DBS3900 GSM&BTS3900 GSM&BTS3900A GSM BTS3000V100R012C00
Operation Guide to New Functio ction ns (For Internal Use)
Issue
01
Date
2010-06-30
HUAWEI TECHNOLOGIES TECHNOLOGIES CO., LTD LTD..
Copyright © Huawei Technologies Co., Ltd. 2010. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
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DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Operation Guide to New Functions (For Internal Use)
About This Document
About This Document Author Prepared by
GBTS software development team
Date
2010-06-10
Reviewed by
Deng Dechun, Lu Xiangming, Zeng Yongdong Yongdong,, Wu Mei, Wang Yulin, Wang Qingsong Q ingsong
Date
2010-06-18
Test
Deng Dechun
Date
2010-06-25
Approved by
Wang Qingsong
Date
2010-06-30
Summary You are advised to read this document before using DBS3900 GSM&BTS3900 GSM&BTS3900A GSM. This document consists of the following chapters:
Chapter
Description
1Version Relation Description
This chapter describes the version relation between BTS3000V100R012C00 BTS3000V100R012C00 and the software of different products.
2Operation Guide to New Functions in BTS3000V100R012C00
This chapter provides an operation guide to new functions in BTS3000V100R012C00.
History Issue
Description
Date
Author
Approved by
01
First issue
2010-06-30
GBTS software development team
Wang Qingsong
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DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Operation Guide to New Functions (For Internal Use)
Contents
Contents 1 Version Relation Description............ Description................................... .............................................. ...............................................................1-1 ........................................1-1 2 Operation Guide to New Functions in BTS3000V100R012C00....... BTS3000V100R012C00.............................. ..................................2-1 ...........2-1 2.1 Power Lose Redundancy Alarm.................................. Alarm.................................................................................................................. ...................................................................................2-1 ...2-1 2.1.1 Function Description............................................................................................................................. Description.............................................................................................................................2-1 2-1 2.1.2 Operation Procedure..............................................................................................................................2-1 Procedure..............................................................................................................................2-1 2.1.3 Version Version Relation Description.................................................................................................. Description........................................................................................................... ..............2-2 .....2-2 2.2 Maintainability and Testability Testability of the RF Module and the FPGA Module......................................... Module................................................... ...........2-2 .2-2 2.2.1 Function Description............................................................................................................................. Description.............................................................................................................................2-2 2-2 2.2.2 Operation Procedure..............................................................................................................................2-2 Procedure..............................................................................................................................2-2 2.2.3 Version Version Relation Description.................................................................................................. Description........................................................................................................... ..............2-9 .....2-9 2.3 Integrated Link Fault Location Scheme.........................................................................................................2-9 2.3.1 Function Description............................................................................................................................. Description.............................................................................................................................2-9 2-9 2.3.2 Operation Procedure..............................................................................................................................2-9 Procedure..............................................................................................................................2-9 2.3.3 Version Version Relation Description............................................................................................... Description......................................................................................................... ...............2-14 .....2-14 2.4 DSP Maintainability and Testability Requirement Package.........................................................................2-14 2.4.1 Function Description........................................................................................................................... Description...........................................................................................................................2-14 2-14 2.4.2 Operation Procedure............................................................................................................................2-15 Procedure............................................................................................................................2-15 2.4.3 Version Version Relation Description............................................................................................... Description......................................................................................................... ...............2-17 .....2-17 2.5 Peer Device Reset.........................................................................................................................................2-17 2.5.1 Function Description........................................................................................................................... Description...........................................................................................................................2-17 2-17 2.5.2 Operation Procedure............................................................................................................................2-17 Procedure............................................................................................................................2-17 2.5.3 Version Version Relation Description............................................................................................... Description......................................................................................................... ...............2-18 .....2-18 2.6 Resetting the Ethernet Port...........................................................................................................................2-18 2.6.1 Function Description........................................................................................................................... Description...........................................................................................................................2-18 2-18 2.6.2 Operation Procedure............................................................................................................................2-18 Procedure............................................................................................................................2-18 2.6.3 Version Version Relation Description............................................................................................... Description......................................................................................................... ...............2-18 .....2-18 2.7 Downlink AFC......................................................................... AFC..............................................................................................................................................2-19 .....................................................................2-19 2.7.1 Function Description........................................................................................................................... Description...........................................................................................................................2-19 2-19 2.7.2 Operation Procedure............................................................................................................................2-19 Procedure............................................................................................................................2-19 2.7.3 Version Version Relation Description............................................................................................... Description......................................................................................................... ...............2-19 .....2-19 2.8 Cross Call Detection and Enhanced Positioning Function...........................................................................2-19 2.8.1 Function Description........................................................................................................................... Description...........................................................................................................................2-19 2-19 Issue 01 (2010-06-30)
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DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Operation Guide to New Functions (For Internal Use) 2.8.2 Operation Procedure............................................................................................................................2-19 Procedure............................................................................................................................2-19 2.8.3 Version Version Relation Description............................................................................................... Description......................................................................................................... ...............2-26 .....2-26
2.9 Normalization of Common Parameters................................................................................................... Parameters........................................................................................................2-26 .....2-26 2.9.1 Function Description........................................................................................................................... Description...........................................................................................................................2-26 2-26 2.9.2 Operation Procedure............................................................................................................................2-27 Procedure............................................................................................................................2-27 2.9.3 Version Version Relation Description............................................................................................... Description......................................................................................................... ...............2-28 .....2-28 2.10 Higher-Order Higher-Order Modulation Power Increase............................................. Increase......................................................................................... .................................................... ........2-28 2-28 2.10.1 Function Description......................................................................................................................... Description.........................................................................................................................2-28 2-28 2.10.2 Operation Procedure..........................................................................................................................2-28 Procedure..........................................................................................................................2-28 2.10.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-29 .....2-29 2.11 EMUA in Remote Mode.............................................................................................................................2-29 2.11.1 Function Description......................................................................................................................... Description.........................................................................................................................2-29 2-29 2.11.2 Operation Procedure..........................................................................................................................2-29 2.11.3 Version Version Relation Description.............................................................................................................2-29 Description.............................................................................................................2-29 2.12 GSM+LTE GSM+LTE Co-Cabinet Solution................................................................................................................2-29 Solution............................................................................................................. ...2-29 2.12.1 Function Description......................................................................................................................... Description.........................................................................................................................2-29 2-29 2.12.2 Operation Procedure..........................................................................................................................2-30 Procedure..........................................................................................................................2-30 2.12.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-30 .....2-30 2.13 Normalization of Transmission Parameters................................................................................................2-30 Parameters................................................................................................2-30 2.13.1 Function Description......................................................................................................................... Description.........................................................................................................................2-30 2-30 2.13.2 Operation Procedure..........................................................................................................................2-31 Procedure..........................................................................................................................2-31 2.13.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-39 .....2-39 2.14 Optimization on CPRI Rate Negotiation....................................................................................................2-39 2.14.1 Function Description....................................................... Description......................................................................................................................... ..................................................................2-39 2-39 2.14.2 Operation Procedure..........................................................................................................................2-39 Procedure..........................................................................................................................2-39 2.14.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-39 .....2-39 2.15 Optimization on the MCPA MCPA A Algorithm............................................................................. lgorithm................................................................................................... ..........................2-39 ....2-39 2.15.1 Function Description......................................................................................................................... Description.........................................................................................................................2-39 2-39 2.15.2 Operation Procedure..........................................................................................................................2-40 Procedure..........................................................................................................................2-40 2.15.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-40 .....2-40 2.16 Optimization on the Co-TRM Performance and Algorithm Algorithm at the MBTS.................................................2-40 MBTS......................................... ........2-40 2.16.1 Function Description....................................................... Description......................................................................................................................... ..................................................................2-40 2-40 2.16.2 Operation Procedure..........................................................................................................................2-40 Procedure..........................................................................................................................2-40 2.16.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-43 .....2-43 2.17 Sharing of the Synchronous Ethernet Clock at the MBTS.................................................... MBTS......................................................................... .....................2-43 2-43 2.17.1 Function Description......................................................................................................................... Description.........................................................................................................................2-43 2-43 2.17.2 Operation Procedure..........................................................................................................................2-43 Procedure..........................................................................................................................2-43 2.17.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-44 .....2-44 2.18 Fast Rollback on the MBTS.......................................................................................................................2-44 2.18.1 Function Description....................................................... Description......................................................................................................................... ..................................................................2-44 2-44 2.18.2 Operation Procedure..........................................................................................................................2-44 Procedure..........................................................................................................................2-44 2.18.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-44 .....2-44 ii
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Contents
2.19 IEEE1588V2-over-MAC IEEE1588V2-over-MAC Clock Configuration............................................. Configuration..........................................................................................2-45 .............................................2-45 2.19.1 Function Description......................................................................................................................... Description.........................................................................................................................2-45 2-45 2.19.2 Operation Procedure..........................................................................................................................2-45 Procedure..........................................................................................................................2-45 2.19.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-46 .....2-46 2.20 Alignment of Transmission Transmission at the MBTS...................................................................................................2-46 MBTS................................................................................................... 2-46 2.20.1 Function Description......................................................................................................................... Description.........................................................................................................................2-46 2-46 2.20.2 Operation Procedure..........................................................................................................................2-47 Procedure..........................................................................................................................2-47 2.20.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-48 .....2-48 2.21 Query of Details on the Loading Control Right.........................................................................................2-48 2.21.1 Function Description......................................................................................................................... Description.........................................................................................................................2-48 2-48 2.21.2 Operation Procedure..........................................................................................................................2-48 Procedure..........................................................................................................................2-48 2.21.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-48 .....2-48 2.22 Query of E1/T1 Attributes...................................................................................... Attributes..................................................................................................................... ....................................2-48 .....2-48 2.22.1 Function Description....................................................... Description......................................................................................................................... ..................................................................2-48 2-48 2.22.2 Operation Procedure..........................................................................................................................2-48 Procedure..........................................................................................................................2-48 2.22.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-49 .....2-49 2.23 IP-Related Functions on the SMT..............................................................................................................2-49 2.23.1 Function Description....................................................... Description......................................................................................................................... ..................................................................2-49 2-49 2.23.2 Operation Procedure..........................................................................................................................2-49 Procedure..........................................................................................................................2-49 2.23.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-55 .....2-55 2.24 Query of Hot Patch Activation Activation Time....................................................................................................... Time..........................................................................................................2-55 ...2-55 2.24.1 Function Description......................................................................................................................... Description.........................................................................................................................2-55 2-55 2.24.2 Operation Procedure..........................................................................................................................2-55 Procedure..........................................................................................................................2-55 2.24.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-56 .....2-56 2.25 Query of NE Version Version Activation T Time............................................................................................... ime....................................................................................................... ........2-56 2-56 2.25.1 Function Description......................................................................................................................... Description.........................................................................................................................2-56 2-56 2.25.2 Operation Procedure..........................................................................................................................2-56 Procedure..........................................................................................................................2-56 2.25.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-56 .....2-56 2.26 XMU Monitoring and Smart TRX.............................................................................................................2-56 2.26.1 Function Description......................................................................................................................... Description.........................................................................................................................2-56 2-56 2.26.2 Operation Procedure..........................................................................................................................2-56 Procedure..........................................................................................................................2-56 2.26.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-56 .....2-56 2.27 Configuration of Two Two Ethernet Ports in Port IP Mode...............................................................................2-57 Mode............................................................................... 2-57 2.27.1 Function Description......................................................................................................................... Description.........................................................................................................................2-57 2-57 2.27.2 Operation Procedure..........................................................................................................................2-57 Procedure..........................................................................................................................2-57 2.27.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-58 .....2-58 2.28 E1/T1 Co-Transmission Based on UTRP Sharing in the MBTS................................................................2-58 2.28.1 Function Description....................................................... Description......................................................................................................................... ..................................................................2-58 2-58 2.28.2 Operation Procedure..........................................................................................................................2-58 Procedure..........................................................................................................................2-58 2.28.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-58 .....2-58 2.29 Enhanced DSP Voice Voice Link Detection Capability...................................................................... Capability................................................................................ ................. .......2-59 2-59 2.29.1 Function Description......................................................................................................................... Description.........................................................................................................................2-59 2-59 Issue 01 (2010-06-30)
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Contents
DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Operation Guide to New Functions (For Internal Use) 2.29.2 Operation Procedure..........................................................................................................................2-59 Procedure..........................................................................................................................2-59 2.29.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-60 .....2-60
2.30 Optimized Voice Voice Problem Location............................................................................................................2-60 2.30.1 Function Description....................................................... Description......................................................................................................................... ..................................................................2-60 2-60 2.30.2 Operation Procedure..........................................................................................................................2-61 Procedure..........................................................................................................................2-61 2.30.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-62 .....2-62 2.31 RET Antenna Normalization Normalization and Support for AIS AISG2.0 G2.0 ALD ALDs..................................................... s.............................................................. .............2-62 ....2-62 2.31.1 Function Description......................................................................................................................... Description.........................................................................................................................2-62 2-62 2.31.2 Operation Procedure..........................................................................................................................2-62 Procedure..........................................................................................................................2-62 2.31.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-78 .....2-78 2.32 PS Downlink High-Precision Power Power Control.............................................................................................2-78 Control............................................................................................. 2-78 2.32.1 Function Description......................................................................................................................... Description.........................................................................................................................2-78 2-78 2.32.2 Operation Procedure..........................................................................................................................2-78 Procedure..........................................................................................................................2-78 2.32.3 Version Version Relation Description............................................................................................. Description....................................................................................................... ...............2-78 .....2-78
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DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Opera Ope ratio tion n Gu Guide ide to to Ne New w Fu Funct nction ionss (F (For or Inte Interna rnall Us Use) e)
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Vers ersion ion R Rela elation tion Descr Descript iptionV ionVers ersion ion Rela Relation tion Descr Descript iption ion
Version Relation Description
Table 1.1 describes 1.1 describes the version relation between BTS3000V100R012C00 and the software of different products. Table 1.1 Version relation
Product
Software Version
BSC6900
BSC6900V900R012C01 and later versions
M2000
iManager M M2 2000-II V200R010C00 an and llaater ve versions
SMT
SMT V100R012C00 and later versions
BTS
BTS3000 V100R012C00 and later versions
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Operation Guide to New Functions in BTS3000V100R012C00Operation BTS3000V100R012C 00Operation Guide to New Functions in BTS3000V100R012C0 BTS3000V100R012C00 0
DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Operation Guide to New Functions (For Internal Use)
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Operation Guide to New Functions in BTS3000V100R012C00
2.1 Power Lose Redundancy Alarm 2.1.1 Function Description When the power lose redundancy alarm is detected, the BTS reports the alarm to the BSC. You can determine whether to add the PSU or the APM30 according to the report of the power lose redundancy redundancy alarm.
