Seamless Paging: 2.1 Introduction Conventionally, the RNC pages a UE in idle mode for CS services in the entire location area (LA). If, at the paging time, the UE is performing a cell reselection at an LA border, the CN cannot in time obtain the updated LA information about the UE which causes the paging to fail. The Seamless Paging feature enables the RNC to perform cross-LA paging for a UE in idle mode as follows: The RNC first pages the UE in the previous LA (indicated by LAC 1) in which the UE interacted with the network. If the paging fails, the RNC pages the UE again in both the previous LA (LAC 1) and the neighboring cells (belonging to other LAs indicated by LAC 2) of the previous LA's border cells. Figure 2-1 Cross-LA paging
2.2 Benefits The Seamless Paging feature increases the paging success rate of UEs at LA borders. The increase in the paging success rate depends on UE behaviors and LA border coverage conditions.
3 Technical Description The Seamless Paging feature is controlled by the EXTD_LAC_PAGING_SWITCH under the PROCESSSWITCH5(BSC6900,BSC6910) parameter. The RNC sends the first paging message and starts a paging response waiting timer if all the following conditions are met: The RNC receives a paging message with the cause value of "Terminating Conversational Call" from the CN. This message carries the paging LA. The UE to be paged is in idle mode. If the RNC receives an RRC CONNECTION REQUEST message with the cause value of "Terminating Conversational Call" or "Terminating - cause unknown" from the UE before the timer expires, the RNC considers the paging successful. If the RNC does not receive any response from the UE before the timer expires, the RNC re-pages the UE.
If other LAs belong to another RNC, the EXTD_LAC_PAGING_SUPPORT_SWITCH under the FunctionSwitch(BSC6900,BSC6910) parameter should be set to on for the neighboring RNC so that the re-paging message can be sent to the neighboring RNC over the Iur interface. Before the Seamless Paging feature is enabled, paging messages are retransmitted for a fixed number of times, regardless of whether paging UEs in idle mode fails. The number of retransmissions is specified by the MaccPageRepeatTimes(BSC6900,BSC6910) parameter. After the Seamless Paging feature is enabled, paging messages for UEs in idle mode are not retransmitted, that is, the MaccPageRepeatTimes(BSC6900,BSC6910) parameter does not take effect for paging UEs in idle mode for CS services. Figure 3-1 shows the seamless paging procedure. Figure 3-1 Seamless paging procedure
NOTE: The default value of the paging response waiting timer is 2 n x 10 ms + 360. The value of n is the smaller one between the value of the DRXCycleLenCoef(BSC6900,BSC6910) parameter in the ADD
UCNDOMAIN command and the value of the DrxCycleLenCoef(BSC6900,BSC6910) parameter in the SET UFRC command. If the coverage of an LA is modified, the re-paging areas under neighboring LAs are not updated immediately. The re-paging messages from a maximum of eight source LAs can be sent in a cell. Cross-LA re-paging messages have the lowest priority. If the PCH in a cell is congested, Uu resources used for transmitting cross-LA re-paging messages are preferentially preempted, that is, cross-LA re-paging messages cannot be sent.
4 Related Features Prerequisite Features None
Mutually Exclusive Features None
Impacted Features WRFD-150205 Layered Paging in Idle Mode When the WRFD-150205 Layered Paging in Idle Mode feature and the WRFD-170104 Seamless Paging feature are both enabled, the second-layer paging area in the former is the re-paging area in the latter.
5 Network Impact System Capacity When paging messages for UEs in idle mode are retransmitted for a fixed number of times, this feature reduces the paging signaling traffic of UEs in idle mode and improves the system paging capacity. When paging messages for UEs in idle mode are not retransmitted, this feature increases the paging signaling traffic. When the cross-Iur seamless paging function is enabled, the number of increased pagings under the local RNC is the sum of the number of failed CS first pagings under the local RNC and the number of failed CS first pagings under neighboring cells (belonging to other LAs under the neighboring RNC) of previous LAs' border cells.
Network Performance If paging messages for UEs in idle mode are not retransmitted, paging retransmission under the latest LA improves the paging success rate of mobile-terminated CS services. The increase in the paging success rate depends on network coverage. Better coverage results in a larger increase in the paging success rate. If paging messages for UEs in idle mode are retransmitted for a fixed number of times, paging retransmission under the latest LA does not improve the paging success rate of mobile-terminated CS services. The cross-LA paging function can increase the probability of successful mobile-terminated CS service pagings for UEs at LA borders. The increase in successful mobile-terminated CS service pagings depends on the proportion of moving UEs in LA border cells. A higher proportion of UEs in LA border cells results in a larger increase in successful mobile-terminated CS service pagings. According to the live network data analysis, the paging success rate of mobile-terminated CS services for UEs in idle mode in an LA is about 95% in typical scenarios, and the proportion of CS service UEs in LA border cells is about 20% of the total UEs in the network. Assume that 30% (which are obtained according to the soft
handover overhead in the live network) of CS service UEs are located in the overlapping coverage area of two LA borders. Then, there is a 50% probability of cross-LA cell reselection. In this scenario, if the Seamless Paging feature is enabled and paging messages for UEs in idle mode are not retransmitted, it is predicted that: The relative value of the paging success rate of mobile-terminated CS services for UEs in LA border cells will increase by 20% to 40%. The relative value of the paging success rate of mobile-terminated CS services for UEs in LA center cells will increase by 5% to 20%. The absolute value of the paging success rate of mobile-terminated CS services will increase by 0.25% to 1%. If paging messages for UEs in idle mode are retransmitted for a fixed number of times, cross-LA paging can improve the paging success rate of mobile-terminated CS services for UEs in LA border cells. The relative value of the paging success rate of mobile-terminated CS services will increase by 20% to 40%, and the absolute value of the paging success rate will increase by 0.15% to 0.6%. For the definition of soft handover overhead, see KPI Reference.
6 Engineering Guidelines 6.1 When to Use WRFD-170104 Seamless Paging It is recommended that this feature should not be enabled if one LA has multiple RNCs. In other scenarios, this feature can be enabled.
6.2 Required Information Before enabling this feature, collect the following information to evaluate the feature gains: Whether the cross-Iur seamless paging function needs to be enabled. If the cross-Iur seamless paging function needs to be enabled, you also need to collect information about whether the neighboring RNC supports the WRFD-170104 Seamless Paging feature and whether the local and neighboring RNCs are connected to the same CS CN. If the values of the DPC parameters on the local and neighboring RNCs are the same, the local and neighboring RNCs are connected to the same CS CN. NOTE: If the first paging fails, the CN determines the UE location and then sends a re-paging message based on the new location of the UE. If re-paging based on new UE location is enabled on the CN, the gain in the CS paging success rate on the CN side decreases after the Seamless Paging feature is enabled.
6.3 Deployment 6.3.1 Requirements Other Features See chapter 4 Related Features.
Hardware None
License
This feature is not under license control.
