Node Performance Counter
Reference
Issue 11
Date 2015–05–30
Copyright © Huawei Technologies Co., Ltd. 2015. All rights reserved.
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About This Document
This section describes performance counters for 3900 series base stations.Document Structure
Figure 1 shows the document structure.
Figure 1 Document structure
Table 1 explains the terms shown in Figure 1.
Table 1 Terms
Term Explanation
Object type One object type contains one or more function subsets.
Function Subset One function subset contains one or more counters but
belongs to only one object type.
Counter Counters are the basic elements of performance measurement.
One counter can belong to only one function subset.
Counter Item Description
Table 2 Description of each counter item
Item Description
Object type
Overview Definition and function of a object type.
Function SubSets Function subsets contained in a object type. Functio
n Set
FunctionSet Name
Name of the function set.
One function set contains one or more function subsets. Functio
n Subset
Overview Definition of a function subset and the flowchart for measuring related counters.
Counters Counters contained in a function subset.
Counter Relationship
A table that lists parent counters and their child counters in a table. Note that the child counters listed in the table cover only typical scenarios. That is, some scenarios are not covered by any counter. Therefore, the value of a parent counter is larger than or equal to the sum of the values of its child counters. Some counters may not be involved in any counter relationship.
Counter Counter ID A string of digits that uniquely identifies a counter. Counter Name Name of a counter. It is composed of a string of uppercase
letters, lowercase letters, and dots. Counter
Description
A phrase that provides a simple description about a counter.
Description Detailed description about a counter. Measurement
Point
Condition for triggering counter measurement.
Formula Relationship among counters.
Unit Unit of a counter.
Related Features Features related to a counter are listed in feature ID and feature name. A counter is used to estimate related features. Related features are listed as follows in different scenarios:
l If a counter has no related features, no features are listed. l A counter has related features,
–If this counter applies only to GSM, UMTS, LTE, or SingleRAN, the features are related to such RAT. –If this counter applies to multiple RATs in GSM,
UMTS, LTE, and SingleRAN, the features are a set of features related to all associated RATs. Only the feature IDs and feature names of the features for related RATs are listed.
Item Description
Original Release The version for which the counter was first available. Network Element NE Type of a product displayed on the U2000. The value can
be BTS3900, BTS3900 WCDMA, or BTS3900 LTE. BTS3900 indicates a co-MPT base station; BTS3900 WCDMA indicates a UMTS base station; BTS3900 LTE indicates an LTE base station. These NE types are applicable to the following base station models: DBS3900, BTS3900, BTS3900A, BTS3900L, BTS3900AL, and BTS3900C. Applicable Mode The corresponding mode of the counters.
Contents
About This Document...ii
1 Node Performance Counter Measurement...1
1.1 Equipment-related Measurement...2
1.1.1 Measurement of Node Performance (NODE)...2
1.1.2 Measurement of BBU Board Performance (BBUBoard)...11
1.1.3 Measurement of GNSS Performance (GNSS)...16
1.1.4 Measurement of NodeB Performance (NodeB)...23
1.1.5 Measurement of NodeB Board Performance (BOARD)...27
1.1.6 Measurement of eNodeB Board Performance (Board)...44
1.1.7 Measurement of RRU Performance (RRU)...47
1.1.8 Measurement of eNodeB Performance (eNodeB)...51
1.1.9 Measurement of PMU Performance (PMU)...58
1.1.10 Measurement of UL Resource Group Performance (ULGROUP)...60
1.2 Transport-related Measurement...65
1.2.1 Measurement of Ethernet Port Performance (ETHPORT)...65
1.2.2 Measurement of E1/T1 Port Performance (E1T1)...75
1.2.3 Measurement of PPP Link Performance (PPP)...91
1.2.4 Measurement of MP Group Performance (MPGRP)...104
1.2.5 Measurement of IP Layer Performance (IP)...117
1.2.6 Measurement of IPPath Performance (IPPath)...123
1.2.7 Measurement of Resource Group Performance (RscGroup)...136
1.2.8 Measurement of IPPM Performance (IPPM)...173
1.2.9 Measurement of SCTP Performance (SCTP)...186
1.2.10 Measurement of IPv6 Performance (IPv6)...197
1.2.11 Measurement of IPv6 Path Performance (IPv6Path)...203
1.2.12 Measurement of OMCH Performance (OMCH)...212
1.2.13 Measurement of Tunnel Performance (TUNNEL)...236
1.2.14 Measurement of AAL2Path Performance (AAL2PATH)...248
1.2.15 Measurement of SAAL Performance (SAAL)...252
1.2.16 Measurement of IMAGRP Performance (IMAGRP)...264
1.2.17 Measurement of IPoA Performance (IPOAAAL5)...268
1.2.19 Measurement of Integrated Firewall Performance (Firewall)...278
1.2.20 Measurement of IKE Performance (IKE)...281
1.2.21 Measurement of IPSec Performance (IPSec)...286
1.2.22 Measurement of SCTP Link Performance (SCTPLNK)...295
1.2.23 Measurement of UserPlaneHostIP Performance (UserPlaneHostIP)...313
1.2.24 Measurement of GTP-U Performance (GTP-U)...320
1
Node Performance Counter Measurement
About This Chapter
This section describes Node performance counters, including counters measuring equipment resources and counters measuring transmission resources.
1.1 Equipment-related Measurement 1.2 Transport-related Measurement
1.1 Equipment-related Measurement
1.1.1 Measurement of Node Performance (NODE)
Overview
The Measurement of Node Performance object contains the node-related function subsets.
FunctionSubSets
FunctionSubSet FunctionSubSet Name
Equipment.Node Node Equipment Measurement
Node Equipment Measurement (Equipment.Node)
Overview
The Node Equipment Performance Measurement function subset measures the node equipment performance.
Counters
Counter ID Counter Name Counter
Description Original Release
1593835620
VS.PSU.Shutdown-Time
PSU shutdown total time BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 BTS3900 LTE: V100R008C00 1593835628 VS.EnergyCons.BT S.Adding.UMTS
The sum of power consumption of all boards in UMTS BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 1593835629 VS.EnergyCons.BT S.Measuring.UMT S Power consumption measured by the power system of UMTS BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00
Counter ID Counter Name Counter
Description Original Release
1593835637 VS.EnergyCons.BT
S.Adding.LTE
The sum of power consumption of all boards in the LTE
BTS3900: V100R008C00 BTS3900 LTE: V100R008C00 1593835638 VS.EnergyCons.BT S.Measuring.LTE Power consumption measured by the power system of the LTE BTS3900: V100R008C00 BTS3900 LTE: V100R008C00 1593835639 VS.EnergyCons.BT S.Adding.GSM
The sum of power consumption of all boards in the GSM BTS3900: V100R008C00 1593835640 VS.EnergyCons.BT S.Measuring.GSM Power consumption measured by the power system of the GSM
BTS3900: V100R008C00
Counter Relationship
NonePSU shutdown total time
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835620 VS.PSU.Shutdo wnTime PSU shutdown total time BTS3900, BTS3900 WCDMA, BTS3900 LTE G,U,L
Description
This counter measures the shutdown duration of all power supplying units (PSUs) in the base station within the measurement period.