2.1.2 Operation Procedure Enabling the Power Lose Redundancy Alarm On the BSC6900 LMT, run the SET BTSPLRALM command. Set Power Lose Redundancy alarm Enabled to YES, and then click Exec. The power lose redundancy alarm is enabled.
Querying the Switch Status of the Power P ower Lose Redundancy Alarm
On the BSC6900 LMT, run the LST BTSPLRALM command. Set the index of the target BTS to query the status of the power lose redundancy alarm switch. The result is displayed as shown in Figure in Figure 1.1 1.1..
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Operation Guide to New Functions in BTS3000V100R012C00Operation BTS3000V100R012C0 0Operation Guide to New Functions in BTS3000V100R012C00
DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Operation Guide to New Functions (For Internal Use)
Figure 1.1 Querying the switch status of the power lose redundancy alarm
2.1.3 Version Relation Description The hardware model of the PMU supporting this function is PMU01B and the corresponding software version is C01B026SP21 or later later.. For version relation description of other products, see Table 1.1. 1.1.
2.2 Maintainability and Testability of the RF Module and the FPGA Module 2.2.1 Function Description The maintainability and the testability of the RF module and the FPGA module enable the location of the hardware fault of the RF channel. The related functions are as follows:
Using customized messages to initiate cross-reception of UL data on RF channel A or B of the DRFU or to initiate cross-transmission of DL data on RF channels A and B of the DRFU.
The board log records the data collected from the FPGA module.
The DRFU/DRRU log records the key information about the FPGA module periodically. periodically.
2.2.2 Operation Procedure Configuring Before Operation Step 1 On the BSC6900 LMT, run the SET BTSRXUBP command. Set the parameters as follows:
RXU Type: based on actual situation
TX/RX Mode: DOUBLE_ANTENNA
Step 2 On the BSC6900 LMT, run the SET GTRXDEV command. Set the parameters as follows:
2
RX Mode: MAINDIVERSITY
TX Mode: DTIC
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Operation Guide to New Functions in BTS3000V100R012C00Operation BTS3000V100R012C 00Operation Guide to New Functions in BTS3000V100R012C0 BTS3000V100R012C00 0
Step 3 On the BSC6900 LMT, run the LST GTRX command. The TRX number is listed as shown in Figure 1.1. 1.1. Figure 1.1 Querying the TRX number
Step 4 On the BSC6900 LMT, run the LST GCELL command. The cell number is listed as shown in in Figure Figure 1.1. 1.1.
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Operation Guide to New Functions in BTS3000V100R012C00Operation BTS3000V100R012C0 0Operation Guide to New Functions in BTS3000V100R012C00
DBS3900 GSM&BTS3900 GSM&BTS3900A GSM Operation Guide to New Functions (For Internal Use)
Figure 1.1 Querying the cell number
Step 5 On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-00-FF-FF-FF-8100-FF-01-35 in the Custom Message box, and then click Send. Reporting of custom messages related to RF modules is enabled. ---End
Initiating Cross-Reception of UL Main and Diversity Data on Channel A On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNoCarrierID-FF-90-00-0A-87-CarrierID-07-88-C4-00-5A-01-00-Timeout in in the Custom Message box, and then click Send. The cross-reception of UL main and diversity data on channel A is initiated.
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Operation Guide to New Functions in BTS3000V100R012C00Operation BTS3000V100R012C 00Operation Guide to New Functions in BTS3000V100R012C0 BTS3000V100R012C00 0
The variables, expressed in hexadecimal format, in the custom message D4-04-CellNo-CarrierID-FF90-00-0A-87-CarrierID-07-88-C4-00-5A-01-00-Timeout are are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the ID of the carrier.
Timeout indicates indicates the duration for timeout protection, in the unit of minute.
Terminating Cross-Reception of UL Main and Diversity Data on Channel A On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNoCarrierID--FF-90-00-0a-87-CarrierID-07-88-C4-00-5A-01-01 in the Custom Message box, and then click Send. The cross-reception of UL main and diversity data on channel A is terminated.
The variables, expressed in hexadecimal format, in the custom message D4-04-CellNo-CarrierID--FF90-00-0a-87-CarrierID-07-88-C4-00-5A-01-01 are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the ID of the carrier.
Initiating Cross-Reception of UL Main and Diversity Data on Channel B On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNoCarrierID-FF-90-00-0A-87-CarrierID-07-88-C4-00-5A-01-00-Timeout in in the Custom Message box, and then click Send. The cross-reception of UL main and diversity data on channel B is initiated.
The variables, expressed in hexadecimal format, in the custom message D4-04-CellNo-CarrierID-FF90-00-0A-87-CarrierID-07-88-C4-00-5A-01-00-Timeout are are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the ID of the carrier.
Timeout indicates indicates the duration for timeout protection, in the unit of minute.
Terminating Cross-Reception of UL Main and Diversity Data on Channel B On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNoCarrierID--FF-90-00-0a-87-CarrierID-07-88-C4-00-5A-01-01 in the Custom Message box, and then click Send. The cross-reception of UL main and diversity data on channel B is terminated.
The variables, expressed in hexadecimal format, in the custom message D4-04-CellNo-CarrierID--FF90-00-0a-87-CarrierID-07-88-C4-00-5A-01-01 are explained as follows:
indicates the number of the cell. CellNo CellNo indicates
CarrierID indicates CarrierID indicates the ID of the carrier.
Initiating Cross-Transmission of DL Data on Channel A and Channel B Step 1 On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNoCarrierID-FF-90-00-0A-87-CarrierID-07-88-C4-00-5A-00-00-Timeout in the Custom Message box, and then click Send.
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The variables, expressed in hexadecimal format, in the custom message D4-04-CellNo-CarrierID-FF90-00-0A-87-CarrierID-07-88-C4-00-5A-00-00-Timeout are are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the ID of the carrier.
Timeout indicates indicates the duration for timeout protection, in the unit of minute.
D5-04-FF-90-00-09-5Cuntil -06-88-C4-00-5A-00-00 you see the response message CellNo Step 2 Wait CarrierID , which indicates that-CarrierID the cross-transmission of DL data on
channel A and channel B is initiated.
The variables, expressed in hexadecimal format, in the response message D5-04-CellNo-CarrierID-FF90-00-09-5C-CarrierID-06-88-C4-00-5A-00-00 are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the number of the carrier.
----End
Terminating Cross-Transmission of DL Data on Channel A and Channel B Step 1 On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNo--FF-90-00-0a-87CarrierID CarrierID-07-88-C4-00-5A-00-01 in the Custom Message box, and then click Send.
The variables, expressed in hexadecimal format, in the custom message D4-04-CellNo-CarrierID--FF90-00-0a-87-CarrierID-07-88-C4-00-5A-00-01 are explained as follows:
CellNo: CellNo: indicates the number of the cell.
CarrierID: CarrierID: indicates the ID of the carrier.
Step 2 Wait until you see the response message D5-04-CellNo-CarrierID-FF-90-00-09-5CCarrierID-06-88-C4-00-5A-00-00, which indicates that the cross-transmission of DL data on channel A and channel B is terminated.
The variables, expressed in hexadecimal format, in the response message D5-04-CellNo-CarrierID-FF90-00-09-5C-CarrierID-06-88-C4-00-5A-00-00 are explained as follows:
CellNo indicates CellNo indicates the number of the cell. CarrierID indicates CarrierID indicates the number of the carrier.
----End
Querying the Settings of the UL Cross-Reception and DL Cross-Transmission Flags Step 1 On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNoCarrierID-FF-90-00-0a-87-CarrierID-07-88-C4-00-A5 in the Custom Message box, and then click Send.
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The variables, expressed in hexadecimal format, in the custom message D4-04-CellNo-CarrierID-FF90-00-0a-87-CarrierID-07-88-C4-00-A5 are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the ID of the carrier.
Step 2 Wait until you see the response message D5-04-CellNo-CarrierID-FF-90-00-0A-5CCarrierID-07-88-C4-00-A5-00-UPFLAG- DOWNFLAG, DOWNFLAG, which indicates the settings of the UL cross-reception and DL cross-transmission flags.
The variables, expressed in hexadecimal format, in the response message D5-04-CellNo-CarrierID-FF90-00-0A-5C-CarrierID-07-88-C4-00-A5-00-UPFLAG- DOWNFLAG are DOWNFLAG are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the number of the carrier.
UPFLAG UPFLAG indicates indicates the setting of the UL cross-reception flag. The value 0 indicates that UL crossreception is terminated, and the value 1 indicates that UL cross-reception is initiated.
indicates the setting of the DL cross-transmission flag. The value 0 indicates that DL DOWNFLAG DOWNFLAG indicates cross-transmission is terminated, and the value 1 indicates that DL cross-transmission is initiated.
---End
Initiating the Data Collection of the FPGA Module Step 1 On the BSC6900 LMT, open the Custom Message dialog box. Enter D4-04-CellNoCarrierID-FF-90-00-0A-87-CarrierID-07-01-C4-05- XX1 XX1- XX2 XX2- XX3 XX3- XX4 in XX4 in the Custom Message box, and then click Send.
The custom message, expressed in hexadecimal format, D4-04-CellNo -CarrierID-FF-90-00-0A-87CarrierID-07-01-C4-05- XX1 XX1- XX2 XX2- XX3 XX3- XX4 is XX4 is defined by the following parameters:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the ID of the carrier.
XX1-XX2 indicates XX1-XX2 indicates the node of the data collection.
XX3-XX4 indicates XX3-XX4 indicates the number of the data collection times (2 bytes each time).
Step 2 Wait until you see the response message D5-04-CellNo-CarrierID-FF-90-00-07-5CCarrierID-04-01-C4-05-00, which indicates that the data collection of the FPGA module is initiated.
The variables, expressed in hexadecimal format, in the response message D5-04-CellNo-CarrierID-FF90-00-07-5C-CarrierID-04-01-C4-05-00 are explained as follows:
CellNo indicates CellNo indicates the number of the cell.
CarrierID indicates CarrierID indicates the number of the carrier.
----End
Extracting the Data Collection Result Step 1 On the BSC6900 LMT, enter the STR BTSLOG command, and then click Assist. Set the parameters as follows:
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Board Type: based on actual situation
Command Parameter: Tffs:/FPGA.LOG
Step 2 Click Exec. The data collection result of the DRRU/DRFU is extracted. ----End
Extracting Single Key Information File of the FPGA Module Step 1 On the BSC6900 LMT, enter the STR BTSLOG command, and then click Assist. Set the parameters as follows:
Log Type: CMPLOG
Board Type: based on actual situation
Command Parameter: mfs:/GSMLOG/FPGALOG X .LZP .LZP
Step 2 Click Exec. The single key information file of the FPGA module is extracted.
