3900 Series Base Station Node Performance Counter Reference (V100R009C00_11)(PDF)-En

3900 Series Base Station V100R009C00

Node Performance Counter Reference Issue

11

Date

2015–05–30

HUAWEI TECHNOLOGIES CO., LTD.

Copyright © Huawei Technologies Co., Ltd. 2015. 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.

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 or 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 not constitute a warranty of any kind, express or implied.

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Website:

http://www.huawei.com

Email:

[email protected]

Issue 11 (2015–05–30)

Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.

i

3900 Series Base Station Node Performance Counter Reference

About This Document

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 lists the description of each counter item.

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About This Document

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.

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 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:

Counter

One function set contains one or more function subsets.

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.

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Item

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About This Document

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.


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Contents

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 1.2.18 Measurement of Trunk Performance (TRUNK)....................................................................................................273 Issue 11 (2015–05–30)


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Contents

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 1.2.25 Measurement of BS TWAMP Performance (BSTWAMP)..................................................................................324

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1

1 Node Performance Counter Measurement

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

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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.ShutdownTime

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


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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


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 None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835620

VS.PSU.Shutdo wnTime


BTS3900, BTS3900 WCDMA,

G,U,L

BTS3900 LTE

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. Issue 11 (2015–05–30)


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Formula None

Unit s

Related Features Counter Name

Feature ID

VS.PSU.ShutdownTime

Multi-mode: None

Feature Name

GSM: GBFD-111608

PSU Intelligent Shutdown

UMTS: WRFD-020121

Intelligent Power Management

LTE: LOFD-001056

PSU Intelligent Sleep Mode

TDLOFD-001056

PSU Intelligent Sleep Mode


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835628

VS.EnergyCons .BTS.Adding.U MTS


BTS3900, BTS3900 WCDMA

U

Description 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 consumption of a single module]/[Number of main control boards that manage this module])/ Issue 11 (2015–05–30)


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[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


Feature ID

VS.EnergyCons.BTS.Addin g.UMTS

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-020406

Intelligent Power Measurement

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835629

VS.EnergyCons .BTS.Measurin g.UMTS



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 Issue 11 (2015–05–30)


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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


Feature ID

VS.EnergyCons.BTS.Measu ring.UMTS

Multi-mode: None

Feature Name



LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835637

VS.EnergyCons .BTS.Adding.L TE


BTS3900, BTS3900 LTE

L

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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 singlemode 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


Feature ID

VS.EnergyCons.BTS.Addin g.LTE

Multi-mode: None

Feature Name

GSM: None UMTS: None LTE: LOFD-001041 TDLOFD-001041

Power Consumption Monitoring Power Consumption Monitoring


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835638

VS.EnergyCons .BTS.Measurin g.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 kWh

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Feature ID

VS.EnergyCons.BTS.Measu ring.LTE

Multi-mode: None

Feature Name

GSM: None UMTS: None LTE: LOFD-001041

Power Consumption Monitoring

TDLOFD-001041



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835639

VS.EnergyCons .BTS.Adding.G SM


BTS3900

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 singlemode 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. Issue 11 (2015–05–30)


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Formula None

Unit kWh


Feature ID

VS.EnergyCons.BTS.Addin g.GSM

Multi-mode: None

Feature Name

GSM: GBFD-111202

O&M of BTS

UMTS: None LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835640

VS.EnergyCons .BTS.Measurin g.GSM


BTS3900

G

Description 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. Issue 11 (2015–05–30)


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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


Feature ID

Feature Name

VS.EnergyCons.BTS.Measu ring.GSM

Multi-mode: None GSM: GBFD-111202

O&M of BTS

UMTS: None LTE: None

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.


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.

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Counters Counter ID

Counter Name

Counter Description

Original Release

1593835630

VS.BBUBoard.CP ULoad.CumulativeHighloadCount

The number of times of CPU Use Rate Overload


1593835632

VS.BBUBoard.CP ULoad.Max

Maximum Board CPU Usage


1593835633

VS.BBUBoard.CP ULoad.Mean

Average Board CPU Usage


1593835634

VS.BBUBoard.CP ULoad.Over

Board CPU Usage Exceeding the Threshold (%)




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835630

VS.BBUBoard. CPULoad.Cum ulativeHighload Count



G,U,L

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12



Description 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 None

Unit None


Feature ID

Feature Name

VS.BBUBoard.CPULoad.C umulativeHighloadCount

Multi-mode: MRFD-210302

Performance Management

GSM: GBFD-111202

O&M of BTS

UMTS: None LTE: LBFD-004009

Real-time Monitoring of System Running Information

TDLBFD-004009


Maximum and Average Board CPU Usage

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835632

VS.BBUBoard. CPULoad.Max



G,U,L

BTS3900 LTE

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835633

VS.BBUBoard. CPULoad.Mean



G,U,L

BTS3900 LTE

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 None

Unit %


Feature ID

Feature Name

VS.BBUBoard.CPULoad.M ax



GSM: GBFD-111202

O&M of BTS

UMTS: None LTE: LBFD-004009 TDLBFD-004009

Real-time Monitoring of System Running Information Real-time Monitoring of System Running Information

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Counter Name

Feature ID

Feature Name

VS.BBUBoard.CPULoad.M ean



GSM: GBFD-111202

O&M of BTS

UMTS: None LTE: LBFD-004009


TDLBFD-004009


Percentage of Cpu Use Rate Overload

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835634

VS.BBUBoard. CPULoad.Over



G,U,L

BTS3900 LTE

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 %

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Feature ID

Feature Name

VS.BBUBoard.CPULoad.O ver



GSM: GBFD-111202

O&M of BTS

UMTS: None LTE: LBFD-004009 TDLBFD-004009


1.1.3 Measurement of GNSS Performance (GNSS) Overview The Measurement of GNSS Performance object contains the function subsets related to the GNSS.


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.SatellitesTraced.0

Number of times no GNSS satellites are traced


1593835642


Number of times one to three GNSS satellites are traced


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Counter ID

Counter Name

Counter Description

Original Release

1593835643


Number of times four GNSS satellites are traced


1593835644


Number of times five GNSS satellites are traced


1593835645


Number of times more than five GNSS satellites are traced


1593835646

VS.GNSS.Satellites Traced.Mean

Average number of traced GNSS satellites



Number 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


L

Description 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. Issue 11 (2015–05–30)


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Formula None

Unit None


Feature ID


Multi-mode: None

Feature Name

GSM: None UMTS: None LTE: LBFD-00300503

Synchronization with GPS

TDLBFD-00300503



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835642


Number of times one to three GNSS satellites are traced


L

Description 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 None Issue 11 (2015–05–30)


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Unit None


Feature ID


Multi-mode: None

Feature Name



TDLBFD-00300503



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835643


Number of times four GNSS satellites are traced


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 None

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Feature ID


Multi-mode: None

Feature Name



TDLBFD-00300503



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835644


Number of times five GNSS satellites are traced


L

Description 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 None

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Feature ID


Multi-mode: None

Feature Name



TDLBFD-00300503



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835645


Number of times more than five GNSS satellites are traced


L

Description 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 None

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Feature ID


Multi-mode: None

Feature Name



TDLBFD-00300503



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1593835646

VS.GNSS.Satel litesTraced.Mea n



L

Description 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 None

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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


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


BTS3900 WCDMA: V200R013C00

50333220

VS.BTS.EnergyCo ns.Adding

The sum of power consumption of all boards in the NodeB


50333221

VS.BTS.EnergyCo ns.Measuring

Power consumption measured by the power system of the NodeB


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50333215

VS.ShutdownTi me.PSU


BTS3900 WCDMA

U

Description 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 s

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Feature ID

VS.ShutdownTime.PSU

Multi-mode: None

Feature Name


Intelligent Power Management

LTE: None

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 NodeB

BTS3900 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



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Unit kWh


Feature ID

VS.BTS.EnergyCons.Adding

Multi-mode: None

Feature Name



LTE: None

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

U

Description 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. Issue 11 (2015–05–30)


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Formula None

Unit kWh


Feature ID

Feature Name

VS.BTS.EnergyCons.Measuring

Multi-mode: None GSM: None UMTS: WRFD-020406 LTE: None


1.1.5 Measurement of NodeB Board Performance (BOARD) Overview The object type "BOARD" contains two function subsets: "TRAFFIC.BOARD" and "LOAD.BOARD".


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



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Counter ID

Counter Name

Counter Description

Original Release

50333649

VS.BRD.CPULOA D.MEAN



50343648

VS.BRD.CPULOA D.OVER





Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50333648

VS.BRD.CPUL OAD.MAX


BTS3900 WCDMA

U

50333649

VS.BRD.CPUL OAD.MEAN


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. Issue 11 (2015–05–30)


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Formula None

Unit %


Feature ID

Feature Name

VS.BRD.CPULOAD.MAX



GSM: None UMTS: None LTE: None VS.BRD.CPULOAD.MEA N



GSM: None UMTS: None LTE: None

Percentage of Cpu Use Rate Overload

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50343648

VS.BRD.CPUL OAD.OVER


BTS3900 WCDMA

U

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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.


Formula None

Unit %


Feature ID

Feature Name

VS.BRD.CPULOAD.OVER



GSM: None UMTS: None LTE: None

NodeB Board Service Measurement (TRAFFIC.BOARD) Overview The function subject measures the baseband resource usage of a certain NodeB board.

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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


50332583

VS.CE.ULAvailabl e.Board

The Number of Uplink CEs Configured on a Baseband Board


50332584

VS.CE.DLMean.Bo ard

Mean Number of Downlink CEs Consumed by a Baseband Board


50332586

VS.CE.ULMean.Bo ard

Mean Number of Uplink CEs Consumed by a Baseband Board


50342584

VS.CE.DLMin.Boa rd

Minimum Number of Downlink CEs Consumed by a Baseband Board


50342585

VS.CE.DLMax.Boa rd

Maximum Number of Downlink CEs Consumed by a Baseband Board


50342586

VS.CE.ULMin.Boa rd

Minimum Number of Uplink CEs Consumed by a Baseband Board


50342587

VS.CE.ULMax.Boa rd

Maximum Number of Uplink CEs Consumed by a Baseband Board


50342606

VS.BOARD.UsedH sdpaUserRatio.Me an

Average ratio of HSDPA users on a board


50342607

VS.BOARD.UsedH sdpaUserRatio.Ma x

Maximum ratio of HSDPA users on a board


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Counter ID

Counter Name

Counter Description

Original Release

50342608

VS.BOARD.UsedH supaUserRatio.Me an

Average ratio of HSUPA users on a board


50342609

VS.BOARD.UsedH supaUserRatio.Ma x

Maximum ratio of HSUPA users on a board


50342632

VS.ULCoMP.CE.U LMean.Board

Average Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board


50342633

VS.ULCoMP.CE.U LMax.Board

Maximum Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50332582

VS.CE.DLAvai lable.Board



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. Issue 11 (2015–05–30)


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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


Feature ID

VS.CE.DLAvailable.Board

Multi-mode: None

Feature Name


Admission Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50332583

VS.CE.ULAvai lable.Board



U

Description 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. Issue 11 (2015–05–30)


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Formula None

Unit None


Feature ID

VS.CE.ULAvailable.Board

Multi-mode: None

Feature Name


Admission Control

LTE: None

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


U

50342584

VS.CE.DLMin. Board

Minimum Number of Downlink CEs Consumed by a Baseband Board


U

50342585

VS.CE.DLMax. Board

Maximum Number of Downlink CEs Consumed by a Baseband Board


U

Description This counter measures the number of downlink CEs consumed by all cells in a board. Issue 11 (2015–05–30)


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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


Feature ID

VS.CE.DLMean.Board

Multi-mode: None

Feature Name


Admission Control

LTE: None VS.CE.DLMin.Board

Multi-mode: None GSM: None UMTS: WRFD-020101

Admission Control

LTE: None VS.CE.DLMax.Board


Admission Control

LTE: None

Number of Uplink CEs Consumed by a Baseband Board

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50332586

VS.CE.ULMea n.Board

Mean Number of Uplink CEs Consumed by a Baseband Board


U

50342586

VS.CE.ULMin. Board

Minimum Number of Uplink CEs Consumed by a Baseband Board


U

50342587

VS.CE.ULMax. Board

Maximum Number of Uplink CEs Consumed by a Baseband Board


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.



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Unit None


Feature ID

VS.CE.ULMean.Board

Multi-mode: None

Feature Name


Admission Control

LTE: None VS.CE.ULMin.Board


Admission Control

LTE: None VS.CE.ULMax.Board


Admission Control

LTE: None

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


U

50342607

VS.BOARD.Us edHsdpaUserRa tio.Max

Maximum ratio of HSDPA users on a board


U

Description 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. Issue 11 (2015–05–30)


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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 DCHSDPA/DB-HSDPA/MC-HSDPA is activated, a DC-HSDPA/DB-HSDPA/MCHSDPA user is regarded as one HSDPA user in each carrier.

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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 DCHSDPA/DB-HSDPA/MC-HSDPA user is regarded as one HSDPA user in each carrier.

Formula None

Unit %


Feature ID

VS.BOARD.UsedHsdpaUse rRatio.Mean


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Feature Name


HSDPA Introduction Package

39



Counter Name

Feature ID

VS.BOARD.UsedHsdpaUse rRatio.Max

Multi-mode: None

Feature Name


HSDPA Introduction Package

LTE: None

Ratio of HSUPA users on a board

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50342608

VS.BOARD.Us edHsupaUserRa tio.Mean

Average ratio of HSUPA users on a board


U

50342609

VS.BOARD.Us edHsupaUserRa tio.Max

Maximum ratio of HSUPA users on a board


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 The following table describes the Measurement Points of each counter.

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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 DCHSUPA is activated, a 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 %


Feature ID

VS.BOARD.UsedHsupaUse rRatio.Mean


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Feature Name


HSUPA Introduction Package

41



Counter Name

Feature ID

VS.BOARD.UsedHsupaUse rRatio.Max

Multi-mode: None

Feature Name


HSUPA Introduction Package

LTE: None

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


U

50342633

VS.ULCoMP.C E.ULMax.Boar d

Maximum Number of UL CEs Consumed by UL Coordinating Links on the Baseband Board


U

Description 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. Issue 11 (2015–05–30)


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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 None

Unit None


Feature ID

VS.ULCoMP.CE.ULMean. Board

Multi-mode: None GSM: None UMTS: WRFD-151205 WRFD-151206 WRFD-151207 LTE: None

VS.ULCoMP.CE.ULMax.B oard

Uplink CoMP (Joint Reception) HetNet Uplink CoMP (Joint Reception) Uplink CoMP (Joint Reception) Based on Coordinated BBU


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Feature Name



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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.


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


BTS3900 LTE: version earlier than V100R003C00

1526727014

VS.Board.CPUload .Mean



1526728332

VS.Board.CPULoa d.CumulativeHighloadCount

Number of Times that the CPU Usage of Boards Exceeds the Preconfigured Threshold

BTS3900 LTE: V100R005C00



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727013

VS.Board.CPUl oad.Max


BTS3900 LTE

L

1526727014

VS.Board.CPUl oad.Mean


BTS3900 LTE

L

Description 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.


Formula None

Unit % Issue 11 (2015–05–30)


45




Feature ID

VS.Board.CPUload.Max

Multi-mode: None

Feature Name



TDLBFD-004009

Real-time Monitoring of System Running Information VS.Board.CPUload.Mean

Multi-mode: None GSM: None UMTS: None LTE: LBFD-004009


TDLBFD-004009



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526728332

VS.Board.CPU Load.Cumulativ eHighloadCoun t


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 VS.BBUBoard.CPULoad.CumulativeHighloadCount counter is used, or they can both be used. Issue 11 (2015–05–30)


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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.


Formula None

Unit None


Feature ID

Feature Name

VS.Board.CPULoad.CumulativeHighloadCount

Multi-mode: None GSM: None UMTS: None LTE: LBFD-004009 TDLBFD-004009


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.


FunctionSubSet Name

Measurement related to RRU

RRU Measurement (RRU.Device)

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RRU Measurement (Measurement related to RRU) Overview The RRU.Device function subset measures the performance of the RRU, such as power consumption.

Counters Counter ID

Counter Name

Counter Description

Original Release

1526727065

VS.EnergyCons.R RU

The counter measures the total power consumption of the RRU or RFU within a measurement period. It provides data basis for energy conservation policies.


1526727066

VS.DLPwr.RRU.A vg

Average RRU TX Power

BTS3900 LTE: V100R008C01

1526727067

VS.DLPwr.RRU.M ax

Maximum RRU TX Power

BTS3900 LTE: V100R008C01


RRU or RFU Power Consumption

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727065

VS.EnergyCons .RRU

The counter measures the total power consumption of the RRU or RFU within a measurement period. It provides data basis for energy conservation policies.

BTS3900 LTE

L

Description The counter measures the total power consumption of the RRU or RFU within a measurement period. It provides data basis for energy conservation policies. Disuse Statement: The counter 1526727065 VS.EnergyCons.RRU can report in current version and will be removed in later version. Counter 1526727065 VS.EnergyCons.RRU is not recommended for use.

Measurement Points The RRU or RFU power consumption 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

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Feature ID

Feature Name

VS.EnergyCons.RRU

Multi-mode: None GSM: None UMTS: None LTE: LOFD-001041


TDLOFD-001041


RRU TX Power

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727066

VS.DLPwr.RR U.Avg


BTS3900 LTE

L

1526727067

VS.DLPwr.RR U.Max


BTS3900 LTE

L

Description The counters measures the average and maximum of the downlink TX power of the RRU(This counter is valid for LTE TDD only). The following table describes the meanings of each counter: Counter Name

Description

VS.DLPwr.RRU.Avg


VS.DLPwr.RRU.Max


Measurement Points The TX power of the RRU is sampled every 5s. At the end of the measurement period, the average of these sampling results is used as the value of the VS.DLPwr.RRU.Avg counter and the maximum of these sampling results is used as the value of the VS.DLPwr.RRU.Max counter.

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Formula None

Unit dBm


Feature ID

Feature Name

VS.DLPwr.RRU.Avg

Multi-mode: None GSM: None UMTS: None LTE: TDLOFD-001041

VS.DLPwr.RRU.Max


Multi-mode: None GSM: None UMTS: None LTE: TDLOFD-001041


1.1.8 Measurement of eNodeB Performance (eNodeB) Overview The Measurement of eNodeB Performance object contains the eNodeB-related function subsets. This object represents the operating status of the eNodeB.