6.3.2 Data Preparation Table 6-1 describes the parameters to be configured. Table 6-1 Parameters to be configured Parameter Name Process Control Switch 5 Function Switch
6.3.3 Activation 6.3.3.1 Using MML Commands 1. Enable the WRFD-170104 Seamless Paging feature for the local RNC. Run the RNC MML command SET URRCTRLSWITCH to set the EXTD_LAC_PAGING_SWITCH under the PROCESSSWITCH5(BSC6900,BSC6910) parameter to on. 2. (Optional) If the neighboring RNC needs to support the WRFD-170104 Seamless Paging feature, perform the following sub-steps to enable the cross-Iur seamless paging function: a. On the neighboring RNC, run the RNC MML command SET URRCTRLSWITCH to set the EXTD_LAC_PAGING_SWITCH under the PROCESSSWITCH5(BSC6900,BSC6910) parameter to on. b. On the local RNC, run the RNC MML command MOD UNRNC to set the EXTD_LAC_PAGING_SUPPORT_SWITCH under the FunctionSwitch(BSC6900,BSC6910) parameter to on and set NRncId to the ID of the neighboring RNC. c. On the neighboring RNC, run the RNC MML command MOD UNRNC to set the EXTD_LAC_PAGING_SUPPORT_SWITCH under the FunctionSwitch(BSC6900,BSC6910) parameter to on and set NRncId to the ID of the local RNC.
6.3.3.2 MML Command Examples //Enabling the WRFD-170104 Seamless Paging feature SET URRCTRLSWITCH: PROCESSSWITCH5=EXTD_LAC_PAGING_SWITCH-1; //(Optional) Enabling the cross-Iur seamless paging function SET URRCTRLSWITCH: PROCESSSWITCH5=EXTD_LAC_PAGING_SWITCH-1; MOD UNRNC: NRncId=XXXX, FunctionSwitch =EXTD_LAC_PAGING_SUPPORT_SWITCH-1; MOD UNRNC: NRncId=XXXX, FunctionSwitch =EXTD_LAC_PAGING_SUPPORT_SWITCH-1;
6.3.3.3 Using the CME NOTE: When configuring the WRFD-170104 Seamless Paging feature on the CME, you must perform a single configuration first, and then perform batch modifications if required.
You must perform a single configuration for a parameter before batch modifications of the parameter. You are advised to perform batch modifications before logging out of the parameter setting interface. 1. Configure a single object on the CME. (CME single configuration) Set parameters on the CME configuration interface according to the operation sequence described in Table 6-2. For the method of performing the CME single configuration, see the CME Single Configuration Operation Guide. 2. (Optional) Modify objects in batches on the CME. (CME batch modification center) To modify objects, such as BSCs, BTSs, cells, and TRXs, in batches, click the icon on the CME configuration interface to start the batch modification wizard. For the method of performing batch modifications through the CME batch modification center, press F1 on the wizard interface to obtain online help. Table 6-2 Configuring parameters on the CME SN
Managed Object (MO)
1
URRCTRLSWITCH
2
UNRNC
6.3.4 Activation Observation Check the value of the VS.ExtdPaging1.Att.Idle.CS counter. This counter indicates the number of times that seamless paging messages are delivered under an RNC. If the value of this counter is not 0, the WRFD-170104 Seamless Paging feature has taken effect. Check the value of the VS.ExtdPaging1.Att.Idle.CS.DRNC counter. This counter indicates the number of times that re-paging messages are delivered over the Iur interface. If the value of this counter is not 0, the cross-Iur seamless paging function has taken effect.
6.3.5 Deactivation 6.3.5.1 Using MML Commands 1. Disable the WRFD-170104 Seamless Paging feature for the local RNC. Run the RNC MML command SET URRCTRLSWITCH to set the EXTD_LAC_PAGING_SWITCH under the PROCESSSWITCH5(BSC6900,BSC6910) parameter to off. 2. (Optional) Disable the cross-Iur seamless paging function. a. On the neighboring RNC, run the RNC MML command SET URRCTRLSWITCH to set the EXTD_LAC_PAGING_SWITCH under the PROCESSSWITCH5(BSC6900,BSC6910) parameter to off. b. On the local RNC, run the RNC MML command MOD UNRNC to set the EXTD_LAC_PAGING_SUPPORT_SWITCH under the FunctionSwitch(BSC6900,BSC6910) parameter to off and set NRncId to the ID of the neighboring RNC. c. On the neighboring RNC, run the RNC MML command MOD UNRNC to set the EXTD_LAC_PAGING_SUPPORT_SWITCH under the
FunctionSwitch(BSC6900,BSC6910) parameter to off and set NRncId to the ID of the local RNC.
6.3.5.2 MML Command Examples //Disabling the WRFD-170104 Seamless Paging feature SET URRCTRLSWITCH: PROCESSSWITCH5=EXTD_LAC_PAGING_SWITCH-0; //(Optional) Disabling the cross-Iur seamless paging function SET URRCTRLSWITCH: PROCESSSWITCH5=EXTD_LAC_PAGING_SWITCH-0; MOD UNRNC: NRncId=XXXX, FunctionSwitch =EXTD_LAC_PAGING_SUPPORT_SWITCH-0; MOD UNRNC: NRncId=XXXX, FunctionSwitch =EXTD_LAC_PAGING_SUPPORT_SWITCH-0;
6.3.5.3 Using the CME NOTE: When configuring the WRFD-170104 Seamless Paging feature on the CME, you must perform a single configuration first, and then perform batch modifications if required. You must perform a single configuration for a parameter before batch modifications of the parameter. You are advised to perform batch modifications before logging out of the parameter setting interface. 1. Configure a single object on the CME. (CME single configuration) Set parameters on the CME configuration interface according to the operation sequence described in Table 6-3. For the method of performing the CME single configuration, see the CME Single Configuration Operation Guide. 2. (Optional) Modify objects in batches on the CME. (CME batch modification center) To modify objects, such as BSCs, BTSs, cells, and TRXs, in batches, click the icon on the CME configuration interface to start the batch modification wizard. For the method of performing batch modifications through the CME batch modification center, press F1 on the wizard interface to obtain online help. Table 6-3 Configuring parameters on the CME SN 1
URRCTRLSWITCH
2 (optional)
UNRNC
6.4 Performance Monitoring CS Call Completion Rate Before and after this feature is enabled, collect the number of failed CS calls for calling parties because the called parties are performing cross-LA cell reselection at the paging moment and therefore cannot receive paging messages. After this feature is enabled, the number of failed CS calls for calling parties due to the preceding reason decreases.
Number of Successful Seamless Pagings
The VS.ExtdPaging1.Succ.Idle.CS counter indicates the number of times that UEs in idle mode receive crossLAC paging messages and send paging responses successfully, that is, the number of successful seamless pagings.
PCH Congestion If the re-paging message is delivered in the neighboring LAs but the PCH is congested, Uu resources for transmitting the re-paging messages are preempted. Therefore, the value of the VS.RRC.Paging1.Loss.PCHCong.Cell counter increases.
Iur Traffic If the cross-Iur seamless paging function is enabled, Iur traffic increases, that is, the value of the VS.SRNCIurBytesSigDCH.Tx counter increases.
