The BTS checks the value. If the value is out of the range, the BTS considers it as default value, 255. Default value:255 |