In mfs:/GSMLOG/FPGALOGX.LZP , the value range of 0 to 3. The valueof 0 the indicates the latest log file, and the values 1 to 3 indicate thethe logparameter file storedXin isthe flash memory DRFU/DRRU.
----End
Extracting All Key Information Files Step 1 On the BSC6900 LMT, enter the STR BTSLOG command, and then click Assist. Set the parameters as follows:
Log Type: CMPLOG
Board Type: based on actual situation
Command Parameter: mfs:/GSMLOG/FPGALOGF.LPS
Step 2 Click Exec. All key information files are extracted.
Step 3 Open the log file by using the compressed log file viewer viewer.. The content is displayed as shown in in Figure Figure 1.1. 1.1.
The part circled with a red line is the operation information reported by the FPGA module, and the part circled with a blue line is the test data of the script. The first byte of the operation information indicates the ID of the operation information.
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Figure 1.1 Viewing log file of the FPGA module
----End
2.2.3 Version Relation Description For details, see Table 1.1. 1.1.
2.3 Integrated Link Fault Location Scheme 2.3.1 Function Description The link fault location scheme includes the MAC layer packet capture, IP information query query,, E1 online bit error measurement, LAPD link detection, and CPRI link detection.
2.3.2 Operation Procedure The serial port described in this section refers to the serial port of the BBU.
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Querying the ARP List in the serial port operation window to enable the VISP Step 1 Input g_pfTCPIPInfoOutput = printf in switch.
Step 2 Enter TCPIP_ShowARP in the serial port operation o peration window to print the ARP list. The content of the ARP list is shown in Figure 1.1. Figure 1.1 Querying the ARP list
----End
Querying the ESN Enter APPTEST_vPrintBrdInfo in the serial port operation window to query the ESN, as shown in Figure in Figure 1.1 1.1.. Figure 1.1 Querying the ESN
Querying the CRC Capability on the HDLC Channel Enter APPTEST_vPrintHdlcCrcMode in the serial port operation window to query the CRC capability on the HDLC channel, as shown in Figure 1.1. 1.1.
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Figure 1.1 Querying CRC capability on the HDLC channel
Ping Step 1 Enter APPVISP_vStartPing IpAddr, Packets, Datalen, Timeout, More to initiate the ping function. The ping result is shown in Figure in Figure 1.1. 1.1.
Set the APPVISP_vStartPing IpAddr, Packets, Datalen, Timeout, More parameter as follows:
IpAddr: indicates the character string of the IP address.
Packets: indicates the number of the message to be sent. The value range is 1 to 1024, and the default value is 4. When 0 is specified by the user, the message number 4 is used by default.
Datalen: indicates the size of the ping packet. The IP header and the ICMP header are not included. The default value is 56.
Timeout: indicates the time out duration of sending the message. The duration is specified by the user. The value range is 200 to 10000, and the default value is 2000.
More: indicates the interval of sending the message. Unit: ms. The value range is 200 to 10000, and the default value is 500.
Figure 1.1 Initiating ping
Step 2 Enter APPVISP_vStopPing in the serial port operation window to stop the ping command. ----End
TraceRoute Step 1 Enter APPVISP_vStartTraceRoute IpAddr, Packets, MaxTTL, Timeout in the serial port operation window to initiate the TraceRoute command.
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APPVISP_vStartTraceRoute raceRoute IpAddr IpAddr,, Packets, MaxTTL, Timeout parameter as follows: Set the APPVISP_vStartT
IpAddr: indicates the character string of the IP address.
IpAddr: indicates the IP address.
Packets: indicates the number of sent messages. The value range is 1 to 10, and the default value is 3. When this parameter is set to 0 by the user, the default value is applied.
MaxTTL: indicates the maximum TTL value of the TRACERT packet. The value range is 2 to 255, and the default value is 16.
Timeout: indicates the time out duration of the response message of the TRACERT packet. The value range is 1 to 65535, and the default value is 3000.
Step 2 Enter APPVISP_vStopTraceRoute in the serial port operation window to stop the TraceRoute command. ----End
LAPD Link Detection Step 1 Redirect the serial port of the BSC to the GTMU. Step 2 Enter StartLapdQmcTest carrier No., link direction in the serial port operation window. The detection information is displayed as shown in Figure 1.1. 1.1.
StartLapdQmcTest est Carrier No., Link direction parameter as follows: Set the StartLapdQmcT
Carrier No.: indicates number of the carrier on which the LAPD alarm is generated.
Link direction: 0 indicates UL and 1 indicates DL.
Figure 1.1 Detection information of the LAPD link LAPD
Step 3 Run the qmcGetStatics( 20 ) command several times, and then check the printed RX and TX frame record on timeslot 20 of the OMC. If the RX frame number does not increase, the broken point of the link link is beyond this timeslot of the OMC. OMC.
Step 4 Enter StopLapdQmcTest Carrier No. in the serial port operation window to stop the test. ----End
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Enabling CPRI Loopback On the BSC6900 LMT, run the STR BTSTST command. Set the BTS-related parameters parameters as follows:
Test Mode: CPRILOOPBACK (CPRI loopback test)
Port No.: CPRI port number
Duration Second: duration of the CPRI loopback test
Disabling CPRI Loopback On the BSC6900 LMT, run the STP BTSTST command. Set the BTS-related parameters parameters as follows:
Test Mode: CPRILOOPBACK (CPRI loopback test)
Port No.: CPRI port number
Duration Second: duration of the CPRI loopback test
Starting the BER Detection of the E1 Link Step 1 On the BSC6900 LMT, run the STR BTSE1T1TST command to start the detection of the E1/T1 BER. Set the BTS-related parameters as follows:
Cabinet No.: number of the cabinet where the E1 port is located
Subrack No.: number of the subrack where the E1 port is located
Slot No.: number of the slot where the E1 port is located
Port No.: number of the E1 port
Periodically Report Switch: set on the basis of the actual condition The values of the Periodically Report Switch parameter are described as follows:
When this parameter is set to ON(On), the BTS reports the detection result every five minutes after the detection is started.
When this parameter is set to OFF(Off), the BTS reports the detection result once after five minutes and then the BTS does not report the result again.
1.1. Step 2 The detection result of the BER is reported, as shown in Figure 1.1.
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Figure 1.1 Detection result of the BER
----End
Stopping the BER Detection of the E1 Link On the BSC6900 LMT, run the STP BTSE1T1TST command, and set the BTS-related parameters to stop stop the detection of the E1/T1 E1/T1 BER.
2.3.3 Version Relation Description For details, see Table 1.1. 1.1.
2.4 DSP Maintainabil Maintainability ity and Testability Requirement Package 2.4.1 Function Description
This function enables the internal fault location of the DRRU/DRFU. The related functions are as follows:
An MML command can be executed to record the values of key variables in the DSP into the log of the BSC. The log resolution tool Insightsharp can be used to analyze the information.
The abnormality log of the mail box during the running period of the GRRU/MRRU can be obtained by extracting extracting the BTS log. The The abnormality log can can be used for mail box fault location.
The running track of the DSP software can be monitored in real time by anchoring points. The board board log keeps a record record of the running track track for locating the faults faults such as DSP software suspension.
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2.4.2 Operation Procedure Printing BBDSP Key Information Step 1 On the MML client of the BSC6900 LMT, run the EXP BTSINFO command to print BBDSP key information, as shown in Figure in Figure 1.1. 1.1. In this step, set the parameters as follows:
Set Object Type to BYTRX(By TRX). Set CPU No. to 135.
Set Sub CPU No. to 1.
Set Command Code as required. This parameter indicates the type of the key information to be queried. The values of the Command Code parameter are explained as follows:
The value 32 indicates the global variables associated with the specified TRX.
The value 33 indicates the channel attributes.
The value 34 indicates the channel structure.
Set Link No. to 255.
Set Parameter 1 based on the setting in the network. This parameter indicates the channel number.
Set Parameter 2 based on the setting in the network. This parameter indicates the subchannel number.
Figure 1.1 Printing BBDSP key information
server, and then find the log file that stores the DSP key information from Step 2 Log in to the BSC server, the directory \bsc6000\data\mb \bsc6000\data\mbsc\bam\common\f sc\bam\common\fam\famlogfmt\btsin am\famlogfmt\btsinfo fo.
Step 3 Use the tool Insightsharp to resolve the log file and obtain the BBDSP key information. Use the GBTS_KeyInfo_GRFU.xml file as the GRFU/GRRU V2 configuration file and use the GBTS_KeyInfo_DRFU.xml file as the DRFU/DRRU/GRRU V1 configuration configuration file. ----End
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Detecting the DL Mailbox of the GRRU/MRRU Step 1 On the BSC6900 LMT, run the STR BTSLOG command to extract the BTS log. Set the parameters as follows:
Log Type: CMPLOG
Start Date, Start Time, End Date, End Time: based on actual situation
Board Type: GRRU(GRRU) or GRFU(GRFU) Board No.: based on actual situation
Command Parameter: mfs:/GSMLOG/GSMLOGS.LPS
1.1 or or Figure Figure 1.2 are 1.2 are Step 2 View the extracted BTS log file. When records as shown in Figure 1.1 displayed, you can determine that the disorder occurred in the DL mailbox.
The log of the SCP and the DSP may not appear at the same time. The first record in the log indicates the current position of the slider. The second record indicates the status of the six DL mailboxes: 55555555 indicates that the mailbox is in idle state, and AAAAAAAA indicates that the mailbox is in use. The content of the SCP is similar to that of the DSP. g_ulDspWriteIndex indicates the current position of the slider.
Figure 1.1 DSP log when the DL mailbox is abnormal
Figure 1.2 SCP log when the DL mailbox is abnormal
----End
BBDSP Lastwords Function On the BSC6900 LMT, run the STR BTSLOG command to extract the board log. Set the parameters as follows:
Log Type: CMPLOG
Start Date, Start Time, End Date, End Time: based on actual situation
Board Type: based on actual situation
Command Parameter: Tffs:/GSMLOG/DSPLWDS.txt The Lastwords log file can be viewed as follows: Open the Lastwords log file in hexadecimal mode by using UltraEdit-32, as shown in Figure 1.1 1.1.. A5 A5 A5 A5 is the flag of the last words. 00 00 34 42 indicates the record position. 05 01 indicates the track of the anchoring point.
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Figure 1.1 Viewing the Lastwords log file
2.4.3 Version Relation Description For details, see Table 1.1. 1.1.
2.5 Peer Device Reset 2.5.1 Function Description This function helps to reset the device at the peer end. end . The device that can be reset includes boards and CANBUS module.
2.5.2 Operation Procedure Resetting the Board at the Peer End On the BSC6900 LMT, run the RST BTSBRD command. Set the BTS-related parameters parameters as follows:
Reset Type: HARDWARE(Hardware Reset)
Board Type: NONRXU(non-RXU Board)
Cabinet No.: number of the cabinet where the board is located
Subrack No.: number of the subrack where the board is located Slot No.: number of the slot where the board is located
Only the board in the BBU case at the peer end can be reset.
Resetting the CANBUS Module at the Peer End On the BSC6900 LMT, run the RST BTSCANBUS command. Set the number of the cabinet, subrack, and slot of the module as follows:
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Subrack No.: number of the subrack where the CANBUS module is located
Slot No.: number of the slot where the CANBUS module is located
Only the CANBUS module in the BBU case at the peer end can be reset.
2.5.3 Version Relation Description For details, see Table 1.1. 1.1.
2.6 Resetting the Ethernet Port 2.6.1 Function Description This function helps to reset the Ethernet port, including the BBU service Ethernet port 0 and port 1.
2.6.2 Operation Procedure Resetting the Ethernet Port On the BSC6900 LMT, run the RST BTSETHPORT command. Set the following parameters according to the existing network:
Index Type: BYNAME indicates the BTSs are queried by name and BYID indicates the BTSs are queried by index.
BTS Index (or BTS Name): BTS name or BTS index according to the selected index type
Cabinet No.: number of the cabinet where the board is located Subrack No.: number of the subrack where the board is located
Slot No.: number of the slot where the board is located
Port No.: number of the Ethernet port Only the service Ethernet port on the BBU panel can be reset. Therefore, the cabinet, subrack, and slot should be those supporting the GTMU. The port number can be 0 or 1. 0 indicates the FE0 port to be reset and 1 indicates the FE1 port to be reset.
