260132479.xls
文档密级
BTS3900 V100R008C00 (NodeB)
Used Reserved Parameter List Issue
09
Date
2014/05/30
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2014. 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.
02/11/2015
华为保密信息,未经授权禁止扩散
第1页,共39页
260132479.xls
文档密级
Trademarks and Permissions and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do n constitute a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd. Address:
Huawei Industrial Base Bantian, Longgang Shenzhen 518129 People's Republic of China
Website:
http://www.huawei.com
Email:
[email protected]
02/11/2015
华为保密信息,未经授权禁止扩散
第2页,共39页
260132479.xls
文档密级
ans without prior written consent of
02/11/2015
华为保密信息,未经授权禁止扩散
第3页,共39页
260132479.xls
文档密级
f their respective holders.
etween Huawei and the customer. All or hin the purchase scope or the usage commendations in this document are r express or implied.
been made in the preparation of this commendations in this document do not
02/11/2015
华为保密信息,未经授权禁止扩散
第4页,共39页
260132479.xls
文档密级
Purpose
This document provides information about the BTS3900 reserved parameters, including th of the parameters.This document consists of two parts: •Used Reserved Parameter List: describes the reserved parameters and bits that are being •Disuse Reserved Parameter: describes the reserved parameters and bits that are no long version.
Issue Issue 09 08 07 06 05 04 03 02 01 Draft A
Intended Audience •Network planners •Field engineers •System engineers •Shift operators
Download
This document is the Used Reserved Parameter List for the BTS3900 of the V100R008C0 information for the customer only. Contact Huawei engineers to obtain the Used Reserved Parameter List that matches the v To obtain the Used Reserved Parameter List of the BTS3900, visit the website http://suppo then choose Software Center > Version Software > Wireless Product Line > SingleRAN > M
Organization Description MO Parameter ID MML Command BIT
02/11/2015
华为保密信息,未经授权禁止扩散
第5页,共39页
260132479.xls
文档密级
Meaning
GUI Value Range Unit Actual Value Range Default Value
Recommended Value Caution Impact on Radio Network Performance
Introduced in Version
Change Reason Disuse Statement Disuse Version
Introduction to Reserved Parameters
This section describes the definition of reserved parameters, the purpose of using reserved reserved parameters, and disuse mechanism. Definition
Purpose
02/11/2015
华为保密信息,未经授权禁止扩散
第6页,共39页
260132479.xls
文档密级
Status
Disuse Mechanism
02/11/2015
华为保密信息,未经授权禁止扩散
第7页,共39页
文档密级
260132479.xls
provides information about the BTS3900 reserved parameters, including the meaning, value, and usage ers.This document consists of two parts: ed Parameter List: describes the reserved parameters and bits that are being used. ved Parameter: describes the reserved parameters and bits that are no longer in use in the current R
Product Version BTS3900 V100R008C00SPC280 BTS3900 V100R008C00SPC270 BTS3900 V100R008C00SPC260 BTS3900 V100R008C00SPC240 BTS3900 V100R008C00SPC220 BTS3900 V100R008C00SPC180 BTS3900 V100R008C00SPC200 BTS3900 V100R008C00SPC170 BTS3900 V100R008C00SPC150 BTS3900 V100R008C00
is the Used Reserved Parameter List for the BTS3900 of the V100R008C00 version. It provides basic the customer only. ei engineers to obtain the Used Reserved Parameter List that matches the version. Used Reserved Parameter List of the BTS3900, visit the website http://support.huawei.com/support and oftware Center > Version Software > Wireless Product Line > SingleRAN > MBTS.