FunctionSubSet Name

eNodeB.Device

eNodeB Measurement (eNodeB.Device)

Measurement related to BBU

BBU Measurement (BBU.Device)

eNodeB Measurement (eNodeB.Device) Overview The eNodeB.Device function subset measures the performance of the eNodeB, such as power consumption. Issue 11 (2015–05–30)


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Counters Counter ID

Counter Name

Counter Description

Original Release

1526728153

VS.EnergyCons.BT S.Adding

eNodeB Power Consumption


1526728210

VS.EnergyCons.BT S.Measuring

eNodeB Power Consumption Calculated by the PMU

BTS3900 LTE: V100R003C00

1526728215

VS.PSU.ShutdownTime


BTS3900 LTE: V100R003C00



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526728153

VS.EnergyCons .BTS.Adding


BTS3900 LTE

L

Description The counter measures the total power consumption of the eNodeB within a measurement period. It provides data basis for energy conservation policies. Disuse Statement: Counter 1526728153 VS.EnergyCons.BTS.Adding will be replaced by counter 1593835637 VS.EnergyCons.BTS.Adding.LTE in later versions. In the current version, counters 1526728153 VS.EnergyCons.BTS.Adding and 1593835637 VS.EnergyCons.BTS.Adding.LTE are both valid, and the value of counter 1526728153 VS.EnergyCons.BTS.Adding is properly reported. Counter 1526728153 VS.EnergyCons.BTS.Adding will be deleted in later versions. Using counter 1526728153 VS.EnergyCons.BTS.Adding is not recommended.

Measurement Points The estimated eNodeB power consumption is sampled every 5 minutes based on the power consumption of the BBU, RRUs/RFUs, and peripheral devices such as electromechanical Issue 11 (2015–05–30)


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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 None

Unit kWh


Feature ID

VS.EnergyCons.BTS.Adding

Multi-mode: None

Feature Name



TDLOFD-001041



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526728210

VS.EnergyCons .BTS.Measurin g


BTS3900 LTE

L

Description The counter measures the total power consumption monitored by all the PMUs within a measurement period. It provides a reference for energy conservation policies.The power consumption of the eNodeB can be classified into DC power consumption and AC power consumption, and you can run the SET ECMP command to set the power consumption type. The PMU monitors the DC power consumption by default. The dependence of this counter on the PMU is as follows: For the PMU01B, this counter is reported only when the software version of the PMU is 138 or later. Issue 11 (2015–05–30)


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For the PMU10A or PMU11A, this counter is reported regardless of the software version of the PMU. For other types of PMUs, this counter is not reported. You can run the DSP PMU command to query the type and software version of a PMU. If a BS contains multiple PMUs and one or more PMUs do not support reporting this counter, the measurement results of this counter are inaccurate. Disuse Statement: Counter 1526728210 VS.EnergyCons.BTS.Measuring will be replaced by counter 1593835638 VS.EnergyCons.BTS.Measuring.LTE in later versions. In the current version, counters 1526728210 VS.EnergyCons.BTS.Measuring and 1593835638 VS.EnergyCons.BTS.Measuring.LTE are both valid, and the value of counter 1526728210 VS.EnergyCons.BTS.Measuring is properly reported . Counter 1526728210 VS.EnergyCons.BTS.Measuring will be deleted in later versions. Using counter 1526728210 VS.EnergyCons.BTS.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


Feature ID

VS.EnergyCons.BTS.Measuring

Multi-mode: None

Feature Name




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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526728215

VS.PSU.Shutdo wnTime


BTS3900 LTE

L

Description This counter measures the shutdown duration of all power supplying units (PSUs) in the NodeB within the measurement period. Disuse Statement: Counter 1526728215 VS.PSU.ShutdownTime will be replaced by counter 1593835620 VS.PSU.ShutdownTime in later versions. In the current version, counters 1526728215 VS.PSU.ShutdownTime and 1593835620 VS.PSU.ShutdownTime are both valid, and the value of counter VS.ShutdownTime.PSU is properly reported . Counter 1526728215 VS.PSU.ShutdownTime will be deleted in later versions. Using counter 1526728215 VS.PSU.ShutdownTime is not recommended.

Measurement Points The duration of PSU intelligent shutdown is sampled per minute. At the end of a measurement period, the sum of these sampling results is used as the value of the counter. A deviation of one sampling period may be caused in the sampling timer when the timer performs time synchronization. As a result, a deviation of one sampling period will also be generated in the value of this counter, which affects the values of the KPIs that are calculated by using this counter. The effects vary depending on the deviation in the value of this counter and calculation formulas for the KPIs.

Formula None

Unit s

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Feature ID

Feature Name

VS.PSU.ShutdownTime

Multi-mode: None GSM: None UMTS: None LTE: LOFD-001041 TDLOFD-001041


BBU Measurement (Measurement related to BBU) Overview The BBU.Device function subset measures the performance of the BBU, such as power consumption.

Counters Counter ID

Counter Name

Counter Description

Original Release

1526727551

VS.EnergyCons.BB U

The counter measures the total power consumption of the BBU within a measurement period. It provides data basis for energy conservation policies.



BBU Power Consumption

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727551

VS.EnergyCons .BBU

The counter measures the total power consumption of the BBU within a measurement period. It provides data basis for energy conservation policies.

BTS3900 LTE

L

Description The counter measures the total power consumption of the BBU within a measurement period. It provides data basis for energy conservation policies. Disuse Statement: The counter 1526727551 VS.EnergyCons.BBU can report in current version and will be removed in later version. Counter 1526727551 VS.EnergyCons.BBU is not recommended for use.

Measurement Points The BBU power consumption is sampled every 5 minutes based on the power of all configured and detected boards in the BBU. For a BBU that has digital power capacities, the actual measured values are sampled. For a BBU that does not have digital power capacities, the values in a power consumption table are used. 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

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Feature ID

Feature Name

VS.EnergyCons.BBU

Multi-mode: None GSM: None UMTS: None LTE: LOFD-001041 TDLOFD-001041


1.1.9 Measurement of PMU Performance (PMU) Overview The Measurement of PMU Performance object contains the PMU-related function subsets. This object represents the operating status of each PMU.


FunctionSubSet Name

Measurement related to PMU

PMU Measurement (PMU.Device)

PMU Measurement (Measurement related to PMU) Overview The PMU.Device function subset measures the performance of the Power Monitoring Unit (PMU), such as its power consumption.

Counters Counter ID

Counter Name

Counter Description

Original Release

1526727549

VS.EnergyCons.P MU

PMU Power Consumption


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727549

VS.EnergyCons .PMU


BTS3900 LTE

L

Description The counter measures the total DC power consumption monitored by a power monitoring unit (PMU) within a measurement period. It provides data basis for energy conservation policies. Disuse Statement: The counter 1526727549 VS.EnergyCons.PMU can report in current version and will be removed in later version. Counter 1526727549 VS.EnergyCons.PMU is not recommended for use.

Measurement Points The power consumption of each PMU is sampled every 30 seconds. 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


Feature ID

VS.EnergyCons.PMU

Multi-mode: None

Feature Name



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1.1.10 Measurement of UL Resource Group Performance (ULGROUP) Overview The object type "ULGROUP" contains only one function subset, that is, "TRAFFIC.ULGROUP".


FunctionSubSet Name

TRAFFIC.ULGROUP

Uplink Resource Group Measurement

Uplink Resource Group Measurement (TRAFFIC.ULGROUP) Overview The UL resource group measurement indicates the baseband resource usage of a NodeB UL resource group.

Counters Counter ID

Counter Name

Counter Description

Original Release

50332573

VS.CE.ULAvailabl e.UlGroup

The Number of CEs Configured on All Available Boards in an Uplink Resource Group


50332574

VS.CE.ULMean.Ul Group

Mean Number of Uplink CEs Consumed by All Cells in an Uplink Resource Group


50342574

VS.CE.ULMin.UlG roup

Minimum Number of Uplink CEs Consumed by All Cells in an Uplink Resource Group


50342575

VS.CE.ULMax.Ul Group

Maximum Number of Uplink CEs Consumed by All Cells in an Uplink Resource Group


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Counter ID

Counter Name

Counter Description

Original Release

50342635

VS.ULCoMP.CE.U LMean.UlGroup

Average Number of UL CEs in a UL Resource Group Consumed by Coordinating Links for All Cells


50342636

VS.ULCoMP.CE.U LMax.UlGroup

Maximum Number of UL CEs in a UL Resource Group Consumed by Coordinating Links for All Cells




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50332573

VS.CE.ULAvai lable.UlGroup



U

Description This counter measures the number of CEs configured for hardware of all available boards in an uplink resource group.

Measurement Points This counter is sampled every 30 seconds. At the end of a measurement period, the maximum of these sampling results is defined as the value of the counter.



61



Unit None


Feature ID

VS.CE.ULAvailable.UlGro up

Multi-mode: None

Feature Name


Admission Control

LTE: None

Number of Uplink CEs Consumed by All Cells in an Uplink Resource Group

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50332574

VS.CE.ULMea n.UlGroup

Mean Number of Uplink CEs Consumed by All Cells in an Uplink Resource Group


U

50342574

VS.CE.ULMin. UlGroup

Minimum Number of Uplink CEs Consumed by All Cells in an Uplink Resource Group


U

50342575

VS.CE.ULMax. UlGroup

Maximum Number of Uplink CEs Consumed by All Cells in an Uplink Resource Group


U

Description This counter measures the number of uplink CEs consumed by all cells in an uplink resource group. Issue 11 (2015–05–30)


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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 an uplink resource group is sampled every 30 seconds. At the end of a measurement period, the average number of uplink CEs in an uplink resource group 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 all cells in an uplink resource group, and the minimum of these sampling results is defined as the minimum number of uplink CEs consumed by all cells in an uplink resource group.

Formula None

Unit None


Feature ID

VS.CE.ULMean.UlGroup

Multi-mode: None

Feature Name


Admission Control

LTE: None VS.CE.ULMin.UlGroup


Admission Control

LTE: None VS.CE.ULMax.UlGroup


Admission Control

LTE: None

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Number of UL CEs in a UL Resource Group Consumed by Coordinating Links for All Cells

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

50342635

VS.ULCoMP.C E.ULMean.UlG roup

Average Number of UL CEs in a UL Resource Group Consumed by Coordinating Links for All Cells


U

50342636

VS.ULCoMP.C E.ULMax.UlGr oup

Maximum Number of UL CEs in a UL Resource Group Consumed by Coordinating Links for All Cells


U

Description This counter measures the average and maximum number of UL CEs in a UL resource group consumed by coordinating links for all cells. 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 in a UL resource group consumed by coordinating links for all cells 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 in a UL resource group consumed by coordinating links for all cells is sampled every 30 seconds. At the end of a measurement period, the average number of UL CEs in a UL resource group consumed by coordinating links for all cells 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 in a UL resource group consumed by coordinating links for all cells. Issue 11 (2015–05–30)


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Formula None

Unit None


Feature ID

VS.ULCoMP.CE.ULMean. UlGroup


VS.ULCoMP.CE.ULMax.U lGroup

Feature Name




1.2 Transport-related Measurement 1.2.1 Measurement of Ethernet Port Performance (ETHPORT) Overview The object type FEGE Measurement contains the function subset related to the Ethernet port. It represents the throughput of services and communication quality of the Ethernet port on the transmission board in the base station..

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FunctionSubSet Name

Physical.FEGE

Ethernet Port Measurement

Ethernet Port Measurement (Physical.FEGE) Overview The ETHPORT function subset measures the traffic at the data link layer on an Ethernet port, helping users to plan network. Figure 1-1 shows the position of the Ethernet port in the TCP/ IP model. Figure 1-1

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455297

VS.FEGE.TxBytes

Number of bytes in the packets successfully transmitted on the Ethernet port


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Counter ID

Counter Name

Counter Description

Original Release

1542455298

VS.FEGE.TxPackets

Number of packets successfully transmitted on the Ethernet port

BTS3900: V100R008C00 BTS3900 WCDMA: V200R014C00 BTS3900 LTE: version earlier than V100R003C00

1542455299

VS.FEGE.RxBytes

Number of bytes in the packets successfully received on the Ethernet port


1542455300

VS.FEGE.RxPackets

Number of packets successfully received on the Ethernet port


1542455301

VS.FEGE.RxErrPackets

Number of error packets received on the Ethernet port


1542455302

VS.FEGE.TxMaxSpeed

Maximum transmit rate on the Ethernet port


1542455303

VS.FEGE.TxMinSpeed

Minimum transmit rate on the Ethernet port


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Counter ID

Counter Name

Counter Description

Original Release

1542455304

VS.FEGE.TxMean Speed

Average transmit rate on the Ethernet port


1542455305

VS.FEGE.RxMaxSpeed

Maximum receive rate on the Ethernet port


1542455306

VS.FEGE.RxMinSpeed

Minimum receive rate on the Ethernet port


1542455307

VS.FEGE.RxMean Speed

Average receive rate on the Ethernet port


1542460296

VS.FEGE.TxTotalBW

Total transmit bandwidth on the Ethernet port


1542460297

VS.FEGE.RxTotalBW

Total receive bandwidth on the Ethernet port


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Number of Bytes on the Ethernet Port

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455297

VS.FEGE.TxB ytes

Number of bytes in the packets successfully transmitted on the Ethernet port


G,U,L

Number of bytes in the packets successfully received on the Ethernet port


1542455299

VS.FEGE.RxB ytes

BTS3900 LTE G,U,L

BTS3900 LTE

Description These counters provide the number of bytes in the packets successfully transmitted and the number of bytes in the packets successfully received on an Ethernet port within a measurement period, respectively. They reflect the traffic on the Ethernet port at the data link layer. The counter value includes the number of bytes in the MAC header, VLAN flag, payload, and CRC field that is at the end of a packet.

Measurement Points The number of bytes in the packets successfully transmitted or successfully received on the Ethernet port is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit byte

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Feature ID

VS.FEGE.TxBytes

Multi-mode: None

Feature Name

GSM: GBFD-118601

IP Transmission Introduction on Abis Interface

UMTS: WRFD-050402

IP Transmission Introduction on Iub Interface

LTE: None

VS.FEGE.RxBytes



UMTS: WRFD-050402


LTE: None

Number of Packets on the Ethernet Port

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455298

VS.FEGE.TxPa ckets

Number of packets successfully transmitted on the Ethernet port


G,U,L

Number of packets successfully received on the Ethernet port


Number of error packets received on the Ethernet port


1542455300

1542455301

VS.FEGE.RxPa ckets

VS.FEGE.RxEr rPackets

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE

Description These counters provide the number of transmitted packets, received packets, or error packets on an Ethernet port within a measurement period. They reflect the traffic on and the transmission Issue 11 (2015–05–30)


70



quality of the Ethernet port at the data link layer. The FEGE.RxErrPackets counter provides the number of error packets received on physical links and failed in CRC checks.

Measurement Points The number of transmitted packets, received packets, or error packets is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet


Feature ID

VS.FEGE.TxPackets

Multi-mode: None GSM: GBFD-118601 UMTS: WRFD-050402 LTE: None

VS.FEGE.RxPackets

IP Transmission Introduction on Abis Interface IP Transmission Introduction on Iub Interface


VS.FEGE.RxErrPackets

Feature Name




Rate on the Ethernet Port

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455302

VS.FEGE.TxM axSpeed

Maximum transmit rate on the Ethernet port


G,U,L

BTS3900 LTE 1542455303

VS.FEGE.TxM inSpeed

Minimum transmit rate on the Ethernet port


G,U,L

BTS3900 LTE 1542455304

VS.FEGE.TxM eanSpeed

Average transmit rate on the Ethernet port


G,U,L

BTS3900 LTE 1542455305

VS.FEGE.RxM axSpeed

Maximum receive rate on the Ethernet port


G,U,L

BTS3900 LTE 1542455306

VS.FEGE.RxM inSpeed

Minimum receive rate on the Ethernet port


G,U,L

BTS3900 LTE 1542455307

VS.FEGE.RxM eanSpeed

Average receive rate on the Ethernet port


G,U,L

BTS3900 LTE

Description The counters measure the transmit rate and the receive rate on the Ethernet port within a measurement period. They indicate the traffic on the Ethernet port at the data link layer.

Measurement Points The transmit rate or the receive rate on the Ethernet port is sampled per second. At the end of a measurement period, the maximum, minimum, or average of these sampling results is used as the value of the corresponding counter.



72



Unit bit/s


Feature ID

VS.FEGE.TxMaxSpeed


VS.FEGE.TxMinSpeed

UMTS: WRFD-050402 LTE: None







Issue 11 (2015–05–30)



VS.FEGE.RxMinSpeed



VS.FEGE.RxMaxSpeed



VS.FEGE.TxMeanSpeed

Feature Name



73



Counter Name

Feature ID

VS.FEGE.RxMeanSpeed

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None

Available Bandwidth on the Ethernet Port

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460296

VS.FEGE.TxTo talBW

Total transmit bandwidth on the Ethernet port


G,U,L

BTS3900 LTE 1542460297

VS.FEGE.RxT otalBW

Total receive bandwidth on the Ethernet port


G,U,L

BTS3900 LTE

Description These counters provide total transmit and receive bandwidth in Ethernet in the current measurement period, reflecting the ETH bandwidth.

Measurement Points Available bandwidth in the transmit and receive directions of the Ethernet per second. At the end of a measurement period, the average of these sampling results is used as the value of the corresponding counter.

Formula None

Unit kbit/s Issue 11 (2015–05–30)


74




Feature ID

Feature Name

VS.FEGE.TxTotalBW

Multi-mode: None GSM: GBFD-118601 UMTS: WRFD-050402


LTE: None

VS.FEGE.RxTotalBW




LTE: None

1.2.2 Measurement of E1/T1 Port Performance (E1T1) Overview The object type E1T1 Measurement contains the function subset related to E1/T1 ports. It represents the communication quality of the E1/T1 port on the transmission board in the base station.


FunctionSubSet Name

Physical.E1T1

E1/T1 Port Measurement

E1/T1 Port Measurement (Physical.E1T1) Overview The E1T1 function subset helps analyze the transmission quality of the system and ensure the stable and reliable running of the system. Figure 1-2 shows the position of the E1/T1 port in the TCP/IP model.

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Figure 1-2

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455312

VS.E1T1.CodeViolate

Number of Code Type Errors on the E1/T1 Electrical Port


1542455313

VS.E1T1.FramingError

Number of Base Frame Alignment Errors on the E1/T1 Electrical Port


1542455314

VS.E1T1.CrcError

Number of CRC Errors on the E1/T1 Electrical Port


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Counter ID

Counter Name

Counter Description

Original Release

1542455315

VS.E1T1.EbitError

Number of Ebit Errors on the E1/T1 Port


1542455316

VS.E1T1.Sa6Error

Number of Sa6 Errors on the E1/T1 Port


1542455320

VS.E1T1.Multiframe

Number of multiframe cycles at the E1/T1 port


1542455321

VS.E1T1.FrameAlignChanged

Number of Times that Frames Are Not Aligned


1542455866

VS.E1T1.ES.TES

Total Errored Seconds in the TX Direction


1542455867

VS.E1T1.ES.TSES

Total Severely Errored Seconds in the TX Direction


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Counter ID

Counter Name

Counter Description

Original Release

1542455868

VS.E1T1.ES.TUAS

Total Unavailable Seconds in the TX Direction


1542455869

VS.E1T1.ES.RES

Total Errored Seconds in the RX Direction


1542455870

VS.E1T1.ES.RSES

Total Severely Errored Seconds in the RX Direction


1542455871

VS.E1T1.ES.RUAS

Total Unavailable Seconds in the RX Direction




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455312

VS.E1T1.Code Violate



G,U,L

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78



Description This counter measures the number of code type errors on the E1/T1 electrical port within a measurement period. A code type error occurs if the line coding modes at two communicating E1/T1 electrical ports mismatch.