2.6.3 Version Relation Description For details, see Table 1.1. 1.1.
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2.7 Downlink AFC 2.7.1 Function Description The MRRU supports the downlink Doppler frequency offset correction.
2.7.2 Operation Procedure Downlink AFC On the BSC6900 LMT, run the SET GCELLOTHEXT command. Set DL Frequency Adjust Switch to YES(YES) and enable the DL AFC switch.
Only the MRRU/GRRU supports the downlink AFC, which can be enabled only after the UL AFC is enabled. In the BTS3000V100R012C00, downlink AFC for PDCH services is not supported.
2.7.3 Version Relation Description For details, see Table 1.1. 1.1.
2.8 Cross Call Detection and Enhanced Positioning Function 2.8.1 Function Description This function detects the cross calls caused by switching errors in the BSS and records the call data information during the cross call in the BSC logs to locate faults. This function takes effect only when the Abis interface works in TDM mode. This function is mutually exclusive of the TFO function and the local switching function.This function is not applied to the voice frames of the half-rate data, full-rate AMR data with the rate of 12.2 kbit/s, and half-rate AMR AMR data with the rate of 6.7/7.4 kbit/s.
2.8.2 Operation Procedure Enabling the Cross Call Detection Function Step 1 On the BSC6900 LMT, run the SET BSCBASIC command. Set Cross Call Detect Time Threshold according to existing network requirements.
Step 2 On the BSC6900 LMT, run the SET GCELLBTSSOFT command. Set Item Index to 19 and set Item Value to 254. ----End
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Obtaining the Net Connection Information Step 1 On the BSC6900 LMT, run the EXP BTSINFO command. Set parameters according to existing network requirements. For details on the parameter settings for different types of net connections, see 1Table 1.1 to 1Table 1.20 1.20.. Table 1.1 Parameter settings in the command for obtaining the TMU upper-level net connections
Net Connection Type
TMU Upper-Level Net Connection
CPU No.
129
Sub CPU No.
255
Command Code
1
Link No.
0: RSL 1: Primary link 2-4: Sub links
Table 1.2 Parameter settings in the command for obtaining the carrier-lever TMU lower-level net connections
Net Connec nnecttion ion Ty Type
Carri arrier er-L -Lev evel el TMU Lo Lower er-L -Lev evel el Net Con Conne neccti tio on
CPU No.
129
Sub CPU No.
255
Command Code
2
Link No.
0: RSL 1: Primary link 2-4: Sub links
Table 1.3 Parameter settings in the command for obtaining the HW-level TMU lower-level net connections
Net Connec nnecttion ion Ty Type
HW-Le W-Lev vel TMU Low Lower er--Le Lev vel Net Con Conne nect ctio ion n
CPU No.
129
Sub CPU No.
255
Command Code
3
Link No.
0: RSL 1: Primary link 2-4: Sub links
Parameter 1
20
HW No.
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Net Connec nnecttion ion Ty Type
HW-Le W-Lev vel TMU Low Lower er--Le Lev vel Net Con Conne nect ctio ion n
Parameter 2
Slot No. (0–31)
Table 1.4 Parameter settings in the command for obtaining the BRI upper-level TRX net
connection on the BBU
Net Connec nnecttion ion Ty Type
BRI Up Uppe perr-L Level evel TRX Net Connec nnecti tio on on on the the BBU
CPU No.
129
Sub CPU No.
255
Command Code
4
Link No.
0: RSL 1: Primary link 2-4: RSL Sub links
Table 1.5 Parameter settings in the command for obtaining the BRI upper-level TRX net connections
Net Connection Type
BRI Upper-Level TRX Net Connection
CPU No.
109
Sub CPU No.
255
Command Code
5
Link No.
0: RSL 1: Primary link 2-4: Sub links
Table 1.6 Parameter settings in the command for obtaining the BRI lower-level TRX net connections
Net Connection Type
BRI Lower-Level TRX Net Connection
CPU No.
109
Sub CPU No.
255
Command Code
6
Link No.
0: RSL 1: Primary link 2-4: Sub links
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Table 1.7 Parameter settings in the command for obtaining the TRP upper-lever TRX net connections on the BBU
Nett Con Ne Conne nect ctio ion n Typ Type e
TRP TRP Upp Upper er-L -Lev evel el TRX TRX Net Net Conn Connec ecti tion on on th the e BBU BBU
CPU No.
129
Sub CPU No.
255
Command Code
7
Link No.
0: RSL 1: Primary link 2-4: Sub links
Table 1.8 Parameter settings in the command for obtaining the TRP lower-level TRX net connections
Net Connection Type
TRP Lower-Level TRX Net Connection
CPU No.
119
Sub CPU No.
255
Command Code
9
Link No.
0: RSL 1: Primary link 2-4: Sub link
Table 1.9 Parameter settings in the command for obtaining the DBUS CPRI net connections
Net Connection Type
DBUS CPRI Net Connection
CPU No.
129
Sub CPU No.
255
Command Code
10
Link No.
255
Table 1.10 Parameter Settings in the command for obtaining the TMU high-level software interworking flow table
22
Nett Con Ne Conne nect ctio ion n Typ Type e
TMU TMU Hig Highh-Le Lev vel Sof Softw twar are e Inte Interw rwor orki king ng Flo low w Tab Table le
CPU No.
129
Sub CPU No.
255
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Nett Con Ne Conne nect ctio ion n Typ Type e
TMU TMU Hig Highh-Le Lev vel Sof Softw twar are e Inte Interw rwor orki king ng Flo low w Tab Table le
Command Code
11
Link No.
0: RSL 1: Primary link 2-4: Sub links 5: OML 6: ESL 7: EML
Parameter 1
TEI No.
Parameter 2
Channel No. (0–7)
Parameter 3
Sub-channel No. (0–1)
Table 1.11 Parameter settings in the command for obtaining the TMU lower-level software interworking flow table
Net Connection Type
TMU Lower-Level Software Interworking Flow Table
CPU No.
129
Sub CPU No.
255
Command Code
12
Link No.
0: RSL 1: Primary link 2-4: Sub links 5: OML 6: ESL 7: EML
Parameter 1
TEI No.
Parameter 2
Channel No. (0–7)
Parameter 3
Sub-channel No. (0–1)
Table 1.12 Parameter settings in the command for obtaining the ARP table
Net Connection Type
ARP Table
CPU No.
129
Sub CPU No.
255
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Net Connection Type
ARP Table
Command Code
13
Link No.
255
Table 1.13 Parameter settings in the command for obtaining the routing table
Net Connection Type
Routing Table
CPU No.
129
Sub CPU No.
255
Command Code
14
Link No.
255
Table 1.14 Parameter settings in the command for obtaining the SCP upper-level net connections
Net Connection Type
SCP Upper-Level Net Connection
CPU No.
135
Sub CPU No.
0
Command Code
15
Link No.
255
Table 1.15 Parameter settings in the command for obtaining the DSP upper-level net connections
Net Connection Type
DSP Upper-Level Net Connection
CPU No. Sub CPU No.
135 1
Command Code
16
Link No.
255
Table 1.16 Parameter settings in the command for obtaining the DBUS SIRAM connection (SCP upper-level storage)
Net Connection Type
DBUS SIRAM Connection (SCP Upper-Level Storage)
CPU No.
135
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Net Connection Type
DBUS SIRAM Connection (SCP Upper-Level Storage)
Sub CPU No.
0
Command Code
17
Link No.
255
Table 1.17 Parameter settings in the command for obtaining the DBUS CPRI net connections
Net Connection Type
DBUS CPRI Net Connection
CPU No.
109
Sub CPU No.
255
Command Code
18
Link No.
255
Table 1.18 Parameter settings in the command for obtaining the TRP lower-level net connections
Net Connection Type
TRP Lower-Level Net Connection
CPU No.
119
Sub CPU No.
255
Command Code
19
Link No.
0 is RSL. 1–4 are channel links, in which 1 is the primary link, and the others are sub links.
Parameter 1
HW No.
Parameter 2
Slot No. (0–31)
Table 1.19 Parameter settings in the command for obtaining the BRI lower-level net connections
Net Connection Type
BRI Lower-Level Net Connection
CPU No.
109
Sub CPU No.
255
Command Code
20
Link No.
255
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Net Connection Type
BRI Lower-Level Net Connection
Parameter 1
0 is RSL. 1–4 are channel links, in which 1 is the primary link, and the others are sub links.
Parameter 2
HW No.
Parameter 3
Slot No. (0–31)
Table 1.20 Parameter settings in the command for obtaining the DBUS SIRAM connections (lower-level software storage)
Net Connection Type
DBUS SIRAM Connections (LowerLevel Software Storage)
CPU No.
135
Sub CPU No.
0
Command Code
21
Link No.
255
Step 2 Log in to the BSC server in the directory of \bsc6000\data\mbsc\bam\common sc\bam\common\fam\famlogfmt\btsi \fam\famlogfmt\btsinfo nfo and obtain log files with net \bsc6000\data\mb connection information.
Step 3 Resolve such log files with the Insightsharp tool and obtain the net connection information during the cross call. ----End
2.8.3 Version Relation Description For details, see Table 1.1. 1.1.
2.9 Normalization of Common Parameters 2.9.1 Function Description The following functions are added or modified to enable the BTS3900 SRAN to comply with the the Management Management Specifications Specifications for Electromechanical Electromechanical Equipment of the Wireless Wireless Base Stations. Stations.
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Enabling the special Boolean alarm enable (smoke and water sensor alarms) for the TCU
Enabling the smoke alarm clearing functions for the TCU and FMU
Enabling the battery boost charging duration for the PMU
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Enabling the remaining battery capacity for the PMU
2.9.2 Operation Procedure Enabling the Special Boolean Alarm Enable (Smoke and Water Sensor Alarms) On the BSC6900 LMT, run the SET BTSDHEUBP command. Set Board Parameter Configuration Enabled to YES(YES) and set Special Boolean Alarm Flag according to the existing network requirements.
You can set Special Boolean Alarm Flag to WS_DISABLE (Water-Immersed Sensor Disabled) or SS_DISABLE (Smog Sensor Disabled). You can select one item, indicating that the sensor is disabled or you can select both, indicating that both sensors are disabled. When two items are not selected, both .-sensors are enabled.
Enabling the Smoke Alarm Clearing for the TCU and FMU Step 1 On the BSC6900 LMT, run the CLR BTSENVALM command. Set Alarm Type to TCUSMOKEALM (TCU Smoke Alarm) . Set Subrack No. and Slot No. according to TCU configurations on the existing network. Execute the command to clear the TCU smoke alarms.
Step 2 On the BSC6900 LMT, run the CLR BTSENVALM command. Set Alarm Type to FMUSMOKEALM (FMU Smoke Alarm). Set Subrack No. and Slot No. according to TCU configurations on the existing network. Execute the command to clear the FMU smoke alarms. ----End
Enabling the Battery Boost Charging Duration for the PMU On the BSC6900 LMT, run the SET BTSAPMUBP command. Set Board Parameter Configuration Enabled to YES(YES) and set Boost-Charging Duration according to the existing network requirements.
Enabling the Battery Capacity Detection for the PMU On the BSC6900 LMT, run the SET BTSAPMUBP command. Set Board Parameter Configuration Enabled to YES(YES) and set Battery Test Parameter Configure Enabled to YES(YES). Y You ou can set the following battery b attery discharge time parameters according to existing network requirements:
0.05C10 Discharge Time,
0.1C10 Discharge Time,
0.2C10 Discharge Time
0.3C10 Discharge Time
0.4C10 Discharge Time
0.5C10 Discharge Time
0.6C10 Discharge Time
0.7C10 Discharge Time
0.8C10 Discharge Time
0.9C10 Discharge Time
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Battery Charge Efficiency
Discharge Test End Voltage
Battery Number
Discharge Test Time Limit
Simple Discharge Test End Voltage
Simple Discharge Test Time Limit
Automatic Test Mode
Delayed Discharge Test Time
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Enabling the Remaining Battery Capacity Querying for the PMU On the BSC6900 LMT, run the DSP BTSBATCAP command. Set Subrack No. and Slot No. according to the PMU configurations on the existing network to query the remaining battery capacity of the PMU.
2.9.3 Version Relation Description For details, see Table 1.1. 1.1.
2.10 Higher-Order Modulation Power Increase 2.10.1 Function Description This function supports the double-transceiver unit and multi-transceiver unit in terms of the high-order modulation power increase. In the case of a double-transceiver unit, two TX channels are used to improve the TX gain and effective TX power. power. In the case of a multitransceiver unit, multiple TRXs share one channel. If the total power of the TRXs is lower than the maximum TX power of the channel at a time point, the remaining power can be used to increase the TX power of the service in a high-order modulation scheme. In this case, the TX power in the high-order modulation scheme is the same as that in GMSK mode.