Remarks Managed object of an NE Simple string for identifying a parameter Command that includes the parameter Bit that has been used
02/11/2015
华为保密信息,未经授权禁止扩散
第8页,共39页
文档密级
260132479.xls Function of a reserved parameter or bit and whether the reserved parameter or bit is an advanced parameter or bit. The following two types of reserved parameters or bits are advanced parameters or bits: 1. Reserved parameters or bits that have significant impacts on network performance once their values are slightly changed. This type of reserved parameters or bits are not used in features. 2. Reserved parameters or bits whose functions can be maximized only when they work in certain portfolios. For this type of parameters or bits, changing the value of only one reserved parameter or bit has little effect and may cause accidents or bring a negative impact to the network. To set range an advanced parameter or bit, contact Huawei Customer Service Center for technical Value of the reserved parameter or bit displayed on the GUI Unit of the GUI value for the reserved parameter or bit Actual value that corresponds to the GUI value of the reserved parameter or bit Initial value assigned by the system to the parameter. For a bit field parameter, ON indicates that the bit representing the sub-parameter is set to 1, OFF indicates that the bit representing the sub-parameter is set to 0. The default value is not displayed on the configuration window of a SET command. Recommended value of the reserved parameter or bit in a specific application scenario. The recommended value can be the same as the default value. Cautions to be taken during the modification. Impact of the parameter on radio network performance when the reserved parameter or bit is set to different values Product version in which a reserved parameter or bit is first used. For example: • Patch release for an R version: VX00R0XXCXXSPHXXX • Patch releases for different R versions: VX00R0XXCXXSPHXXX and VX00R0XX'CXXSPHXXX • Patch release and baseline version for different R versions: VX00R0XXCXXSPHXXX and VX00R0XX' VX00R0XXCXXSPHXXX indicates a patch release for an R version. A reserved parameter or bit that is first used in this patch release will be used in all later patch releases. VX00R0XX' indicates a baseline version for an R version. A reserved parameter or bit that is first usedwhy in this will be used in all and laterthe baseline versions and patch Reason the baseline reservedversion parameter or bit is used reserved parameter or bit releases. in an earlier version inherited by that in the current version Mechanism that the system uses to process the value of a reserved parameter or bit set by operators after the reserved parameter or bit is out of use Baseline version in which a reserved parameter or bit is out of use
escribes the definition of reserved parameters, the purpose of using reserved parameters, the status of meters, and disuse mechanism. Reserved parameters are parameters reserved for use in patch releases. When such parameters are being added, they can be set but have no functional behaviors. A reserved parameter has functional behavior only when it is used in a patch release. Reserved parameters are used to fix bugs, solve network compatibility issues, or implement network element interconnection.
02/11/2015
华为保密信息,未经授权禁止扩散
第9页,共39页
文档密级
260132479.xls • Avoiding impacts on southbound and northbound interfaces • Avoiding service interruption caused by patch installation The state of a reserved parameter can be: Unused: indicates that the reserved parameter has not been used. In-use: indicates that the reserved parameter is being used. Disused: indicates that the function of the reserved parameter has been implemented by a new parameter (the ID of the new parameter reflects the function) or the function of the reserved parameter has been removed.
anism A reserved parameter that is used in a patch release for an R version will fall into disuse in N+1 version. After the disuse, the reserved parameter is not used in the R version any more. Disuse mechanism: 1. A new parameter has been used to replace the reserved parameter. The ID of the new parameter reflects the function. 2. The function configured through the reserved parameter has been deleted or does not need to be set manually.
02/11/2015
华为保密信息,未经授权禁止扩散
第10页,共39页
260132479.xls
MO
Parameter ID
MML Command
BIT
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT19
ULOCELLRS ULOCELLRSV SET VDPARA DPARA4 ULOCELLRSVDPARA
N/A
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT15
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT14
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT16
NODEBRSVD NODEBRSVD SET PARA PARA10 NODEBRSVDPARA
N/A
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT9
02/11/2015
文档密级
华为保密信息,未经授权禁止扩散
第11页,共39页
260132479.xls NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT12
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT13
NODEBRSVD NODEBRSVD SET PARA PARA12 NODEBRSVDPARA
N/A
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT21
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第12页,共39页
260132479.xls NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT8
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT7
ULOCELLRS ULOCELLRSV SET VDPARA DPARA1 ULOCELLRSVDPARA
RSVDBIT25
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第13页,共39页
260132479.xls ULOCELLRS ULOCELLRSV SET VDPARA DPARA1 ULOCELLRSVDPARA
RSVDBIT24
ULOCELLRS ULOCELLRSV SET VDPARA DPARA6 ULOCELLRSVDPARA
N/A
ULOCELLRS ULOCELLRSV SET VDPARA DPARA1 ULOCELLRSVDPARA
RSVDBIT26
ULOCELLRS ULOCELLRSV SET VDPARA DPARA1 ULOCELLRSVDPARA
RSVDBIT27
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第14页,共39页
260132479.xls ULOCELLRS ULOCELLRSV SET VDPARA DPARA1 ULOCELLRSVDPARA
RSVDBIT28
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT5
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT4
NODEBRSVD NODEBRSVD SET PARA PARA1 NODEBRSVDPARA
RSVDBIT6
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第15页,共39页
文档密级
260132479.xls
TP extension switch. ON,OFF Value 0 indicates this switch is turned off, and value 1 indicates this switch is turned on. By default, this switch is turned on. When this switch is turned on, the NodeB supports the information element "Ext Propagation Delay" specified in 3GPP TS 25.435.