6.5 Parameter Optimization None
6.6 Troubleshooting None
7 Parameters Table 7-1 Parameters Para mete r ID
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PRO BSC6 CES 900 SSW ITCH 5
MML Command
Feature ID
SET WRFDURRCTRLS 170202 WITCH WRFD170201 WRFD150252 WRFD150253 WRFD170104 WRFD171201 WRFD171202 WRFD150255 WRFD150254
Feature Name
Description
TCP Proxy Seamless Crystal Voice Video Service Rate Adaption VoIP Application Management Seamless Paging Crystal Voice in Deep Coverage Ultrafast CS Call Setup Differentiated Service Based on Terminal Differentiated Service Based on Application Resource Reservation
Meaning: 1)INTERRAT_LOAD_SINGLE_RPT_FOR_ LTE_SWITCH(RIM-based and Requestbased Load Information Sharing Switch) Whether a UMTS cell sends its load information to an LTE cell through the RIM procedure after receiving a load information sharing request from the LTE cell. 1: This switch is turned on. UMTS cells support the RIM-based load information sharing function. A UMTS cell sends its load information to an LTE cell after receiving a load information sharing request from the LTE cell. 0: This switch is turned off. UMTS cells do not support the RIM-based load information sharing function. A UMTS cell does not respond to the load information sharing request from an LTE cell. 2)INTERRAT_LOAD_REPORT_FROM_LT E_SWITCH(Learning LTE Load Through RIM Switch) Whether the RNC obtains the load
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MML Command
Feature ID
Feature Name
Description
information about LTE cells through the RAN information management (RIM) procedure. For details about the RIM procedure, see 3GPP TS 48. 018. 1: This switch is turned on. The RNC obtains the load information about LTE cells through the RIM procedure. 0: This switch is turned off. The RNC cannot obtain the load information about LTE cells through the RIM procedure. 3)UL_EVQI_SWITCH(UL EVQI Evaluation Switch) Whether to enable the EVQI function in the uplink. 1: This switch is turned on. EVQI is enabled in the uplink. 0: This switch is turned off. EVQI is disabled in the uplink. 4)DL_EVQI_SWITCH(DL EVQI Evaluation Switch) Whether to enable the EVQI function in the downlink. 1: This switch is turned on. EVQI is enabled in the downlink. 0: This switch is turned off. EVQI is disabled in the downlink. 5) VIDEO_RATE_ADAPTION_SWITCH (Video Service Rate Adaption Switch) Whether the Video Service Rate Adaption feature is enabled. 1: This switch is turned on. The Video Service Rate Adaption feature is enabled for PS UEs processing video services. That is, the rate of video service is ensured or is limited for these PS UEs. 0: This switch is turned off. The Video Service Rate Adaption feature is disabled for PS UEs. 6) VOIP_MANAGE_SWITCH (VoIP Application Management Switch) Whether the VoIP application management function is enabled. 1: This switch is turned on. VoIP application management actions are performed on PS UEs that are processing VoIP services. VoIP application management actions can either be VoIP application rate ensurance or
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MML Command
Feature ID
Feature Name
Description
VoIP application speed limit. 0: This switch is turned off. the VoIP application management function is disabled for PS UEs. 7) DIFF_SERVICE_ON_TERMINAL_SWITCH (Differentiated Service Based on Terminal Switch) Whether the Differentiated Service Based on Terminal feature is enabled. 1: This switch is turned on. PS UEs processing BE services are grouped into different terminal groups based on their type approval codes (TACs) in IMEIs, and each terminal group is assigned an SPI weight for BE services, thereby achieving differentiated services. 0: This switch is turned off. The Differentiated Service Based on Terminal feature is disabled for PS UEs processing BE services. 8) APP_GRP_RES_RSV_SWITCH (Differentiated Service Based on Application Resource Reservation Switch) Whether the Differentiated Service Based on Application Resource Reservation feature is enabled. 1: This switch is turned on. The RNC identifies service types, maps different service types to different resource groups, and configure different resource reservation policies for these resource groups. In this way, resource reservation is performed based on service types. 0: This switch is turned off. The RNC does not reserve resources based on service types or service groups. 9)RIM_ON_ECO_SWITCH(Support RIM by eCoordinator Switch) Whether the RIM procedure is implemented through the eCoordinator. 1: This switch is turned on. The RIM procedure is implemented through the eCoordinator. 0: This switch is turned off. the RIM procedure is implemented through the CN. This parameter is an advanced parameter.
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MML Command
Feature ID
Feature Name
Description
Therefore, modify the setting of this parameter under the instruction of Huawei technical support. 10)SRBCHG_DRD_FAST_RB_SETUP_SW ITCH(RB Fast Setup Switch for RB Setups Accompanied by DRDs with Changing SRBs) Whether to use the RB fast setup function for RB setups accompanied by DRDs with changing SRBs. 1: This switch is turned on. The RB fast setup function is used for RB setups accompanied by DRDs with changing SRBs. 0: This switch is turned off. The simultaneous setup procedure is used for RB setups accompanied by DRDs with changing SRBs. 11)SRBNOCHG_DRD_FAST_RB_SETUP_ SWITCH(RB Fast Setup Switch for RB Setups Accompanied by DRDs with Unchanged SRBs) Whether to use the RB fast setup function for RB setups accompanied by DRDs with unchanged SRBs. 1: This switch is turned on. The RB fast setup function is used for RB setups accompanied by DRDs with unchanged SRBs. 0: This switch is turned off. The simultaneous setup procedure is used for RB setups accompanied by DRDs with unchanged SRBs. 12)EXTD_LAC_PAGING_SWITCH(Extende d LAC Paging Switch) Whether to enable the extended LAC paging function 1: This switch is turned on. The extended LAC paging function is enabled. 0: This switch is turned off. The extended LAC paging function is disabled. 13)TCP_PROXY_SWITCH Whether to enable the TCP proxy function. 1: This switch is set to on. The RNC serves as a TCP proxy server, and an optimized TCP algorithm is implemented on the RAN side.