Measurement Points
In a measurement period, the intelligent shutdown status of each PSU is sampled every second. When one or more PSUs are intelligently shut down, this counter is added by one.
Formula
None
Unit
s
Related Features
Counter Name Feature ID Feature Name
VS.PSU.ShutdownTime Multi-mode: None
GSM: GBFD-111608 UMTS: WRFD-020121 LTE: LOFD-001056 TDLOFD-001056
PSU Intelligent Shutdown Intelligent Power
Management
PSU Intelligent Sleep Mode PSU Intelligent Sleep Mode
The sum of power consumption of all boards in UMTS
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835628 VS.EnergyCons .BTS.Adding.U MTS The sum of power consumption of all boards in UMTS BTS3900, BTS3900 WCDMA UDescription
This counter provides the power consumption of the UMTS mode within the measurement period, which equals the sum of the power consumption of modules working in UMTS mode. In a single-mode base station, the value of this counter equals the base station power
consumption. In a multimode base station, the power consumption is measured based on the basis of the whole base station and the value of this counter is a part of the base station power consumption.
Measurement Points
The system samples the power consumption of each module every 5 minutes. The power consumption of the UMTS mode is calculated using the following formula: ([Power
[Number of local modes that use this module]. At the end of a measurement period, the sum of these calculated results of all involved modules equals to the UMTS power consumption and is used as the value of the counter. For example, for the WBBP board, the total power consumption of this board is used for calculating this counter. For a UCIU board in a separate-MPT GSM/ UMTS dual-mode base station, half of the power consumption of this board is used for calculating this counter.
Note: If a dual-mode BBU is powered by a digital power board (UPEUc or UPEUd), the power consumption of the local mode in this BBU is half of the BBU power consumption.
Formula
None
Unit
kWh
Related Features
Counter Name Feature ID Feature Name
VS.EnergyCons.BTS.Addin g.UMTS Multi-mode: None GSM: None UMTS: WRFD-020406 LTE: None Intelligent Power Measurement
Power consumption measured by the power system of UMTS
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835629 VS.EnergyCons .BTS.Measurin g.UMTS Power consumption measured by the power system of UMTS BTS3900, BTS3900 WCDMA U
Description
This counter provides the power consumption of the UMTS mode within the measurement period. The value of this counter is calculated by using the power consumption measured by the power system. In a single-mode base station, the value of this counter equals the base station power consumption. In a multimode base station, the power system measures the power
consumption of the whole base station and the value of this counter is a part of the base station power consumption.
Measurement Points
The system samples the power consumption measured by the power system every 5 minutes. The power consumption of the UMTS mode is calculated using the following formula: ([Power consumption measured by a single power system]/[Number of main control boards that manage the power system])/Number of local modes. At the end of a measurement period, the sum of these calculated results equals to the UMTS power consumption and is used as the value of the counter.
Note: If the power consumption measured by a power system cannot be obtained, this part of power consumption is not included in the value of this counter. For example, when RRUs are powered by a third-party power system, the power consumption of these RRUs is not included in the value of this counter.
Formula
None
Unit
kWh
Related Features
Counter Name Feature ID Feature Name
VS.EnergyCons.BTS.Measu ring.UMTS Multi-mode: None GSM: None UMTS: WRFD-020406 LTE: None Intelligent Power Measurement
The sum of power consumption of all boards in the LTE
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835637 VS.EnergyCons .BTS.Adding.L TE The sum of power consumption of all boards in the LTE
BTS3900, BTS3900 LTE
Description
This counter provides the power consumption of the LTE mode within the measurement period, which equals the sum of the power consumption of modules working in LTE mode. In a single-mode base station, the value of this counter equals the base station power consumption. In a multimode base station, the power consumption is measured based on the basis of the whole base station and the value of this counter is a part of the base station power consumption.
Measurement Points
The system samples the power consumption of each module every 5 minutes. The power consumption of the LTE mode is calculated using the following formula: ([Power consumption of a single module]/[Number of main control boards that manage this module])/[Number of local modes that use this module]. At the end of a measurement period, the sum of these calculated results of all involved modules equals to the LTE power consumption and is used as the value of the counter. For example, for the LBBP board, the total power consumption of this board is used for calculating this counter. For a UCIU board in a separate-MPT GSM/LTE dual-mode base station, half of the power consumption of this board is used for calculating this counter. Note: If a dual-mode BBU is powered by a digital power board (UPEUc or UPEUd), the power consumption of the local mode in this BBU is half of the BBU power consumption.
Formula
None
Unit
kWh
Related Features
Counter Name Feature ID Feature Name
VS.EnergyCons.BTS.Addin g.LTE Multi-mode: None GSM: None UMTS: None LTE: LOFD-001041 TDLOFD-001041 Power Consumption Monitoring Power Consumption Monitoring
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835638 VS.EnergyCons .BTS.Measurin g.LTE Power consumption measured by the power system of the LTE BTS3900, BTS3900 LTE L
Description
This counter provides the power consumption of the LTE mode within the measurement period. The value of this counter is calculated by using the power consumption measured by the power system. In a single-mode base station, the value of this counter equals the base station power consumption. In a multimode base station, the power system measures the power consumption of the whole base station and the value of this counter is a part of the base station power consumption.
Measurement Points
The system samples the power consumption measured by the power system every 5 minutes. The power consumption of the LTE mode is calculated using the following formula: ([Power consumption measured by a single power system]/[Number of main control boards that manage the power system])/Number of local modes. At the end of a measurement period, the sum of these calculated results equals to the LTE power consumption and is used as the value of the counter.
Note: If the power consumption measured by a power system cannot be obtained, this part of power consumption is not included in the value of this counter. For example, when RRUs are powered by a third-party power system, the power consumption of these RRUs is not included in the value of this counter.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.EnergyCons.BTS.Measu ring.LTE Multi-mode: None GSM: None UMTS: None LTE: LOFD-001041 TDLOFD-001041 Power Consumption Monitoring Power Consumption Monitoring
The sum of power consumption of all boards in the GSM
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835639 VS.EnergyCons .BTS.Adding.G SM The sum of power consumption of all boards in the GSMBTS3900 G
Description
This counter provides the power consumption of the GSM mode within the measurement period, which equals the sum of the power consumption of modules working in GSM mode. In a single-mode base station, the value of this counter equals the base station power consumption. In a multimode base station, the power consumption is measured based on the basis of the whole base station and the value of this counter is a part of the base station power consumption.