Measurement Points The number of code type errors on the E1/T1 electrical port is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit None


Feature ID

VS.E1T1.CodeViolate

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101

ATM over E1T1 on Iub Interface

WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455313

VS.E1T1.Frami ngError



G,U,L

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BTS3900 LTE


79



Description This counter measures the number of base frame alignment errors on the E1/T1 electrical port within a measurement period. A base frame alignment error prohibits the precise location of frames.

Measurement Points The number of base frame alignment errors on the E1/T1 electrical port is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit None


Feature ID

VS.E1T1.FramingError

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455314

VS.E1T1.CrcEr ror



G,U,L

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BTS3900 LTE


80



Description This counter measures the number of CRC errors on the E1/T1 electrical port within a measurement period. This counter is relevant only for CRC multiframes (E1) or extended superframes (T1).

Measurement Points The measurement is performed per second to count the number of CRC errors on the E1/T1 electrical port, and the sum of these sampling results is calculated as the result of the corresponding counter at the end of a measurement period.

Formula None

Unit None


Feature ID

VS.E1T1.CrcError

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455315

VS.E1T1.EbitE rror



G,U,L

BTS3900 LTE

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Description This counter measures the number of Ebit errors, that is the number of cyclic redundancy check (CRC) failures reported by the peer end, within a measurement period. The counter measures the number of Ebit errors for CRC multi-frames (E1) or extended super-frames (T1).

Measurement Points The number of Ebit errors on the E1/T1 port is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit None


Feature ID

VS.E1T1.EbitError

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455316

VS.E1T1.Sa6Er ror



G,U,L

BTS3900 LTE

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Description This counter measures the number of Sa6 errors on the E1 port within a measurement period. This counter is relevant only for CRC multiframes (E1 port).

Measurement Points The measurement is performed per second to count the number of Sa6 errors on the E1 port, and the sum of these sampling results is calculated as the result of the corresponding counter at the end of a measurement period.

Formula None

Unit None


Feature ID

VS.E1T1.Sa6Error

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None

Number of multiframe cycles at the E1/T1 port

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455320

VS.E1T1.Multi frame

Number of multiframe cycles at the E1/ T1 port


G,U,L

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Description This counter measures the number of multiframe cycles on the E1/T1 electrical port within a measurement period.

Measurement Points The measurement is performed per second to count the number of multiframe cycles on the E1/ T1 electrical port, and the sum of these sampling results is calculated as the result of the corresponding counter at the end of a measurement period.

Formula None

Unit None


Feature ID

VS.E1T1.Multiframe

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455321

VS.E1T1.Fram eAlignChanged



G,U,L

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Description This counter measures the number of times that frames are not aligned within a measurement period. It indicates the multiframe variable. This counter is relevant only for CRC multiframes (E1) or extended superframes (T1).

Measurement Points The measurement is performed per second to count the number of times that frames are not aligned on the E1/T1 electrical port. Every time the multi-frames (E1) or extended super-frames (T1) change, the counter increases by one.

Formula None

Unit None


Feature ID

VS.E1T1.FrameAlignChanged

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455866

VS.E1T1.ES.T ES



G,U,L

BTS3900 LTE

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Description This counter provides the total error seconds in the TX direction on an E1/T1 link. It reflects the quality on the E1/T1 link. A second is considered an error second in the TX direction if an e-bit error occurs or an RDI alarm is generated in this second.

Measurement Points This counter is sampled per second in the TX direction. This counter is increased by one each time a second is considered as a errored second.

Formula None

Unit s


Feature ID

VS.E1T1.ES.TES

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455867

VS.E1T1.ES.T SES



G,U,L

BTS3900 LTE

Description This counter provides the total severely errored seconds (SESs) in the TX direction on an E1/ T1 link. It reflects the quality on the E1/T1 link. A second is considered a severe error bit second Issue 11 (2015–05–30)


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in the TX direction if the e-bit error rate is larger than 30% or an RDI alarm is generated in this second.

Measurement Points This counter is sampled per second in the TX direction. This counter is increased by one each time a second is considered as a severely errored second.

Formula None

Unit s


Feature ID

VS.E1T1.ES.TSES

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455868

VS.E1T1.ES.T UAS



G,U,L

BTS3900 LTE

Description This counter provides the total severely errored seconds (SESs) in the TX direction on an E1/ T1 link. If there are more than 10 consecutive seconds with severe bit errors, these seconds are considered as SESs. Issue 11 (2015–05–30)


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Measurement Points This counter is sampled per second in the TX direction.

Formula None

Unit s


Feature ID

VS.E1T1.ES.TUAS

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455869

VS.E1T1.ES.R ES



G,U,L

BTS3900 LTE

Description This counter provides the total errored seconds in the RX direction on an E1/T1 link. It reflects the quality on the E1/T1 link. A second is considered an error second in the RX direction if an error occurs or an LOS/AIS/LOF alarm is generated in this second.

Measurement Points This counter is sampled per second in the RX direction. This counter is increased by one each time a second is considered as a errored second. Issue 11 (2015–05–30)


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Formula None

Unit s


Feature ID

VS.E1T1.ES.RES

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455870

VS.E1T1.ES.R SES



G,U,L

BTS3900 LTE

Description This counter provides the total severely errored seconds (SESs) in the RX direction on an E1/ T1 link. It reflects the quality on the E1/T1 link. A second is considered a severe error bit second in the RX direction if the bit error rate is larger than 30% or an LOS/AIS/LOF alarm is generated in this second.

Measurement Points This counter is sampled per second in the RX direction. This counter is increased by one each time a second is considered as a severely errored second.

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Formula None

Unit s


Feature ID

VS.E1T1.ES.RSES

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455871

VS.E1T1.ES.R UAS



G,U,L

BTS3900 LTE

Description This counter provides the total severely errored seconds (SESs) in the RX direction on an E1/ T1 link. If there are more than 10 consecutive seconds with severe bit errors, these seconds are considered as SESs.

Measurement Points This counter is sampled per second in the RX direction.



90



Unit s


Feature ID

Feature Name

VS.E1T1.ES.RUAS


Abis IP over E1/T1

UMTS: WRFD-05030101


WRFD-050402


LTE: None

1.2.3 Measurement of PPP Link Performance (PPP) Overview The object type PPP Measurement contains the PPP link-related function subset. It represents the traffic volume of services carried by the PPP link of the transmission board in the base station and the quality of service.


FunctionSubSet Name

DataLink.PPP

PPP Link Measurement

PPP Link Measurement (DataLink.PPP) Overview The DataLink.PPP function subset measures the number of packets transmitted on the PPP link of the base station and evaluates the information about the rates, for example, the number of received packets, the number of transmitted packets, and the rate. It represents the traffic volume and quality of services carried by the PPP link. Figure 1-3 shows the position of the PPP link in the TCP/IP model.

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Figure 1-3

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455334

VS.PPP.TxPackets

Number of Packets Successfully Transmitted on the PPP Link


1542455335

1542455336

VS.PPP.TxBytes

VS.PPP.TxDropPk ts

Number of Bytes in the Packets Successfully Transmitted on the PPP Link


Number of Packets to Be Transmitted but Discarded on the PPP Link




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Counter ID

Counter Name

Counter Description

Original Release

1542455337

VS.PPP.RxPackets

Number of Packets Successfully Received on the PPP Link


1542455338

1542455339

VS.PPP.RxBytes

VS.PPP.RxDropPk ts

Number of Bytes in the Packets Successfully Received on the PPP Link


Number of Packets Received but Discarded on the PPP Link



BTS3900 LTE: version earlier than V100R003C00 1542455343

VS.PPP.TxMaxSpeed

Maximum Transmit Rate on the PPP Link


1542455344

VS.PPP.TxMinSpeed

Minimum Transmit Rate on the PPP Link


1542455345

VS.PPP.TxMeanSpeed

Average Transmit Rate on the PPP Link


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Counter ID

Counter Name

Counter Description

Original Release

1542455346

VS.PPP.RxMaxSpeed

Maximum Receive Rate on the PPP Link


1542455347

VS.PPP.RxMinSpeed

Minimum Receive Rate on the PPP Link


1542455348

VS.PPP.RxMeanSpeed

Average Receive Rate on the PPP Link


1542460298

VS.PPP.TxTotalB W

Total transmit bandwidth of the PPP link


1542460299

VS.PPP.RxTotalB W

Total receive bandwidth of the PPP link



Number of Packets on the PPP Link

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455334

VS.PPP.TxPack ets

Number of Packets Successfully Transmitted on the PPP Link


G,U,L

Number of Packets to Be Transmitted but Discarded on the PPP Link


Number of Packets Successfully Received on the PPP Link


Number of Packets Received but Discarded on the PPP Link


1542455336

VS.PPP.TxDro pPkts

1542455337

VS.PPP.RxPac kets

1542455339

VS.PPP.RxDro pPkts

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE

Description The following table describes the meanings of each counter: Counter Name

Description

VS.PPP.TxPackets

This counter measures the number of packets successfully transmitted on the PPP link within a measurement period. It indicates the traffic on the PPP link.

VS.PPP.TxDropPkts

This counter measures the number of packets that are to be transmitted but discarded on the PPP link within a measurement period. It indicates the traffic on the PPP link. Packet losses occur in the following situations: 1. The PPP link is not stable or activated. 2. The protocol number of transmitted packets is invalid. For example, the protocol number is not one of 0x0021, 0x0061, 0x0065, 0x0059, and 0x003d.

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Counter Name

Description

VS.PPP.RxPackets

This counter measures the number of packets successfully received on the PPP link within a measurement period. It indicates the traffic on the PPP link.

VS.PPP.RxDropPkts

This counter measures the number of packets that are to be received but discarded on the PPP link within a measurement period. It indicates the traffic on the PPP link. Packet losses occur in the following situations: 1. The PPP link is not stable or activated. 2. The protocol number of received packets is invalid. For example, the protocol number is not one of 0x0021, 0x0061, 0x0065, 0x0059, and 0x003d.

Measurement Points Number of successfully transmitted packets, packets discarded by the transmit direction, successfully received packets, and packets discarded by the receive direction on the PPP link per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet


Feature ID

VS.PPP.TxPackets

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004 TDLBFD-003004

Compression & Multiplexing over E1/T1 Compression & Multiplexing over E1/T1

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Counter Name

Feature ID

VS.PPP.TxDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004

Compression & Multiplexing over E1/T1

TDLBFD-003004

Compression & Multiplexing over E1/T1 VS.PPP.RxPackets


Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004

Compression & Multiplexing over E1/T1 VS.PPP.RxDropPkts


Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004


Number of Bytes on the PPP Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455335

VS.PPP.TxByte s

Number of Bytes in the Packets Successfully Transmitted on the PPP Link


G,U,L

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455338

VS.PPP.RxByte s

Number of Bytes in the Packets Successfully Received on the PPP Link


G,U,L

BTS3900 LTE


Description

VS.PPP.TxBytes

This counter measures the number of bytes successfully transmitted on the PPP link within a measurement period. This counter measures the total number of bytes in the address field, control field, protocol field, and information field in a packet. It indicates the traffic on the PPP link.

VS.PPP.RxBytes

This counter measures the number of bytes successfully received on the PPP link within a measurement period. This counter measures the total number of bytes in the address field, control field, protocol field, and information field in a packet. It indicates the traffic on the PPP link.

Measurement Points Number of bytes successfully transmitted and received on the PPP link per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit byte

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Feature ID

VS.PPP.TxBytes

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004

Compression & Multiplexing over E1/T1 VS.PPP.RxBytes


Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004


Rate on the PPP Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455343

VS.PPP.TxMax Speed

Maximum Transmit Rate on the PPP Link


G,U,L

BTS3900 LTE 1542455344

VS.PPP.TxMin Speed

Minimum Transmit Rate on the PPP Link


G,U,L

BTS3900 LTE 1542455345

VS.PPP.TxMea nSpeed

Average Transmit Rate on the PPP Link


G,U,L

BTS3900 LTE

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455346

VS.PPP.RxMax Speed

Maximum Receive Rate on the PPP Link


G,U,L

BTS3900 LTE 1542455347

VS.PPP.RxMin Speed

Minimum Receive Rate on the PPP Link


G,U,L

BTS3900 LTE 1542455348

VS.PPP.RxMea nSpeed

Average Receive Rate on the PPP Link


G,U,L

BTS3900 LTE


Description

VS.PPP.TxMaxSpeed

This counter measures the maximum transmit rate on the PPP link within a measurement period. It counter indicates the traffic on the PPP link.

VS.PPP.TxMinSpeed

This counter measures the minimum transmit rate on the PPP link within a measurement period. It counter indicates the traffic on the PPP link.

VS.PPP.TxMeanSpeed

This counter measures the average transmit rate on the PPP link within a measurement period. It indicates the traffic on the PPP link.

VS.PPP.RxMaxSpeed

This counter measures the maximum receive rate on the PPP link within a measurement period. It indicates the traffic on the PPP link.

VS.PPP.RxMinSpeed

This counter measures the minimum receive rate on the PPP link within a measurement period. It indicates the traffic on the PPP link.

VS.PPP.RxMeanSpeed

This counter measures the average receive rate on the PPP link within a measurement period. It indicates the traffic on the PPP link.

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Measurement Points Number of bytes transmitted and received on the PPP link per second. At the end of a measurement period, the maximum, minimum, and average sampling results are reported.

Formula None

Unit bit/s


Feature ID

VS.PPP.TxMaxSpeed

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402




VS.PPP.TxMinSpeed


Abis IP over E1/T1

UMTS: WRFD-050402




VS.PPP.TxMeanSpeed


Abis IP over E1/T1

UMTS: WRFD-050402




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Counter Name

Feature ID

VS.PPP.RxMaxSpeed

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004

Compression & Multiplexing over E1/T1 VS.PPP.RxMinSpeed


Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004

Compression & Multiplexing over E1/T1 VS.PPP.RxMeanSpeed


Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004


Total bandwidth of the PPP link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460298

VS.PPP.TxTota lBW

Total transmit bandwidth of the PPP link


G,U,L

BTS3900 LTE 1542460299

VS.PPP.RxTota lBW

Total receive bandwidth of the PPP link


G,U,L

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Description

VS.PPP.TxTotalBW

Total transmission bandwidth in PPP link is measured in the current measurement period, reflecting the PPP bandwidth.

VS.PPP.RxTotalBW

Total receive bandwidth in PPP link is measured in the current measurement period, reflecting the PPP bandwidth.

Measurement Points Available bandwidth in the transmit and receive directions of the PPP link per second. At the end of a measurement period, the average of these sampling results is used as the value of the corresponding counter.

Formula None

Unit kbit/s


Feature ID

VS.PPP.TxTotalBW

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402




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Counter Name

Feature ID

Feature Name

VS.PPP.RxTotalBW


Abis IP over E1/T1

UMTS: WRFD-050402




1.2.4 Measurement of MP Group Performance (MPGRP) Overview The object type MP Group Measurement (MPGRP) contains the function subset related to the MP group. It represents the traffic volume and service quality of the transmission board in the base station.


FunctionSubSet Name

DataLink.MPGRP

MP Group Measurement

MP Group Measurement (DataLink.MPGRP) Overview The MPGRP function subset measures traffic volumes of the services carried by the MPGRP links and the service quality. Figure 1-4 shows the position of the MP group in the TCP/IP model. Figure 1-4

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Counters Counter ID

Counter Name

Counter Description

Original Release

1542455349

VS.MP.TxPackets

Number of Packets Successfully Transmitted by the MP Group


1542455350

1542455351

1542455352

VS.MP.TxBytes

VS.MP.TxDropPkt s

VS.MP.RxPackets

Number of Bytes in the Packets Successfully Transmitted by the MP Group


Number of Packets That Are to Be Transmitted But Discarded by the MP Group


Number of Packets Successfully Received by the MP Group





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VS.MP.RxBytes

Number of Bytes in the Packets Successfully Received by the MP Group



105



Counter ID

Counter Name

Counter Description

Original Release

1542455354

VS.MP.RxDropPkt s

Number of Packets That Are Received But Discarded by the MP Group


1542455358

VS.MP.TxMaxSpe ed

Maximum Transmit Rate of the MP Group


1542455359

VS.MP.TxMinSpee d

Minimum Transmit Rate of the MP Group


1542455360

VS.MP.TxMeanSpeed

Average Transmit Rate of the MP Group


1542455361

VS.MP.RxMaxSpe ed

Maximum Receive Rate of the MP Group


1542455362

VS.MP.RxMinSpee d

Minimum Receive Rate of the MP Group


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Counter ID

Counter Name

Counter Description

Original Release

1542455363

VS.MP.RxMeanSpeed

Average Receive Rate of the MP Group


1542460300

VS.MP.TxTotalB W

Total transmit bandwidth of the MP group


1542460301

VS.MP.RxTotalB W

Total receive bandwidth of the MP group



Number of Packets on the MP Group

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455349

VS.MP.TxPack ets

Number of Packets Successfully Transmitted by the MP Group


G,U,L

Number of Packets That Are to Be Transmitted But Discarded by the MP Group


1542455351

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VS.MP.TxDrop Pkts

BTS3900 LTE G,U,L

BTS3900 LTE


107



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455352

VS.MP.RxPack ets

Number of Packets Successfully Received by the MP Group


G,U,L

Number of Packets That Are Received But Discarded by the MP Group


1542455354

VS.MP.RxDrop Pkts

BTS3900 LTE G,U,L

BTS3900 LTE


Description

VS.MP.TxPackets

This counter provides the number of packets successfully transmitted on an MP group within a measurement period. It reflects the traffic and transmission capability on the MP group.

VS.MP.TxDropPkts

This counter provides the number of packets that are to be transmitted but discarded on an MP group when MP links are not activated within a measurement period. It reflects the traffic and transmission capability on the MP group.

VS.MP.RxPackets

This counter provides the number of packets successfully received on an MP group within a measurement period. It reflects the traffic and transmission capability on the MP group.

VS.MP.RxDropPkts

This counter provides the number of packets that are to be received but discarded due to failed reassembling of disordered packets on MP links on an MP group within a measurement period. It reflects the traffic and transmission capability on the MP group.

Measurement Points Number of successfully transmitted packets, packets discarded by the transmit direction, successfully received packets, and packets discarded by the receive direction by the MP group Issue 11 (2015–05–30)


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is sampled per second. At the end of a measurement period, the average of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.MP.TxPackets

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402




VS.MP.TxDropPkts


Abis IP over E1/T1

UMTS: WRFD-050402




VS.MP.RxPackets


Abis IP over E1/T1

UMTS: WRFD-050402




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Counter Name

Feature ID

Feature Name

VS.MP.RxDropPkts


Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004


Number of Bytes on the MP Group

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455350

VS.MP.TxByte s

Number of Bytes in the Packets Successfully Transmitted by the MP Group


G,U,L

Number of Bytes in the Packets Successfully Received by the MP Group


1542455353

VS.MP.RxByte s

BTS3900 LTE

G,U,L

BTS3900 LTE


Description

VS.MP.TxBytes

This counter provides the number of bytes successfully transmitted on an MP group within a measurement period. It reflects the traffic and transmission capability on the MP group. The counter value includes the number of bytes in the MP group header and payload of a packet.