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MML Command
Feature ID
Feature Name
Description
0: This switch is set to off. The TCP proxy function does not take effect. 14)FACH_RB_RECFG_FAIL_SPEC_CAUS E_SWITCH Whether the RNC releases a UE's RRC connection after an RB reconfiguration failure with the cause of "incompatibleSimultaneousReconfiguration" or "invalid configuration." This switch is set to off by default. 1: This switch is turned on. The RNC releases the UE's RRC connection. 0: This switch is turned off. The RNC does not release the UE's RRC connection and rolls back the procedure. 15)WBAMR_HHO_FAIL_ROLLBACK_SWI TCH Whether RNC performs rollback operations when AMR-WB services experience hard handover failures. 1: This switch is turned on. The RNC performs rollback operations when AMRWB services experience hard handover failures. Before setting this switch to ON, you are advised to run the "SET UCONNMODETIMER" command to set T312 to 1s. Otherwise, some UEs experience garbled noise. 0: This switch is turned off. The RNC does not perform rollback operations when AMRWB services experience hard handover failures, and UEs experience call drops. 16)SEAMLESS_CRYSTAL_VOICE_SWITC H Whether the RNC-level seamless crystal voice function takes effect. 1: This switch is set to on. The RNC-level seamless crystal voice function takes effect. 0: This switch is set to off. The RNC-level seamless crystal voice function does not take effect. 17)CS_RB_PRI_MC_SWITCH Switch controlling the CS RB setup prior to measurement control (MC) function. 1: When this switch is set to on for scenarios where CS RB setup and measurement control coexist, the RNC
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MML Command
Feature ID
Feature Name
Description
preferentially delivers the RADIO BEARER SETUP message for the CS service. 0: When this switch is set to off, the CS RB setup prior to MC function is disabled. 18)L2U_SRVCC_PS_TIMEOUT_CS_RELO C_IN_SWITCH Whether to support the incoming CS handover during the single radio voice call continuity (SRVCC) with simultaneous CS and PS handovers if the PS RELOCATION REQUEST message times out. 1: When this switch is set to on, the RNC supports the incoming CS handover after receiving a RELOCATION REQUEST message from the CS domain during the SRVCC for CS+PS combined services, if the RNC does not receive a RELOCATION REQUEST message from the PS domain within the period of time specified by "IRatHoWaitPSRelocReqTmr" parameter in the "SET USTATETIMER" command. 0: When this switch is set to off, the RNC does not support the incoming CS handover in the preceding scenario. For details, see 3GPP TS 23.216. 19)CRYSTAL_VOICE_DEEPCOVER_SWIT CH Whether the RNC-level Crystal Voice in Deep Coverage function takes effect. 1: This switch is set to on. The RNC-level Crystal Voice in Deep Coverage function takes effect. 0: This switch is set to off. The RNC-level Crystal Voice in Deep Coverage function does not take effect. 20)LOAD_BASED_P2D_SWITCH Whether the load- and Ec/N0-based P2D state transition algorithm is enabled. 1: Indicates that this switch is set to ON. If both of the following conditions are met, the RNC triggers a P2D state transition. If either of the following conditions is not met, the RNC triggers a P2F state transition. (1)The actual uplink cell load enters the state specified by "ActualloadStateForP2D" or enters a lighter state, and the downlink non-HSPA transmit power enters the state
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MML Command
Feature ID
Feature Name
Description
specified by "NonHLoadStateForP2D" or enters a lighter state. The values of the "ActualloadStateForP2D" and "NonHLoadStateForP2D" parameters can be queried by running the RNC MML command "LST UUESTATETRANS". (2) The Ec/N0 is greater than or equal to "P2DEcNoThd". The value of the "P2DEcNoThd" parameter can be queried by running the RNC MML command "LST UFRC". 0: Indicates that this switch is set to OFF. The RNC triggers P2F state transitions, not load- and Ec/N0-based P2D state transitions. 21)PRIMOPER_NONROAM_USER_CN_S A_SWITCH Whether the CN-initiated service awareness function applies only to non-roaming UEs of the primary operator. 1: Indicates that this switch is set to ON. The CN-initiated service awareness function applies only to non-roaming UEs of the primary operator. 0: Indicates that this switch is set to OFF. The CN-initiated service awareness function applies to all UEs. 22)PS_R99_BLER_STAT_OPT_SWITCH(O ptimize The Measurement of PS R99 BLER) Whether the RNC optimizes the measurement of the block error rate (BLER) for PS R99 services. 1: Indicates that this switch is set to ON. The RNC identifies erroneous blocks generated by false detections during PS R99 D2F and F2D state transitions and during soft handovers and does not calculate these blocks into the PS R99 BLER. 0: Indicates that this switch is set to OFF. The RNC calculates the preceding erroneous blocks into the PS R99 BLER. 23)STATE_FACH_CONSISTENT_OPTI_S WITCH(CELL_FACH UE State Consistency Optimization Switch ) Whether to enable the state consistency optimization algorithm for UEs in the
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MML Command
Feature ID
Feature Name
Description
CELL_FACH state. 1: Indicates that this switch is set to ON. The state consistency optimization algorithm is enabled for UEs in the CELL_FACH state. The RNC waits for a certain period of time if it does not receive any response from the UE in the CELL_FACH state. This prevents state inconsistencies between the RNC and UE caused by UE not receiving an RRC CONNECTION RELEASE message. 0: Indicates that this switch is set to OFF. The state consistency optimization algorithm is disabled for UEs in the CELL_FACH state. This switch is set to OFF by default. 24)D2P_RECFG_REEST_SWITCH(D2P Reconfiguration and Reestablishment Switch) Whether the RNC triggers a D2P reconfiguration and reestablishment procedure for fast dormancy UEs that have experienced a TRB reset or an uplink RL synchronization failure. 1: Indicates that this switch is set to ON. The RNC triggers a D2P reconfiguration and reestablishment procedure for fast dormancy UEs that have experienced a TRB reset or uplink RL synchronization failure. 0: Indicates that this switch is set to OFF. The RNC does not trigger a D2P reconfiguration and reestablishment procedure for fast dormancy UEs in the preceding scenario. This switch is set to OFF by default. GUI Value Range: INTERRAT_LOAD_SINGLE_RPT_FOR_LT E_SWITCH, INTERRAT_LOAD_REPORT_FROM_LTE_ SWITCH, UL_EVQI_SWITCH, DL_EVQI_SWITCH, VIDEO_RATE_ADAPTION_SWITCH, VOIP_MANAGE_SWITCH, DIFF_SERVICE_ON_TERMINAL_SWITCH , APP_GRP_RES_RSV_SWITCH, RIM_ON_ECO_SWITCH, PRIMOPER_NONROAM_USER_CN_SA_ SWITCH,
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MML Command
Feature ID
Feature Name
Description