Measurement Points
The system samples the power consumption of each module every 5 minutes. The power consumption of the GSM mode is calculated using the following formula: ([Power consumption of a single module]/[Number of main control boards that manage this module])/[Number of local modes that use this module]. At the end of a measurement period, the sum of these calculated results of all involved modules equals to the GSM power consumption and is used as the value of the counter. For example, for the UBRI board, the total power consumption of this board is used for calculating this counter. For a UCIU board in a separate-MPT GSM/UMTS dual-mode base station, half of the power consumption of this board is used for calculating this counter. Note: If a dual-mode BBU is powered by a digital power board (UPEUc or UPEUd), the power consumption of the local mode in this BBU is half of the BBU power consumption.
Formula
None
Unit
kWh
Related Features
Counter Name Feature ID Feature Name
VS.EnergyCons.BTS.Addin g.GSM Multi-mode: None GSM: GBFD-111202 UMTS: None LTE: None O&M of BTS
Power consumption measured by the power system of the GSM
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835640 VS.EnergyCons .BTS.Measurin g.GSM Power consumption measured by the power system of the GSM BTS3900 GDescription
This counter provides the power consumption of the GSM mode within the measurement period. The value of this counter is calculated by using the power consumption measured by the power system. In a single-mode base station, the value of this counter equals the base station power consumption. In a multimode base station, the power system measures the power consumption of the whole base station and the value of this counter is a part of the base station power consumption.
Measurement Points
The system samples the power consumption measured by the power system every 5 minutes. The power consumption of the GSM mode is calculated using the following formula: ([Power consumption measured by a single power system]/[Number of main control boards that manage the power system])/Number of local modes. At the end of a measurement period, the sum of these calculated results equals to the GSM power consumption and is used as the value of the counter.
Note: If the power consumption measured by a power system cannot be obtained, this part of power consumption is not included in the value of this counter. For example, when RRUs are powered by a third-party power system, the power consumption of these RRUs is not included in the value of this counter.
Formula
None
Unit
kWh
Related Features
Counter Name Feature ID Feature Name
VS.EnergyCons.BTS.Measu ring.GSM Multi-mode: None GSM: GBFD-111202 UMTS: None LTE: None O&M of BTS
1.1.2 Measurement of BBU Board Performance (BBUBoard)
Overview
The Measurement of BBU Board Performance object contains the function subsets related to the BBU board.
FunctionSubSets
FunctionSubSet FunctionSubSet Name
Load.BBUBoard BBU Board Load Measurement
BBU Board Load Measurement (Load.BBUBoard)
Overview
The BBU Board Load Performance Measurement function subset measures the load on a BBU board.
Counters
Counter ID Counter Name Counter Description
Original Release
1593835630 VS.BBUBoard.CP
ULoad.Cumulati-veHighloadCount
The number of times of CPU Use Rate Overload BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 BTS3900 LTE: V100R008C00 1593835632 VS.BBUBoard.CP ULoad.Max Maximum Board CPU Usage BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 BTS3900 LTE: V100R008C00 1593835633 VS.BBUBoard.CP ULoad.Mean
Average Board CPU Usage BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 BTS3900 LTE: V100R008C00 1593835634 VS.BBUBoard.CP ULoad.Over
Board CPU Usage Exceeding the Threshold (%) BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 BTS3900 LTE: V100R008C00
Counter Relationship
NoneThe number of times of CPU Use Rate Overload
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835630 VS.BBUBoard. CPULoad.Cum ulativeHighload Count The number of times of CPU Use Rate Overload BTS3900, BTS3900 WCDMA, BTS3900 LTE G,U,LDescription
This counter provides the number of times of CPU use rate overload.
Measurement Points
The CPU usage is sampled every second, and the average CPU usage of each 5s is used as the sampling result. At the end of a measurement period, the number of times that the average CPU usage exceeds the preconfigured threshold is used as the value of the counter. The preconfigured threshold is 85%. For example, if the number of times that the average CPU usage exceeds the preconfigured threshold in the measurement period is X1, X2, X3, ..., and Xn, the value of the VS.BBUBoard.CPULoad.CumulativeHighloadCount counter is the sum of X1, X2, X3, ..., and Xn.
Formula
NoneUnit
NoneRelated Features
Counter Name Feature ID Feature Name
VS.BBUBoard.CPULoad.C umulativeHighloadCount Multi-mode: MRFD-210302 GSM: GBFD-111202 UMTS: None LTE: LBFD-004009 TDLBFD-004009 Performance Management O&M of BTS Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information
Maximum and Average Board CPU Usage
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835632 VS.BBUBoard. CPULoad.Max Maximum Board CPU Usage BTS3900, BTS3900 WCDMA, BTS3900 LTE G,U,L
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835633 VS.BBUBoard. CPULoad.Mean Average Board CPU Usage BTS3900, BTS3900 WCDMA, BTS3900 LTE G,U,L
Description
These counters provide the maximum and average CPU usage of a board in a specified measurement period. The value type of these counters is integer and the results are in round numbers. For example, if the result is 0%, the actual value ranges from 0.00% to 0.99%.
Measurement Points
The CPU usage is sampled every second, and the average CPU usage of each 5s is used as the sampling result. The maximum or the average of the final sampling results is used as the value of this counter. For example, if the number of times that the average CPU usage exceeds the preconfigured threshold in the measurement period is X1, X2, X3, ..., and Xn, the values of the VS.BBUBoard.CPUload.Max and VS.BBUBoard.CPUload.Mean counters are calculated using the following formulae: VS.BBUBoard.CPUload.Max = MAX(Xi),
VS.BBUBoard.CPUload.Mean =(X1+X2+...+Xn)/n.
Formula
NoneUnit
%Related Features
Counter Name Feature ID Feature Name
VS.BBUBoard.CPULoad.M ax Multi-mode: MRFD-210302 GSM: GBFD-111202 UMTS: None LTE: LBFD-004009 TDLBFD-004009 Performance Management O&M of BTS Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information
Counter Name Feature ID Feature Name VS.BBUBoard.CPULoad.M ean Multi-mode: MRFD-210302 GSM: GBFD-111202 UMTS: None LTE: LBFD-004009 TDLBFD-004009 Performance Management O&M of BTS Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information
Percentage of Cpu Use Rate Overload
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835634 VS.BBUBoard. CPULoad.Over Board CPU Usage Exceeding the Threshold (%) BTS3900, BTS3900 WCDMA, BTS3900 LTE G,U,L
Description
This counter provides the percentage of the period during which the CPU usage of a board exceeds the threshold to the entire measurement period.
Measurement Points
The CPU usage is sampled every second, and the average CPU usage of each 5s is used as the sampling result. The percentage of the period during which the CPU usage of a board exceeds the preconfigured threshold to the entire measurement period is used as the value of this counter. The preconfigured threshold is 85%.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.BBUBoard.CPULoad.O ver Multi-mode: MRFD-210302 GSM: GBFD-111202 UMTS: None LTE: LBFD-004009 TDLBFD-004009 Performance Management O&M of BTS Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information
1.1.3 Measurement of GNSS Performance (GNSS)
Overview
The Measurement of GNSS Performance object contains the function subsets related to the GNSS.