None
Actual Value Default Range Value 1,0 0
Indicates the increased transmit power if [0,4294967295] there is remaining power or the decreased CQI value corresponding to the transmitted data volume if there is no remaining power, when the SRB data over the HSDPA channel is scheduled. This parameter ranges from 0 to 10, in units of 1 dB. If the value of this reserved parameter is beyond the specified value range, set this parameter to 0. Value 0 indicates that the transmit power does not increase or the transmitted data volume does not decrease. Whether to report alarms for detected ON,OFF KPI invisible faults. Value 0 indicates that the switch is turned off, and the NodeB reports alarms for detected KPI invisible faults by default. Value 1 indicates that the switch is turned on, and the NodeB does not report alarms for detected KPI invisible faults. Whether to enable self-healing of KPI ON,OFF invisible faults. Value 0 indicates that the switch is turned off, and the NodeB disables self-healing of KPI invisible faults. Value 1 indicates that the switch is turned on, and the NodeB enables selfhealing of KPI invisible faults.
dB
[0,10]
0
None
1,0
0
None
1,0
0
Immediate rebuilding switch for degraded ON,OFF DC cell. Value 0 indicates that the switch is turned off and value 1 indicates that the switch is turned on.
None
1,0
0
Parameter used for RFU or RRU power [0,4294967295] control optimization. The actual value ranges from 0 to 500. If the parameter value is beyond the range, set this parameter to 0. Switch used to ensure the experience of ON,OFF DC users on the heavily-loaded network. Value 0 indicates that this switch is turned off, and value 1 indicates that this switch is turned on. This switch is turned off by default.
None
[0,500]
0
None
1,0
0
Meaning
02/11/2015
GUI Value Range
Unit
华为保密信息,未经授权禁止扩散
第16页,共39页
文档密级
260132479.xls Interval at which the average downlink ON,OFF carrier TX power or the average downlink non-HSPA carrier TX power is measured. This parameter applies to power congestion-based E2E flow control and takes effect when the power congestion admission algorithm is enabled. Value 0 indicates that the interval is 100 ms, and value 1 indicates that the interval is 10 ms. Switch used to estimate power for ON,OFF admitted users using power congestionbased E2E flow control. This parameter takes effect when the power congestion admission algorithm is enabled. If this switch is turned on, power admission decision is based on the result by comparing the accumulated value of user initial power and measured cell power within a measurement period with the threshold. If this switch is turned off, user admission is based on the result by comparing the measured cell power with the threshold. Value 0 indicates this switch is turned off, and value 1 indicates that this switch is turned on. Parameter used to control the Fixed [0,4294967295] reserved CE for 2ms TTI users under CE Overbooking. Value 0 indicates that the Fixed CE Reserve function does not take effect,but CE overbooking takes effect independently. Values 1 to 8 indicate that the Fixed CE Reserve function takes effect and correspond to the number of CEs reserved for each 2 ms TTI HSUPA user respectively.
None
1,0
0
None
1,0
0
None
[0,8]
0
Switch of adjusting the FP time window. ON,OFF After this switch is turned on, this function prevents the high call drop rate caused by poor performance of the MOTO's NodeB if the MOTO's NodeB is close to the Huawei's NodeB. Value 0 indicates that the switch is turned off, and value 1 indicates that the switch is turned on.
None
1,0
0
02/11/2015
华为保密信息,未经授权禁止扩散
第17页,共39页
文档密级
260132479.xls Switch used to optimize the search ON,OFF algorithm in continuous packet connectivity (CPC) mode. Value 0 indicates that this switch is turned off, and value 1 indicates that this switch is turned on. If this switch is turned on, the finger phase matching method is used to suppress virtual paths, thereby preventing call drops on the virtual paths. If this switch is turned off, virtual paths are not suppressed. This switch is turned off by default.
None
1,0
0
Whether to optimize the method for SIR ON,OFF noise estimation of high-speed HSUPA users running data transmission continuously after the HSUPA IC feature has been enabled. Value 0 indicates that the switch is turned off, and value 1 indicates that the switch is turned on. By default, this switch is turned off. If this switch is turned on, the optimized method is used for SIR noise estimation. If this switch is turned off, the existing method is used for SIR noise estimation.