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Counter Name

Description

VS.MP.RxBytes

This counter provides the number of bytes successfully received on an MP group within a measurement period. It reflects the traffic and transmission capability on the MP group. The counter value includes the number of bytes in the MP group header and payload of a packet.

Measurement Points Number of bytes successfully transmitted and received by the MP group is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit byte


Feature ID

VS.MP.TxBytes

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402




VS.MP.RxBytes


Abis IP over E1/T1

UMTS: WRFD-050402




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Rate on the MP Group

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455358

VS.MP.TxMax Speed

Maximum Transmit Rate of the MP Group


G,U,L

BTS3900 LTE 1542455359

VS.MP.TxMin Speed

Minimum Transmit Rate of the MP Group


G,U,L

BTS3900 LTE 1542455360

VS.MP.TxMea nSpeed

Average Transmit Rate of the MP Group


G,U,L

BTS3900 LTE 1542455361

VS.MP.RxMax Speed

Maximum Receive Rate of the MP Group


G,U,L

BTS3900 LTE 1542455362

VS.MP.RxMin Speed

Minimum Receive Rate of the MP Group


G,U,L

BTS3900 LTE 1542455363

VS.MP.RxMea nSpeed

Average Receive Rate of the MP Group


G,U,L

BTS3900 LTE


Description

VS.MP.TxMaxSpeed

The counter measures the maximum transmit rate of the MP group within a measurement period. This counter represents the traffic on the MP link.

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Counter Name

Description

VS.MP.TxMinSpeed

The counter measures the minimum transmit rate of the MP group within a measurement period. This counter represents the traffic on the MP link.

VS.MP.TxMeanSpeed

The counter measures the average transmit rate of the MP group within a measurement period. This counter represents the traffic on the MP link.

VS.MP.RxMaxSpeed

The counter measures the maximum receive rate of the MP group within a measurement period. This counter represents the traffic on the MP link.

VS.MP.RxMinSpeed

The counter measures the minimum receive rate of the MP group within a measurement period. This counter represents the traffic on the MP link.

VS.MP.RxMeanSpeed

The counter measures the average receive rate of the MP group within a measurement period. This counter represents the traffic on the MP link.

Measurement Points The number of bytes transmitted and received by the MP group is sampled per second. At the end of a measurement period, the maximum, minimum, and average sampling results are reported.

Formula None

Unit bit/s

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Feature ID

VS.MP.TxMaxSpeed

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402




VS.MP.TxMinSpeed


Abis IP over E1/T1

UMTS: WRFD-050402




VS.MP.TxMeanSpeed


Abis IP over E1/T1

UMTS: WRFD-050402




VS.MP.RxMaxSpeed


Abis IP over E1/T1

UMTS: WRFD-050402




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Counter Name

Feature ID

VS.MP.RxMinSpeed

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004

Compression & Multiplexing over E1/T1 VS.MP.RxMeanSpeed


Abis IP over E1/T1

UMTS: WRFD-050402


LTE: LBFD-003004


TDLBFD-003004


Available Bandwidth on the MP Group

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460300

VS.MP.TxTotal BW

Total transmit bandwidth of the MP group


G,U,L

BTS3900 LTE 1542460301

VS.MP.RxTotal BW

Total receive bandwidth of the MP group


G,U,L

BTS3900 LTE

Description The following table describes the meanings of each counter:

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Counter Name

Description

VS.MP.TxTotalBW

Total transmit bandwidth in MP group is measured in the current measurement period, reflecting the MP bandwidth.

VS.MP.RxTotalBW

Total receive bandwidth in MP group is measured in the current measurement period, reflecting the MP bandwidth.

Measurement Points Available bandwidth in the transmit and receive directions on the MP group per second. At the end of a measurement period, the average of these sampling results is used as the value of the corresponding counter.

Formula None

Unit kbit/s


Feature ID

VS.MP.TxTotalBW

Multi-mode: None

Feature Name

GSM: GBFD-118611

Abis IP over E1/T1

UMTS: WRFD-050402




VS.MP.RxTotalBW


Abis IP over E1/T1

UMTS: WRFD-050402




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1.2.5 Measurement of IP Layer Performance (IP) Overview The object type IP Measurement contains the function subset related to the IP layer of the transmission board in the base station. It represents the traffic volume and the service qualities of the IP layer.


FunctionSubSet Name

Network.IP

IP Measurement

IP Measurement (Network.IP) Overview The Network.IP function subset measures the IP packet traffic, such as the number of successfully transmitted or received IP packets or the number of bytes in the transmitted or received IP packets. It represents the traffic volume and quality of services at the IP layer. Figure 1-5 shows the position of the IP layer in the TCP/IP model. Figure 1-5

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Counters Counter ID

Counter Name

Counter Description

Original Release

1542455326

VS.IP.TxPackets

Number of successfully transmitted IP packets


1542455327

VS.IP.TxBytes

Number of bytes in the successfully transmitted IP packets


1542455328

VS.IP.TxDropPkts

Number of discarded IP packets transmitted


1542455329

VS.IP.TxDropBytes

Number of bytes in the discarded IP packets transmitted


1542455330

VS.IP.RxPackets

Number of successfully received IP packets


1542455331

VS.IP.RxBytes

Number of bytes in the successfully received IP packets


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Counter ID

Counter Name

Counter Description

Original Release

1542455332

VS.IP.RxDropPkts

Number of discarded IP packets received


1542455333

VS.IP.RxDropBytes

Number of bytes in the discarded IP packets received



Number of IP Packets

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455326

VS.IP.TxPacket s

Number of successfully transmitted IP packets


G,U,L

Number of discarded IP packets transmitted


Number of successfully received IP packets


Number of discarded IP packets received


1542455328

1542455330

1542455332

VS.IP.TxDropP kts

VS.IP.RxPacket s

VS.IP.RxDropP kts

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE

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Description These counters measure the number of IP packets successfully transmitted, successfully received, or discarded within a measurement period. They indicate the traffic on and the processing capability of the base station at the network layer.

Measurement Points The number of IP packets successfully transmitted, successfully received, or discarded is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The VS.IP.TxPackets counter measures the number of IP packets successfully transmitted when the routing table and ARP table are found successfully. The counter is incremented after fragment. The VS.IP.RxPackets counter measures the number of IP packets successfully received from the data link layer. This counter is incremented before reassembly. The VS.IP.TxDropPkts counter measures the number of transmitted IP packets discarded. It is incremented in any of the following conditions: (1) The forward information base (FIB) fails to be found. (2) The address of the FIB table is invalid. (3) The FIB table is invalid. (4) During the configuration of the routing load sharing, the configuration is incorrect or the routing table is invalid. The VS.IP.RxDropPkts counter measures the number of received IP packets discarded. It is incremented in any of the following conditions: (1) The IP header check fails. (2) Packet reassembly fails. (3) Broadcast packets are discarded when the access control list (ACL) filtering function is enabled.

Formula None

Unit packet


Feature ID

VS.IP.TxPackets


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Counter Name

Feature ID

VS.IP.TxDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None

VS.IP.RxPackets



UMTS: WRFD-050402


LTE: None

VS.IP.RxDropPkts



UMTS: WRFD-050402


LTE: None

Number of Bytes in the IP Packets

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455327

VS.IP.TxBytes

Number of bytes in the successfully transmitted IP packets


G,U,L

Number of bytes in the discarded IP packets transmitted


Number of bytes in the successfully received IP packets


1542455329

1542455331

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VS.IP.TxDropBytes

VS.IP.RxBytes

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE


121



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455333

VS.IP.RxDropBytes

Number of bytes in the discarded IP packets received


G,U,L

BTS3900 LTE

Description These counters measure the number of bytes in the successfully transmitted, successfully received, or discarded IP packets within a measurement period. They indicate the traffic and the processing capability of the base station at the network layer.

Measurement Points The number of bytes in the successfully transmitted, successfully received, or discarded IP packets is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The VS.IP.TxBytes counter measures the number of bytes in the IP packets successfully transmitted when the routing table and ARP table are found successfully. It includes the IP header and payload (or IPSec-related payload such as AH header and ESP header in IPSec scenarios). If packets need to be fragmented, this counter is incremented after fragment. The VS.IP.RxBytes counter measures the number of bytes in the IP packets successfully received from the data link layer. It includes the IP header and payload (or IPSec-related payload such as AH header and ESP header in IPSec scenarios). If packets are fragmented, this counter is incremented before packet reassembly. The VS.IP.TxDropBytes counter is incremented in any of the following conditions: (1) The forward information base (FIB) fails to be found. (2) The address of the FIB table is invalid. (3) The FIB table is invalid. (4) During the configuration of the routing load sharing, the configuration is incorrect or the routing table is invalid. The VS.IP.RxDropBytes counter is incremented in any of the following conditions: (1) The IP header check fails. (2) Packet reassembly fails. (3) Broadcast packets are discarded when the access control list (ACL) filtering function is enabled.

Formula None

Unit byte

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Feature ID

VS.IP.TxBytes


VS.IP.TxDropBytes





VS.IP.RxDropBytes



VS.IP.RxBytes

Feature Name




1.2.6 Measurement of IPPath Performance (IPPath) Overview The object type IP Path Measurement contains the function subset related to the IP path in the base station. It represents the traffic volume and service qualities of IP paths that are configured on the transmission board. It represents the traffic volume of the packets that follow the General Packet Radio Service Tunneling Protocol for User Plane (GTP-U). It provides a fine-grained flow monitoring mechanism, which facilitates the user-data based Qos management.

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FunctionSubSet Name

Transport.IPPath

IPPath Measurement

IPPath Measurement (Transport.IPPath) Overview The IP Path function subset provides the measurements on an IP path in the base station. It measures the traffic volumes of services carried by an IP path and the service quality at a smaller granularity, and supports QoS management based on the traffic volumes. Figure 1-6 shows the position of the IP path in the TCP/IP model. Figure 1-6

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455392

VS.IPPath.TxRtPk ts

Number of real-time service packets successfully transmitted on the IP path

BTS3900: V100R008C00 BTS3900 LTE: version earlier than V100R003C00

1542455393

VS.IPPath.TxRtBy tes

Number of bytes in the real-time service packets successfully transmitted on the IP path


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Counter ID

Counter Name

Counter Description

Original Release

1542455396

VS.IPPath.RxRtPk ts

Number of real-time service packets successfully received on the IP path


1542455397

VS.IPPath.RxRtBy tes

Number of bytes in the real-time service packets successfully received on the IP path


1542455400

VS.IPPath.TxNrtP kts

Number of non-realtime service packets successfully transmitted on the IP path


1542455401

VS.IPPath.TxNrtB ytes

Number of bytes in the non-real-time service packets successfully transmitted on the IP path


1542455404

VS.IPPath.RxNrtP kts

Number of non-realtime service packets successfully received on the IP path


1542455405

VS.IPPath.RxNrtB ytes

Number of bytes in the non-real-time service packets successfully received on the IP path


1542455872

VS.IPPath.TxBytes

Number of bytes successfully transmitted on the IP path


1542455873

VS.IPPath.RxBytes

Number of bytes successfully received on the IP path


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Counter ID

Counter Name

Counter Description

Original Release

1542455874

VS.IPPath.TxPkts

Number of packets successfully transmitted on the IP path


1542455875

VS.IPPath.TxDrop Pkts

Number of discarded packets transmitted on the IP path


1542455876

VS.IPPath.RxDrop Pkts

Number of discarded packets received on the IP path


1542455877

VS.IPPath.RxPkts

Number of packets successfully received on the IP path


1542455878

VS.IPPath.TxMean Speed

Average TX rate on the IP path


1542455879

VS.IPPath.TxMaxSpeed

Maximum TX rate on the IP path


1542455880

VS.IPPath.RxMea nSpeed

Average RX rate on the IP path


1542455881

VS.IPPath.RxMaxSpeed

Maximum RX rate on the IP path



Number of real-time service packets on the IP path

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455392

VS.IPPath.TxRt Pkts

Number of realtime service packets successfully transmitted on the IP path


L

1542455396

VS.IPPath.RxR tPkts

Number of realtime service packets successfully received on the IP path


L

Description These counters measure the number of IP packets successfully transmitted and received on an IP path within a measurement period, respectively. They indicate the real-time service traffic at the IP layer on the IP path. Real-time services include voice services, video on demand (realtime streams), and real-time games. Real-time service data is generally the UDP-based stream media data.

Measurement Points The number of real-time service packets transmitted or received on the IP path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The measurement is triggered in the following conditions: (1) IP path performance measurement is enabled. (2) Real-time services are provided.

Formula None

Unit packet

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Number of bytes of real-time service on the IP Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455393

VS.IPPath.TxRt Bytes

Number of bytes in the real-time service packets successfully transmitted on the IP path


L

1542455397

VS.IPPath.RxR tBytes

Number of bytes in the real-time service packets successfully received on the IP path


L

Description These counters measure the number of bytes in the IP packets successfully transmitted and received on an IP path within a measurement period, respectively. They indicate the real-time service traffic at the IP layer on the IP path. Real-time services include voice services, video on demand (real-time streams), and real-time games. Real-time service data is generally the UDPbased stream media data.

Measurement Points The number of bytes in the real-time service packets successfully transmitted or successfully received on the IP path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter includes the IP header and payload. In IPSec scenarios, the IPPath.RxRtBytes counter measures the number of bytes in the decrypted IP packets successfully received after reassembly, and the IPPath.TxRtBytes counter measures the number of bytes in the encrypted IP packets successfully transmitted before fragment. In non-IPSec scenarios, the IPPath.RxRtBytes counter measures the number of bytes in the IP packets successfully received after reassembly, and the IPPath.TxRtBytes counter measures the number of bytes in the IP packets successfully transmitted before fragment. The measurement is triggered in the following conditions: (1) IP path performance measurement is enabled. (2) Real-time services are provided. Issue 11 (2015–05–30)


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Formula None

Unit byte

Related Features None

Number of non-real-time service packets on the IP path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455400

VS.IPPath.TxN rtPkts

Number of nonreal-time service packets successfully transmitted on the IP path


L

1542455404

VS.IPPath.RxN rtPkts

Number of nonreal-time service packets successfully received on the IP path


L

Description These counters measure the number of IP packets successfully transmitted and received on an IP path within a measurement period, respectively. They indicate the non-real-time service traffic at the IP layer on the IP path. Non-real-time services include video on demand (that is, buffer streams), interactive games, and TCP-based data streams.

Measurement Points The number of non-real-time service packets transmitted or received on the IP path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The measurement is triggered in the following conditions: (1) IP path performance measurement is enabled. (2) Non-real-time services are provided. Issue 11 (2015–05–30)


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Formula None

Unit packet


Number of bytes of non-real-time services on the IP path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455401

VS.IPPath.TxN rtBytes

Number of bytes in the non-realtime service packets successfully transmitted on the IP path


L

1542455405

VS.IPPath.RxN rtBytes

Number of bytes in the non-realtime service packets successfully received on the IP path


L

Description These counters measure the number of bytes in the IP packets successfully transmitted and received on an IP path within a measurement period, respectively. They indicate the non-realtime service traffic at the IP layer on the IP path. Non-real-time services include video on demand (that is, buffer streams), interactive games, and TCP-based data streams.

Measurement Points The number of bytes in the non-real-time service packets successfully transmitted or successfully received on the IP path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter includes the IP header and payload. In IPSec scenarios, the IPPath.RxNrtBytes counter measures the number of bytes in the decrypted IP packets successfully received after reassembly, and the IPPath.TxNrtBytes counter Issue 11 (2015–05–30)


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measures the number of bytes in the encrypted IP packets successfully transmitted before fragment. In non-IPSec scenarios, the IPPath.RxNrtBytes counter measures the number of bytes in the IP packets successfully received after reassembly, and the IPPath.TxNrtBytes counter measures the number of bytes in the IP packets successfully transmitted before fragment. The measurement is triggered in the following conditions: (1) IP path performance measurement is enabled. (2) Non-real-time services are provided.

Formula None

Unit byte


Number of Bytes on the IP Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455872

VS.IPPath.TxB ytes

Number of bytes successfully transmitted on the IP path


G,U

1542455873

VS.IPPath.RxB ytes

Number of bytes successfully received on the IP path


G,U

Description These counters provide the number of bytes in the IP packets successfully transmitted and the number of bytes in the IP packets successfully received on an IP path at the IP layer within a measurement period, respectively. They reflect the traffic and transmission capability on the IP path at the IP layer. Issue 11 (2015–05–30)


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Measurement Points The number of service bytes successfully transmitted or successfully received on the IP path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter includes the IP header and payload.

Formula None

Unit byte


Feature ID

VS.IPPath.TxBytes

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None

VS.IPPath.RxBytes



UMTS: WRFD-050402


LTE: None

Number of Packets on the IP Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455874

VS.IPPath.TxP kts

Number of packets successfully transmitted on the IP path


G,U

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455875

VS.IPPath.TxD ropPkts

Number of discarded packets transmitted on the IP path


G,U

1542455876

VS.IPPath.RxD ropPkts

Number of discarded packets received on the IP path


G,U

1542455877

VS.IPPath.RxP kts

Number of packets successfully received on the IP path


G,U

Description These counters provide the number of IP packets successfully transmitted, successfully received, transmitted but discarded or received but discarded on an IP path at the IP layer within a measurement period, respectively. They reflect the traffic and transmission capability on the IP path at the IP layer.

Measurement Points The number of service packets transmitted or received on the IP path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet

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Feature ID

VS.IPPath.TxPkts

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None

VS.IPPath.TxDropPkts



UMTS: WRFD-050402


LTE: None

VS.IPPath.RxDropPkts



UMTS: WRFD-050402


LTE: None

VS.IPPath.RxPkts



UMTS: WRFD-050402


LTE: None

Rate on the IP Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455878

VS.IPPath.TxM eanSpeed

Average TX rate on the IP path


G,U

1542455879

VS.IPPath.TxM axSpeed

Maximum TX rate on the IP path


G,U

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455880

VS.IPPath.RxM eanSpeed

Average RX rate on the IP path


G,U

1542455881

VS.IPPath.RxM axSpeed

Maximum RX rate on the IP path


G,U

Description These counters provide the rate of transmitting or receiving packets on the IP path at the IP layer within a measurement period. They reflect the load on the IP path at the IP layer.

Measurement Points The number of bytes received or transmitted on an IP path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The maximum TX and RX rate are calculated based on the maximum number of bytes. The average rate in a measurement period is calculated based on this counter. This counter includes the header and payload of IP packets.