FunctionSubSets
FunctionSubSet FunctionSubSet Name
SatellitesTraced.GNSS Traced GNSS Satellites Measurement
Traced GNSS Satellites Measurement (SatellitesTraced.GNSS)
Overview
This counter provides the number of GNSS satellites that can be traced. It helps users identify GNSS cards that can trace few satellites.
Counters
Counter ID Counter Name Counter Description Original Release 1593835641 VS.GNSS.Satelli-tesTraced.0 Number of times no GNSS satellites are traced BTS3900: V100R008C00 BTS3900 LTE: V100R008C00 1593835642 VS.GNSS.Satelli-tesTraced.1
Number of times one to three GNSS satellites are traced
BTS3900: V100R008C00 BTS3900 LTE: V100R008C00
Counter ID Counter Name Counter
Description Original Release
1593835643
VS.GNSS.Satelli-tesTraced.2
Number of times four GNSS satellites are traced BTS3900: V100R008C00 BTS3900 LTE: V100R008C00 1593835644 VS.GNSS.Satelli-tesTraced.3
Number of times five GNSS satellites are traced BTS3900: V100R008C00 BTS3900 LTE: V100R008C00 1593835645 VS.GNSS.Satelli-tesTraced.4 Number of times more than five GNSS satellites are traced
BTS3900: V100R008C00 BTS3900 LTE: V100R008C00 1593835646 VS.GNSS.Satellites Traced.Mean Average number of traced GNSS satellites BTS3900: V100R008C00 BTS3900 LTE: V100R008C00
Counter Relationship
NoneNumber of times that the number of traced GNSS satellites falls in level 0
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835641 VS.GNSS.Satel litesTraced.0 Number of times no GNSS satellites are traced BTS3900, BTS3900 LTE LDescription
This counter measures the number of times no satellites are traced by this satellite card.
Measurement Points
The number of times that no satellites are traced by the satellite card is sampled every 3s. At the end of a measurement period, the sum of these sampling results is used as the value of this counter.
Formula
None
Unit
None
Related Features
Counter Name Feature ID Feature Name
VS.GNSS.SatellitesTraced.0 Multi-mode: None GSM: None UMTS: None LTE: LBFD-00300503 TDLBFD-00300503 Synchronization with GPS Synchronization with GPS
Number of times that the number of traced GNSS satellites falls in level 1
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835642 VS.GNSS.Satel litesTraced.1 Number of times one to three GNSS satellites are traced BTS3900, BTS3900 LTE LDescription
This counter measures the number of times one to three satellites are traced by this satellite card.
Measurement Points
The number of times that one to three satellites are traced by the satellite card is sampled every 3s. At the end of a measurement period, the sum of these sampling results is used as the value of this counter.
Formula
Unit
None
Related Features
Counter Name Feature ID Feature Name
VS.GNSS.SatellitesTraced.1 Multi-mode: None GSM: None UMTS: None LTE: LBFD-00300503 TDLBFD-00300503 Synchronization with GPS Synchronization with GPS
Number of times that the number of traced GNSS satellites falls in level 2
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1593835643 VS.GNSS.Satel litesTraced.2 Number of times four GNSS satellites are traced BTS3900, BTS3900 LTE L
Description
This counter measures the number of times four satellites are traced by this satellite card.
Measurement Points
The number of times that four satellites are traced by the satellite card is sampled every 3s. At the end of a measurement period, the sum of these sampling results is used as the value of this counter.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.GNSS.SatellitesTraced.2 Multi-mode: None GSM: None UMTS: None LTE: LBFD-00300503 TDLBFD-00300503 Synchronization with GPS Synchronization with GPS
Number of times that the number of traced GNSS satellites falls in level 3
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835644 VS.GNSS.Satel litesTraced.3 Number of times five GNSS satellites are traced BTS3900, BTS3900 LTE LDescription
This counter measures the number of times five satellites are traced by this satellite card.
Measurement Points
The number of times that five satellites are traced by the satellite card is sampled every 3s. At the end of a measurement period, the sum of these sampling results is used as the value of this counter.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.GNSS.SatellitesTraced.3 Multi-mode: None GSM: None UMTS: None LTE: LBFD-00300503 TDLBFD-00300503 Synchronization with GPS Synchronization with GPS
Number of times that the number of traced GNSS satellites falls in level 4
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835645 VS.GNSS.Satel litesTraced.4 Number of times more than five GNSS satellites are traced BTS3900, BTS3900 LTE LDescription
This counter measures the number of times more than five satellites are traced by this satellite card.
Measurement Points
The number of times that more than five satellites are traced by the satellite card is sampled every 3s. At the end of a measurement period, the sum of these sampling results is used as the value of this counter.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.GNSS.SatellitesTraced.4 Multi-mode: None GSM: None UMTS: None LTE: LBFD-00300503 TDLBFD-00300503 Synchronization with GPS Synchronization with GPS
Average number of traced GNSS satellites
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1593835646 VS.GNSS.Satel litesTraced.Mea n Average number of traced GNSS satellites BTS3900, BTS3900 LTE LDescription
This counter measures the average number of satellites traced by this satellite card.
Measurement Points
The number of satellites traced by the satellite card is sampled every 3s. At the end of a measurement period, the average of these sampling results is used as the value of this counter.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.GNSS.SatellitesTraced. Mean Multi-mode: None GSM: None UMTS: None LTE: LBFD-00300503 TDLBFD-00300503 Synchronization with GPS Synchronization with GPS
1.1.4 Measurement of NodeB Performance (NodeB)
Overview
Measurement of NodeB Performance
FunctionSubSets
FunctionSubSet FunctionSubSet Name
EQUIPMENT.NODEB Equipment Measurement per NodeB
Equipment Measurement per NodeB (EQUIPMENT.NODEB)
Overview
Equipment Measurement per NodeB
Counters
Counter ID Counter Name Counter
Description Original Release
50333215 VS.ShutdownTime.
PSU
PSU shutdown total time
BTS3900 WCDMA: V200R013C00
50333220 VS.BTS.EnergyCo
ns.Adding
The sum of power consumption of all boards in the NodeB
BTS3900 WCDMA: V200R013C00 50333221 VS.BTS.EnergyCo ns.Measuring Power consumption measured by the power system of the NodeB
BTS3900 WCDMA: V200R013C00
Counter Relationship
NonePSU shutdown total time
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 50333215 VS.ShutdownTi me.PSU PSU shutdown total time BTS3900 WCDMA UDescription
This counter measures the shutdown duration of all power supplying units (PSUs) in the NodeB within the measurement period.