None
1,0
0
Preallocation BW optimization switch. ON,OFF Value 0 indicates OFF, and value 1 indicates ON.This parameter is set to OFF by default. Indicates the switch used to optimize the pre-allocation bandwidth algorithm. If the switch is turned on, the NodeB optimizes the pre-allocation bandwidth algorithm, improving HSDPA throughput. If this switch is turned off, the pre-allocation bandwidth algorithm does not take effect.
None
1,0
0
02/11/2015
华为保密信息,未经授权禁止扩散
第18页,共39页
文档密级
260132479.xls Code utilization optimization switch. Value 0 indicates OFF, and value 1 indicates ON.This parameter is set to OFF by default. Indicates the switch for code utilization optimization. If this switch is turned on, the HSDPA code utilization rate increases but the power usage decreases. If this switch is turned off, code utilization optimization does not take effect.
None
1,0
0
[0,4294967295] Maximum DPCH power restriction enhancement switch or cell load congestion threshold. The value ranges from 0 to 50. Value 0 indicates that the switch is turned off, and a non-0 value indicates that the switch is turned on. If the value exceeds 50, set this parameter to 50. When this parameter specifies a cell load congestion threshold, [0,50] indicates [0%,100%]. HSUPA cell throughput optimization ON,OFF switch. Value 0 indicates that this switch is turned off, and value 1 indicates that this switch is turned on.
None
[0,50]
0
None
1,0
0
HSUPA cell throughput optimization ON,OFF algorithm. A combination of RSVDBIT28 and RSVDBIT27 provides four levels of guaranteed bit rate. If RSVBIT27 is ON and RSVDBIT28 is OFF, the guaranteed bit rate is 160 kbit/s. If both RSVBIT27 and RSVDBIT28 are OFF, the guaranteed bit rate is 320 kbit/s. If RSVBIT27 is OFF and RSVDBIT28 is ON, the guaranteed bit rate is 640 kbit/s. If both RSVBIT27 and RSVDBIT28 are ON, the guaranteed bit rate is 1024
None
1,0
0
02/11/2015
ON,OFF
华为保密信息,未经授权禁止扩散
第19页,共39页
文档密级
260132479.xls HSUPA cell throughput optimization ON,OFF algorithm. A combination of RSVDBIT28 and RSVDBIT27 provides four levels of guaranteed bit rate. If RSVBIT27 is ON and RSVDBIT28 is OFF, the guaranteed bit rate is 160 kbit/s. If both RSVBIT27 and RSVDBIT28 are OFF, the guaranteed bit rate is 320 kbit/s. If RSVBIT27 is OFF and RSVDBIT28 is ON, the guaranteed bit rate is 640 kbit/s. If both RSVBIT27 and RSVDBIT28 are ON, the guaranteed rate the is 1024 Indicates whether to bit collect ON,OFF propagation delay measurement matrix. Value 0 indicates that the switch is turned off and value 1 indicates that the switch is turned on.
None
1,0
0
None
1,0
0
User allocation optimization switch.Value ON,OFF 0 indicates that the switch is turned off, and value 1 indicates that switch is turned on.This switch is turned off by default. The function takes effect only when this switch is turned on.
None
1,0
0
CQI-Period Rpt Switch. ON,OFF Value 0 indicates that the switch is turned off and value 1 indicates that the switch is turned on. This switch is turned off by default.
None
1,0
0
02/11/2015
华为保密信息,未经授权禁止扩散
第20页,共39页
260132479.xls Recommend Caution ed Value 0 Before changing the switch from OFF to ON, you must confirm the RNC version. Otherwise, the network performance deteriorates. For details, see the description of Impact on Radio Network Performance. When the switch is changed from ON to OFF, there is no special requirements.
Impact on Radio Network Performance If this switch is turned on, the RNC version should be V900R015C00 or later. Otherwise, the user access success rate decreases. In addition, in the scenario of CCH connections over Iur, the neighboring RNC version should also be V900R015C00 or later. Otherwise, the FACH call drop rate over Iur increases. A small value of this parameter indicates the decreased consumed power for the SRB data over the HSDPA channel, a low HSDPA handover success rate, and the light cell load. Setting this parameter to a large value increases the downlink load and decreases the RRC connection setup success rate, RAB setup success rate, and handover success rate. Therefore, do not set this parameter to a large value. If this switch is turned off, the NodeB checks for active functions and report alarms automatically. Ongoing services are not interrupted.