SRBCHG_DRD_FAST_RB_SETUP_SWIT CH, SRBNOCHG_DRD_FAST_RB_SETUP_S WITCH, FACH_RB_RECFG_FAIL_SPEC_CAUSE_ SWITCH, WBAMR_HHO_FAIL_ROLLBACK_SWITC H, EXTD_LAC_PAGING_SWITCH, TCP_PROXY_SWITCH, SEAMLESS_CRYSTAL_VOICE_SWITCH, CS_RB_PRI_MC_SWITCH, L2U_SRVCC_PS_TIMEOUT_CS_RELOC_ IN_SWITCH, CRYSTAL_VOICE_DEEPCOVER_SWITCH , LOAD_BASED_P2D_SWITCH, PS_R99_BLER_STAT_OPT_SWITCH, STATE_FACH_CONSISTENT_OPTI_SWIT CH, D2P_RECFG_REEST_SWITCH Unit: None Actual Value Range: INTERRAT_LOAD_SINGLE_RPT_FOR_LT E_SWITCH, INTERRAT_LOAD_REPORT_FROM_LTE_ SWITCH, UL_EVQI_SWITCH, DL_EVQI_SWITCH, VIDEO_RATE_ADAPTION_SWITCH, VOIP_MANAGE_SWITCH, DIFF_SERVICE_ON_TERMINAL_SWITCH , APP_GRP_RES_RSV_SWITCH, RIM_ON_ECO_SWITCH, PRIMOPER_NONROAM_USER_CN_SA_ SWITCH, SRBCHG_DRD_FAST_RB_SETUP_SWIT CH, SRBNOCHG_DRD_FAST_RB_SETUP_S WITCH, FACH_RB_RECFG_FAIL_SPEC_CAUSE_ SWITCH, WBAMR_HHO_FAIL_ROLLBACK_SWITC H, EXTD_LAC_PAGING_SWITCH, TCP_PROXY_SWITCH, SEAMLESS_CRYSTAL_VOICE_SWITCH, CS_RB_PRI_MC_SWITCH,
Para mete r ID
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MML Command
Feature ID
Feature Name
Description
L2U_SRVCC_PS_TIMEOUT_CS_RELOC_ IN_SWITCH, CRYSTAL_VOICE_DEEPCOVER_SWITCH , LOAD_BASED_P2D_SWITCH, PS_R99_BLER_STAT_OPT_SWITCH, STATE_FACH_CONSISTENT_OPTI_SWIT CH, D2P_RECFG_REEST_SWITCH Default Value: INTERRAT_LOAD_SINGLE_RPT_FOR_LT E_SWITCH:0,INTERRAT_LOAD_REPORT _FROM_LTE_SWITCH:0,UL_EVQI_SWITC H:0,DL_EVQI_SWITCH:0,VIDEO_RATE_A DAPTION_SWITCH:0,VOIP_MANAGE_SW ITCH:0,DIFF_SERVICE_ON_TERMINAL_S WITCH:0,APP_GRP_RES_RSV_SWITCH: 0,RIM_ON_ECO_SWITCH:0,PRIMOPER_ NONROAM_USER_CN_SA_SWITCH:0,SR BCHG_DRD_FAST_RB_SETUP_SWITCH: 0,SRBNOCHG_DRD_FAST_RB_SETUP_S WITCH:0,FACH_RB_RECFG_FAIL_SPEC_ CAUSE_SWITCH:0,WBAMR_HHO_FAIL_ ROLLBACK_SWITCH:0,EXTD_LAC_PAGI NG_SWITCH:0,TCP_PROXY_SWITCH:0,S EAMLESS_CRYSTAL_VOICE_SWITCH:0, CS_RB_PRI_MC_SWITCH:0,L2U_SRVCC _PS_TIMEOUT_CS_RELOC_IN_SWITCH: 0,CRYSTAL_VOICE_DEEPCOVER_SWIT CH:0,LOAD_BASED_P2D_SWITCH:0,PS_ R99_BLER_STAT_OPT_SWITCH:0,STATE _FACH_CONSISTENT_OPTI_SWITCH:0,D 2P_RECFG_REEST_SWITCH:0 PRO BSC6 CES 910 SSW ITCH 5
SET WRFDURRCTRLS 170202 WITCH WRFD170201 WRFD150252 WRFD150253 WRFD170104 WRFD171201 WRFD171202
TCP Proxy Seamless Crystal Voice Video Service Rate Adaption VoIP Application Management Seamless Paging Crystal Voice in Deep Coverage Ultrafast CS Call Setup Differentiated Service Based on Terminal Differentiated Service
Meaning: 1)INTERRAT_LOAD_SINGLE_RPT_FOR_ LTE_SWITCH(RIM-based and Requestbased Load Information Sharing Switch) Whether a UMTS cell sends its load information to an LTE cell through the RIM procedure after receiving a load information sharing request from the LTE cell. 1: This switch is turned on. UMTS cells support the RIM-based load information sharing function. A UMTS cell sends its load information to an LTE cell after receiving a load information sharing request from the LTE cell.
Para mete r ID
NE
MML Command
Feature ID
WRFD150255 WRFD150254
Feature Name
Based on Application Resource Reservation
Description
0: This switch is turned off. UMTS cells do not support the RIM-based load information sharing function. A UMTS cell does not respond to the load information sharing request from an LTE cell. 2)INTERRAT_LOAD_REPORT_FROM_LT E_SWITCH(Learning LTE Load Through RIM Switch) Whether the RNC obtains the load information about LTE cells through the RAN information management (RIM) procedure. For details about the RIM procedure, see 3GPP TS 48. 018. 1: This switch is turned on. The RNC obtains the load information about LTE cells through the RIM procedure. 0: This switch is turned off. The RNC cannot obtain the load information about LTE cells through the RIM procedure. 3)UL_EVQI_SWITCH(UL EVQI Evaluation Switch) Whether to enable the EVQI function in the uplink. 1: This switch is turned on. EVQI is enabled in the uplink. 0: This switch is turned off. EVQI is disabled in the uplink. 4)DL_EVQI_SWITCH(DL EVQI Evaluation Switch) Whether to enable the EVQI function in the downlink. 1: This switch is turned on. EVQI is enabled in the downlink. 0: This switch is turned off. EVQI is disabled in the downlink. 5) VIDEO_RATE_ADAPTION_SWITCH (Video Service Rate Adaption Switch) Whether the Video Service Rate Adaption feature is enabled. 1: This switch is turned on. The Video Service Rate Adaption feature is enabled for PS UEs processing video services. That is, the rate of video service is ensured or is limited for these PS UEs. 0: This switch is turned off. The Video Service Rate Adaption feature is disabled for PS UEs.
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
6) VOIP_MANAGE_SWITCH (VoIP Application Management Switch) Whether the VoIP application management function is enabled. 1: This switch is turned on. VoIP application management actions are performed on PS UEs that are processing VoIP services. VoIP application management actions can either be VoIP application rate ensurance or VoIP application speed limit. 0: This switch is turned off. the VoIP application management function is disabled for PS UEs. 7) DIFF_SERVICE_ON_TERMINAL_SWITCH (Differentiated Service Based on Terminal Switch) Whether the Differentiated Service Based on Terminal feature is enabled. 1: This switch is turned on. PS UEs processing BE services are grouped into different terminal groups based on their type approval codes (TACs) in IMEIs, and each terminal group is assigned an SPI weight for BE services, thereby achieving differentiated services. 0: This switch is turned off. The Differentiated Service Based on Terminal feature is disabled for PS UEs processing BE services. 8) APP_GRP_RES_RSV_SWITCH (Differentiated Service Based on Application Resource Reservation Switch) Whether the Differentiated Service Based on Application Resource Reservation feature is enabled. 1: This switch is turned on. The RNC identifies service types, maps different service types to different resource groups, and configure different resource reservation policies for these resource groups. In this way, resource reservation is performed based on service types. 0: This switch is turned off. The RNC does not reserve resources based on service types or service groups. 9)RIM_ON_ECO_SWITCH(Support RIM by eCoordinator Switch)
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
Whether the RIM procedure is implemented through the eCoordinator. 1: This switch is turned on. The RIM procedure is implemented through the eCoordinator. 0: This switch is turned off. the RIM procedure is implemented through the CN. This parameter is an advanced parameter. Therefore, modify the setting of this parameter under the instruction of Huawei technical support. 10)SRBCHG_DRD_FAST_RB_SETUP_SW ITCH(RB Fast Setup Switch for RB Setups Accompanied by DRDs with Changing SRBs) Whether to use the RB fast setup function for RB setups accompanied by DRDs with changing SRBs. 1: This switch is turned on. The RB fast setup function is used for RB setups accompanied by DRDs with changing SRBs. 0: This switch is turned off. The simultaneous setup procedure is used for RB setups accompanied by DRDs with changing SRBs. 11)SRBNOCHG_DRD_FAST_RB_SETUP_ SWITCH(RB Fast Setup Switch for RB Setups Accompanied by DRDs with Unchanged SRBs) Whether to use the RB fast setup function for RB setups accompanied by DRDs with unchanged SRBs. 1: This switch is turned on. The RB fast setup function is used for RB setups accompanied by DRDs with unchanged SRBs. 0: This switch is turned off. The simultaneous setup procedure is used for RB setups accompanied by DRDs with unchanged SRBs. 12)EXTD_LAC_PAGING_SWITCH(Extende d LAC Paging Switch) Whether to enable the extended LAC paging function 1: This switch is turned on. The extended LAC paging function is enabled.