Disuse Statement:
Counter 50333215 VS.ShutdownTime.PSU will be replaced by counter 1593835620 VS.PSU.ShutdownTime in later versions. In the current version, counters 50333215
VS.ShutdownTime.PSU and 1593835620 VS.PSU.ShutdownTime are both valid, and the value of counter 50333215 VS.ShutdownTime.PSU is properly reported . Counter 50333215 VS.ShutdownTime.PSU will be deleted in later versions. Using counter 50333215 VS.ShutdownTime.PSU is not recommended.
Measurement Points
In a measurement period, the intelligent shutdown status of each PSU is sampled every second. When one or more PSUs are intelligently shut down, this counter is added by one.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.ShutdownTime.PSU Multi-mode: None
GSM: None UMTS: WRFD-020121 LTE: None Intelligent Power Management
VS.BTS.EnergyCons.Adding
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 50333220 VS.BTS.Energy Cons.Adding The sum of power consumption of all boards in the NodeBBTS3900 WCDMA
U
Description
The counter measures the power consumption of the NodeB within a measurement period, which equals the sum of the rated power consumption of each board.
Disuse Statement:
Counter 50333220 VS.BTS.EnergyCons.Adding will be replaced by counter 1593835628 VS.EnergyCons.BTS.Adding.UMTS in later versions. In the current version, counters 50333220 VS.BTS.EnergyCons.Adding and 1593835628 VS.EnergyCons.BTS.Adding.UMTS are both valid, and the value of counter 50333220 VS.BTS.EnergyCons.Adding is properly reported. Counter 50333220 VS.BTS.EnergyCons.Adding will be deleted in later versions. Using counter 50333220 VS.BTS.EnergyCons.Adding is not recommended.
Measurement Points
The estimated NodeB power consumption is sampled every 5 minutes based on the power consumption of the BBU, RRUs/RFUs, and peripheral devices such as electromechanical devices and ALDs. At the end of a measurement period, the sum of these sampling results is used as the value of this counter
Formula
Unit
kWh
Related Features
Counter Name Feature ID Feature Name
VS.BTS.EnergyCons.Add-ing Multi-mode: None GSM: None UMTS: WRFD-020406 LTE: None Intelligent Power Measurement
VS.BTS.EnergyCons.Measuring
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 50333221 VS.BTS.Energy Cons.Measurin g Power consumption measured by the power system of the NodeB BTS3900 WCDMA UDescription
The counter measures the power consumption of the NodeB within a measurement period, which is calculated by the power system based on the detected current and voltage.
Disuse Statement:
Counter 50333221 VS.BTS.EnergyCons.Measuring will be replaced by counter 1593835629 VS.EnergyCons.BTS.Measuring.UMTS in later versions. In the current version, counters 50333221 VS.BTS.EnergyCons.Measuring and 1593835629
VS.EnergyCons.BTS.Measuring.UMTS are both valid, and the value of counter 50333221 VS.BTS.EnergyCons.Measuring is properly reported. Counter 50333221
VS.BTS.EnergyCons.Measuring will be deleted in later versions. Using counter 50333221 VS.BTS.EnergyCons.Measuring is not recommended.
Measurement Points
The power consumption monitored by all the PMUs is sampled every 5 minutes. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.
Formula
None
Unit
kWh
Related Features
Counter Name Feature ID Feature Name
VS.BTS.EnergyCons.Meas-uring Multi-mode: None GSM: None UMTS: WRFD-020406 LTE: None Intelligent Power Measurement
1.1.5 Measurement of NodeB Board Performance (BOARD)
Overview
The object type "BOARD" contains two function subsets: "TRAFFIC.BOARD" and "LOAD.BOARD".
FunctionSubSets
FunctionSubSet FunctionSubSet Name
LOAD.BOARD Board Load Measurement
TRAFFIC.BOARD NodeB Board Service Measurement
Board Load Measurement (LOAD.BOARD)
Overview
This counter provides the load on a board in the NodeB.
Counters
Counter ID Counter Name Counter
Description Original Release
50333648 VS.BRD.CPULOA D.MAX Maximum Board CPU Usage BTS3900 WCDMA: V200R013C00
Counter ID Counter Name Counter
Description Original Release
50333649 VS.BRD.CPULOA
D.MEAN
Average Board CPU Usage
BTS3900 WCDMA: V200R013C00
50343648 VS.BRD.CPULOA
D.OVER
Board CPU Usage Exceeding the Threshold (%) BTS3900 WCDMA: V200R013C00
Counter Relationship
NoneMaximum and Average Board CPU Usage
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
50333648 VS.BRD.CPUL OAD.MAX Maximum Board CPU Usage BTS3900 WCDMA U 50333649 VS.BRD.CPUL OAD.MEAN Average Board CPU Usage BTS3900 WCDMA U
Description
These counters provide the maximum and average CPU usage of a board in a specified measurement period. The value type of these counters is integer and the results are in round numbers. For example, if the result is 0%, the actual value ranges from 0.00% to 0.99%. Disuse Statement:
In the current version, either counter 50333648 VS.BRD.CPULOAD.MAX or the 1593835632 VS.BBUBoard.CPULoad.Max counter is used, or they can both be used. The reported value of counter 50333648 VS.BRD.CPULOAD.MAX is normal but counter 50333648
VS.BRD.CPULOAD.MAX is not recommended for use. In a later version, only the 1593835632 VS.BBUBoard.CPUload.Max counter is used.
In the current version, either counter 50333649 VS.BRD.CPULOAD.MEAN or the 1593835633 VS.BBUBoard.CPUload.Mean counter is used, or they can both be used. The reported value of counter 50333649 VS.BRD.CPULOAD.MEAN is normal but counter 50333649
VS.BRD.CPULOAD.MEAN is not recommended for use. In a later version, only the 1593835633 VS.BBUBoard.CPUload.Mean counter is used.
Measurement Points
The CPU usage is sampled every second, and the average CPU usage of each 5s is used as the sampling result. The maximum or the average of the final sampling results is used as the value of this counter. For example, if the number of times that the average CPU usage exceeds the preconfigured threshold in the measurement period is X1, X2, X3, ..., and Xn, the values of the VS.BBUBoard.CPUload.Max and VS.BBUBoard.CPUload.Mean counters are calculated using the following formulae: VS.BBUBoard.CPUload.Max = MAX(Xi),
VS.BBUBoard.CPUload.Mean =(X1+X2+...+Xn)/n.
Formula
NoneUnit
%Related Features
Counter Name Feature ID Feature Name
VS.BRD.CPULOAD.MAX Multi-mode: MRFD-210302 GSM: None UMTS: None LTE: None Performance Management VS.BRD.CPULOAD.MEA N Multi-mode: MRFD-210302 GSM: None UMTS: None LTE: None Performance Management
Percentage of Cpu Use Rate Overload
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
50343648 VS.BRD.CPUL OAD.OVER Board CPU Usage Exceeding the Threshold (%) BTS3900 WCDMA U
Description
This counter provides the percentage of the period during which the CPU usage of a board exceeds the threshold to the entire measurement period.