Formula None

Unit bit/s


Feature ID

VS.IPPath.TxMeanSpeed


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Counter Name

Feature ID

Feature Name

VS.IPPath.TxMaxSpeed



LTE: None

VS.IPPath.RxMeanSpeed



LTE: None

VS.IPPath.RxMaxSpeed




LTE: None

1.2.7 Measurement of Resource Group Performance (RscGroup) Overview The object type Resource Group Measurement contains the function subset related to the resource group. It represents the traffic volume and service processing capability of the resource group on the transmission board in the base station.


FunctionSubSet Name

Transport.RscGroup

Resource Group Measurement

Transport.FLOWCTROL

Flow Control Measurement

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(regardless of control plane services or user plane services). The transmission quality affects the services of the base station. The base station manages bandwidths based on resource groups. The base station can configure the bandwidth, flow shaping, admission control, and flow control for the resource group. Multiple resource groups can be configured on one physical link, the bandwidth of which is shared among these resource groups. Multiple transport-layer bearers can be configured for one resource group, the configured bandwidth of which is shared among these bearers. The Transport.RscGroup function subset measures the number of bytes or packets transmitted by the resource group of the base station. It represents the service processing capability of the resource group. Figure 1-7 shows the position of the resource group in the TCP/ IP model. The Transport.RscGroup function subset measures only the data transmitted from a resource group.The counters of function subset Transport.RscGourp report valid values in IP transmission, and reports zero in ATM transmission. Figure 1-7

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455365

VS.RscGroup.TxB ytes

Number of bytes in the packets successfully transmitted by the resource group


Number of packets successfully transmitted by the resource group


1542455367

VS.RscGroup.TxP kts


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Counter ID

Counter Name

Counter Description

Original Release

1542455369

VS.RscGroup.TxD ropBytes

Number of bytes in the packets discarded by the resource group due to transmission failures


Number of packets discarded by the resource group due to transmission failures


1542455371

VS.RscGroup.TxD ropPkts



VS.RscGroup.TxM axSpeed

Maximum transmit rate of the resource group


1542455376

VS.RscGroup.TxM inSpeed

Minimum transmit rate of the resource group


1542455377

VS.RscGroup.TxM eanSpeed

Average transmit rate of the resource group


1542455378

VS.RscGroup.TxFl owOverloadTime

Congestion duration of transmit data in the resource group


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Number of Bytes in the Packets Transmitted by the Resource Group

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455365

VS.RscGroup.T xBytes

Number of bytes in the packets successfully transmitted by the resource group


G,U,L

Number of bytes in the packets discarded by the resource group due to transmission failures


1542455369

VS.RscGroup.T xDropBytes

BTS3900 LTE

G,U,L

BTS3900 LTE

Description The counters measure the number of bytes in the packets transmitted by all the queues of a resource group at the data link layer within a measurement period and the number of bytes in the packets discarded due to congestion in the queues within a measurement period. They represent the transmit traffic on the resource group at the data link layer. If the resource group is carried on an Ethernet port, the counters measure the MAC headers and payloads in the packets. If the resource group is carried on a port carrying a PPP link or MP link, the counters measure the data parts of the PPP frames or MP frames. The measurement of the counters remains unchanged in packet fragment or IPSec scenarios.

Measurement Points Number of transmitted bytes and discarded bytes in the resource group per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

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Feature ID

VS.RscGroup.TxBytes

Multi-mode: None

Feature Name

GSM: GBFD-118605

IP QOS

UMTS: WRFD-050402


LTE: LOFD-003011

Enhanced Transport QoS Management

TDLOFD-003011

Enhanced Transport QoS Management VS.RscGroup.TxDropBytes


IP QOS

UMTS: WRFD-050402


LTE: LOFD-003011


TDLOFD-003011


Number of Packets Transmitted by the Resource Group

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455367

VS.RscGroup.T xPkts

Number of packets successfully transmitted by the resource group


G,U,L

Number of packets discarded by the resource group due to transmission failures


1542455371

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VS.RscGroup.T xDropPkts

BTS3900 LTE

G,U,L

BTS3900 LTE


140



Description The counters measure the number of IP packets transmitted by all the queues of a resource group at the data link layer within a measurement period and the number of packets discarded due to congestion in the queues within a measurement period. They represent the transmit traffic on the resource group at the data link layer.

Measurement Points Number of transmitted and discarded packets in the resource group per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet


Feature ID

VS.RscGroup.TxPkts

Multi-mode: None

Feature Name

GSM: GBFD-118605

IP QOS

UMTS: WRFD-050402


LTE: LOFD-003011 TDLOFD-003011

Enhanced Transport QoS Management Enhanced Transport QoS Management

VS.RscGroup.TxDropPkts


IP QOS

UMTS: WRFD-050402



Enhanced Transport QoS Management Enhanced Transport QoS Management

Rates of the Resource Group

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455375

VS.RscGroup.T xMaxSpeed

Maximum transmit rate of the resource group


G,U,L

Minimum transmit rate of the resource group


Average transmit rate of the resource group


1542455376

1542455377

VS.RscGroup.T xMinSpeed

VS.RscGroup.T xMeanSpeed

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE

Description The counters measure the transmit rate of a resource group within a measurement period. They represent the transmission rate of the resource group. If the resource group is carried on an Ethernet port, the counters measure the MAC headers and payloads. If the resource group is carried on the PPP or MP group port, the counters measure the information part of the PPP frame or MP frame.

Measurement Points The transmit rate of the resource group is sampled per second. At the end of a measurement period, the maximum, minimum, or average of these sampling results is used as the value of the corresponding counter.

Formula None

Unit bit/s

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Feature ID

VS.RscGroup.TxMaxSpeed

Multi-mode: None

Feature Name

GSM: GBFD-118605

IP QOS

UMTS: WRFD-050402


LTE: LOFD-003011


TDLOFD-003011

Enhanced Transport QoS Management VS.RscGroup.TxMinSpeed


IP QOS

UMTS: WRFD-050402


LTE: LOFD-003011


TDLOFD-003011

Enhanced Transport QoS Management VS.RscGroup.TxMeanSpeed


IP QOS

UMTS: WRFD-050402


LTE: LOFD-003011


TDLOFD-003011



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455378

VS.RscGroup.T xFlowOverload Time



G,U,L

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Description This counter provides the duration when the data buffered in a transmission resource group exceeds the product of the available bandwidth of the transmission resource group multiplying the congestion time threshold of the transmission resource group in a measurement period. The counter indicates the state of data buffered in a transmission resource group.

Measurement Points The sampling period of this counter is 1s. During a sampling period, this counter is increased by one if the data buffered in a transmission resource group exceeds the product of the available bandwidth of the transmission resource group multiplying the congestion duration threshold of the transmission resource group. During a sampling period, this counter remains unchanged if the data buffered in a transmission resource group is less than or equal to the product of the available bandwidth of the transmission resource group multiplying the congestion duration threshold of the transmission resource group. For a separate-MPT base station with cotransmission implemented through backplane, this counter is incremented by one for the resource group on the port not connecting to a transmission cable within a sampling period when this resource group is notified that the data buffered in the resource group on the port connecting to a transmission cable exceeds a certain value. This value is calculated by multiplying the available bandwidth and the resource group congestion duration threshold. The value of this counter equals the sum of all sampling values in a measurement period. A deviation of one sampling period may exist in the sampling timer when the timer performs time synchronization. As a result, a deviation of one sampling period will also be generated in the value of the counters.

Formula None

Unit s

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Feature ID

Feature Name

VS.RscGroup.TxFlowOverloadTime


Bandwidth sharing of MBTS Multi-mode CoTransmission (GBTS)

MRFD-221505 MRFD-231505 MRFD-241505 GSM: None UMTS: None

Bandwidth sharing of MBTS Multi-mode CoTransmission (NodeB) Bandwidth sharing of MBTS Multi-mode CoTransmission (eNodeB)

LTE: None

Bandwidth sharing of MBTS Multi-mode CoTransmission (LTE TDD)

Flow Control Measurement (Transport.FLOWCTROL) Overview The Flow control function subset provides resource-group-related flow control counters, which indicate the flow control of each resource group.The counters of function subset Transport.FLOWCTROL report valid values in both IP transmission and ATM transmission.

Counters Counter ID

Counter Name

Counter Description

Original Release

1542460308

VS.RscGroup.Flow Ctrol.UL.AdjBW. Max

Resource group maximum UL available bandwidth


1542460309

VS.RscGroup.Flow Ctrol.UL.AdjBW. Min

Resource group minimum UL available bandwidth


1542460310

VS.RscGroup.Flow Ctrol.UL.AdjBW.A vg

Resource group average UL available bandwidth


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Counter ID

Counter Name

Counter Description

Original Release

1542460311

VS.RscGroup.Flow Ctrol.DL.AdjBW. Max

Resource group maximum DL available bandwidth


1542460312

VS.RscGroup.Flow Ctrol.DL.AdjBW. Min

Resource group minimum DL available bandwidth


1542460313

VS.RscGroup.Flow Ctrol.DL.AdjBW.A vg

Resource group average DL available bandwidth


1542460314

VS.RscGroup.Flow Ctrol.UL.UpBW.N um

Resource group available UL bandwidth increase times


1542460315

VS.RscGroup.Flow Ctrol.DL.Delay.Up BW.Num

Resource group DL available bandwidth increase times after jitter congestion released


1542460316

VS.RscGroup.Flow Ctrol.DL.Drop.Up BW.Num

Resource group DL available bandwidth increase times after packet loss congestion released


1542460317

VS.RscGroup.Flow Ctrol.UL.DelayCon g.DownBWNum

Resource group available UL bandwidth decrease times for jitter congestion


1542460318

VS.RscGroup.Flow Ctrol.DL.DelayCon g.DownBWNum

Resource group DL available bandwidth decrease times for jitter congestion


1542460319

VS.RscGroup.Flow Ctrol.UL.DropCon g.DownBWNum

Resource group available UL bandwidth decrease times for packet loss congestion


Issue 11 (2015–05–30)


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Counter ID

Counter Name

Counter Description

Original Release

1542460320

VS.RscGroup.Flow Ctrol.DL.DropCon g.DownBWNum

Resource group DL available bandwidth decrease times for packet loss congestion


1542460321

VS.RscGroup.Flow Ctrol.UL.SendNum

Resource group Number of UL frames Resource group sent successfully


1542460322

VS.RscGroup.Flow Ctrol.DL.ReceiveNum

Resource group Number of DL frames Resource group received


1542460323

VS.RscGroup.Flow Ctrol.UL.DropNu m

Resource group Number of lost UL frames


1542460324

VS.RscGroup.Flow Ctrol.DL.DropNu m

Resource group Number of lost DL frames


1542460325

VS.RscGroup.Flow Ctrol.UL.DelayVar a.Max

Resource group maximum UL delay jitter


1542460326

VS.RscGroup.Flow Ctrol.UL.DelayVar a.Min

Resource group minimum UL delay jitter


1542460327

VS.RscGroup.Flow Ctrol.UL.DelayVar a.Avg

Resource group average UL delay jitter


1542460328

VS.RscGroup.Flow Ctrol.DL.DelayVar a.Max

Resource group maximum DL delay jitter


1542460329

VS.RscGroup.Flow Ctrol.DL.DelayVar a.Min

Resource group minimum DL delay jitter


Issue 11 (2015–05–30)


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Counter ID

Counter Name

Counter Description

Original Release

1542460330

VS.RscGroup.Flow Ctrol.DL.DelayVar a.Avg

Resource group average DL delay jitter


1542460331

VS.RscGroup.Flow Ctrol.UL.CongTime

Resource group UL congestion duration


1542460332

VS.RscGroup.Flow Ctrol.DL.CongTime

Resource group DL congestion duration




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460308

VS.RscGroup.F lowCtrol.UL.A djBW.Max



U

Description The BTS adjusts the UL port bandwidth according to flow control algorithm. The BTS calculates the UL available bandwidth of the physical layer per second, VS.RscGroup.FlowCtrol.UL.AdjBW.Max is the maximum value of available bandwidth of the UL physical layer.

Measurement Points The available UL bandwidth is sampled within each scheduling period. If the physical port is carried on an MP group, the value of the counter is the total bandwidth of the available UL MP links in the MP group. If the physical port is carried on a PPP link, the value of the counter is the available bandwidth on the PPP link. If the physical port is an ETHTRUNK port or an Ethernet port, the value of the counter depends on the negotiation for the port. If the physical Issue 11 (2015–05–30)


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port is carried on TUNNEL, the value of the counter is the total available UL bandwidth on the current TUNNEL. If rate limitation is set on the physical port, the value of the counter is the smaller value between the defined upper limited bandwidth and the measured available bandwidth.

Formula None

Unit kbit/s


Feature ID

VS.RscGroup.FlowCtrol.UL .AdjBW.Max

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460309

VS.RscGroup.F lowCtrol.UL.A djBW.Min



U

Description The BTS adjusts the UL port bandwidth according to flow control algorithm. The BTS calculates the UL available bandwidth of the physical layer per second, VS.RscGroup.FlowCtrol.UL.AdjBW.Min is the minimum value of the available bandwidth of the UL physical layer.

Measurement Points The available UL bandwidth is sampled within each scheduling period. If the physical port is carried on an MP group, the value of the counter is the total bandwidth of the available UL MP links in the MP group. If the physical port is carried on a PPP link, the value of the counter is Issue 11 (2015–05–30)


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the available bandwidth on the PPP link. If the physical port is an ETHTRUNK port or an Ethernet port, the value of the counter depends on the negotiation for the port. If the physical port is carried on TUNNEL, the value of the counter is the total available UL bandwidth on the current TUNNEL. If rate limitation is set on the physical port, the value of the counter is the smaller value between the defined upper limited bandwidth and the measured available bandwidth.

Formula None

Unit kbit/s


Feature ID

VS.RscGroup.FlowCtrol.UL .AdjBW.Min

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460310

VS.RscGroup.F lowCtrol.UL.A djBW.Avg



U

Description The BTS adjusts the UL port bandwidth according to flow control algorithm. The BTS calculates the UL available bandwidth of the physical layer per second. The collected values of available bandwidth in a statistics period are accumulated and recorded as A, and the number of calculation times in a statistics period is recorded as B. Then, VS.RscGroup.FlowCtrol.UL.AdjBW.Avg = A/B.

Measurement Points The available UL bandwidth is sampled within each scheduling period. If the physical port is carried on an MP group, the value of the counter is the total bandwidth of the available UL MP Issue 11 (2015–05–30)


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links in the MP group. If the physical port is carried on a PPP link, the value of the counter is the available bandwidth on the PPP link. If the physical port is an ETHTRUNK port or an Ethernet port, the value of the counter depends on the negotiation for the port. If the physical port is carried on TUNNEL, the value of the counter is the total available UL bandwidth on the current TUNNEL. If rate limitation is set on the physical port, the value of the counter is the smaller value between the defined upper limited bandwidth and the measured available bandwidth.

Formula None

Unit kbit/s


Feature ID

VS.RscGroup.FlowCtrol.UL .AdjBW.Avg

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460311

VS.RscGroup.F lowCtrol.DL.A djBW.Max



U

Description When the DYNAMIC_BW_SHAPING algorithm of the base station is enabled, the base station adjusts the available bandwidth of HSDPA according to the result of internal congestion statistics, and it calculates the available bandwidth of HSDPA per second. When the STATIC_BW_SHAPING algorithm of the base station is enabled, the base station calculates the available bandwidth of HSDPA according to the following formula: Available bandwidth of HSDPA = Total physical bandwidth * Coefficient. (The coefficient is 0.8 in ATM mode and 0.9 in IP mode.) The base station calculates the available bandwidth of HSDPA per second. Issue 11 (2015–05–30)


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When other algorithms are used, the base station reports 0 as the statistics value. VS.RscGroup.FlowCtrol.DL.AdjBW.Max is the collected maximum value of the available DL MAC-HS layer bandwidth. The DL statistics is valid only in the complete sharing mode of configured bandwidth. The complete sharing mode of configured bandwidth is enabled when the following requirement is met: Bandwidth configured for each type of PATH (for example RT and NRT) > Total physical bandwidth x 90%.

Measurement Points The available DL bandwidth is sampled within each scheduling period. If the physical port is carried on an MP group, the value of the counter is the total bandwidth of the available UL MP links in the MP group. If the physical port is carried on a PPP link, the value of the counter is the available bandwidth on the PPP link. If the physical port is an ETHTRUNK port or an Ethernet port, the value of the counter depends on the negotiation for the port. If the physical port is carried on TUNNEL, the value of the counter is the total available DL bandwidth on the current TUNNEL. If rate limitation is set on the physical port, the value of the counter is the smaller value between the defined upper limited bandwidth and the measured available bandwidth. If the IP path is carried on loopback interface, the value of this counter is the total available DL bandwidth on the current loopback interface. (The default DL bandwidth on the loopback interface is 1 Gbit/s.)

Formula None

Unit kbit/s


Feature ID

VS.RscGroup.FlowCtrol.DL .AdjBW.Max

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Issue 11 (2015–05–30)


152



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460312

VS.RscGroup.F lowCtrol.DL.A djBW.Min



U

Description When the DYNAMIC_BW_SHAPING algorithm of the base station is enabled, the base station adjusts the available bandwidth of HSDPA according to the result of internal congestion statistics, and it calculates the available bandwidth of HSDPA per second. When the STATIC_BW_SHAPING algorithm of the base station is enabled, the base station calculates the available bandwidth of HSDPA according to the following formula: Available bandwidth of HSDPA = Total physical bandwidth * Coefficient. (The coefficient is 0.8 in ATM mode and 0.9 in IP mode.) The base station calculates the available bandwidth of HSDPA per second. When other algorithms are used, the base station reports 0 as the statistics value. VS.RscGroup.FlowCtrol.DL.AdjBW.Min is the collected minimum value of the available DL MAC-HS layer bandwidth. The DL statistics is valid only in the complete sharing mode of configured bandwidth. The complete sharing mode of configured bandwidth is enabled when the following requirement is met: Bandwidth configured for each type of PATH (for example RT and NRT) > Total physical bandwidth x 90%.

Measurement Points The available DL bandwidth is sampled within each scheduling period. If the physical port is carried on an MP group, the value of the counter is the total bandwidth of the available UL MP links in the MP group. If the physical port is carried on a PPP link, the value of the counter is the available bandwidth on the PPP link. If the physical port is an ETHTRUNK port or an Ethernet port, the value of the counter depends on the negotiation for the port. If the physical port is carried on TUNNEL, the value of the counter is the total available DL bandwidth on the current TUNNEL. If rate limitation is set on the physical port, the value of the counter is the smaller value between the defined upper limited bandwidth and the measured available bandwidth. If the IP path is carried on loopback interface, the value of this counter is the total available DL bandwidth on the current loopback interface. (The default DL bandwidth on the loopback interface is 1 Gbit/s.)