2.10.2 Operation Procedure On the BSC6900 LMT, run the SET GCELLBASICPARA command. Set the following power parameters parameters in 8PSK mode according according to the existing existing network:
Set High-Order Modulation Power Increase Allowed to ALLOWED.
Set High-Order Modulation Power Increase on BCCH TRX Allowed to ALLOWED.
Power Increase in 8PSK
Power Increase in QPSK
Power Increase in LSR16QAM
Power Increase in LSR32QAM
Power Increase in HSR16QAM
Power Increase in HSR32QAM
1.The power is increased in the unit of 0.1 dB.
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2.The antenna hopping function is automatically disabled when this function, peak reduction, or power sharing is enabled. 3.If static power coarse adjustment or dynamic power coarse adjustment is a non-zero value, the maximum power increase must be 1.8 dB. Otherwise, power may be rolled back.
2.10.3 Version Relation Description For details, see Table 1.1. 1.1.
2.11 EMUA in Remote Mode 2.11.1 Function Description The EMUA can be installed in remote mode. It connects to the RXU board physically. After you set the manager parameters manually, manually, the EMUA can communicate with the RXU properly.. properly
2.11.2 Operation Procedure Supporting the EMUA in Remote Mode On the BSC6900 LMT, run the SET BTSDEMUBP command. Set the following parameters according to the existing network requirements.
Set Cabinet No. to the one for the EMU.
Set Subrack No. to the one for the EMU.
Set Slot No. to the one for the EMU.
Set Board Parameter Configuration Enabled to YES(YES) .
Set Manager Cabinet No. to the cabinet No. of o f the EMU manager. manager.
Set Manager Subrack No. to the subrack No. of the EMU manager.
Set Manager Port No. according to actual situations.
Set Communication Address to the one of the EMU.
2.11.3 Version Relation Description For details, see Table 1.1. 1.1.
2.12 GSM+LTE Co-Cabinet Solution 2.12.1 Function Description The radio frequency (RF) units of base stations can be configured to work in GSM+LTE GSM+LTE mode. In addition, the working standards of base stations can be queried.
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2.12.2 Operation Procedure Setting RF Units to the GSM+LTE Mode On the MML client of the BSC6900 LMT, run the SET BTSRXUBP command to set the working standard of RF units. In this step, set the RXU Board Type parameter based on the type of the RF units in the network, and set the Working Standard parameter to GSM_AND_LTE(GSM AND LTE).
In this step, you must set the RXU Board Type parameter to MRRU(MRRU) or MRFU(MRFU) . The MRRU and MRFU are multi-standard RF units.
Querying the Working Standard of a Base Station On the MML client of the BSC6900 LMT, run the DSP BSMODE command to query the working standard of a base station. In this step, specify the name or ID of the base station. The working standard of the base station is displayed, as shown in Figure in Figure 1.1. 1.1. Figure 1.1 Querying the working standard of a base station
2.12.3 Version Relation Description For details, see Table 1.1. 1.1.
2.13 Normalization of Transmission Parameters 2.13.1 Function Description The normalization of transmission parameters involves the following changes:
Individual commands are provided for setting the attributes of Ethernet ports and for setting the IP addresses of Ethernet ports.
The parameters of the cabinet number, subrack number, and slot number are added to the commands related to PPP links, MLPPP groups, and MLPPP links.
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The parameters of the cabinet number, subrack number, and slot number are added to the commands that are used to configure and query routes of BTSs.
2.13.2 Operation Procedure Setting the Attributes of an Ethernet Port Step 1 On the MML client of the BSC6900 LMT, run the SET BTSETHPORT command to set the attributes of an Ethernet port. In this step, set the following parameters based on the settings in the network:
Port No.
Port Cabinet No.
Port Subrack No.
Port Slot No.
Rate
Duplex Mode
MTU
Flow Control
3ah Switch
MAC Frame Error Alarm Threshold
MAC Frame Error Alarm Clearance Threshold
IP Frame Error Alarm Threshold
IP Frame Error Alarm Clearance Threshold
Querying the Attributes of Ethernet Ports Step 1 On the MML client of the BSC6900 LMT, run the LST BTSETHPORT command to query the attributes of one or all Ethernet ports on a BTS. The attributes are displayed, as shown in Figure in Figure 1.1. 1.1.
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Figure 1.1 Querying the attributes of an Ethernet port
Setting the IP Address of an Ethernet Port Step 1 On the MML client of the BSC6900 LMT, run the ADD BTSDEVIP command to set the IP address of an Ethernet port. In this step, set the following parameters based on the settings in the network:
Port No.
Port Cabinet No.
Subrack No.
Slot No.
Physical IP
IP Mask
Querying the IP Addresses of Ethernet Ports
Step 1 On the MML client of the BSC6900 LMT, run the LST BTSDEVIP command to query the IP address of an Ethernet port or the IP addresses of all Ethernet ports on a BTS. Figure 1.1 1.1 shows an example of the result. Figure 1.1 Querying the IP addresses of Ethernet ports
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Removing the IP Address of an Ethernet Port Step 1 On the MML client of the BSC6900 LMT, run the RMV BTSDEVIP command to remove the IP address of an Ethernet port. In this step, set the following parameters based on the settings in the network:
Port No.
Port Cabinet No. Subrack No.
Slot No.
Querying the Status of a PPP Link Step 1 On the MML client of the BSC6900 LMT, run the DSP BTSPPPLNK command command to query the status of a PPP link. In this step, set the following parameters based on the settings in the network:
Cabinet No.
Subrack No.
Slot No.
PPP Link No.
Clear Status
The status of the PPP link is displayed, as shown in Figure 1.1. Figure 1.1 Querying the status of a PPP link
Resetting a PPP Link command to reset a Step 1 On the MML client of the BSC6900 LMT, run the RST BTSPPPLNK command PPP link. In this step, set the following parameters based on the settings in the network: Issue 01 (2010-06-30)
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Cabinet No.
Subrack No.
Slot No.
PPP Link No.
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Adding an MLPPP Group Step 1 On the MML client of the BSC6900 LMT, run the ADD BTSMPGRP command to add an MLPPP group. group. In this step, set the following parameters based on the settings in the network:
MLPPP Group No.
Port Cabinet No.
Port Subrack No.
Port Slot No.
Local IP Address
Subnet Mask
Peer IP Address
MCPPP Switch
MP/MC List Head Option
MC PRI Number Validate Protocol Type
Validate Mode
Validate User Name
Validate Password
Support Protocol Field Compress
Support Address Address and Control Field Compress
MP Group Frame Error Alarm Threshold
MP Group Frame Error Alarm Clearance Threshold
IP Frame Error Alarm Threshold
IP Frame Error Alarm Clearance Threshold
Querying the MLPPP Group Configuration Step 1 On the MML client of the BSC6900 LMT, run the LST BTSMPGRP command to query the MLPPP group group configuration. In this step, set the following parameters based on the settings in the network:
MLPPP Group No.
Port Cabinet No.
Port Subrack No.
Port Slot No.
The MLPPP group configuration is displayed, as shown in Figure 1.1. 1.1.
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Figure 1.1 Querying the MLPPP group configuration
Querying the Status of an MLPPP Group Step 1 On the MML client of the BSC6900 LMT, run the DSP BTSMPGRP command to query the status of an MLPPP group. In this step, set the following parameters based on the settings in the network:
Cabinet No.
Subrack No.
Slot No.
MLPPP Group No.
Clear Status
The status of the MLPPP group is displayed, as shown in Figure 1.1. 1.1.
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Figure 1.1 Querying the status of an MLPPP group
Resetting an MLPPP Group Step 1 On the MML client of the BSC6900 LMT, run the RST BTSMPGRP command to reset an MLPPP group. group. In this step, set the following parameters based on the settings in the network:
Cabinet No.
Subrack No.
Slot No.
MLPPP Group No.
Removing an MLPPP Group Step 1 On the MML client of the BSC6900 LMT, run the RMV BTSMPGRP command to remove an MLPPP group. In this step, set the following parameters based on the settings in the network:
MLPPP Group No.
Port Cabinet No.
Port Subrack No.
Port Slot No.
Querying the Status of an MLPPP Link Step 1 On the MML client of the BSC6900 LMT, run the DSP BTSMPLNK command command to query the status of an MLPPP link. In this step, set the following parameters based on the settings in the network:
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Cabinet No.
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Subrack No.
Slot No.
MLPPP Group No.
PPP Link No.
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The status of the MLPPP link is displayed, as shown in Figure 1.1 1.1.. Figure 1.1 Querying the status of an MLPPP link
Resetting an MLPPP Link Step 1 On the MML client of the BSC6900 LMT, run the RST BTSMPLNK command command to reset an MLPPP link. In this step, set the following parameters based on the settings in the network:
Cabinet No.
Subrack No.
Slot No.
MLPPP Group No.
PPP Link No.
----End
Adding a Route Step 1 On the MML client of the BSC6900 LMT, run the ADD BTSIPRT command to add a route. In this step, set the following parameters based on the settings in the network:
Route Index
Destination IP Address
Destination Address Mask
Route Priority
Route Type
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Port Cabinet No.
Port Subrack No.
Port Slot No.
Forward Route Address
Interface Type
Outgoing Interface No.
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Querying the Route Configuration Step 1 On the MML client of the BSC6900 LMT, run the LST BTSIPRT command to query the route configuration. In this step, set the Route Index parameter based on the setting in the network. The route configuration is displayed, as shown in Figure in Figure 1.1. 1.1. Figure 1.1 Querying the route configuration
Querying the Information About Functional Routes Step 1 On the MML client of the BSC6900 LMT, run the DSP BTSIPRT command to query the information about functional routes. The information is displayed, as shown in Figure 1.1.
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Figure 1.1 Querying the information about effective routes
----End
2.13.3 Version Relation Description For details, see Table 1.1. 1.1.
2.14 Optimization on CPRI Rate Negotiation 2.14.1 Function Description
The transmission rate on the CPRI interface is optimized to fully utilize the CPRI bandwidth.
2.14.2 Operation Procedure On the MML client of the BSC6900 LMT, run the STR BTSCPRILBRNEG command to start the optimization on CPRI rate negotiation. In this step, set the RXU Chain No. parameter based based on the settings in the network. network.
Run the DSP BTSCPRILBR command command to check the line bit rate of the CPRI link after add RXU dynamically. If the RXU is not run on optimization CPRI rate then execute the STR BTSCPRILBRNEG command.
2.14.3 Version Relation Description For details, see Table 1.1. 1.1.
2.15 Optimization on the MCPA Algorithm 2.15.1 Function Description The Multi-Carrier Power Amplifier (MCPA) (MCPA) algorithm supports preferential clipping on PDCHs when the power configurations exceed the capabilities of the PAs PAs in multi-carrier RF units. In the case of preferential clipping on PDCHs, the MCPA MCPA algorithm does not perform clipping on CS channels until the extent of the clipping on the PS channels reaches the specified threshold. Issue 01 (2010-06-30)
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2.15.2 Operation Procedure On the MML client of the BSC6900 LMT, run the SET BTSOTHPARA command to set the parameters related related to the MCPA MCPA algorithm. algorithm. In this step, set MCPA Priority Policy on Power Decrease to CSPTPS(CS Prior to PS), and set PS Power Decrease Range as required.
The peak reduction is in the unit of 0.1 dB.
----End
2.15.3 Version Relation Description For details, see Table 1.1. 1.1.
2.16 Optimization on the Co-TRM Performance and Algorithm at the MBTS 2.16.1 Function Description A dual-mode dual-mode base station (that is, an MBTS) may implement the co-TRM solution in the following way: An FE port on the 2G side in the MBTS is connected to a port on the 3G side in the MBTS, and another port on the 3G side is connected to the base station controller. In this case, users need to configure a logical port on the FE port on the 2G side and set the mapping from an IP address to the logical port. In this way, shaping is applied to the data that travels out of the 2G side. This function can be applied only to the MBTS.
2.16.2 Operation Procedure Adding a Logical Port On the MML client of the BSC6900 LMT, run the ADD BTSIPLGCPORT command to add a logical port. In this step, set the following parameters based on the settings in the network:
Port Cabinet No.
Port Subrack No.
Port Slot No.
Logical Port No.
Port No.
Transmission Transmissio n Bandwidth
Maximum Burst Size for Transmission
Querying the Logical Port Configuration On the MML client of the BSC6900 LMT, run the LST BTSIPLGCPORT command to query the logical port configuration. In this step, set the following parameters based on the settings in the network: 40
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Port Cabinet No.
Port Subrack No.
Port Slot No.