Disuse Statement:
Counter 50343648 VS.BRD.CPULOAD.OVER will be replaced by counter 1593835634 VS.BBUBoard.CPULoad.Over in later versions. In the current version, counters 50343648 VS.BRD.CPULOAD.OVER and 1593835634 VS.BBUBoard.CPULoad.Over are both valid, and the value of counter 50343648 VS.BRD.CPULOAD.OVER is properly reported. Counter 50343648 VS.BRD.CPULOAD.OVER will be deleted in later versions. Using counter 50343648 VS.BRD.CPULOAD.OVER is not recommended.
Measurement Points
The CPU usage is sampled every second, and the average CPU usage of each 5s is used as the sampling result. The percentage of the period during which the CPU usage of a board exceeds the preconfigured threshold to the entire measurement period is used as the value of this counter. The preconfigured threshold is 85%.
Formula
None
Unit
%
Related Features
Counter Name Feature ID Feature Name
VS.BRD.CPULOAD.OVER Multi-mode: MRFD-210302 GSM: None
UMTS: None LTE: None
Performance Management
NodeB Board Service Measurement (TRAFFIC.BOARD)
Overview
Counters
Counter ID Counter Name Counter
Description Original Release
50332582 VS.CE.DLAvailabl e.Board The Number of Downlink CEs Configured on a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50332583 VS.CE.ULAvailabl e.Board The Number of Uplink CEs Configured on a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50332584 VS.CE.DLMean.Bo ard Mean Number of Downlink CEs Consumed by a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50332586 VS.CE.ULMean.Bo ard Mean Number of Uplink CEs Consumed by a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50342584 VS.CE.DLMin.Boa rd Minimum Number of Downlink CEs Consumed by a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50342585 VS.CE.DLMax.Boa rd Maximum Number of Downlink CEs Consumed by a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50342586 VS.CE.ULMin.Boa rd Minimum Number of Uplink CEs Consumed by a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50342587 VS.CE.ULMax.Boa rd Maximum Number of Uplink CEs Consumed by a Baseband Board BTS3900: V100R008C00 BTS3900 WCDMA: V200R013C00 50342606 VS.BOARD.UsedH sdpaUserRatio.Me an Average ratio of HSDPA users on a board BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 50342607 VS.BOARD.UsedH sdpaUserRatio.Ma x Maximum ratio of HSDPA users on a board BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00
Counter ID Counter Name Counter
Description Original Release
50342608 VS.BOARD.UsedH supaUserRatio.Me an Average ratio of HSUPA users on a board BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 50342609 VS.BOARD.UsedH supaUserRatio.Ma x Maximum ratio of HSUPA users on a board BTS3900: V100R008C00 BTS3900 WCDMA: V100R008C00 50342632 VS.ULCoMP.CE.U LMean.Board Average Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board BTS3900: V100R008C01 BTS3900 WCDMA: V100R008C01 50342633 VS.ULCoMP.CE.U LMax.Board Maximum Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board BTS3900: V100R008C01 BTS3900 WCDMA: V100R008C01
Counter Relationship
NoneThe Number of Downlink CEs Configured on a Baseband Board
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
50332582 VS.CE.DLAvai lable.Board The Number of Downlink CEs Configured on a Baseband Board BTS3900, BTS3900 WCDMA U
Description
The number of downlink CEs configured on a baseband board. The counter is sampled every 30 seconds. At the end of the measurement period, the maximum of these sampling results is used as the value of the counter. For example, if the measurement period is 15 minutes, there are 30 sampling results and the maximum of these sampling results is used as the value of the counter. If the board is unable to process downlink services, the number of CEs reported is zero.
Measurement Points
The system samples the downlink hardware configured CEs number on available boards in an uplink resource group in period.
Formula
None
Unit
None
Related Features
Counter Name Feature ID Feature Name
VS.CE.DLAvailable.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
The Number of Uplink CEs Configured on a Baseband Board
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 50332583 VS.CE.ULAvai lable.Board The Number of Uplink CEs Configured on a Baseband Board BTS3900, BTS3900 WCDMA UDescription
The number of uplink CEs configured on a baseband board. The counter is sampled every 30 seconds. At the end of the measurement period, the maximum of these sampling results is used as the value of the counter. For example, if the measurement period is 15 minutes, there are 30 sampling results and the maximum of these sampling results is used as the value of the counter. If the board is unable to process uplink services, the number of CEs reported is zero.
Measurement Points
The system samples the uplink hardware configured CEs number on available boards in an uplink resource group in period.
Formula
None
Unit
None
Related Features
Counter Name Feature ID Feature Name
VS.CE.ULAvailable.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
Number of Downlink CEs Consumed by a Baseband Board
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 50332584 VS.CE.DLMea n.Board Mean Number of Downlink CEs Consumed by a Baseband Board BTS3900, BTS3900 WCDMA U 50342584 VS.CE.DLMin. Board Minimum Number of Downlink CEs Consumed by a Baseband Board BTS3900, BTS3900 WCDMA U 50342585 VS.CE.DLMax. Board Maximum Number of Downlink CEs Consumed by a Baseband Board BTS3900, BTS3900 WCDMA UDescription
Measurement Points
The number of downlink CEs consumed by all cells in a baseband board is sampled every 30 seconds. At the end of a measurement period, the average number of downlink CEs consumed by a baseband board is obtained by dividing the accumulated value in the period by the number of samples. The maximum of these sampling results is defined as the maximum number of downlink CEs consumed by a baseband board, and the minimum of these sampling results is defined as the minimum number of downlink CEs consumed by a baseband board. The number of downlink CEs consumed by a baseband board includes the number of CEs consumed by common channels in a cell, and these CEs are not included in the VS.CE.DLAvailable.Board counter. Therefore, the number of downlink CEs consumed by a baseband board may be greater than the value of VS.CE.DLAvailable.Board.
Formula
None
Unit
None
Related Features
Counter Name Feature ID Feature Name
VS.CE.DLMean.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
VS.CE.DLMin.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
VS.CE.DLMax.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
50332586 VS.CE.ULMea n.Board Mean Number of Uplink CEs Consumed by a Baseband Board BTS3900, BTS3900 WCDMA U 50342586 VS.CE.ULMin. Board Minimum Number of Uplink CEs Consumed by a Baseband Board BTS3900, BTS3900 WCDMA U 50342587 VS.CE.ULMax. Board Maximum Number of Uplink CEs Consumed by a Baseband Board BTS3900, BTS3900 WCDMA U
Description
This counter measures the number of uplink CEs consumed by all cells in a board. Remarks:
After Uplink CoMP (Joint Reception) and HetNet Uplink CoMP(Joint Reception) are
introduced, the number of consumed uplink CEs in license groups includes the number of uplink CEs consumed by DCH users and HSUPA users and the number of CEs consumed by
coordinating links for UL CoMP (joint reception) users in the local license group.
UL CoMP (joint reception) user: Users using Uplink CoMP (Joint Reception) or HetNet Uplink CoMP(Joint Reception) to receive signals on the NodeB side.