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
0: This switch is turned off. The extended LAC paging function is disabled. 13)TCP_PROXY_SWITCH Whether to enable the TCP proxy function. 1: This switch is set to on. The RNC serves as a TCP proxy server, and an optimized TCP algorithm is implemented on the RAN side. 0: This switch is set to off. The TCP proxy function does not take effect. 14)FACH_RB_RECFG_FAIL_SPEC_CAUS E_SWITCH Whether the RNC releases a UE's RRC connection after an RB reconfiguration failure with the cause of "incompatibleSimultaneousReconfiguration" or "invalid configuration." This switch is set to off by default. 1: This switch is turned on. The RNC releases the UE's RRC connection. 0: This switch is turned off. The RNC does not release the UE's RRC connection and rolls back the procedure. 15)WBAMR_HHO_FAIL_ROLLBACK_SWI TCH Whether RNC performs rollback operations when AMR-WB services experience hard handover failures. 1: This switch is turned on. The RNC performs rollback operations when AMRWB services experience hard handover failures. Before setting this switch to ON, you are advised to run the "SET UCONNMODETIMER" command to set T312 to 1s. Otherwise, some UEs experience garbled noise. 0: This switch is turned off. The RNC does not perform rollback operations when AMRWB services experience hard handover failures, and UEs experience call drops. 16)SEAMLESS_CRYSTAL_VOICE_SWITC H Whether the RNC-level seamless crystal voice function takes effect. 1: This switch is set to on. The RNC-level seamless crystal voice function takes effect. 0: This switch is set to off. The RNC-level
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
seamless crystal voice function does not take effect. 17)CS_RB_PRI_MC_SWITCH Switch controlling the CS RB setup prior to measurement control (MC) function. 1: When this switch is set to on for scenarios where CS RB setup and measurement control coexist, the RNC preferentially delivers the RADIO BEARER SETUP message for the CS service. 0: When this switch is set to off, the CS RB setup prior to MC function is disabled. 18)L2U_SRVCC_PS_TIMEOUT_CS_RELO C_IN_SWITCH Whether to support the incoming CS handover during the single radio voice call continuity (SRVCC) with simultaneous CS and PS handovers if the PS RELOCATION REQUEST message times out. 1: When this switch is set to on, the RNC supports the incoming CS handover after receiving a RELOCATION REQUEST message from the CS domain during the SRVCC for CS+PS combined services, if the RNC does not receive a RELOCATION REQUEST message from the PS domain within the period of time specified by "IRatHoWaitPSRelocReqTmr" parameter in the "SET USTATETIMER" command. 0: When this switch is set to off, the RNC does not support the incoming CS handover in the preceding scenario. For details, see 3GPP TS 23.216. 19)CRYSTAL_VOICE_DEEPCOVER_SWIT CH Whether the RNC-level Crystal Voice in Deep Coverage function takes effect. 1: This switch is set to on. The RNC-level Crystal Voice in Deep Coverage function takes effect. 0: This switch is set to off. The RNC-level Crystal Voice in Deep Coverage function does not take effect. 20)LOAD_BASED_P2D_SWITCH Whether the load- and Ec/N0-based P2D state transition algorithm is enabled. 1: Indicates that this switch is set to ON. If
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
both of the following conditions are met, the RNC triggers a P2D state transition. If either of the following conditions is not met, the RNC triggers a P2F state transition. (1)The actual uplink cell load enters the state specified by "ActualloadStateForP2D" or enters a lighter state, and the downlink non-HSPA transmit power enters the state specified by "NonHLoadStateForP2D" or enters a lighter state. The values of the "ActualloadStateForP2D" and "NonHLoadStateForP2D" parameters can be queried by running the RNC MML command "LST UUESTATETRANS". (2) The Ec/N0 is greater than or equal to "P2DEcNoThd". The value of the "P2DEcNoThd" parameter can be queried by running the RNC MML command "LST UFRC". 0: Indicates that this switch is set to OFF. The RNC triggers P2F state transitions, not load- and Ec/N0-based P2D state transitions. 21)PRIMOPER_NONROAM_USER_CN_S A_SWITCH Whether the CN-initiated service awareness function applies only to non-roaming UEs of the primary operator. 1: Indicates that this switch is set to ON. The CN-initiated service awareness function applies only to non-roaming UEs of the primary operator. 0: Indicates that this switch is set to OFF. The CN-initiated service awareness function applies to all UEs. 22)PS_R99_BLER_STAT_OPT_SWITCH(O ptimize The Measurement of PS R99 BLER) Whether the RNC optimizes the measurement of the block error rate (BLER) for PS R99 services. 1: Indicates that this switch is set to ON. The RNC identifies erroneous blocks generated by false detections during PS R99 D2F and F2D state transitions and during soft handovers and does not calculate these blocks into the PS R99 BLER.