Logical Port No.
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The query result is displayed, as shown in Figure in Figure 1.1. 1.1. Figure 1.1 Querying the logical port configuration
Querying the Logical Port Statistics On the MML client of the BSC6900 LMT, run the DSP BTSIPLGCPORT command to query the statistics of a logical port. In this step, set the following parameters based on the settings in the network:
Port Cabinet No.
Port Subrack No.
Port Slot No.
Logical Port Type Logical Port No.
The query result is displayed, as shown in Figure in Figure 1.1. 1.1.
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Figure 1.1 Querying the logical port statistics
The Actual Transmission Bandwidth parameter indicates the actual transmit bandwidth at the logical port in the latest minute.
Before querying the statistics of a logical port, you must set the mapping from an IP address to the logical port.
Removing a Logical Port On the MML client of the BSC6900 LMT, run the RMV BTSIPLGCPORT command to remove a logical port. In this step, set the following parameters based on the settings in the network:
Port Cabinet No.
Port Subrack No.
Port Slot No.
Logical Port No.
Setting the Mapping from an IP Address to a Logical Port On the MML client of the BSC6900 LMT, run the ADD BTSIPTOLGCPORT command to set the mapping from an IP address to a logical port. In this step, set the following parameters based on the settings in in the network:
Port Cabinet No. Port Subrack No.
Port Slot No.
Logical Port No.
Destination IP Address: Address: IP address of the host
Destination IP Address Mask: 255.255.255.255
Querying the IP Address Mapped to a Logical Port On the MML client of the BSC6900 LMT, run the LST BTSIPTOLGCPORT command to query the IP address mapped to a logical port. In this step, set the following parameters based on the settings in the network:
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Port Slot No.
Logical Port No.
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The query result is displayed, as shown in Figure in Figure 1.1. 1.1. Figure 1.1 Querying the IP address mapped to a logical port
Removing the Mapping from an IP Address to a Logical Port On the MML client of the BSC6900 LMT, run the RMV BTSIPTOLGCPORT command to remove the mapping from an IP address to a logical port. In this step, set the following parameters based based on the settings in the network: network:
Port Cabinet No.
Port Subrack No.
Port Slot No.
Logical Port No.
Destination IP Address
2.16.3 Version Relation Description For details, see Table 1.1. 1.1.
2.17 Sharing of the Synchronous Ethernet Clock at the MBTS 2.17.1 Function Description The synchronous Ethernet clock can be set as a clock source of the BTS on the BSC6900 LMT.
2.17.2 Operation Procedure On the MML client of the BSC6900 LMT, run the SET BTSCLK command command to set the synchronous Ethernet clock as a clock source of the BTS. In this step, set Clock Type to SYNETH_CLK(SynEth Clock), and then set the following parameters based on the settings in the network:
Trans Type
Port No.
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Sub No.
Slot No.
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2.17.3 Version Relation Description For details, see Table 1.1. 1.1.
2.18 Fast Rollback on the MBTS 2.18.1 Function Description The fast rollback function enables rapid and safe rollback when version errors or other errors occur after version upgrades.
2.18.2 Operation Procedure Step 1 On the MML client of the BSC6900 LMT, run the DSP BTSSWRBKCAP command to query the fast-rollback capability of the BTS. The information is displayed, as shown in Figure 1.1. 1.1. Figure 1.1 Querying the fast-rollback capability of the BTS
Step 2 On the MML client of the BSC6900 LMT, run the RBK BTSSW command to perform fast rollback on the BTS. ----End
2.18.3 Version Relation Description For details, see Table 1.1. 1.1.
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2.19 IEEE1588V2-over-MAC Clock Configuration 2.19.1 Function Description The BTS supports configuration of the IEEE1588V2-over IEEE1588V2-over-MAC -MAC clock.
2.19.2 Operation Procedure Configuring the IEEE1588V2-over-MAC Clock Step 1 On the MML client of the BSC6900 LMT, run the SET BTSCLK command command to set the IP clock as a clock source of the BTS. In this step, set Clock Type to IP_TIME(IP Clock).
Step 2 Run the SET BTSIPCLKPARA command to set the attributes of the IEEE1588V2-overMAC clock . In this step, set the following two parameters as follows:
Clock Protocol Type : PTP(PTP Protocol)
Clock Topology Mode : PTPOVERMAC(PTP over MAC Multicast)
Set the following parameters based on the settings in the network:
Domain
Clock Reference Source Redundancy
Cabinet No.
Subrack No.
Slot No.
Port Number of Clock Link 0
Clock Reference Source MAC Address Address of Clock Link 0
Port Number of Clock Link 1
Clock Reference Source MAC Address Address of Clock Link 1 There are three solutions related to MAC address setting: (1) when reference clock redundancy is not supported, the MAC address is not set; (2) when reference clock redundancy is not supported, the MAC address of clock link 0 is set; (3) when reference clock redundancy is supported, the MAC addresses of both clock clock links 0 and 1 are set.
----End
Querying the Clock Type of the BTS On the MML client of the BSC6900 LMT, run the LST BTSCLK command command to query the clock type of the BTS. The result is displayed, as shown in Figure 1.1.
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Figure 1.1 Querying the clock type of the BTS
Querying the Clock Link Status On the MML client of the BSC6900 LMT, run the DSP BTSIPCLK command command to query the status of clock links. The status is displayed, as shown in Figure 1.1. Figure 1.1 Querying the clock link status
2.19.3 Version Relation Description For details, see Table 1.1. 1.1.
2.20 Alignment of Transmission at the MBTS 2.20.1 Function Description The BTS supports Virtual Local Area Area Network (VLAN) tagging based o on n the next-hop IP address. There are two types of VLAN tagging: tagging with a single VLAN ID and tagging with a VLAN ID in a VLAN group.
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In the case of tagging with a single VLAN ID, all packets whose next-hop IP addre address ss is the specified value are tagged with the VLAN ID.
In the case of tagging with a VLAN ID in a VLAN group, all packets whose next-hop IP address is the specified value are tagged with the IDs of the VLANs in a VLAN group. The specific VLAN IDs are dependent on the protocol type and the Differentiated Services Code Point (DSCP) values.
2.20.2 Operation Procedure Setting DSCP Values for Service Types On the MML client of the BSC6900 LMT, run the SET BTSVLAN command to set DSCP values for different types of service. In this step, set VLAN Switch to NO(NO) and set the following parameters based on the settings in the network:
Service Type
DSCP
Adding a VLAN Group for the BTS On the MML client of the BSC6900 LMT, run the ADD BTSVLANCLASS command to add a VLAN group. In this step, set the following parameters based on the settings in the network: VLAN GROUP No.
TRAFFICTYPE
VLAN ID
VLAN Priority If you set TRAFFICTYPE to USERDATA(USERDATA), you must specify DSCP.
Setting the Mapping from a Next-Hop IP Address to a VLAN or VLAN Group On the MML client of the BSC6900 LMT, run the ADD BTSVLANMAP command to set the mapping from a next-hop IP address to a VLAN or VLAN group. In this step, set the following parameters based on the settings in the network:
Next Hop IP VLAN MODE
If you set VLAN MODE to VLANCLASS(VLANCLASS), you must specify VLAN GROUP No., which is already configured through the ADD BTSVLANCLASS command.
If you set VLAN MODE to SINGLEVLAN(SINGLEVLAN), you must specify VLAN ID. In addition, you can set VLAN Priority.
Configuring DHCP Relay On the MML client of the BSC6900 LMT, run the ADD BTSDHCPSVRIP command to configure DHCP relay. In this step, set DHCP Server IP based on the setting in the network.
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In the case of co-transmission at an MBTS, the GSM side of the MBTS needs to tag the forwarded packets with with VLAN ID IDs. s. If DHCP packets ar aree included in the forwar forwarded ded pack packets, ets, the BTS ne needs eds to be configured with the DHCP relay function.
2.20.3 Version Relation Description For details, see Table 1.1. 1.1.
2.21 Query of Details on the Loading Control Right 2.21.1 Function Description The details on the loading control right can be queried. That is, all the information about the loading control right stored in the BTS can be displayed.
2.21.2 Operation Procedure On the MML client of the BSC6900 LMT, run the DSP BTSLOADCTRL command to query the information about the loading control right. The information is displayed, as shown in Figure 1.1. 1.1. Figure 1.1 Querying details on the loading control right
2.21.3 Version Relation Description For details, see Table 1.1. 1.1.
2.22 Query of E1/T1 Attributes 2.22.1 Function Description The configured E1/T1 attributes of the BTS can be queried through MML commands.
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2.22.2 Operation Procedure Step 2 On the MML client of the BSC6900 LMT, run the DSP BTSE1T1 command to query the E1/T1 attributes of the BTS. Set the following parameters based on the settings in the network:
Cabinet No.
Subrack No.
Slot No.
Port Select
----End
2.22.3 Version Relation Description For details, see Table 1.1. 1.1.
2.23 IP-Related Functions on the SMT 2.23.1 Function Description Before the IP address of a BTS is assigned, you are required to configure an IP address on the SMT for BTS debugging. Thus, the PING and TRACERT functions functions can be performed on the SMT to maintain the BTS. After the BTS debugging is complete, the BTS must be reset.
2.23.2 Operation Procedure Configuring the Debug IP Address If the BTS is not connected to the BSC, you need to configure the IP address of the FE port of the BTS for debugging. If the BTS is already connected to the BSC, the IP address for BTS debugging is not required.
Step 1 Log in to the SMT. Select IP Function in the Function column. The IP Debug dialog box is displayed. In the dialog box, click the Config Debug IP tab and then click the Configuration tab on the tab page. Set the related parameters based on the settings in the network, and then click OK , as shown in Figure 1.1. 1.1.
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Figure 1.1 Configuring the debug IP address
----End
Deleting the Debug IP Address Step 1 Log in to the SMT. Select IP Function in the Function column. The IP Debug dialog box is displayed. In the dialog box, click the Config Debug IP tab and then click the Delete tab on the tab page. the related related based on the settings in the network, and then click OK , as shownSet in Figure in Figure 1.1 1.1.. parameters based
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Figure 1.1 Deleting the debug IP address
----End
Querying the Debug IP Address Step 1 Log in to the SMT. Select IP Function in the Function column. The IP Debug dialog box is displayed. In the dialog box, click the Config Debug IP tab and then click the Query tab on the tab page. Set the related related parameters based based on the settings in the network, and then click OK , as shown in Figure in Figure 1.1 1.1..
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Figure 1.1 Querying the debug IP address
----End
Configuring a Router Step 1 Log in to the SMT. Select IP Function in the Function column. The IP Debug dialog box is displayed. In the dialog box, click the Config Router tab and then click the Click Config Router>> button on the tab page. In the displayed Config Router dialog box, set the related parameters based on the settings in in the network, and then click click Add. After a router is added, click Config 1.1. Para, as shown in Figure 1.1.
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Figure 1.1 Configuring a router
----End
Starting/Stopping the Ping Function Step 1 Log in to the SMT. Select IP Function in the Function column. The IP Debug dialog box is displayed. In the dialog box, click the Config Ping tab and then set the related parameters based on the settings in the network. Click Start or Stop, as shown in Figure in Figure 1.1.
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Figure 1.1 Starting/stopping the Ping function
----End
Starting/Stopping the TRACERT Function Step 1 Log in to the SMT. Select IP Function in the Function column. The IP Debug dialog box is displayed. In the dialog box, click the Config Tracert tab and then set the related parameters parameters based on the settings in the network. Click Start or Stop, as shown in Figure 1.1. 1.1.
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Figure 1.1 Starting/stopping the TRACERT function
----End
2.23.3 Version Relation Description For details, see Table 1.1. 1.1.
2.24 Query of Hot Patch Activation Time 2.24.1 Function Description The activation time of the hot patch currently saved in the BTS can be queried.
2.24.2 Operation Procedure Step 2 On the MML client of the BSC6900 LMT, run the DSP BTSPATCH command and set the related parameters based based on the settings in the network. ----End
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2.24.3 Version Relation Description For details, see Table 1.1. 1.1.
2.25 Query of NE Version Activation Time 2.25.1 Function Description The activation time of the current BTS version can be queried.
2.25.2 Operation Procedure or DSP IBTSVER Step 3 On the MML client of the BSC6900 LMT, run the DSP BTSVER or command and set the related parameters based on the settings in the network. ----End
2.25.3 Version Relation Description For details, see Table 1.1. 1.1.
2.26 XMU Monitoring and Smart TRX 2.26.1 Function Description This function enables the BTS to adjust power consumption. This function can be used only when the BTS is configured with the XMU and the function switch is enabled.