Coordinating link: Link specifically established by the NodeB for UL CoMP (joint reception) users. The link is transparent to the RNC and UEs.
Measurement Points
The number of uplink CEs consumed by all cells in a baseband board is sampled every 30 seconds. At the end of a measurement period, the average number of uplink CEs consumed by a baseband board is obtained by dividing the accumulated value in the period by the number of samples. The maximum of these sampling results is defined as the maximum number of uplink CEs consumed by a baseband board, and the minimum of these sampling results is defined as the minimum number of uplink CEs consumed by a baseband board.
Formula
Unit
None
Related Features
Counter Name Feature ID Feature Name
VS.CE.ULMean.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
VS.CE.ULMin.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
VS.CE.ULMax.Board Multi-mode: None
GSM: None
UMTS: WRFD-020101 LTE: None
Admission Control
Ratio of HSDPA users on a board
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 50342606 VS.BOARD.Us edHsdpaUserRa tio.Mean Average ratio of HSDPA users on a board BTS3900, BTS3900 WCDMA U 50342607 VS.BOARD.Us edHsdpaUserRa tio.Max Maximum ratio of HSDPA users on a board BTS3900, BTS3900 WCDMA UDescription
These counters indicate the ratio of HSDPA users that have been activated on the board scheduler and the ratio of HSDPA users supported by a board. If HSDPA scheduler resource pool is enabled, all boards that support the feature are used as a shared resource pool, and the ratio of the number of HSDPA users that have been activated in the resource pool to the number of HSDPA users that can be supported in the resource pool is displayed on each board in the resource pool.
Measurement Points
The following table describes the Measurement Points of each counter.
Counter Name Measurement Points
VS.BOARD.UsedHsdpaUserRatio.Mean If HSDPA scheduler resource pool is not
enabled, the ratio of HSDPA users on a board is sampled every five seconds. At the end of a measurement period, the accumulated number of HSDPA equivalent users within a sampling period is A, the number of samples is B, and the number of HSDPA users supported on the board is C. The formula for calculating the counter is as follows:
VS.BOARD.UsedHsdpaUserRatio.Mean=A /(B x C). If HSDPA scheduler resource pool is enabled, all boards that support the feature are used as a shared resource pool. The ratio of HSDPA users on a board is sampled every five seconds. At the end of a measurement period, the accumulated number of HSDPA equivalent users in the resource pool within a sampling period is A, the number of samples is B, and the number of HSDPA users supported in the resource pool is C. The formula for calculating the counter is as follows:
VS.BOARD.UsedHsdpaUserRatio.Mean=A /(B x C). Note: One HSDPA user is regarded as one HSDPA equivalent user. If DC-HSDPA/DB-HSDPA/MC-HSDPA is activated, a DC-HSDPA/DB-HSDPA/MC-HSDPA user is regarded as one DC-HSDPA/DB-HSDPA/MC-HSDPA user in each carrier.
Counter Name Measurement Points
VS.BOARD.UsedHsdpaUserRatio.Max If HSDPA scheduler resource pool is not
enabled, the ratio of HSDPA users is sampled every five seconds. At the end of a
measurement period, the maximum number of HSDPA equivalent users on a board is A and the number of HSDPA users supported on the board is C. The formula for calculating the counter is as follows:
VS.BOARD.UsedHsdpaUserRatio.Max = A/C. If HSDPA scheduler resource pool is enabled, all boards that support the feature are used as a shared resource pool. The ratio of HSDPA users on a board is sampled every five seconds. At the end of a measurement period, the maximum number of HSDPA equivalent users in the resource pool within a sampling period is A, and the number of HSDPA users supported in the resource pool is C. The formula for calculating the counter is as follows:
VS.BOARD.UsedHsdpaUserRatio.Max = A/C. Note: One HSDPA user is regarded as one HSDPA equivalent user. If DC-HSDPA/ DB-HSDPA/MC-HSDPA is activated, a DC-HSDPA/DB-HSDPA/MC-HSDPA user is regarded as one HSDPA user in each carrier.
Formula
None
Unit
%
Related Features
Counter Name Feature ID Feature Name
VS.BOARD.UsedHsdpaUse rRatio.Mean Multi-mode: None GSM: None UMTS: WRFD-010610 LTE: None HSDPA Introduction Package
Counter Name Feature ID Feature Name VS.BOARD.UsedHsdpaUse rRatio.Max Multi-mode: None GSM: None UMTS: WRFD-010610 LTE: None HSDPA Introduction Package
Ratio of HSUPA users on a board
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
50342608 VS.BOARD.Us edHsupaUserRa tio.Mean Average ratio of HSUPA users on a board BTS3900, BTS3900 WCDMA U 50342609 VS.BOARD.Us edHsupaUserRa tio.Max Maximum ratio of HSUPA users on a board BTS3900, BTS3900 WCDMA U
Description
These counters indicate the ratio of HSUPA users that have been activated on the board scheduler and the ratio of HSUPA users supported by boards.
Measurement Points
Counter Name Measurement Points
VS.BOARD.UsedHsupaUserRatio.Mean The ratio of HSUPA users on a board is
sampled every five seconds. At the end of a measurement period, the accumulated number of HSUPA equivalent users is A, the number of samples is B, and the number of HSUPA users supported on the board is C. The formula for calculating the counter is as follows:
VS.BOARD.UsedHsupaUserRatio.Mean = A/(B*C). Note: One HSUPA user is regarded as one HSUPA equivalent user. If DC-HSUPA is activated, a DC-DC-HSUPA user is regarded as one HSUPA user in each carrier.
VS.BOARD.UsedHsupaUserRatio.Max The ratio of HSUPA users is sampled every
five seconds. At the end of a measurement period, the maximum number of HSUPA equivalent users on a board is A and the number of HSUPA users supported on the board is C. The formula for calculating the counter is as follows:
VS.BOARD.UsedHsupaUserRatio.Max = A/C. Note: One HSUPA user is regarded as one HSUPA equivalent user. If DC-HSUPA is activated, a DC-HSUPA user is regarded as one HSUPA user in each carrier.
Formula
None
Unit
%
Related Features
Counter Name Feature ID Feature Name
VS.BOARD.UsedHsupaUse rRatio.Mean Multi-mode: None GSM: None UMTS: WRFD-010612 LTE: None HSUPA Introduction Package
Counter Name Feature ID Feature Name VS.BOARD.UsedHsupaUse rRatio.Max Multi-mode: None GSM: None UMTS: WRFD-010612 LTE: None HSUPA Introduction Package
Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board
Counters
Counter ID Counter Name Counter Description Network Element Applicable Mode 50342632 VS.ULCoMP.C E.ULMean.Boa rd Average Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board BTS3900, BTS3900 WCDMA U 50342633 VS.ULCoMP.C E.ULMax.Boar d Maximum Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board BTS3900, BTS3900 WCDMA UDescription
This counter measures the average and maximum number of UL CEs consumed by UL coordinating links on the baseband board. The measurement results show how the CEs are additionally consumed after the UL CoMP feature has been enabled. The consumption can be assessed using the ratio of UL CEs consumed by UL coordinating links on the baseband board to those of other links.