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
0: Indicates that this switch is set to OFF. The RNC calculates the preceding erroneous blocks into the PS R99 BLER. 23)STATE_FACH_CONSISTENT_OPTI_S WITCH(CELL_FACH UE State Consistency Optimization Switch ) Whether to enable the state consistency optimization algorithm for UEs in the CELL_FACH state. 1: Indicates that this switch is set to ON. The state consistency optimization algorithm is enabled for UEs in the CELL_FACH state. The RNC waits for a certain period of time if it does not receive any response from the UE in the CELL_FACH state. This prevents state inconsistencies between the RNC and UE caused by UE not receiving an RRC CONNECTION RELEASE message. 0: Indicates that this switch is set to OFF. The state consistency optimization algorithm is disabled for UEs in the CELL_FACH state. This switch is set to OFF by default. 24)D2P_RECFG_REEST_SWITCH(D2P Reconfiguration and Reestablishment Switch) Whether the RNC triggers a D2P reconfiguration and reestablishment procedure for fast dormancy UEs that have experienced a TRB reset or an uplink RL synchronization failure. 1: Indicates that this switch is set to ON. The RNC triggers a D2P reconfiguration and reestablishment procedure for fast dormancy UEs that have experienced a TRB reset or uplink RL synchronization failure. 0: Indicates that this switch is set to OFF. The RNC does not trigger a D2P reconfiguration and reestablishment procedure for fast dormancy UEs in the preceding scenario. This switch is set to OFF by default. GUI Value Range: INTERRAT_LOAD_SINGLE_RPT_FOR_LT E_SWITCH, INTERRAT_LOAD_REPORT_FROM_LTE_
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
SWITCH, UL_EVQI_SWITCH, DL_EVQI_SWITCH, VIDEO_RATE_ADAPTION_SWITCH, VOIP_MANAGE_SWITCH, DIFF_SERVICE_ON_TERMINAL_SWITCH , APP_GRP_RES_RSV_SWITCH, RIM_ON_ECO_SWITCH, PRIMOPER_NONROAM_USER_CN_SA_ SWITCH, SRBCHG_DRD_FAST_RB_SETUP_SWIT CH, SRBNOCHG_DRD_FAST_RB_SETUP_S WITCH, FACH_RB_RECFG_FAIL_SPEC_CAUSE_ SWITCH, WBAMR_HHO_FAIL_ROLLBACK_SWITC H, EXTD_LAC_PAGING_SWITCH, TCP_PROXY_SWITCH, SEAMLESS_CRYSTAL_VOICE_SWITCH, CS_RB_PRI_MC_SWITCH, L2U_SRVCC_PS_TIMEOUT_CS_RELOC_ IN_SWITCH, CRYSTAL_VOICE_DEEPCOVER_SWITCH , LOAD_BASED_P2D_SWITCH, PS_R99_BLER_STAT_OPT_SWITCH, STATE_FACH_CONSISTENT_OPTI_SWIT CH, D2P_RECFG_REEST_SWITCH Unit: None Actual Value Range: INTERRAT_LOAD_SINGLE_RPT_FOR_LT E_SWITCH, INTERRAT_LOAD_REPORT_FROM_LTE_ SWITCH, UL_EVQI_SWITCH, DL_EVQI_SWITCH, VIDEO_RATE_ADAPTION_SWITCH, VOIP_MANAGE_SWITCH, DIFF_SERVICE_ON_TERMINAL_SWITCH , APP_GRP_RES_RSV_SWITCH, RIM_ON_ECO_SWITCH, PRIMOPER_NONROAM_USER_CN_SA_ SWITCH, SRBCHG_DRD_FAST_RB_SETUP_SWIT CH, SRBNOCHG_DRD_FAST_RB_SETUP_S WITCH,
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
FACH_RB_RECFG_FAIL_SPEC_CAUSE_ SWITCH, WBAMR_HHO_FAIL_ROLLBACK_SWITC H, EXTD_LAC_PAGING_SWITCH, TCP_PROXY_SWITCH, SEAMLESS_CRYSTAL_VOICE_SWITCH, CS_RB_PRI_MC_SWITCH, L2U_SRVCC_PS_TIMEOUT_CS_RELOC_ IN_SWITCH, CRYSTAL_VOICE_DEEPCOVER_SWITCH , LOAD_BASED_P2D_SWITCH, PS_R99_BLER_STAT_OPT_SWITCH, STATE_FACH_CONSISTENT_OPTI_SWIT CH, D2P_RECFG_REEST_SWITCH Default Value: INTERRAT_LOAD_SINGLE_RPT_FOR_LT E_SWITCH:0,INTERRAT_LOAD_REPORT _FROM_LTE_SWITCH:0,UL_EVQI_SWITC H:0,DL_EVQI_SWITCH:0,VIDEO_RATE_A DAPTION_SWITCH:0,VOIP_MANAGE_SW ITCH:0,DIFF_SERVICE_ON_TERMINAL_S WITCH:0,APP_GRP_RES_RSV_SWITCH: 0,RIM_ON_ECO_SWITCH:0,PRIMOPER_ NONROAM_USER_CN_SA_SWITCH:0,SR BCHG_DRD_FAST_RB_SETUP_SWITCH: 0,SRBNOCHG_DRD_FAST_RB_SETUP_S WITCH:0,FACH_RB_RECFG_FAIL_SPEC_ CAUSE_SWITCH:0,WBAMR_HHO_FAIL_ ROLLBACK_SWITCH:0,EXTD_LAC_PAGI NG_SWITCH:0,TCP_PROXY_SWITCH:0,S EAMLESS_CRYSTAL_VOICE_SWITCH:0, CS_RB_PRI_MC_SWITCH:0,L2U_SRVCC _PS_TIMEOUT_CS_RELOC_IN_SWITCH: 0,CRYSTAL_VOICE_DEEPCOVER_SWIT CH:0,LOAD_BASED_P2D_SWITCH:0,PS_ R99_BLER_STAT_OPT_SWITCH:0,STATE _FACH_CONSISTENT_OPTI_SWITCH:0,D 2P_RECFG_REEST_SWITCH:0 Func BSC6 tionS 900 witch
ADD UNRNC MOD UNRNC
WRFD010615 WRFD170104 WRFD-
Multiple RAB Package(PS RAB >= 2) Seamless Paging Interactive QoS Class Background QoS Class
Meaning: 1)EXTD_LAC_PAGING_SUPPORT_SWIT CH(Neighbor RNC Support Extended LAC Paging Switch) whether the neighboring RNC supports the
Para mete r ID
NE
MML Command
Feature ID
Feature Name
010503 WRFD010504
Func BSC6 tionS 910 witch
ADD UNRNC MOD UNRNC
WRFD010615 WRFD170104 WRFD010503 WRFD010504
Description
extended LAC paging function. 1: This switch is set to on. The SRNC can send paging messages to the neighboring RNC. 0: This switch is set to off. The SRNC cannot send paging messages to the neighboring RNC. 2)AMBR_SUPPORT_SWITCH(NRNC Support AMBR) Whether the SRNC sends a neighboring RNC an information element (IE) that contains the aggregate maximum bit rate (AMBR). 1: Indicates that this switch is set to ON. The SRNC sends an IE that contains the AMBR to the DRNC over the Iur interface during an inter-RNC handover. 0: Indicates that this switch is set to OFF. The SRNC does not send an IE that contains the AMBR to the DRNC over the Iur interface during an inter-RNC handover. GUI Value Range: EXTD_LAC_PAGING_SUPPORT_SWITCH (EXTD_LAC_PAGING_SUPPORT_SWITC H), AMBR_SUPPORT_SWITCH(AMBR_SUPP ORT_SWITCH) Unit: None Actual Value Range: EXTD_LAC_PAGING_SUPPORT_SWITCH , AMBR_SUPPORT_SWITCH Default Value: EXTD_LAC_PAGING_SUPPORT_SWITCH :0,AMBR_SUPPORT_SWITCH:0 Multiple RAB Package(PS RAB >= 2) Seamless Paging Interactive QoS Class Background QoS Class
Meaning: 1)EXTD_LAC_PAGING_SUPPORT_SWIT CH(Neighbor RNC Support Extended LAC Paging Switch) whether the neighboring RNC supports the extended LAC paging function. 1: This switch is set to on. The SRNC can send paging messages to the neighboring RNC. 0: This switch is set to off. The SRNC cannot send paging messages to the
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