2.26.2 Operation Procedure Setting the SMART TRX Switch Step 1 On the MML client of the BSC6900 LMT, run the SET BTSXMUFP command and set the Power Adjust Parameter Configuration Enabled parameter to YES(YES) . ----End
2.26.3 Version Relation Description For details, see Table 1.1. 1.1.
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2.27 Configuration of Two Ethernet Ports in Port IP Mode 2.27.1 Function Description To support GSM+UMTS transmission backup in SRAN 5.0, the FE1 port can be used in BTS3000V100R012C00 when the IP-over-FE IP-over-FE BTS is set to operate in port IP mode. In this mode, FE0 and FE1 can be used at the same time or used independently.
2.27.2 Operation Procedure Setting the Physical IP Address of the FE0 Electrical Port Step 1 On the MML client of the BSC6900 LMT, run the ADD BTSDEVIP command and set the following parameters based on the settings in the network:
Set Port No. to 0
Port Cabinet No.
Subrack No.
Slot No.
Physical IP
IP Mask
----End
Setting the Physical IP Address of the FE1 Optical Port Step 1 On the MML client of the BSC6900 LMT, run the ADD BTSDEVIP command and set the following parameters based on the settings in the network:
Set Port No. to 1
Port Cabinet No.
Subrack No.
Slot No.
Physical IP
IP Mask
----End
Setting the Communication Address of the BTS in IP over FE Mode Step 1 On the MML client of the BSC6900 LMT, run the SET BTSIP command and set the following parameters based on the settings in the network:
Set BTS Communication Type to PORTIP(Port IP)
Set BTS IP to the physical IP address of the FE0 port
Set BSC IP based on the settings in the network
----End
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2.27.3 Version Relation Description For details, see Table 1.1. 1.1.
2.28 E1/T1 Co-Transmissi Co-Transmission on Based on UTRP Sharing in the MBTS 2.28.1 Function Description When the dual-mode MBTS operates in TDM transmission mode, the UTRP is managed on the GSM side. The E1 port on the UTRP can be set to achieve E1/T1 co-transmission between GSM and UMTS (or LTE).
2.28.2 Operation Procedure Step 2 On the MML client of the BSC6900 LMT, run the ADD BTSCONNECT command and set the following parameters based on the settings in the network:
Set BTS In Port No. based on the actual connections
Set In Port Cabinet No. to the cabinet number of the UTRP Set In Port Subrack No. to the subrack number of the UTRP
Set In Port Slot No. to the slot number of the UTRP
Set Dest Node Type to OTHER
Step 3 On the MML client of the BSC6900 LMT, run the ADD BTSTOPCONFIG command and set the following parameters based on the settings in the network:
Set Port Cabinet No. to the cabinet number of the UTRP
Set Port Subrack No. to the subrack number of the UTRP
Set Port Slot No. to the slot number of the UTRP
Set Backboard E1/T1 Port No. based on the actual situation
Set TOP Board Cabinet No. to the cabinet number of the peer board
Set TOP Board Subrack No. to the subrack number of the peer board Set TOP Board Slot No. to the slot number of the peer board
Set Port Type to TOPEXTOUTPORT(TOP Extended Out Port)
Set Originally E1/T1 Port No. based on the actual situation
Select the Select All checkbox in the TS Mask drop-down drop-down list When the UTRP is managed on the GSM side, the MBTS only allows that GSM and UMTS (or LTE) share all timeslots on an E1 port. Therefore, select the Select All checkbox in the TS Mask drop-down drop-down list.
----End
2.28.3 Version Relation Description For details, see Table 1.1. 1.1. 58
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2.29 Enhanced DSP Voice Link Detection Capability 2.29.1 Function Description The original voice detection mechanism is enhanced to accelerate the troubleshooting process of online voice services. During a certain period of time, if the number of voice errors in the window (length: 64) exceeds the consecutive error threshold or total error threshold, the related record is written into the log. This function is supported by the GRRU V2 and GRFU.
2.29.2 Operation Procedure Enabling DSP Voice Link Detection Capability Enhancement Step 1 On the MML client of the BSC6900 LMT, run the SET GCELLBTSSOFT command and set the related parameters based on the settings in the network.
Set Item Index to 56
Set Item Value based on the actual situation The Item Value parameter indicates a decimal value that is equivalent to an octet. The meaning of each bit in the octet octet is as follow follows: s: BIT7: function switch. 1 – Disabled; 0 – Enabled BIT6: reserved BIT5 – BIT3: total error threshold ranging from 0 to 7 BIT2 – BIT0: consecutive error threshold ranging from 0 to 7 For example, to set the total error threshold to 7 and the consecutive error threshold to 3, you need to set the Item Value parameter to the decimal 59, which is equivalent to 00111011b, as shown in Figure 1.1. 1.1.
Figure 1.1 Setting the parameters for DSP voice link detection capability enhancement
----End
Viewing the DSP Running Log Step 1 Obtain the DSP running log. Start the BTS log viewer to open the log. Locate the text starting with DSP Char Log: F1, which is the related record when the number of voice errors in the window (length: 64) 6 4) exceeds the consecutive error threshold or total error threshold, as shown in Figure 1.1.
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Figure 1.1 Log of DSP voice link detection capability enhancement
The ten-byte data (in the rectangle above) in the log indicates in sequence the carrier No., channel No., and the number of errors of eight types. An error type occupies a byte. At present, only four of eight error types are used, which are downlink TRAU frame not received, voice frame or SID frame stolen, air-interface CMR time CMI leap, and uplink Dbit all-0 or all-1 frame. The other four error types are reserved.
----End
2.29.3 Version Relation Description For details, see Table 1.1. 1.1.
2.30 Optimized Voice Problem Location 2.30.1 Function Description Many service problems are related to voice, such as the one-way audio, no audio, crosstalk, noise, low MOS for the voice quality, PDCH out-of-synchronization, and low PS service rate. Methods dedicated to locating such problems on the BTS side are not yet developed. Usually, engineers have to capture data on the site with tools such as the MTB, which is inefficient and costly.. On the BSC side, a few location methods are already available for locating voice costly problems. These methods usually involve the the following steps: performing performing dialing test on the BTS affected by the voice problem, saving the TRAU frames that results in the voice problem, and analyzing analyzing the TRAU frames frames with voice analysis analysis tools to locate the cause cause of the problem. These methods can only locate locate internal processing processing problems on the TC TC side. When problems occur to the the interface or air interface between between the BTS and the BSC, the the methods are no longer useful. Therefore, it is necessary to develop the functions of saving, reporting, and analyzing TRAU frames on the BTS side. The PTU record function can be used for saving, reporting, and analyzing the TRAU frames of voice and PS services. During IP- or HDLC-based transmission between the BSC and the BTS, you can use the user plane (UP) 60
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PTU record function to save and extract the recorded UP data. Thus, you can check whether the voice or data services on the UP are normal. Three PTU record modes are available:
UP data record through the Um interface and the timeslot specified on the BSC side
Auto record of the data of certain numbers whose IMSI/TMSI are configured on the BSC
side during a call UP data record started by the UE by the DTMF message (configurable) Only one PTU record operation of one slot of one carrier on one BTS can be performed concurrently. If multiple PTU record commands are issued on one BTS, the latest command is to be executed.
2.30.2 Operation Procedure Starting an Um Interface Record Operation Step 1 Run the SET UMRECORDPARA command in the MML window on the LMT of the BSC6900. The parameter settings are as follows:
Um Interface Record Control Code : Select STARTREC.
Record Point Type: Select PTU. Record Service Type: Select CS Record.
TRX ID: carrier index No. of the record.
Channel No.: channel No. of the record.
Sub Channel No.: sub channel No. of the record.
Direction of Record: select DLONLY, ULONLY, or BIDIR according according to the actual situation.
Max Record Time: Select the maximum record time according to the actual situation (unit: minute).
----End
Stopping an Um Interface Record Operation Step 1 Run the SET UMRECORDPARA command in the MML window on the LMT of the BSC6900. The parameter settings are as follows:
Um Interface Record Control Code : Select STOPREC.
Record Point Type: Select PTU.
TRX ID: carrier index No. of the record.
----End
Extracting the Recorded Data Step 1 Run the STR BTSLOG command in the MML window on the LMT of the BSC6900. The parameter settings settings are as follows:
Log Type: Select CMPLOG.
Index Type: Select the actual index type.
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Board Type: Select TMU.
Command Parameter: Enter PTUTRAU (case-sensitive).
Step 2 Run the ULD BTSLOG command in the MML window on the LMT of the BSC6900. The parameter settings settings are as follows:
Log Type: Select CMPLOG. File Name: Fill in the file name generated in the MML execution result after the previous step is successfully successfully performed.
FTPServer IP: Fill in the actual IP address.
FTPServer User: Fill in the actual user name.
User Password: Fill in the actual password.
----End
2.30.3 Version Relation Description For details, see IStep 11Table 1.1. 1.1.
2.31 RET Antenna Normalization and Support for AISG2.0 ALDs 2.31.1 Function Description The BTS supports RET antennas and smart tower-mounted amplifiers (STMAs) and provides commands for configuring and maintaining AIS AISG1.1 G1.1 and AISG2.0 RET antennas and STMAs.
Key operations on ALDs are protected. The following operations are exclusive: scanning, calibration, tilt angle setting, software download, and configuration file download. Both the installation of an RET antenna or STMA and the resetting of an RXU can trigger auto scanning, ensuring the normal use of ALDs. ALDs.
2.31.2 Operation Procedure Configuring the Power Switch of an ALD Step 1 Run SET BTSRXUBP command in the MML window on the LMT of the BSC6900. The parameter settings settings are as follows:
ANT_A ALD Power Switch: ON.
ANT_A ALD Current Alarm Threshold Threshol d Type: Configure this parameter according to the actual ALD type and connection mode. The ANT_A ALD Current Alarm Threshold Type parameter can be configured to the following values: UER_SELF_DEFINE1 (user-defined type 1) UER_SELF_DEFINE2 (user-defined type 2)
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UER_SELF_DEFINE3 (user-defined type 3) TMA12DB_ONLY_NON_AISG (for the common 12 dB TMA only) TMA24DB_ONLY_NON_AISG (for the common 24 dB TMA only) RET_ONLY_COAXIAL (for the coaxial RET antenna only) TMA12DB_AISG (for the AISG 12 dB TMA and the RET antenna or only the 12 dB TMA) TMA24DB_AISG (for the AISG 24 dB TMA and the RET antenna or only the 24 dB TMA) The power switch of an ALD is OFF by default. To use an ALD, you need to set the power switch of the ALD to ON and set the current alarm threshold. This MML command is only applicable to setting the ALD for an RRU. The power switch of ANT_A (or ANT_B) of the RXU and that of the ALD of the RET port cannot be set to ON concurrently.
Resetting the Power Switch of an ALD Step 1 Run the RST BTSRETANTPASS command in the MML window on the LMT of the BSC6900. The parameter settings are as follows:
Device No. When a current abnormality alarm is generated, the power switch of the ALD is automatically disabled. In this case, you can run this command to re-enable the switch and restore the system from the self protection state. The Device No. parameter indicates the device number of an antenna in a site. Its value ranges from 0 to 35. 35.
----End
Querying the Power Switch State of an ALD Step 1 Run the LST BTSRXUBP command in the MML window on the LMT of the BSC6900 and enter the BTS index and the RXU slot information.
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Figure 1.1 Querying the power switch state of an ALD
----End
Starting the Scanning of an ALD Step 1 Run STR BTSALDSCAN command in the MML window on the LMT of the BSC6900. The parameter settings settings are as follows:
Control Port Cabinet No.
Control Port Cabinet No.
Control Port Slot No. ALDs are scanned according to the control link connection. All ALDs physically connected to the BTS can be scanned out, no matter whether they are configured. The power switches of all ALDs of an RXU that are scanned should be set to ON. You can set the cabinet, subrack, and slot information in the MML command according to the actual situation. If the preceding information is not specified, it indicates scanning the entire site. site.
----End 64
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Stopping Scanning ALDs Step 1 Run the STP BTSALDSCAN command in the MML window on the LMT of the BSC6900 and enter the site index.
You can run this command to stop the scanning operation in a site.
----End
Resetting an ALD Step 1 Run the RST BTSALD command in the MML window on the LMT of the BSC6900. The parameter settings settings are as follows:
Operation Mode
Device No.
Control Port Cabinet No.
Control Port Subrack No.
Control Port Slot No.
Control Port No. Before running this command, you must check whether the ALD is configured on the BTS and whether the ALD can communicate with the BTS normally. Configuring the Control Port No. parameter: If the ALD is connected to the GATM, the value ranges from 0 to 5. If the ALD is connected to the RRU or RFU, the value ranges from 0 to 2. 2.