0
None
0
None
0
This switch is turned off by default. If this switch must be turned on, RSVDBIT15 must be OFF. That is, the NodeB reports alarms for detected KPI invisible faults. Otherwise, self-healing does not take effect.
If RSVDBIT15 must be OFF, that is, the NodeB enable self-healing of KPI invisible faults, the NodeB automatically attempts to restore the configuration after detecting a fault. However, self-healing may cause the baseband board to reset and affect some functions of users within a short period.
0
None
This switch is turned off by default. If a cell experiences DC degrade, all cells carried on the NodeB will be reestablished immediately after the switch is turned on. None
When the NodeB experiences resource reshuffling for all cells, ongoing services carried on the NodeB will be interrupted for a short period. None
0
None
If this switch is turned on, HSPA users may easily fail to be admitted on the heavily-loaded network.
02/11/2015
文档密级
华为保密信息,未经授权禁止扩散
第21页,共39页
260132479.xls 0
None
0
None
0
The corresponding parameter is set 0 and turned off by default. The parameter depends on the activation of CE Overbooking.
0
None
02/11/2015
文档密级
If this parameter is set to 1 (that is, the interval is 10 ms), the time for measuring downlink power becomes shorter, which reflects the change in downlink power promptly and prevents excessive power caused by access requests. In addition, the access success rate decreases sometimes. If this switch is turned on, decision on the cell downlink power congestion becomes more strict, which prevents excessive cell downlink power within a short period. In addition, the RRC access success rate decreases occasionally on live networks, and there is a small impact on KPI performance.
If this parameter is set to 0, the Fixed CE Reserve function does not take effect. If this parameter is set to a nonzero value approaching 1, the number of admitted 2 ms TTI HSUPA users may increase when the number of CEs consumed by the users decreases. However, if too many users are admitted, there is a high probability that users experience call drops due to insufficient CE resources. If this parameter is set to a non-zero value approaching number In scenarios where 8, thethe problem of admitted 2 ms TTIcan HSUPA occurs, the problem be users may when the solved afterdecrease this switch is turned number of CEs consumed by the on. In scenarios where no such users increases. However, problem occurs, the KPI the service qualityslightly of these admitted performance deteriorates users. after this switch is turned on.
华为保密信息,未经授权禁止扩散
第22页,共39页
260132479.xls 0
None
If this switch is turned on, search responsiveness improves for CPC users but search resources are occupied for a longer duration.
0
None
0
None
In scenarios where the HSUPA IC feature has been enabled, if this switch is turned on, optimizing the method for SIR noise estimation of high-speed HSUPA users created on the WBBPf board and running data transmission continuously reduces the consumption of uplink air interface resources and improves uplink system capacity. However, turning on the switch may reduce the accuracy of SIR noise estimation for these high-speed HSUPA users created on the WBBPf board in the scenarios where nonHSUPA IC features have been enabled. If the air interface rate or data source fluctuates, turning on this switch increases HSDPA throughput.
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第23页,共39页
260132479.xls 0
None
During trade-off between power and code resource allocation, turning on this switch increases the code utilization rate and reduces the downlink load when the data source of users in a cell is insufficient and there are remaining downlink air interface resources (including power and code resources). As a result, interference to downlink channels decreases, which improves user experience. If this switch is turned off, code utilization optimization does not take effect. If the code utilization rate in cells is higher than 70% on average during peak hours and each cell is allocated not more than 10 codes due to limited license capacity, it is good practice to perform code expansion before turning on this switch.
40
None
0
None
A large value of this parameter indicates a small increase in downlink non-HSPA power and reduced HSDPA power available to UEs, thereby reducing the cell downlink throughput. A small value of this parameter indicates a large decrease in downlink nonHSPA power, thereby increasing the call drop rate. After this switch is turned on, HSUPA cell throughput increases and the cell RTWP slightly increases.
0
None
02/11/2015
文档密级
A large guaranteed bit rate indicates a large cell throughput and a large RTWP increase if the serves many UEs.
华为保密信息,未经授权禁止扩散
第24页,共39页
260132479.xls 0
None
A large guaranteed bit rate indicates a large cell throughput and a large RTWP increase if the serves many UEs.
0
None
None
0
None
0
02/11/2015
文档密级
Turning on this switch balances users within one board or between different types of boards, which alleviates CE congestion due to user imbalance and increases the RRC setup success rate. However, turning on this switch may produce negative gains and may decrease the If the switch is turned on, the number None of reports for CQI deographical display increases, increasing loads on the OM channel.