Formula None

Unit kbit/s

Issue 11 (2015–05–30)


153




Feature ID

VS.RscGroup.FlowCtrol.DL .AdjBW.Min

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460313

VS.RscGroup.F lowCtrol.DL.A djBW.Avg



U

Description When the DYNAMIC_BW_SHAPING algorithm of the base station is enabled, the base station adjusts the available bandwidth of HSDPA according to the result of internal congestion statistics, and it calculates the available bandwidth of HSDPA per second. When the STATIC_BW_SHAPING algorithm of the base station is enabled, the base station calculates the available bandwidth of HSDPA according to the following formula: Available bandwidth of HSDPA = Total physical bandwidth * Coefficient. (The coefficient is 0.8 in ATM mode and 0.9 in IP mode.) The base station calculates the available bandwidth of HSDPA per second. When other algorithms are used, the base station reports 0 as the statistics value. The collected values of available bandwidth of the DL MAC-HS layer in a statistics period are accumulated and recorded as A, and the number of calculation times is recorded as B. Then, VS.RscGroup.FlowCtrol.DL.AdjBW.Avg = A/B. The DL statistics is valid only in the complete sharing mode of configured bandwidth. The complete sharing mode of configured bandwidth is enabled when the following requirement is met: Bandwidth configured for each type of PATH (for example RT and NRT) > Total physical bandwidth x 90%.

Measurement Points The available DL bandwidth is sampled within each scheduling period. If the physical port is carried on an MP group, the value of the counter is the total bandwidth of the available UL MP links in the MP group. If the physical port is carried on a PPP link, the value of the counter is the available bandwidth on the PPP link. If the physical port is an ETHTRUNK port or an Ethernet port, the value of the counter depends on the negotiation for the port. If the physical port is carried on TUNNEL, the value of the counter is the total available DL bandwidth on the current TUNNEL. If rate limitation is set on the physical port, the value of the counter is the Issue 11 (2015–05–30)


154



smaller value between the defined upper limited bandwidth and the measured available bandwidth. If the IP path is carried on loopback interface, the value of this counter is the total available DL bandwidth on the current loopback interface. (The default DL bandwidth on the loopback interface is 1 Gbit/s.)

Formula None

Unit kbit/s


Feature ID

VS.RscGroup.FlowCtrol.DL .AdjBW.Avg

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460314

VS.RscGroup.F lowCtrol.UL.U pBW.Num



U

Description The number of attempts to increase the available UL bandwidth of the base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points The number of attempts to increase the available UL bandwidth of the base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH. Issue 11 (2015–05–30)


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Formula None

Unit None


Feature ID

VS.RscGroup.FlowCtrol.UL .UpBW.Num

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460315

VS.RscGroup.F lowCtrol.DL.D elay.UpBW.Nu m



U

Description Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to increase the available DL bandwidth of the base station Iub logical port based on the delay variation. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to increase the available DL bandwidth of the base station Iub logical port based on the delay variation. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH. Issue 11 (2015–05–30)


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Formula None

Unit None


Feature ID

VS.RscGroup.FlowCtrol.DL .Delay.UpBW.Num

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460316

VS.RscGroup.F lowCtrol.DL.Dr op.UpBW.Num



U

Description Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to increase the available DL bandwidth of the base station Iub logical port based on the packet loss. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to increase the available DL bandwidth of the base station Iub logical port based on the Issue 11 (2015–05–30)


157



packet loss. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Formula None

Unit None


Feature ID

VS.RscGroup.FlowCtrol.DL .Drop.UpBW.Num

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460317

VS.RscGroup.F lowCtrol.UL.D elayCong.Down BWNum



U

Description The number of attempts to decrease the available UL bandwidth of the base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points The number of attempts to decrease the available UL bandwidth of the base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH. Issue 11 (2015–05–30)


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Formula None

Unit None


Feature ID

VS.RscGroup.FlowCtrol.UL .DelayCong.DownBWNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460318

VS.RscGroup.F lowCtrol.DL.D elayCong.Down BWNum



U

Description Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to decrease the available DL bandwidth of the base station Iub logical port based on the delay variation. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to decrease the available DL bandwidth of the base station Iub logical port based on the delay variation. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH. Issue 11 (2015–05–30)


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Formula None

Unit None


Feature ID

VS.RscGroup.FlowCtrol.DL .DelayCong.DownBWNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460319

VS.RscGroup.F lowCtrol.UL.Dr opCong.DownB WNum



U

Description The number of attempts to decrease the available UL bandwidth of the base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points The number of attempts to decrease the available UL bandwidth of the base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.



160



Unit None


Feature ID

VS.RscGroup.FlowCtrol.UL .DropCong.DownBWNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460320

VS.RscGroup.F lowCtrol.DL.Dr opCong.DownB WNum



U

Description Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to decrease the available DL bandwidth of the base station Iub logical port based on the packet loss. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of attempts to decrease the available DL bandwidth of the base station Iub logical port based on the packet loss. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.



161



Unit None


Feature ID

VS.RscGroup.FlowCtrol.DL .DropCong.DownBWNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460321

VS.RscGroup.F lowCtrol.UL.Se ndNum



U

Description The number of frames that are successfully transmitted on a base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points The number of frames that are successfully transmitted on a base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Formula None

Unit None Issue 11 (2015–05–30)


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Feature ID

VS.RscGroup.FlowCtrol.UL .SendNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460322

VS.RscGroup.F lowCtrol.DL.Re ceiveNum



U

Description Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of frames that are successfully received on a base station Iub logic port and accumulates all collected values within a measurement period. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of frames that are successfully received on a base station Iub logic port and accumulates all collected values within a measurement period. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Formula None



163




Feature ID

VS.RscGroup.FlowCtrol.DL .ReceiveNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460323

VS.RscGroup.F lowCtrol.UL.Dr opNum



U

Description The number of frames that are lost on a base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points The number of frames that are lost on a base station Iub logical port is sampled every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Formula None

Unit None

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Feature ID

VS.RscGroup.FlowCtrol.UL .DropNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460324

VS.RscGroup.F lowCtrol.DL.Dr opNum



U

Description Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of frames that are lost on a base station Iub logic port and accumulates all collected values within a measurement period. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points Samples are taken every five seconds within a measurement period. When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the number of frames that are lost on a base station Iub logic port and accumulates all collected values within a measurement period. When other algorithms are used, the base station reports 0 as the statistics value. The base station reports the traffic statistics of logical ports that carry PATH. These DL HSDPA frames are discarded by the RNC interface board, intermediate transmission links, or the base station.

Formula None



165




Feature ID

VS.RscGroup.FlowCtrol.DL .DropNum

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460325

VS.RscGroup.F lowCtrol.UL.D elayVara.Max



U

Description The BTS calculates the UL jitter per second. VS.RscGroup.FlowCtrol.UL.DelayVara.Max is the collected maximum value of UL jitter.

Measurement Points The base station reports the traffic statistics of logic ports that carry PATH.

Formula None

Unit ms


Feature ID

VS.RscGroup.FlowCtrol.UL .DelayVara.Max

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460326

VS.RscGroup.F lowCtrol.UL.D elayVara.Min



U

Description The BTS calculates the UL jitter per second. VS.RscGroup.FlowCtrol.UL.DelayVara.Min is the collected minimum value of UL jitter.


Formula None

Unit ms


Feature ID

VS.RscGroup.FlowCtrol.UL .DelayVara.Min

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Issue 11 (2015–05–30)


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460327

VS.RscGroup.F lowCtrol.UL.D elayVara.Avg



U

Description The BTS calculates the UL jitter per second. All collected values of UL jitter in a statistics period are accumulated and recorded as A, and the number of calculation times is recorded as B. Then, VS.RscGroup.FlowCtrol.UL.DelayVara.Avg = A/B.


Formula None

Unit ms


Feature ID

VS.RscGroup.FlowCtrol.UL .DelayVara.Avg

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460328

VS.RscGroup.F lowCtrol.DL.D elayVara.Max



U

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Description When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the DL jitter per second. When other algorithms are used, the base station reports 0 as the statistics value. VS.RscGroup.FlowCtrol.DL.DelayVara.Max is the collected maximum value of DL jitter.


Formula None

Unit ms


Feature ID

VS.RscGroup.FlowCtrol.DL .DelayVara.Max

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460329

VS.RscGroup.F lowCtrol.DL.D elayVara.Min



U

Description When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the DL jitter per second. When other algorithms are used, the base station reports 0 as the statistics value. VS.RscGroup.FlowCtrol.DL.DelayVara.Min is the collected minimum value of DL jitter. Issue 11 (2015–05–30)


169




Formula None

Unit ms


Feature ID

VS.RscGroup.FlowCtrol.DL .DelayVara.Min

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460330

VS.RscGroup.F lowCtrol.DL.D elayVara.Avg



U

Description When the DYNAMIC_BW_SHAPING algorithm is enabled, the base station calculates the DL jitter per second. When other algorithms are used, the base station reports 0 as the statistics value. All collected values of DL jitter in a statistics are accumulated and recorded as A, and the number of calculation times is recorded as B. Then, VS.RscGroup.FlowCtrol.DL.DelayVara.Avg = A/ B.




170



Unit ms


Feature ID

VS.RscGroup.FlowCtrol.DL .DelayVara.Avg

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460331

VS.RscGroup.F lowCtrol.UL.C ongTime



U

Description The base station determines whether the following requirement is met: VS.IUB.FlowCtrol.UL.AdjBW.LgcPort.Avg x 0.8 less than Actual physical layer flow of a UL logic port. If the preceding requirement is met, the UL congestion duration is increased by one second. Samples are taken every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points The base station determines whether the following requirement is met: VS.IUB.FlowCtrol.UL.AdjBW.LgcPort.Avg x 0.8 less than Actual physical layer flow of a UL logic port. If the preceding requirement is met, the UL congestion duration is increased by one second. Samples are taken every five seconds. All collected values within a measurement period are accumulated. The base station reports the traffic statistics of logical ports that carry PATH.

Formula None

Unit s Issue 11 (2015–05–30)


171




Feature ID

VS.RscGroup.FlowCtrol.UL .CongTime

Multi-mode: None

Feature Name


HSDPA Flow Control

LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460332

VS.RscGroup.F lowCtrol.DL.C ongTime



U

Description When the DYNAMIC_BW_SHAPING algorithm is enabled when the configured bandwidth is completely shared, the base station determines whether the following requirement is met: VS.IUB.FlowCtrol.DL.AdjBW.LgcPort.Avg x 0.8 less than HSDPA flow of the DL logic port. If the preceding requirement is met, the DL congestion duration is increased by one second. If the preceding requirement is not met, the DL congestion duration does not change. Samples are taken every five seconds. All collected values within a measurement period are accumulated. When other algorithms are used, the base station reports 0 as the calculation value. The base station reports the traffic statistics of logical ports that carry PATH.

Measurement Points When the DYNAMIC_BW_SHAPING algorithm is enabled when the configured bandwidth is completely shared, the base station determines whether the following requirement is met: VS.IUB.FlowCtrol.DL.AdjBW.LgcPort.Avg x 0.8 less than HSDPA flow of the DL logic port. If the preceding requirement is met, the DL congestion duration is increased by one second. If the preceding requirement is not met, the DL congestion duration does not change. Samples are taken every five seconds. All collected values within a measurement period are accumulated. When other algorithms are used, the base station reports 0 as the calculation value. The base station reports the traffic statistics of logical ports that carry PATH.



172



Unit s


Feature ID

Feature Name

VS.RscGroup.FlowCtrol.DL .CongTime


HSDPA Flow Control

LTE: None

1.2.8 Measurement of IPPM Performance (IPPM) Overview The object type IP PM measurement contains the function subset related to the IP performance monitoring (PM). It represents the quality of services carried on the transmission board in the base station.


FunctionSubSet Name

Transport.IPPM

IPPM Measurement

IPPM Measurement (Transport.IPPM) Overview The IP PM function subset provides the measurements on an IP PM in the base station. It measures the quality of traffic carried on the transmission boards. Figure 1-8 shows the position of the IP PM in the TCP/IP model. Figure 1-9 shows the principles of the IP PM. The IP PM checks the packet loss, delay, and jitter condition of a link by the local end transmitting forward monitoring (FM) frames and the peer end responding with backward reporting (BR) frames. The number of FM frames is used to represent the number of frames transmitted by the local end, whereas that of BR frames is used to represent the number of frames received by the peer end. The local end calculates the delay, jitter, and packet loss rate along the local-to-peer direction based on the received BR frames. Ultimately, the bandwidth condition is obtained.

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Figure 1-8

Figure 1-9

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455408

VS.IPPM.Bits.Mea nsTx

Average bit transmit rate on the IP PM


1542455409

VS.IPPM.Pkts.Mea nsTx

Average packet transmit rate on the IP PM


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Counter ID

Counter Name

Counter Description

Original Release

1542455410

VS.IPPM.Peak.Bits .RateTx

Peak bit transmit rate on the IP PM


1542455411

VS.IPPM.Peak.Pkt s.RateTx

Peak packet transmit rate on the IP PM


1542455412

VS.IPPM.Peer.Bits .MeansRx

Average peer bit receive rate on the IP PM


1542455413

VS.IPPM.Peer.Pkts .MeansRx

Average peer packet receive rate on the IP PM


1542455414

VS.IPPM.Peer.Pea k.Bits.RateRx

Peak peer bit receive rate on the IP PM


1542455415

VS.IPPM.Peer.Pea k.Pkts.RateRx

Peak peer packet receive rate on the IP PM


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Counter ID

Counter Name

Counter Description

Original Release

1542455416

VS.IPPM.Forword. DropMeans

Average forward packet loss rate on the IP PM


1542455417

VS.IPPM.Forword. Peak.DropRates

Peak forward packet loss rate on the IP PM


1542455418

VS.IPPM.Forward. JitterStandardDeviation

Standard deviation of forward jitter on the IP PM


1542455419

VS.IPPM.Back.JitterStandardDeviation

Standard deviation of backward jitter on the IP PM


1542455420

VS.IPPM.Rtt.Mean s

Average RTT on the IP PM


1542455421

VS.IPPM.MaxRttDelay

Maximum RTT on the IP PM


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Counter ID

Counter Name

Counter Description

Original Release

1542455452

VS.IPPM.MinRttDelay

Minimum RTT on the IP PM


1542455911

VS.IPPM.Local.Tx Pkts

Number of packets sent by the IP PM local end


1542455912

VS.IPPM.Peer.RxP kts

Number of packets received by the IP PM peer end



Byte Rate Measurements on the IP PM

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455408

VS.IPPM.Bits. MeansTx

Average bit transmit rate on the IP PM


G,U,L

BTS3900 LTE 1542455410

VS.IPPM.Peak. Bits.RateTx

Peak bit transmit rate on the IP PM


G,U,L

BTS3900 LTE

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455412

VS.IPPM.Peer. Bits.MeansRx

Average peer bit receive rate on the IP PM


G,U,L

BTS3900 LTE 1542455414

VS.IPPM.Peer. Peak.Bits.Rate Rx

Peak peer bit receive rate on the IP PM


G,U,L

BTS3900 LTE

Description These counters provide transmit byte rates and receive byte rates of the transport network on the IP performance monitor (IP PM) within a measurement period. They indicate the transmission capability of the transport network.

Measurement Points The transmit byte rate or receive byte rate at the local or peer end is sampled per second on the IP PM. At the end of a measurement period, the average or maximum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit bit/s


Feature ID

VS.IPPM.Bits.MeansTx

Multi-mode: None

Feature Name

GSM: GBFD-118607

IP Performance Monitor

UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201

IP Performance Monitoring IP Performance Monitoring

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Counter Name

Feature ID

VS.IPPM.Peak.Bits.RateTx

Multi-mode: None

Feature Name

GSM: GBFD-118607


UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.Peer.Bits.MeansR x



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.Peer.Peak.Bits.Ra teRx



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


Packet Rate Measurements on the IP PM

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455409

VS.IPPM.Pkts. MeansTx

Average packet transmit rate on the IP PM


G,U,L

BTS3900 LTE 1542455411

VS.IPPM.Peak. Pkts.RateTx

Peak packet transmit rate on the IP PM


G,U,L

BTS3900 LTE 1542455413

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VS.IPPM.Peer. Pkts.MeansRx

Average peer packet receive rate on the IP PM


G,U,L

BTS3900 LTE


179



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455415

VS.IPPM.Peer. Peak.Pkts.Rate Rx

Peak peer packet receive rate on the IP PM


G,U,L

BTS3900 LTE

Description These counters provide transmit packet rates and receive packet rates of the transport network on the IP performance monitor (IP PM) within a measurement period. They indicate the transmission capability of the transport network.

Measurement Points The transmit packet rate or receive packet rate at the local or peer end is sampled per second on the IP PM. At the end of a measurement period, the average or maximum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet/s


Feature ID

VS.IPPM.Pkts.MeansTx

Multi-mode: None

Feature Name

GSM: GBFD-118607


UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.Peak.Pkts.RateTx



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


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Counter Name

Feature ID

VS.IPPM.Peer.Pkts.MeansR x

Multi-mode: None

Feature Name

GSM: GBFD-118607


UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.Peer.Peak.Pkts.Ra teRx



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


Forward Packet Loss Rate Measurements on the IP PM

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455416

VS.IPPM.Forw ord.DropMeans

Average forward packet loss rate on the IP PM


G,U,L

Peak forward packet loss rate on the IP PM


1542455417

VS.IPPM.Forw ord.Peak.DropRates

BTS3900 LTE G,U,L

BTS3900 LTE

Description These counters provide packet loss rate on the transport network by using the IP performance monitor (IP PM) within a measurement period. They reflect the quality on the detected IP path.

Measurement Points The number of forward packets transmitted and the number of forward packets lost over the link are sampled and accumulated every second, respectively. The packet loss rate in a second is obtained by dividing the number of forward packets lost in one second by the number of forward packets transmitted in one second. At the end of the measurement period, the maximum packet loss rate is the maximum one among all the packet loss rates in the measurement period, and the Issue 11 (2015–05–30)


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average packet loss rate is obtained by dividing the total number of lost forward packets by the total number of forward packets transmitted in the measurement period.

Formula (([VS.IPPM.Local.TxPkts]-[VS.IPPM.Peer.RxPkts])/[VS.IPPM.Local.TxPkts])*{100}

Unit %


Feature ID

VS.IPPM.Forword.DropMeans

Multi-mode: None

Feature Name

GSM: GBFD-118607


UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.Forword.Peak.Dro pRates



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


Jitter Measurements on the IP PM

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455418

VS.IPPM.Forw ard.JitterStandardDeviation

Standard deviation of forward jitter on the IP PM


G,U,L

Standard deviation of backward jitter on the IP PM


1542455419

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VS.IPPM.Back. JitterStandardDeviation

BTS3900 LTE G,U,L

BTS3900 LTE


182



Description These counters provide the standard delay deviation of the round trip time (RTT) for the IP PM packets on the transport network within a measurement period. They reflect the stabilization of the transmission delay of a detected data flow. A larger counter value reflects a larger fluctuation in transmission delay. The forward delay variation represents the delay variation in the RTT of IP PM packets from the local end to the peer end. The backward delay variation represents the delay variation in the RTT of IP PM packets from the peer end to the local end.