Remarks:
UL CoMP (joint reception) user: Users using Uplink CoMP (Joint Reception) or HetNet Uplink CoMP(Joint Reception) to receive signals on the NodeB side.
Coordinating link: Link specifically established by the NodeB for UL CoMP (joint reception) users. The link is transparent to the RNC and UEs.
Measurement Points
The number of UL CEs consumed by UL coordinating links on the baseband board is sampled every 30 seconds. At the end of a measurement period, the average number of UL CEs consumed by UL coordinating links on the baseband board is obtained by dividing the accumulated value within the measurement by the number of samples. The maximum value within the measurement period is the maximum number of UL CEs consumed by UL coordinating links on the baseband board.
Formula
NoneUnit
NoneRelated Features
Counter Name Feature ID Feature Name
VS.ULCoMP.CE.ULMean. Board Multi-mode: None GSM: None UMTS: WRFD-151205 WRFD-151206 WRFD-151207 LTE: None
Uplink CoMP (Joint Reception)
HetNet Uplink CoMP (Joint Reception)
Uplink CoMP (Joint Reception) Based on Coordinated BBU VS.ULCoMP.CE.ULMax.B oard Multi-mode: None GSM: None UMTS: WRFD-151205 WRFD-151206 WRFD-151207 LTE: None
Uplink CoMP (Joint Reception)
HetNet Uplink CoMP (Joint Reception)
Uplink CoMP (Joint Reception) Based on Coordinated BBU
1.1.6 Measurement of eNodeB Board Performance (Board)
Overview
The Measurement of eNodeB Board Performance object contains the function subsets related to boards in the eNodeB. This object represents the operating status of each board.
FunctionSubSets
FunctionSubSet FunctionSubSet Name
Measurement related to CPU of board eNodeB Board CPU Measurement (Board.CPU)
eNodeB Board CPU Measurement (Measurement related to CPU of board)
Overview
The eNodeB Board CPU Measurement function subset measures the CPU usage of the LMPT, UMPT, and LBBP.
Counters
Counter ID Counter Name Counter
Description Original Release
1526727013 VS.Board.CPUload
.Max
Maximum Board CPU Usage
BTS3900 LTE: version earlier than V100R003C00
1526727014 VS.Board.CPUload
.Mean
Average Board CPU Usage
BTS3900 LTE: version earlier than V100R003C00
1526728332 VS.Board.CPULoa
d.CumulativeHigh-loadCount
Number of Times that the CPU Usage of Boards Exceeds the Preconfigured Threshold BTS3900 LTE: V100R005C00
Counter Relationship
NoneCounters
Counter ID Counter Name Counter Description Network Element Applicable Mode 1526727013 VS.Board.CPUl oad.Max Maximum Board CPU Usage BTS3900 LTE L 1526727014 VS.Board.CPUl oad.Mean Average Board CPU Usage BTS3900 LTE LDescription
The counter measures the maximum and average CPU usage of the LMPT, UMPT and LBBP within a measurement period. The value type of these counters is integer and the results are in round numbers. For example, if the result is 0%, the actual value ranges from 0.00% to 0.99%. Disuse Statement:
In the current version, either counter 1526727013 VS.Board.CPUload.Max or the 1593835632 VS.BBUBoard.CPULoad.Max counter is used, or they can both be used. The reported value of counter 1526727013 VS.Board.CPUload.Max is normal but counter 1526727013
VS.Board.CPUload.Max is not recommended for use. In a later version, only the 1593835632 VS.BBUBoard.CPUload.Max counter is used.
In the current version, either counter 1526727014 VS.Board.CPUload.Mean or the 1593835633 VS.BBUBoard.CPUload.Mean counter is used, or they can both be used. The reported value of counter 1526727014 VS.Board.CPUload.Mean is normal but counter 1526727014
VS.Board.CPUload.Mean is not recommended for use. In a later version, only the 1593835633 VS.BBUBoard.CPUload.Mean counter is used.
Measurement Points
The CPU usage is sampled every second, and the average CPU usage of each 5s is used as the sampling result. The maximum or the average of the final sampling results is used as the value of this counter. For example, if the number of times that the average CPU usage exceeds the preconfigured threshold in the measurement period is X1, X2, X3, ..., and Xn, the values of the VS.BBUBoard.CPUload.Max and VS.BBUBoard.CPUload.Mean counters are calculated using the following formulae: VS.BBUBoard.CPUload.Max = MAX(Xi),
VS.BBUBoard.CPUload.Mean =(X1+X2+...+Xn)/n.
Formula
None
Unit
Related Features
Counter Name Feature ID Feature Name
VS.Board.CPUload.Max Multi-mode: None
GSM: None UMTS: None LTE: LBFD-004009 TDLBFD-004009
Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information
VS.Board.CPUload.Mean Multi-mode: None
GSM: None UMTS: None LTE: LBFD-004009 TDLBFD-004009
Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information
Number of Times that the CPU Usage of Boards Exceeds the Preconfigured Threshold
Counters
Counter ID Counter
Name CounterDescription NetworkElement ApplicableMode
1526728332 VS.Board.CPU
Load.Cumulativ eHighloadCoun t
Number of Times that the CPU Usage of Boards Exceeds the Preconfigured Threshold BTS3900 LTE L
Description
The counter measures the number of times that the CPU usage of the LMPT, UMPT and the LBBP exceeds the preconfigured threshold. It indicates the load status of boards during a measurement period.
Disuse Statement:
In the current version, either counter 1526728332
VS.Board.CPULoad.CumulativeHighloadCount or the 1593835630
The reported value of counter 1526728332 VS.Board.CPULoad.CumulativeHighloadCount is normal but counter 1526728332 VS.Board.CPULoad.CumulativeHighloadCount is not recommended for use. In a later version, only the 1593835630
VS.BBUBoard.CPULoad.CumulativeHighloadCount counter is used.
Measurement Points
The CPU usage is sampled every second, and the average CPU usage of each 5s is used as the sampling result. The percentage of the period during which the CPU usage of a board exceeds the preconfigured threshold to the entire measurement period is used as the value of this counter. The preconfigured threshold is 85%.
Formula
None
Unit
None
Related Features
Counter Name Feature ID Feature Name
VS.Board.CPULoad.Cumu-lativeHighloadCount Multi-mode: None GSM: None UMTS: None LTE: LBFD-004009 TDLBFD-004009 Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information
1.1.7 Measurement of RRU Performance (RRU)
Overview
The Measurement of RRU Performance object contains the function subsets related to RRUs or RFUs in the eNodeB. This object represents the operating status of each RRU or RFU.
FunctionSubSets
FunctionSubSet FunctionSubSet Name