华为保密信息,未经授权禁止扩散
第25页,共39页
260132479.xls
Introduced in Version
文档密级
Change Reason
V100R008C00,and the mapping This change is used to single-mode base station version resolve issues (with the is: NodeB:V200R015C00 Trouble Ticket Number of DTS2012102301829).
V100R008C00SPC150,and the mapping single-mode base station version is: NodeB:V200R015C00SPC150
None
V100R008C00SPC170,and the mapping single-mode base station version is: NodeB:V200R015C00SPC170
This parameter is changed so that the NodeB reports alarms for detected KPI invisible faults.
V100R008C00SPC170, and the mapping single-mode base station version is: NodeB:V200R015C00SPC170
This parameter is changed so that the NodeB enables self-healing of KPI invisible faults.
V100R008C00SPC200, and the mapping single-mode base station version is: NodeB:V200R015C00SPC200
Resources will be reshuffled immediately if a cell experiences DC degrade.
V100R008C00SPC180, and the mapping single-mode base station version is: NodeB:V200R015C00SPC180
This parameter is changed so that the NodeB sets RRU or RFU power control parameters.
V100R008C00SPC220, and the mapping single-mode base station version is: NodeB:V200R015C00SPC220
None
02/11/2015
华为保密信息,未经授权禁止扩散
第26页,共39页
260132479.xls V100R008C00SPC240, and the mapping single-mode base station version is: NodeB:V200R015C00SPC240
None
V100R008C00SPC240, and the mapping single-mode base station version is: NodeB:V200R015C00SPC240
None
V100R008C00SPC240, and the mapping single-mode base station version is: NodeB:V200R015C00SPC240
CE Overbooking and CE Reserve coexist solution.
V100R008C00SPC240, and the mapping single-mode base station version is: NodeB:V200R015C00SPC240
None
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第27页,共39页
260132479.xls V100R008C00SPC240, and the mapping single-mode base station version is: NodeB:V200R015C00SPC240
None
V100R008C00SPC260, and the mapping single-mode base station version is: NodeB:V200R015C00SPC260
None
V100R008C00SPC270, and the mapping single-mode base station version is: NodeB:V200R015C00SPC270
None
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第28页,共39页
260132479.xls V100R008C00SPC270, and the mapping single-mode base station version is: NodeB:V200R015C00SPC270
None
V100R008C00SPC280, and the mapping single-mode base station version is: NodeB:V200R015C00SPC280
None
V100R008C00SPC280, and the mapping single-mode base station version is: NodeB:V200R015C00SPC280
None
V100R008C00SPC280, and the mapping single-mode base station version is: NodeB:V200R015C00SPC280
None
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第29页,共39页
260132479.xls V100R008C00SPC280, and the mapping single-mode base station version is: NodeB:V200R015C00SPC280
None
V100R008C00SPC280, and the mapping single-mode base station version is: NodeB:V200R015C00SPC280
None
V100R008C00SPC280, and the mapping single-mode base station version is: NodeB:V200R015C00SPC280
None
V100R008C00SPC280, and the mapping single-mode base station version is: NodeB:V200R015C00SPC280
None
02/11/2015
华为保密信息,未经授权禁止扩散
文档密级
第30页,共39页
文档密级
260132479.xls
MO
Parameter ID
MML Command
BIT
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT29
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT28
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT26
NODEBRSVP
REVDPARA4
SET NODEBRSVP
N/A
LOCELLRSVP
RESVERD3
SET LOCELLRSVP
N/A
LOCELLRSVP
RESVERD1
SET LOCELLRSVP
RSVDBIT29
LOCELLRSVP
RESVERD5
SET LOCELLRSVP
N/A
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT20
02/11/2015
华为保密信息,未经授权禁止扩散
第31页,共39页
文档密级
260132479.xls NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT17
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT18
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT22
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT24
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT25
NODEBRSVP
REVDPARA1
SET NODEBRSVP
RSVDBIT27
02/11/2015
华为保密信息,未经授权禁止扩散
第32页,共39页
文档密级
260132479.xls NODEBRSVP
REVDPARA5
SET NODEBRSVP
N/A
NODEBRSVP
REVDPARA6
SET NODEBRSVP
N/A
NODEBRSVDPAR NODEBRSVDPAR SET A A1 NODEBRSVDPARA
RSVDBIT10
NODEBRSVDPAR NODEBRSVDPAR SET A A1 NODEBRSVDPARA
RSVDBIT11
02/11/2015
华为保密信息,未经授权禁止扩散
第33页,共39页
文档密级
260132479.xls
Meaning
Disuse Statement
AACP switch. 0 indicates OFF and 1 indicates ON. OFF by default.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.