----End
Querying the Version of an ALD Step 1 Run DSP BTSALDVER command command in the MML window on the LMT of the BSC6900. The parameter settings settings are as follows:
Operation Mode Device No.
Control Port Cabinet No.
Control Port Subrack No.
Control Port Slot No.
Control Port No.
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Figure 1.1 Querying the version of an ALD according to the device No
Before running this command, you must check whether the ALD is configured on the BTS and whether the ALD can communicate with the BTS normally.
----End
Downloading the ALD Software or the Configuration File of an RET Antenna to an ALD Step 1 Run the DLD BTSALDFILE command in the MML window on the LMT of the BSC6900 to download the ALD software software or the configuration file of an RET antenna to the OMU. The parameter settings settings are as follows:
FTPServer IP: IP address of the FTP server
FTPServer User: FTP server user name
User Password: user password for login to the FTP server
File directory: directory for saving the downloaded software File Name: file name of the downloaded software
Step 2 Run the LOD BTSALDSW command in the MML window on the LMT of the BSC6900 to download the ALD software to the ALD. The parameter settings are as follows:
Operation Mode
Device No.
Control Port Cabinet No.
Control Port Subrack No.
Control Port Slot No.
Control Port No.
File Name Before running this command, you must check whether the ALD is configured on the BTS and whether the ALD can communicate with the BTS normally.
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The loaded software version must completely match the device version. The ALD does not support the file check function. Therefore, if the uploaded ALD software is incorrect, the ALD may be unavailable. The ALD is automatically reset after the software upload, and the new software is validated after the resetting. The ALD connected to the GATM does not support software upgrade.
Step 3 Run the LOD BTSRETCFGDATA command in the MML window on the LMT of the BSC6900 download settings aretoas follows: the configuration file of the RET antenna to the ALD. The parameter
Operation Mode
Device No.
SubUnit No.
Control Port Cabinet No.
Control Port Subrack No.
Control Port Slot No.
Control Port No. The STMA does not provide the function of downloading configuration files. files.
----End
Adding an RET Antenna Step 1 Run the ADD BTSRET command in the MML window on the LMT of the BSC6900 to add an RET antenna. The parameter settings are as follows:
Device No.
Device Name
Control Port Cabinet No.
Control Port Subrack No.
Control Port Slot No.
Control Port No.
Ret Type
Polar Type
Antenna Scenario
Vendor Code
Serial No. When configuring multiple RET antennas, you should fill in the actual number of supported subunits. Otherwise, the ALDs become unavailable. When installing an RET antenna in the common scenario, you do not need to specify the vendor code and the device No. Both values can be automatically obtained by the system. In the cascaded installation scenario, you should specify the vendor code and the device No. Otherwise, the system cannot communicate with the ALD normally. normally.
----End
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Modifying the Configuration of an RET Antenna Step 1 Run the MOD BTSRET command in the MML window on the LMT of the BSC6900. For parameter settings, settings, see Adding an RET Antenna Antenna.
The configured cabinet No., subrack No., and control port No. should be consistent with those of the port for physically physically con connecting necting th thee RET anten antenna na to the BTS. Oth Otherwise, erwise, the RE RET T antenna antenna cannot cannot work normally. normally.
----End
Deleting an RET Antenna Step 1 Run the RMV BTSRET command in the MML window on the LMT of the BSC6900 and enter the device No. of the antenna to be deleted. ----End
Querying the Configuration of an Antenna Step 1 Run the LST BTSRET command in the MML window on the LMT of the BSC6900 and enter the device No. of the antenna to be queried. Figure 1.1 Querying the configuration of an RET antenna
----End
Querying the Dynamic Information of an RET Antenna Step 1 Run the DSP BTSRET command in the MML window on the LMT of the BSC6900 and enter the device No. of the antenna to be queried.
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Figure 1.1 Querying the dynamic information of an RET antenna
----End
Modifying the Information of an RET Antenna Subunit Step 1 Run the MOD BTSRETSUBUNIT command in the MML window on the LMT of the BSC6900. The parameter settings are as follows:
Device No.
SubUnit No.
Connection Port 1 Cabinet No.
Connection Port 1 Subrack No.
Connection Port 1 Slot No.
Connection Port 1 Port No.
Connection Port 2 Cabinet No.
Connection Port 2 Subrack No.
Connection Port 2 Slot No.
Connection Port 2 Port No.
Tilt(0.1degree)
Tilt alarm error range(0.1degree) The value of the SubUnit No. parameter ranges from 1 to 8. The value of the Tilt(0.1degree) parameter ranges from 100 to 300 (unit: 0.1 degree). The value of the Tilt alarm error range(0.1degree) parameter ranges from 0 to 10 (unit: 0.1 degree). The valid value of a port number ranges from 0 to 5 for the GATM and from 0 to 2 for the RXU.
----End
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Querying the Information of an RET Antenna Subunit Step 1 Run the LST BTSRETSUBUNIT command in the MML window on the LMT of the BSC6900 and enter the device No. of the antenna and the subunit No. Figure 1.1 Querying the information of an RET antenna subunit
----End
Querying the Dynamic Information of an RET Antenna Subunit Step 1 Run the DSP BTSRETSUBUNIT command in the MML window on the LMT of the BSC6900 and enter the antenna No. of the antenna and the subunit No. Figure 1.1 Querying the dynamic information of an RET antenna subunit
----End
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Setting the Tilt Angle of an RET Antenna Step 1 Run the MOD BTSRETTILT BTSRETTILT command in the MML window on the LMT of the BSC6900. The parameter settings are as follows:
Operation Mode
Tilt(0.1 degree)
----End
Modifying the Additional Attributes of an RET Antenna Step 1 Run MOD BTSRETDEVICEDATA BTSRETDEVICEDATA command in the MML window on the LMT of the BSC6900. The parameter settings are as follows:
Device No.
SubUnit No.
Antenna Direction (0.1 degree)
Antenna Model Number
Band1
BeamWidth1(degree)
Gain1(0.1dBi)
Installed Date
Installed Mechanical Tilt(0.1degree)
Installer ID
Sector ID
Serial No. You can use this command to modify the additional attributes of an RET antenna subunit, such as the antenna direction, antenna model number, band code, band beam width, band gain, installed date, installed mechanical tilt angle, installer ID, sector ID, and serial number of the antenna. The parameters should be configured according to the actual application scenario. scenario.
----End
Querying the Configuration of Additional Attributes of an RET Antenna Step 1 Run the LST BTSRETDEVICEDATA command in the MML window on the LMT of the BSC6900 and enter the device No. of the antenna and the subunit No.
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Figure 1.1 Querying the configuration of additional attributes of an RET antenna
----End
Querying the Dynamic Information of Additional Attributes of an RET Antenna Step 1 Run the DSP BTSRETDEVICEDATA command in the MML window on the LMT of the BSC6900. Figure 1.1 Querying the dynamic information of additional attributes of an RET antenna
----End
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Calibrating an RET Antenna Step 1 Run the CLB BTSRET command in the MML window on the LMT of the BSC6900. Before calibration, you must check whether the RET antenna is configured on the BTS and whether the antenna can communicate with the BTS normally. Calibration is a mandatory operation after the installation of an RET antenna. If this operation is ignored, the tilt angle of the antenna may be incorrect, affecting the network coverage. If the device No. and the subunit No. are not specified, it indicates that all RET antennas in the site should be calibrated.
----End
Adding an STMA Step 1 Run ADD BTSTMA command in the MML window on the LMT of the BSC6900. The parameter settings settings are as follows:
Device No.
Device Name
TMA Power Supply Type
Control Port Cabinet No.
Control Port Subrack No.
Control Port Slot No.
TMA SubUnit Number The TMA SubUnit Number parameter should be configured according to the actual number of supported subunits. The TMA Power Supply Type parameter should be configured according to the actual situation. situation .
----End
Modifying the Configuration of an STMA Step 1 Run the MOD BTSTMA command in the MML window on the LMT of the BSC6900. For parameter settings, settings, see Adding an STMA. STMA.
The configured cabinet No., subrack No., and control port No. should be consistent with those of the port for physically physically con connecting necting th thee TMA to the BTS. Othe Otherwise, rwise, the TMA ca cannot nnot work normally normally..
----End
Deleting an Intelligent TMA Step 1 Run the RMV BTSTMA command in the MML window on the LMT of the BSC6900 and enter the device No. of the TMA to be deleted. ----End
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Querying the Configuration of an STMA Step 1 Run the LST BTSTMA command in the MML window on the LMT of the BSC6900. Figure 1.1 Querying the configuration of an STMA
----End
Querying the Dynamic Information of an STMA Step 1 Run the DSP BTSTMA command in the MML window on the LMT of the BSC6900. Figure 1.1 Querying the dynamic information of an STMA
----End
Modifying the Subunit of an STMA MODThe BTSTMASUBUNIT in the MML window on the LMT of the Step 1 Run BSC6900. parameter settings command are as follows: 74
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Device No.
SubUnit No.
Connection Port Cabinet No.
Connection Port Subrack No.
Connection Port Slot No.
Connection Port No. Operation Mode
Gain(0.25dBi)
Operation Guide to New Functions in BTS3000V100R012C00Operation BTS3000V100R012C 00Operation Guide to New Functions in BTS3000V100R012C0 BTS3000V100R012C00 0
Different STMA models provided by different vendors support different gain ranges. Therefore, you should configure the parameter according to the specifications provided by the vendor. The value of the SubUnit No. parameter ranges from 1 to 2. The valid value of the Connection Port No. parameter ranges from 0 to 5 for the GATM and from 0 to 2 for the RXU. The TMA can work in two modes, namely, normal and bypass. The value of the Gain(0.25dBi) parameter ranges from 0 to 255. 255.
----End
Querying the Information of an STMA Subunit Step 1 Run the LST BTSTMASUBUNIT command in the MML window on the LMT of the BSC6900. Figure 1.1 Querying the information of an STMA subunit
----End
Querying the Dynamic Information of an STMA Subunit Step 1 Run the DSP BTSTMASUBUNIT command in the MML window on the LMT of the BSC6900. Issue 01 (2010-06-30)
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Figure 1.1 Querying the dynamic information of an STMA subunit
----End
Modifying the Additional Attributes of an STMA Step 1 Run MOD BTSTMASUBUNIT command in the MML window on the LMT of the BSC6900. The parameter settings are as follows:
Device No.
SubUnit No.
Antenna Direction (0.1 degree)
Band1
BeamWidth1(degree)
Gain1(0.1dBi)
Installed Date
Installed Mechanical Tilt(0.1degree)
Installer ID
Sector ID
Serial No. Antenna Model Number
Gain Resolution(0.25db)
Subunit Type
Received Max Frequency(10 Frequency(100kHz) 0kHz)
Received Min Frequency(1 Frequency(100kHz) 00kHz)
Transmit Max Frequency(100kHz) Frequency(100kHz)
Transmit Min Frequency(100kHz) Frequency(100kHz) You can use this command to modify the additional attributes of an STMA subunit, such as the antenna direction, antenna model number, band code, band beam width, band gain, installed date, installed mechanical tilt angle, installer ID, sector ID, serial No., gain resolution, subunit type, received maximum frequency, received minimum frequency, transmit maximum frequency, and transmit minimum frequency. The preceding parameters should be configured according to the actual situation.
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----End
Querying the Configuration of Additional Attributes of an STMA Step 1 Run the LST BTSTMADEVICEDATA command in the MML window on the LMT of the BSC6900. Figure 1.1 Querying for the configuration of additional attributes of an STMA
----End
Querying the Dynamic Information of Additional Attributes of an STMA Step 1 Run the DSP BTSTMADEVICEDATA command in the MML window on the LMT of the BSC6900.
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Figure 1.1 Querying the dynamic information of additional attributes of an STMA
----End
2.31.3 Version Relation Description For details, see IStep 11Table 1.1. 1.1.
2.32 PS Downlink High-Prec High-Precision ision Power Control 2.32.1 Function Description This feature enables the system to perform the PS downlink power control in small granularity.. In this way, power adjustment in granularity of 2 dB and frequent change of granularity coding schemes can be avoided.
2.32.2 Operation Procedure To enable the PS downlink closed-loop power control, perform the following operation: On the BSC6900 LMT, run the SET GCELLPSPWPARA command, and then set the following parameters based on the existing network conditions:
Set Support PS Downlink Power Control to YES(Yes).
Set P0 based on the situation.
Set Power Control Precision based on the situation.
This function and the power ramping in 8PSK mode are mutually exclusive.
2.32.3 Version Relation Description For details, see IStep 11Table 1.1.
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