neighboring RNC. 2)AMBR_SUPPORT_SWITCH(NRNC Support AMBR) Whether the SRNC sends a neighboring RNC an information element (IE) that contains the aggregate maximum bit rate (AMBR). 1: Indicates that this switch is set to ON. The SRNC sends an IE that contains the AMBR to the DRNC over the Iur interface during an inter-RNC handover. 0: Indicates that this switch is set to OFF. The SRNC does not send an IE that contains the AMBR to the DRNC over the Iur interface during an inter-RNC handover. GUI Value Range: EXTD_LAC_PAGING_SUPPORT_SWITCH (EXTD_LAC_PAGING_SUPPORT_SWITC H), AMBR_SUPPORT_SWITCH(AMBR_SUPP ORT_SWITCH) Unit: None Actual Value Range: EXTD_LAC_PAGING_SUPPORT_SWITCH , AMBR_SUPPORT_SWITCH Default Value: EXTD_LAC_PAGING_SUPPORT_SWITCH :0,AMBR_SUPPORT_SWITCH:0 Macc BSC6 Page 900 Repe atTim es
SET UDPUCFG DATA
WRFD010301
Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
Meaning: This parameter defines the times of retransmission of paging messages. If the times of retransmission exceed the value of this parameter, retransmission stops. For details, refer to the 3GPP TS 25.331 protocol. GUI Value Range: 0~2 Unit: None Actual Value Range: 0~2 Default Value: 0
Macc BSC6 Page 910 Repe atTim es
SET UDPUCFG DATA
WRFD010301
Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
Meaning: This parameter defines the times of retransmission of paging messages. If the times of retransmission exceed the value of this parameter, retransmission stops. For details, refer to the 3GPP TS 25.331 protocol.
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
GUI Value Range: 0~2 Unit: None Actual Value Range: 0~2 Default Value: 0 DRX Cycl eLen Coef
BSC6 900
ADD UCNDOMAI N MOD UCNDOMAI N
WRFD150205 WRFD010401 WRFD140206
Layered Paging in Idle Mode System Information Broadcasting Layered Paging in URA_PCH
Meaning: Discontinuous Reception (DRX) cycle length coefficient of the CN domain, which is broadcast in SIB1 and used by UEs in the idle mode. This parameter is an advanced parameter and must be modified only with the assistance of Huawei technical support personnel. GUI Value Range: 6~9 Unit: None Actual Value Range: 6~9 Default Value: 6
DRX Cycl eLen Coef
BSC6 910
ADD UCNDOMAI N MOD UCNDOMAI N
WRFD150205 WRFD010401 WRFD140206
Layered Paging in Idle Mode System Information Broadcasting Layered Paging in URA_PCH
Meaning: Discontinuous Reception (DRX) cycle length coefficient of the CN domain, which is broadcast in SIB1 and used by UEs in the idle mode. This parameter is an advanced parameter and must be modified only with the assistance of Huawei technical support personnel. GUI Value Range: 6~9 Unit: None Actual Value Range: 6~9 Default Value: 6
SET UFRC
WRFD010302 WRFD010301 WRFD150205
Paging UE in CELL_FACH, CELL_DCH State (Type 2) Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1) Layered Paging in Idle Mode
Meaning: UTRAN-specific Discontinuous Reception (DRX) cycle length coefficient. In connected mode, the UE uses the shorter one between CN-specific DRX cycle length coefficient and UTRAN-specific DRX cycle length coefficient. In idle mode, the UE can use the DRX mode to receive paging indications so as to reduce power consumption; in this case, the UE needs to monitor only one paging indication in one paging occasion during each DRX cycle. GUI Value Range: 3~9 Unit: None
DrxC BSC6 ycleL 900 enCo ef
Para mete r ID
NE
MML Command
Feature ID
Feature Name
Description
Actual Value Range: 3~9 Default Value: 6 DrxC BSC6 ycleL 910 enCo ef
SET UFRC
WRFD010302 WRFD010301 WRFD150205
Paging UE in CELL_FACH, CELL_DCH State (Type 2) Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1) Layered Paging in Idle Mode
Meaning: UTRAN-specific Discontinuous Reception (DRX) cycle length coefficient. In connected mode, the UE uses the shorter one between CN-specific DRX cycle length coefficient and UTRAN-specific DRX cycle length coefficient. In idle mode, the UE can use the DRX mode to receive paging indications so as to reduce power consumption; in this case, the UE needs to monitor only one paging indication in one paging occasion during each DRX cycle. GUI Value Range: 3~9 Unit: None Actual Value Range: 3~9 Default Value: 6
8 Counters Table 8-1 Counters Counter ID
Counter Name
Counter Description
NE
Feature ID
Feature Name
73429229
VS.ExtdPaging1.Att.Idle.CS
Number of BSC6900 Extended Paging Attempts Triggered by CS Conversationa l Services to Page UEs in Idle Mode for RNC
WRFD170104 WRFD010301
Seamless Paging Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
73429229
VS.ExtdPaging1.Att.Idle.CS
Number of BSC6910 Extended Paging Attempts Triggered by CS Conversationa l Services to Page UEs in Idle Mode for
WRFD170104 WRFD010301
Seamless Paging Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
Counter ID
Counter Name
Counter Description
NE
Feature ID
Feature Name
RNC 73429231
VS.ExtdPaging1.Succ.Idle.CS
Number of BSC6900 Successful Extended Pagings Triggered by CS Conversationa l Services to Page UEs in Idle Mode for RNC
WRFD170104 WRFD010301
Seamless Paging Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
73429231
VS.ExtdPaging1.Succ.Idle.CS
Number of BSC6910 Successful Extended Pagings Triggered by CS Conversationa l Services to Page UEs in Idle Mode for RNC
WRFD170104 WRFD010301
Seamless Paging Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
73429236
VS.ExtdPaging1.Att.Idle.CS.DRN C
Number of BSC6900 Extended Paging Attempts Triggered by CS Conversationa l Services to Page UEs in Idle Mode over the Iur Interface for DRNC
WRFD170104 WRFD010301
Seamless Paging Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
73429236
VS.ExtdPaging1.Att.Idle.CS.DRN C
Number of BSC6910 Extended Paging Attempts Triggered by CS Conversationa l Services to Page UEs in Idle Mode over the Iur
WRFD170104 WRFD010301
Seamless Paging Paging UE in Idle, CELL_PCH, URA_PCH State (Type 1)
Counter ID
Counter Name
Counter Description Interface for DRNC
NE
Feature ID
Feature Name