Whether to report an alarm when the transmit power exceeds the RF unit specifications. 0 indicates OFF and 1 indicates ON. OFF by default. When this switch is turned on, the ALM-28211 Cell Configuration Abnormal is reported if the transmit power exceeds the RF specifications. When this switch is turned off, this alarm is not reported even if the transmit power exceeds the RF specifications.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with PWRCHKSW(SET NODEBALGPARA).
Whether to correct the CCPIC phase2 SIR target value. 0 indicates ON and 1 indicates OFF. ON by default. When this switch is turned on, the SIR target value for inner-loop power control is corrected based on the Control Channel Parallel Interference Cancellation (CCPIC) result. When this switch is turned off, the SIR target value is not corrected. Adjusts the level of user over-admission when CE Overbooking is working. If the reserved parameter value is beyond the range [1,8], the NodeB uses 4 CEs by default. If the reserved parameter value is within the range [1,8], the NodeB uses the parameter value. Maximum available power that can be appended to a scheduled user, in units of 0.25 dB.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with CCPICPH2SIRTARMODSW(SET NODEBALGPARA).
BLER optimization algorithm switch for HSDPA burst services. Value 0 indicates OFF, and value 1 indicates ON.This parameter is set to OFF by default. When this switch is turned on, estimated channel environment errors are corrected for burst services and full buffer services at the startup of data transmission to Maximum RTWP value in the system information block 7 (SIB7) broadcast to the UE, in the unit of dBm. The broadcast RTWP value does not exceed -113 plus the value of REVDPARA5 . If the parameter value ranges from 0 to 60, use the actual value. If the parameter value is beyond the range, retain value 0 by default. When this parameter is set to 0, the maximum RTWP value will not be limited when being broadcast in SIB7. Specifies whether to enable CE Overbooking. The WBBPa/WBBPb does not support this function. Value 0 indicatesON and value 1 indicates OFF. When this switch is turned on, CE Overbooking admission performance for 2 ms HSUPA users improves. When this switch is turned off, the feature admission performance does not improve. By default, this function is enabled.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with BURSTBLEROPTSW(SET ULOCELLMACHSPARA).
02/11/2015
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with CERSVFOR2MSUSER(SET NODEBALGPARA). Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with EXTRAPOWER(SET ULOCELLMACHSPARA).
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with SIB7MAXRTWP(SET ULOCELLALGPARA).
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.
华为保密信息,未经授权禁止扩散
第34页,共39页
260132479.xls
文档密级
Search algorithm optimization switch in high-speed scenarios. Value 0 indicates OFF, and value 1 indicates ON. When this switch is turned on, the positions for effective paths to be demodulated are protected so that all strong paths are involved in demodulation even if the path positions change quickly. When this switch is turned off, the positions for effective paths to be demodulated are not protected. This switch is turned off by default. AG collision processing switch. 0 indicates OFF and 1 indicates ON.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.
RTWP auto adjusting switch for RRU3804/RRU3806/WRFU configured in non-distributing cells. GUI value range: Open(1), Close(0), The MML Default value: Close.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with RTWPSCALEPRECISIONOPT(SET NODEBALGPARA). Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.
Whether to enable RF module loopback when a cell is detected to be an SLC cell. The loopback function is a sub-item of the SLC detection function. If SLC detection is disabled, the loopback function is disabled by default. If the RSVDBIT24 parameter is set to 0, RF module loopback is disabled. If this parameter is set to 1 and no connection attempts are detected for over three hours, RF module loopback will be enabled to check for internal RF channels. SLC algorithm switch. If the RSVDBIT25 parameter is set to 0, SLC detection will be disabled. That is, postprocessing is not performed, and no alarm is reported. This parameter is set to 0 by default. Whether to allow the main control signaling to be deployed on the UTRPc. 0 indicates OFF and 1 indicates ON. OFF by default. When this switch is turned on, the main control signaling can be deployed on the UTRPc. When this switch is turned off, the main control signaling cannot be deployed on the UTRPc and only the main control board owns the common signaling processing capability. This switch is a NodeB-level static parameter and takes effect after the NodeB resets.
02/11/2015
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with SLEEPINGCELLDETECTSW(SET NODEBALGPARA). Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with UTRPCEXTCNBAPCAP(SET NODEBALGPARA).