Measurement Points A sample is taken every 1 second to obtain the forward jitter and backward jitter of the IP PM for calculating the forward jitter standard deviation and backward jitter standard deviation at the end of a measurement period based on the standard deviation formula. The counter VS.IPPM.Forward.JitterStandardDeviation provides the jitter standard deviation of FM frames on a link at the end of a measurement period. The forward jitter is calculated by using the following formula: Forward jitter = T2 - T1 - T, where T2 is the time when the FM frame is received, T1 is the time when the FM frame is sent, and T is the standard delay. The counter VS.IPPM.Back.JitterStandardDeviation provides the jitter standard deviation of BR frames on a link at the end of a measurement period. The backward jitter is calculated by using the following formula: Backward jitter = T4 - T3 - T, where T4 is the time when the BR frame is received, T3 is the time when the BR frame is sent, and T is the standard delay.

Formula None

Unit ms


Feature ID

VS.IPPM.Forward.JitterStandardDeviation

Multi-mode: None

Feature Name

GSM: GBFD-118607


UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.Back.JitterStandardDeviation



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


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RTT Measurements on the IP PM

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455420

VS.IPPM.Rtt.M eans

Average RTT on the IP PM


G,U,L

BTS3900 LTE 1542455421

VS.IPPM.Max RttDelay

Maximum RTT on the IP PM


G,U,L

BTS3900 LTE 1542455452

VS.IPPM.MinRttDelay

Minimum RTT on the IP PM


G,U,L

BTS3900 LTE

Description These counters provide the latency of the round trip time (RTT) for the IP PM packets on the transport network within a measurement period. They reflect the time delay on the transport network.

Measurement Points The RTT is sampled and calculated by the IP PM mechanism every second. After forward activation is performed for an IP PM link, the local end sends FM frames and receives BR frames periodically. The value of the VS.IPPM.Rtt.Means counter can be calculated in the following formula: VS.IPPM.Rtt.Means counter = Total delay of FM and BR frames/Total number of transmitted FM frames. The maximum delay of the sampling delays of FM frames and BR frames is used as the value of the VS.IPPM.MaxRttDelay counter. The minimum delay of the sampling delays of FM frames and BR frames is used as the value of the VS.IPPM.MinRttDelay counter.



184



Unit ms


Feature ID

VS.IPPM.Rtt.Means

Multi-mode: None

Feature Name

GSM: GBFD-118607


UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.MaxRttDelay



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.MinRttDelay



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


Number of Packets on the IP PM

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455911

VS.IPPM.Local .TxPkts

Number of packets sent by the IP PM local end


G,U,L

Number of packets received by the IP PM peer end


1542455912

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VS.IPPM.Peer. RxPkts

BTS3900 LTE G,U,L

BTS3900 LTE


185



Description These counters provide the number of packets sent by the local end of an IP PM session and the number of packets received by the peer end of an IP PM session. They reflect the service traffic volume on IP paths measured by IP PM.

Measurement Points The base station takes samples of the number of packets sent by the local end of an IP PM session and the number of packets received by the peer end of an IP PM session every measurement period of 1 second. At the end of each measurement period, the base station adds up all sampled values to obtain the value of the corresponding counter.

Formula None

Unit packet


Feature ID

VS.IPPM.Local.TxPkts

Multi-mode: None

Feature Name

GSM: GBFD-118607


UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


VS.IPPM.Peer.RxPkts



UMTS: WRFD-050402


LTE: LOFD-00301201 TDLOFD-00301201


1.2.9 Measurement of SCTP Performance (SCTP) Overview The object type SCTP Measurement contains the function subset related to the Stream Control Transmission Protocol (SCTP) link of the base station. It represents the traffic volume of signaling services carried by the SCTP link and the quality of service. Issue 11 (2015–05–30)


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FunctionSubSet Name

Transport.SCTP

SCTP Measurement

SCTP Measurement (Transport.SCTP) Overview The SCTP function subset measures the traffic volumes of IP packets transmitted and received on an SCTP link inside the base station. It measures traffic volumes of the signaling services carried on base station transmission boards and the service quality. Figure 1-10 shows the position of the SCTP layer in the TCP/IP model. Figure 1-10

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455422

VS.Sctp.RxBytes

Number of bytes in the IP packets received on the SCTP

BTS3900 WCDMA: V200R014C00 BTS3900 LTE: version earlier than V100R003C00

1542455423

VS.Sctp.TxBytes

Number of bytes in the IP packets transmitted on the SCTP


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Counter ID

Counter Name

Counter Description

Original Release

1542455424

VS.Sctp.RxPkts

Number of IP packets received on the SCTP


1542455425

VS.Sctp.TxPkts

Number of IP packets transmitted on the SCTP


1542455426

VS.Sctp.RxDropBytes

Number of bytes in the IP packets received but discarded on the SCTP


1542455428

VS.Sctp.RxDropPk ts

Number of discarded IP packets received on the SCTP


1542455430

VS.Sctp.RxMaxSpeed

Maximum IP packet receive rate on the SCTP


1542455431

VS.Sctp.RxMinSpeed

Minimum IP packet receive rate on the SCTP


1542455432

VS.Sctp.RxMeanSpeed

Average IP packet receive rate on the SCTP


1542455433

VS.Sctp.TxMaxSpeed

Maximum IP packet transmit rate on the SCTP


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Counter ID

Counter Name

Counter Description

Original Release

1542455434

VS.Sctp.TxMinSpeed

Minimum IP packet transmit rate on the SCTP


1542455435

VS.Sctp.TxMeanSpeed

Average IP packet transmit rate on the SCTP


1542455882

VS.Sctp.ToUserPkts

Number of packets transmitted from an SCTP link to the application layer


1542455883

VS.Sctp.FromUserPkts

Number of packets received on the SCTP from the application layer



Number of Bytes in the IP Packets on the SCTP Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455422

VS.Sctp.RxByt es

Number of bytes in the IP packets received on the SCTP

BTS3900 WCDMA, BTS3900 LTE

U,L

1542455423

VS.Sctp.TxByt es

Number of bytes in the IP packets transmitted on the SCTP


U,L

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455426

VS.Sctp.RxDro pBytes

Number of bytes in the IP packets received but discarded on the SCTP

BTS3900 LTE

L

Description These counters provide the number of bytes in the packets received from or transmitted to the IP layer on an SCTP link within a measurement period. They reflect the traffic of signaling services. Disuse Statement: The counter 1542455422 VS.Sctp.RxBytes will be replaced with the VS.SctpLnk.RxBytes counter in a later version. In the current version, either this counter or the VS.SctpLnk.RxBytes counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.RxBytes counter is used. The counter 1542455423 VS.Sctp.TxBytes will be replaced with the VS.SctpLnk.TxBytes counter in a later version. In the current version, either this counter or the VS.SctpLnk.TxBytes counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.TxBytes counter is used. The counter 1542455426 VS.Sctp.RxDropBytes will be replaced with the VS.SctpLnk.RxDropBytes counter in a later version. In the current version, either this counter or the VS.SctpLnk.RxDropBytes counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.RxDropBytes counter is used.

Measurement Points The number of bytes in the IP packets successfully transmitted or successfully received on the SCTP link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter value includes the number of bytes in user data (the data field of a user data packet, excluding the MAC header, IP header, and SCTP header). This counter excludes the number of bytes in the following SCTP management messages: Heartbeat messages, Link establishment messages, Link disconnection messages, Handshake messages.

Formula None



190




Feature ID

VS.Sctp.RxBytes

Multi-mode: None

Feature Name



LTE: None VS.Sctp.TxBytes


VS.Sctp.RxDropBytes

LTE: None


None

None

Number of IP Packets on the SCTP Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455424

VS.Sctp.RxPkts

Number of IP packets received on the SCTP


U,L

1542455425

VS.Sctp.TxPkts

Number of IP packets transmitted on the SCTP


U,L

1542455428

VS.Sctp.RxDro pPkts

Number of discarded IP packets received on the SCTP


U,L

Description These counters provide the number of packets received from or transmitted to the IP layer on an SCTP link within a measurement period. They reflect the traffic of signaling services. IP packets with any of the following errors are discarded on the SCTP link: parsing error, data type error, and association query failure. Disuse Statement: Issue 11 (2015–05–30)


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The counter 1542455424 VS.Sctp.RxPkts will be replaced with the VS.SctpLnk.RxPkts counter in a later version. In the current version, either this counter or the VS.SctpLnk.RxPkts counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.RxPkts is used. The counter 1542455425 VS.Sctp.TxPkts will be replaced with the VS.SctpLnk.TxPkts counter in a later version. In the current version, either this counter or the VS.SctpLnk.TxPkts counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.TxPkts counter is used. The counter 1542455428 VS.Sctp.RxDropPkts will be replaced with the VS.SctpLnk.RxDropPkts counter in a later version. In the current version, either this counter or the VS.SctpLnk.RxDropPkts counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.RxDropPkts counter is used.

Measurement Points The number of IP packets successfully transmitted, successfully received, or discarded on the SCTP link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter value includes the number of all the packets transmitted and received over an SCTP link. The packets include SCTP management messages, such as heartbeat messages, link establishment messages, link disconnection messages, and handshake messages. However, the received packets on an SCTP link are not measured in any of the following cases: (1) The SCTP link is not configured. (2) There is no signaling bearer at the upper layer of the SCTP link. (3) The SCTP link is blocked.

Formula None

Unit packet


Feature ID

VS.Sctp.RxPkts

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-050402 LTE: None

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Counter Name

Feature ID

VS.Sctp.TxPkts

Multi-mode: None

Feature Name



LTE: None VS.Sctp.RxDropPkts



LTE: None

IP Packet Rate Measurements on the SCTP Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455430

VS.Sctp.RxMa xSpeed

Maximum IP packet receive rate on the SCTP


U,L

1542455431

VS.Sctp.RxMin Speed

Minimum IP packet receive rate on the SCTP


U,L

1542455432

VS.Sctp.RxMea nSpeed

Average IP packet receive rate on the SCTP


U,L

1542455433

VS.Sctp.TxMax Speed

Maximum IP packet transmit rate on the SCTP


U,L

1542455434

VS.Sctp.TxMin Speed

Minimum IP packet transmit rate on the SCTP


U,L

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455435

VS.Sctp.TxMea nSpeed

Average IP packet transmit rate on the SCTP


U,L

Description These counters provide the maximum rate, minimum rate, and average rate for transmitting or receiving packets received from or transmitted to the IP layer on an SCTP link within a measurement period. These rates are calculated on a per-byte basis. They reflect the transmission capability on the SCTP link. Disuse Statement: The counter 1542455430 VS.Sctp.RxMaxSpeed will be replaced with the VS.SctpLnk.RxMaxSpeed counter in a later version. In the current version, either this counter or the VS.SctpLnk.RxMaxSpeed counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.RxMaxSpeed is used. The counter 1542455431 VS.Sctp.RxMinSpeed will be replaced with the VS.SctpLnk.RxMinSpeed counter in a later version. In the current version, either this counter or the VS.SctpLnk.RxMinSpeed is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.RxMinSpeed counter is used. The counter 1542455432 VS.Sctp.RxMeanSpeed will be replaced with the VS.SctpLnk.RxMeanSpeed counter in a later version. In the current version, either this counter or the VS.SctpLnk.RxMeanSpeed is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.RxMeanSpeed counter is used. The counter 1542455433 VS.Sctp.TxMaxSpeed will be replaced with the VS.SctpLnk.TxMaxSpeed counter in a later version. In the current version, either this counter or the VS.SctpLnk.TxMaxSpeed counter is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.TxMaxSpeed is used. The counter 1542455434 VS.Sctp.TxMinSpeed will be replaced with the VS.SctpLnk.TxMinSpeed counter in a later version. In the current version, either this counter or the VS.SctpLnk.TxMinSpeed is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.TxMinSpeed counter is used. The counter 1542455435 VS.Sctp.TxMeanSpeed will be replaced with the VS.SctpLnk.TxMeanSpeed counter in a later version. In the current version, either this counter or the VS.SctpLnk.TxMeanSpeed is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.TxMeanSpeed counter is used. Issue 11 (2015–05–30)


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Measurement Points The transmit rate or the receive rate on the SCTP link is sampled per second. At the end of a measurement period, the maximum, minimum, or average of these sampling results is used as the value of the corresponding counter.

Formula None

Unit bit/s


Feature ID

VS.Sctp.RxMaxSpeed

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-050402 LTE: None VS.Sctp.RxMinSpeed



VS.Sctp.RxMeanSpeed



VS.Sctp.TxMaxSpeed



VS.Sctp.TxMinSpeed



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Counter Name

Feature ID

VS.Sctp.TxMeanSpeed

Multi-mode: None

Feature Name



LTE: None

Number of packets on the SCTP from the application layer

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455882

VS.Sctp.ToUserPkts


BTS3900 WCDMA

U

1542455883

VS.Sctp.FromU serPkts

Number of packets received on the SCTP from the application layer

BTS3900 WCDMA

U

Description These counters provide the number of packets received from or transmitted to the application layer on the SCTP link within a measurement period. They reflect the traffic of signaling services. Disuse Statement: The counter 1542455882 VS.Sctp.ToUserPkts will be replaced with the VS.SctpLnk.ToUserPkts counter in a later version. In the current version, either this counter or the VS.SctpLnk.ToUserPkts is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.ToUserPkts counter is used. The counter 1542455883 VS.Sctp.FromUserPkts will be replaced with the VS.SctpLnk.FromUserPkts counter in a later version. In the current version, either this counter or the VS.SctpLnk.FromUserPkts is used, or they can both be used. The reported value of this counter may be normal or invalid, and therefore this counter is not recommended for used. In later versions, only the VS.SctpLnk.FromUserPkts counter is used. Issue 11 (2015–05–30)


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Measurement Points The number of packets received from or transmitted to the application layer on an SCTP link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counters.

Formula None

Unit packet


Feature ID

Feature Name

VS.Sctp.ToUserPkts


VS.Sctp.FromUserPkts




1.2.10 Measurement of IPv6 Performance (IPv6) Overview The IPv6 object type measures the function subset related to IPv6 packets on the transmission board in the base station. It represents the throughput of IPv6 packets.


FunctionSubSet Name

Network.IPv6

IPv6 Measurement

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IPv6 Measurement (Network.IPv6) Overview The Network.IPv6 function subset measures the traffic volumes of IPv6 packets, such as the number of successfully transmitted or received IPv6 packets or the number of bytes in the transmitted or received IPv6 packets. It represents the throughput of IPv6 packets on the transmission board in the base station. Figure 1-11 shows the position of the IPv6 in the TCP/ IP model. Figure 1-11

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455796

VS.IPv6.TxPackets

Number of successfully transmitted IPv6 packets


1542455797

VS.IPv6.TxBytes

Number of bytes in the successfully transmitted IPv6 packets


1542455798

VS.IPv6.TxDropPk ts

Number of discarded IPv6 packets transmitted


1542455799

VS.IPv6.TxDropBytes

Number of bytes in the discarded IPv6 packets transmitted


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198



Counter ID

Counter Name

Counter Description

Original Release

1542455800

VS.IPv6.RxPackets

Number of successfully received IPv6 packets


1542455801

VS.IPv6.RxBytes

Number of bytes in the successfully received IPv6 packets


1542455802

VS.IPv6.RxDropPk ts

Number of discarded IPv6 packets received


1542455803

VS.IPv6.RxDropBytes

Number of bytes in the discarded IPv6 packets received



Number of IPv6 Packets

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455796

VS.IPv6.TxPac kets

Number of successfully transmitted IPv6 packets


L

1542455798

VS.IPv6.TxDro pPkts

Number of discarded IPv6 packets transmitted


L

1542455800

VS.IPv6.RxPac kets

Number of successfully received IPv6 packets


L

Issue 11 (2015–05–30)


199



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455802

VS.IPv6.RxDro pPkts

Number of discarded IPv6 packets received


L

Description These counters measure the number of IPv6 packets successfully transmitted, successfully received, or discarded within a measurement period. They indicate the traffic on and the processing capability of the base station at the network layer.

Measurement Points Number of successfully transmitted packets, discarded packets due to transmission failures, successfully received packets, and discarded packets due to receive failures on the IPv6 path per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. If packets need to be fragmented, the number of TX packets is measured after the packets are fragmented and the number of RX packets is measured before the packets are reassembled.

Formula None

Unit packet


Feature ID

VS.IPv6.TxPackets

Multi-mode: None

Feature Name


Issue 11 (2015–05–30)

IPv4/IPv6 Dual Stack

LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6


200



Counter Name

Feature ID

VS.IPv6.TxDropPkts

Multi-mode: None

Feature Name


VS.IPv6.RxPackets


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6


VS.IPv6.RxDropPkts


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6



LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6

Number of Bytes in the IPv6 Packets

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455797

VS.IPv6.TxByt es

Number of bytes in the successfully transmitted IPv6 packets


L

1542455799

VS.IPv6.TxDro pBytes

Number of bytes in the discarded IPv6 packets transmitted


L

Issue 11 (2015–05–30)


201



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455801

VS.IPv6.RxByt es

Number of bytes in the successfully received IPv6 packets


L

1542455803

VS.IPv6.RxDro pBytes

Number of bytes in the discarded IPv6 packets received


L

Description These counters measure the number of bytes in the successfully transmitted, successfully received, or discarded IPv6 packets within a measurement period. They indicate the traffic and the processing capability of the base station at the network layer.

Measurement Points Number of successfully transmitted bytes, discarded bytes due to transmission failures, successfully received bytes, and discarded bytes due to receive failures on the IPv6 path per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. If packets need to be fragmented, the number of TX bytes is measured after the packets are fragmented and the number of RX bytes is measured before the packets are reassembled.