华为保密信息,未经授权禁止扩散
第35页,共39页
260132479.xls bit0~bit6: specifies the threshold for the number of the radio link setups in a low-traffic cell. If the number of radio link setups in a cell is smaller than the threshold, the cell is regarded as a low-traffic cell. This parameter ranges from 1 to 64. The default value is 50. Bit7~bit11: specifies the threshold for the accumulated duration of no traffic in a cell within one day. If the accumulated duration for a cell reaches the threshold, the cell is regarded as a low-traffic cell. This parameter ranges from 1 to 16. The default value is 12. bit12~bit16: specifies the threshold for monitoring the number of radio link setups within 30 minutes. This parameter ranges from 1 to 31. The default value is 31. bit17~19: specifies the continuous detection time for a low-traffic cell. This parameter ranges from 1 to 7. The default value is 1. bit20~bit24: specifies the maximum number of hours for continuous detection. This parameter ranges from 1 to 31. The default value is 10. bit25~bit31: specifies the hours ratio threshold for the low-traffic cell decision. If the ratio of hours without traffic in a cell within one day reaches the threshold, the cell is not monitored. This parameter ranges from 1 to 127. The default value is 85. The previous parameters will not be checked when they are recorded. When the previous parameters are all valid, the Adjusts the period for detecting CE usage when CE Overbooking is enabled.The WBBPa does not support this function. If the reserved parameter value is beyond the range [0,2], the NodeB uses value 0. If the reserved parameter value is within the range [0,2], the NodeB uses the actual parameter value. Scheduling switch for transmission of uplink high-speed data services. This switch is turned off by default. If this switch is turned on, the throughput of high-speed HSUPA data services (at the transmission rate of over 3 Mbit/s) significantly increases. Switch used to optimize noise estimation for lowthroughput users transmitting data. Value 0 indicates that this switch is turned off, and value 1 indicates that this switch is turned on. If this switch is turned on, the optimized noise estimation algorithm is used for SIR estimation. If this switch is turned off, the original algorithm is used for SIR estimation. This switch is turned off by default.
02/11/2015
文档密级
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.
Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.This parameter will be replaced with CEDETECTPERIODLEVEL(SET NODEBALGPARA). The function specified by the reserved parameter is delayed in commercial launch and will be released in the next Release version. Although the configuration interface in this version supports delivery of the setting of this parameter, the system does not use this parameter.
华为保密信息,未经授权禁止扩散
第36页,共39页
260132479.xls
Introduced in Version V200R013C00SPC339
V200R014C00SPC100
文档密级
Disuse Version V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00 V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
V200R014C00SPC100
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
V200R014C00SPC100
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
V200R014C00SPC330
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
V200R014C00SPC330
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
V200R014C00SPC350
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
V200R014C00SPC330
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
02/11/2015
华为保密信息,未经授权禁止扩散
第37页,共39页
260132479.xls V200R014C00SPC350
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00
V200R014C00SPC350
V100R008C00,and the mapping single-mode base station version is: NodeB:V200R015C00 V100R008C00SPC100,and
V200R013C00SPC520
文档密级
the mapping single-mode base station version is: NodeB:V200R015C00SPC1 00 V200R014C00SPC300
V100R008C00SPC100,and the mapping single-mode base station version is: NodeB:V200R015C00SPC1 00
V200R014C00SPC300
V100R008C00SPC100,and the mapping single-mode base station version is: NodeB:V200R015C00SPC1 00
V200R014C00SPC100
V100R008C00SPC100,and the mapping single-mode base station version is: NodeB:V200R015C00SPC1 00
02/11/2015
华为保密信息,未经授权禁止扩散
第38页,共39页
260132479.xls V200R014C00SPC300
V100R008C00SPC100,and the mapping single-mode base station version is: NodeB:V200R015C00SPC1 00
V200R014C00SPC330
V100R008C00SPC100,and the mapping single-mode base station version is: NodeB:V200R015C00SPC1 00
文档密级
V200R015C00SPC240
V100R008C00SPC260, and the mapping single-mode base station version is: NodeB:V200R015C00SPC2 60 V100R008C00SPC270, and V100R008C00SPC280, and the mapping single-mode the mapping single-mode base station version is: base station version is: NodeB:V200R015C00SPC2 NodeB:V200R015C00SPC2 70 80
02/11/2015
华为保密信息,未经授权禁止扩散
第39页,共39页