Formula None

Unit byte

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Feature ID

VS.IPv6.TxBytes

Multi-mode: None

Feature Name


VS.IPv6.TxDropBytes


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6


VS.IPv6.RxBytes


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6


VS.IPv6.RxDropBytes


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6



LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6

1.2.11 Measurement of IPv6 Path Performance (IPv6Path) Overview The IPv6Path object type measures the function subset related to the IPv6 path on the transmission board in the base station. It represents traffic volumes of the services carried by the IPv6 path and the service quality. Issue 11 (2015–05–30)


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FunctionSubSet Name

Transport.IPv6Path

IPv6 Path Measurement

IPv6 Path Measurement (Transport.IPv6Path) Overview The Transport.IPv6Path function subset measures the traffic volumes of real-time or non-realtime services on the IPv6 path, such as the number of successfully received, successfully transmitted, or discarded packets. It represents the traffic volumes of the services carried by the IPv6 path on the transmission board in the base station and the service quality. Figure 1-12 shows the position of the IPv6Path in the TCP/IP model. Figure 1-12

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455804

VS.IPv6Path.TxRt Pkts

Number of RealTime Service Packets Successfully Transmitted on the IPv6 Path


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204



Counter ID

Counter Name

Counter Description

Original Release

1542455805

VS.IPv6Path.TxRt Bytes

Number of Bytes in the Real-Time Service Packets Successfully Transmitted on the IPv6 Path


1542455808

VS.IPv6Path.RxRt Pkts

Number of RealTime Service Packets Successfully Received on the IPv6 Path


1542455809

VS.IPv6Path.RxRt Bytes

Number of Bytes in the Real-Time Service Packets Successfully Received on the IPv6 Path


1542455812

VS.IPv6Path.TxNr tPkts

Number of NonReal-Time Service Packets Successfully Transmitted on the IPv6 Path


1542455813

VS.IPv6Path.TxNr tBytes

Number of Bytes in the Non-Real-Time Service Packets Successfully Transmitted on the IPv6 Path


1542455816

VS.IPv6Path.RxNr tPkts

Number of NonReal-Time Service Packets Successfully Received on the IPv6 Path


1542455817

VS.IPv6Path.RxNr tBytes

Number of Bytes in the Non-Real-Time Service Packets Successfully Received on the IPv6 Path




205



Number of Real-Time Service Packets on the IPv6 Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455804

VS.IPv6Path.T xRtPkts

Number of Real-Time Service Packets Successfully Transmitted on the IPv6 Path


L

1542455808

VS.IPv6Path.R xRtPkts

Number of Real-Time Service Packets Successfully Received on the IPv6 Path


L

Description These counters measure the number of IP packets successfully transmitted and received on an IPv6Path within a measurement period, respectively. They indicate the real-time service traffic at the IP layer on the IPv6Path. Real-time services include voice services, video on demand (real-time streams), and real-time games. Real-time service data is generally the UDP-based stream media data.

Measurement Points The number of real-time service packets that are successfully transmitted or received on the IPv6 path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet

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Feature ID

VS.IPv6Path.TxRtPkts

Multi-mode: None

Feature Name


VS.IPv6Path.RxRtPkts


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6



LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6

Number of Bytes in the Real-Time Service Packets on the IPv6 Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455805

VS.IPv6Path.T xRtBytes

Number of Bytes in the Real-Time Service Packets Successfully Transmitted on the IPv6 Path


L

1542455809

VS.IPv6Path.R xRtBytes

Number of Bytes in the Real-Time Service Packets Successfully Received on the IPv6 Path


L

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Description These counters measure the number of bytes in the IP packets successfully transmitted and received on an IPv6Path within a measurement period, respectively. They indicate the real-time service traffic at the IP layer on the IPv6Path. Real-time services include voice services, video on demand (real-time streams), and real-time games. Real-time service data is generally the UDP-based stream media data.

Measurement Points The number of bytes in the real-time service packets that are successfully transmitted or received on the IPv6 path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter. In IPSec scenarios, the IPv6Path.RxRtBytes counter measures the number of bytes in the decrypted IP packets successfully received after reassembly, and the IPv6Path.TxRtBytes counter measures the number of bytes in the encrypted IP packets successfully transmitted before fragment. In non-IPSec scenarios, the IPv6Path.RxRtBytes counter measures the number of bytes in the IP packets successfully received after reassembly, and the IPv6Path.TxRtBytes counter measures the number of bytes in the IP packets successfully transmitted before fragment.

Formula None

Unit byte


Feature ID

VS.IPv6Path.TxRtBytes

Multi-mode: None

Feature Name


Issue 11 (2015–05–30)


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6


208



Counter Name

Feature ID

VS.IPv6Path.RxRtBytes

Multi-mode: None

Feature Name



LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6

Number of Non-Real-Time Service Packets on the IPv6 Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455812

VS.IPv6Path.T xNrtPkts

Number of NonReal-Time Service Packets Successfully Transmitted on the IPv6 Path


L

1542455816

VS.IPv6Path.R xNrtPkts

Number of NonReal-Time Service Packets Successfully Received on the IPv6 Path


L

Description These counters measure the number of IP packets successfully transmitted and received on an IPv6Path within a measurement period, respectively. They indicate the non-real-time service traffic at the IP layer on the IPv6Path. Non-real-time services include video on demand (that is, buffer streams), interactive games, and TCP-based data streams.

Measurement Points The number of non-real-time service packets that are successfully transmitted or received on the IPv6 path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

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Formula None

Unit packet


Feature ID

VS.IPv6Path.TxNrtPkts

Multi-mode: None

Feature Name


VS.IPv6Path.RxNrtPkts


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6



LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6

Number of Bytes in the Non-Real-Time Service Packets on the IPv6 Path

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455813

VS.IPv6Path.T xNrtBytes

Number of Bytes in the Non-Real-Time Service Packets Successfully Transmitted on the IPv6 Path


L

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210



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455817

VS.IPv6Path.R xNrtBytes

Number of Bytes in the Non-Real-Time Service Packets Successfully Received on the IPv6 Path


L

Description These counters measure the number of bytes in the IP packets successfully transmitted and received on an IPv6Path within a measurement period, respectively. They indicate the non-realtime service traffic at the IP layer on the IPv6Path. Non-real-time services include video on demand (that is, buffer streams), interactive games, and TCP-based data streams.

Measurement Points The number of bytes in the non-real-time service packets that are successfully transmitted or received on the IPv6 path is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter. In IPSec scenarios, the IPv6Path.RxNrtBytes counter measures the number of bytes in the decrypted IP packets successfully received after reassembly, and the IPv6Path.TxNrtBytes counter measures the number of bytes in the encrypted IP packets successfully transmitted before fragment. In non-IPSec scenarios, the IPv6Path.RxNrtBytes counter measures the number of bytes in the IP packets successfully received after reassembly, and the IPv6Path.TxNrtBytes counter measures the number of bytes in the IP packets successfully transmitted before fragment.

Formula None

Unit byte

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211




Feature ID

Feature Name

VS.IPv6Path.TxNrtBytes


VS.IPv6Path.RxNrtBytes


LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6



LOFD-003017

S1 and X2 over IPv6

TDLBFD-003006


TDLOFD-003017

S1 and X2 over IPv6

1.2.12 Measurement of OMCH Performance (OMCH) Overview The object type OMCH measurement contains the OM channel-related function subset. It represents the traffic volume of services carried by the OM channel in the base station and the quality of service.


FunctionSubSet Name

Transport.OMCH

OMCH Measurement

OMCH Measurement (Transport.OMCH) Overview The OMCH function subset provides the measurements on an OM channel in the base station. It measures traffic volumes of the services carried on the OM channel in the base station and the service quality. The OM channel uses TCP packets for transmission. Figure 1-13 shows the position of the OM channel in the TCP/IP model. Issue 11 (2015–05–30)


212



Figure 1-13

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455826

VS.OMCH.RxTotalPkts

Total Number of Packets Received on the OM Channel


1542455827

VS.OMCH.RxInSeqPkts

Number of In-Order Packets Received on the OM Channel


1542455828

VS.OMCH.RxWnd ProbePkts

Number of Window Probe Packets Received on the OM Channel


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213



Counter ID

Counter Name

Counter Description

Original Release

1542455829

VS.OMCH.RxWnd UpdatePkts

Number of the Window Size Update Packets Received on the OM Channel


1542455833

VS.OMCH.RxDup Pkts

Number of Fully Duplicated Packets Received on the OM Channel


1542455834

VS.OMCH.RxPart DupPkts

Number of Partially Duplicated Packets Received on the OM Channel


1542455835

VS.OMCH.RxOut OfOrderPkts

Number of Out-ofOrder Packets Received on the OM Channel


1542455836

VS.OMCH.RxAfterWndPkts

Number of Packets Beyond the Receive Window of the OM Channel


1542455837

Issue 11 (2015–05–30)

VS.OMCH.RxAfte rClosePkts

Number of Packets Received on the OM Channel After the Connection Is Released



214



Counter ID

Counter Name

Counter Description

Original Release

1542455838

VS.OMCH.RxAck Pkts

Number of ACKs Received on the OM Channel


1542455839

VS.OMCH.RxDupAckPkts

Number of Duplicated ACKs Received on the OM Channel


1542455840

VS.OMCH.RxToo MuchAckPkts

Number of Received ACKs for the NonTransmitted Data on the OM Channel


1542455841

VS.OMCH.TxTotalPkts

Total Number of Packets Transmitted on the OM Channel


1542455842

VS.OMCH.TxUrgentPkts

Number of Urgent Data Packets Transmitted on the OM Channel


1542455843

VS.OMCH.TxCtrl Pkts

Number of Control Packets Transmitted on the OM Channel


Issue 11 (2015–05–30)


215



Counter ID

Counter Name

Counter Description

Original Release

1542455844

VS.OMCH.TxWnd ProbePkts

Number of Window Probe Packets Transmitted on the OM Channel


1542455845

VS.OMCH.TxWnd UpdatePkts

Number of the Window Size Update Packets Transmitted on the OM Channel


1542455846

VS.OMCH.TxDataPkts

Number of Data Packets Transmitted on the OM Channel


1542455847

VS.OMCH.TxData RexntPkts

Number of Packets Retransmitted on the OM Channel


1542455848

VS.OMCH.TxAck OnlyPkts

Number of ACKs Transmitted on the OM Channel



Total Number of Packets Received on the OM Channel Issue 11 (2015–05–30)


216



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455826

VS.OMCH.Rx TotalPkts

Total Number of Packets Received on the OM Channel


G,U,L

BTS3900 LTE

Description This counter measures the total number of TCP packets received on the OM channel within a measurement period. It represents the traffic on the OM channel.

Measurement Points The number of packets received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxTotalPkts


Feature Name


Number of In-Order Packets Received on the OM Channel

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217



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455827

VS.OMCH.RxI nSeqPkts

Number of InOrder Packets Received on the OM Channel


G,U,L

BTS3900 LTE

Description This counter measures the number of in-order TCP packets with lengths of non-zero received on the OM channel within a measurement period. It represents the quality of the OM channel.

Measurement Points The number of in-order packets received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxInSeqPkts


Feature Name



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218



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455828

VS.OMCH.Rx WndProbePkts



G,U,L

BTS3900 LTE

Description This counter measures the total number of window probe packets received on the OM channel within a measurement period. It represents the traffic on the OM channel. After the local end informs the peer end that the receiving window size is zero, the peer end periodically sends window probe packets to check the size of the receiving window at the local end.

Measurement Points The number of window probe packets received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxWndProbePkts


Feature Name



Issue 11 (2015–05–30)


219



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455829

VS.OMCH.Rx WndUpdatePkt s



G,U,L

BTS3900 LTE

Description This counter measures the number of the window size update packets received on the OM channel within a measurement period. The peer end transmits such a packet when the peer end receives a probe packet from the local end or when the window size at the peer end changes. This counter represents the quality of the OM channel.

Measurement Points The number of the window size update packets received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxWndUpdatePkts


Feature Name



Issue 11 (2015–05–30)


220



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455833

VS.OMCH.Rx DupPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of fully duplicated ACKs received on the OM channel within a measurement period. It represents the quality of the OM channel. Two packets are fully duplicated if they have the same sequence number and the same data. This counter indicates the channel quality and the receive capability of the transmitter.

Measurement Points The number of fully duplicated packets received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxDupPkts


Feature Name



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221



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455834

VS.OMCH.RxP artDupPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of partially duplicated packets received on the OM channel within a measurement period. It represents the quality of the OM channel. Two packets are partially duplicated if they have the same data. This counter indicates the channel quality and the receive capability of the transmitter.

Measurement Points The number of partially duplicated packets received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxPartDupPkts


Feature Name


Number of Out-of-Order Packets Received on the OM Channel Issue 11 (2015–05–30)


222



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455835

VS.OMCH.Rx OutOfOrderPkt s

Number of Outof-Order Packets Received on the OM Channel


G,U,L

BTS3900 LTE

Description This counter measures the number of out-of-order packets received on the OM channel within a measurement period. It represents the quality of the OM channel.

Measurement Points The number of out-of-order packets received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxOutOfOrderPkts


Feature Name



Issue 11 (2015–05–30)


223



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455836

VS.OMCH.Rx AfterWndPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets beyond the receive window of the OM channel within the measurement period. A packet falls beyond the receive window of the OM channel when its size is larger than the receive capacity of the receive window. This counter indicates the quality of service of the OM channel.

Measurement Points The number of packets beyond the receive window of the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxAfterWndPkts


Feature Name



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224



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455837

VS.OMCH.Rx AfterClosePkts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets with the FIN bit set to 1 that are received on the OM channel within a measurement period. The FIN packet indicates the packet received on the OM channel after the connection is released. Certain data is buffered during transmission, which causes the receiver to receive some packets after the connection is released. This counter represents the quality of the OM channel and the network.

Measurement Points The number of packets received on the OM channel after the connection is released is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxAfterClosePkts


Issue 11 (2015–05–30)


Feature Name


225




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455838

VS.OMCH.Rx AckPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of acknowledge messages (ACKs), that is, messages have only ACK information or other information, received on the OM channel within a measurement period. An acknowledge message is a message with the ACK flag being set. It represents the quality of the OM channel.

Measurement Points The number of ACKs received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxAckPkts


Feature Name


Number of Duplicated ACKs Received on the OM Channel Issue 11 (2015–05–30)


226



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455839

VS.OMCH.Rx DupAckPkts

Number of Duplicated ACKs Received on the OM Channel


G,U,L

BTS3900 LTE

Description This counter measures the number of duplicated ACKs received on the OM channel within a measurement period. It represents the quality of the OM channel.

Measurement Points The number of duplicated ACKs received on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxDupAckPkts


Feature Name


Number of Received ACKs for the Non-Transmitted Data on the OM Channel

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227



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455840

VS.OMCH.Rx TooMuchAckP kts

Number of Received ACKs for the NonTransmitted Data on the OM Channel


G,U,L

BTS3900 LTE

Description This counter measures the number of received ACKs for the data that has not been transmitted on the OM channel within a measurement period. This counter indicates the quality of the OM channel.

Measurement Points The number of received ACKs for the data that has not been transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.RxTooMuchAckPkts


Feature Name



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455841

VS.OMCH.TxT otalPkts



G,U,L

BTS3900 LTE

Description This counter measures the total number of TCP packets successfully transmitted on the OM channel within a measurement period. The TCP packet includes the control packet, data packet, and keep-alive packet. This counter represents the traffic on the OM channel.

Measurement Points The number of packets transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxTotalPkts


Feature Name



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455842

VS.OMCH.Tx UrgentPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of all urgent data packets transmitted on the OM channel within a measurement period. It represents the traffic on the OM channel. An urgent data packet is a packet with the URG bit set to 1.

Measurement Points The number of urgent data packets transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxUrgentPkts


Feature Name



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455843

VS.OMCH.Tx CtrlPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of control all packets transmitted on the OM channel within a measurement period. It represents the traffic on the OM channel. The control packet is used for connection setup or connection release. It is a TCP packet with the SYN bit, FIN bit, and RST bit all set and with no data.

Measurement Points The number of control packets transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxCtrlPkts


Feature Name



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455844

VS.OMCH.Tx WndProbePkts



G,U,L

BTS3900 LTE

Description This counter measures the number of all window probe packets transmitted on the OM channel within a measurement period. It represents the traffic on the OM channel. If the local end receives an ACK from the peer end indicating that the receiving window size is zero, the local end will send a one-byte TCP packet, that is, a window probe packet, to the peer end after waiting for a period of time. Window probe packets transmitted on the OM channel are used to determine whether the receiver can still receive packets, that is, whether the actual receiving window size is zero. In general, a larger value of this counter indicates a larger extent that the receive capability is stronger than the transmit capability.

Measurement Points The number of urgent data packets transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxWndProbePkts


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455845

VS.OMCH.Tx WndUpdatePkt s



G,U,L

BTS3900 LTE

Description This counter measures the number of all window size update packets transmitted on the OM channel within a measurement period. Such a packet is transmitted as a response to the window probe packet. It only includes the window size update information and has no data. This counter represents the quality of the OM channel.

Measurement Points The number of window size update packets transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxWndUpdatePkts


Feature Name


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455846

VS.OMCH.Tx DataPkts

Number of Data Packets Transmitted on the OM Channel


G,U,L

BTS3900 LTE

Description This counter measures the number of all data packets transmitted on the OM channel within a measurement period. It represents the traffic on the OM channel.

Measurement Points The number of data packets transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxDataPkts


Feature Name



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455847

VS.OMCH.Tx DataRexntPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of all packets retransmitted on the OM channel within a measurement period. The transmitter retransmits a packet if no ACK message for the packet is received within a specified time. This counter represents the quality of the OM channel.

Measurement Points The number of packets retransmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxDataRexntPkts


Feature Name



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455848

VS.OMCH.Tx AckOnlyPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of all ACKs, that is, the packets only include ACK information and have no data, transmitted on the OM channel within a measurement period. This counter represents the quality of the OM channel.

Measurement Points The number of ACKs transmitted on the OM channel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.OMCH.TxAckOnlyPkts


Feature Name


1.2.13 Measurement of Tunnel Performance (TUNNEL) Overview The object type Tunnel Measurement contains the function subset related to tunnels. It represents the traffic of services carried on the tunnel in the base station and the service quality. Issue 11 (2015–05–30)


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FunctionSubSet Name

Network.Tunnel

Tunnel Measurement

Tunnel Measurement (Network.Tunnel) Overview The Network.Tunnel function subset measures the traffic and data rate in the tunnel. It represents the traffic volume of services carried by the tunnel in the base station and the quality of data transmission. Figure 1-14 shows the position of the tunnel in the TCP/IP model. Figure 1-14

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455856

VS.TUNNEL.TxBy tes

Number of Bytes Transmitted in the Tunnel


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Counter ID

Counter Name

Counter Description

Original Release

1542455857

VS.TUNNEL.TxPa ckets

Number of Packets Transmitted in the Tunnel


1542455858

VS.TUNNEL.RxBy tes

Number of Bytes Received in the Tunnel


1542455859

VS.TUNNEL.RxPa ckets

Number of Packets Received in the Tunnel


1542455860

VS.TUNNEL.TxM axSpeed

Maximum Transmit Rate in the Tunnel


1542455861

VS.TUNNEL.TxMi nSpeed

Minimum Transmit Rate in the Tunnel


1542455862

VS.TUNNEL.TxM eanSpeed

Average Transmit Rate in the Tunnel


1542455863

VS.TUNNEL.RxM axSpeed

Maximum Receive Rate in the Tunnel


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Counter ID

Counter Name

Counter Description

Original Release

1542455864

VS.TUNNEL.RxMi nSpeed

Minimum Receive Rate in the Tunnel


1542455865

VS.TUNNEL.RxM eanSpeed

Average Receive Rate in the Tunnel



Number of Bytes on the TUNNEL

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455856

VS.TUNNEL.T xBytes

Number of Bytes Transmitted in the Tunnel


G,U,L

Number of Bytes Received in the Tunnel


1542455858

VS.TUNNEL.R xBytes

BTS3900 LTE G,U,L

BTS3900 LTE


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Counter Name

Description

VS.TUNNEL.TxBytes

This counter measures the number of bytes transmitted in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

VS.TUNNEL.RxBytes

This counter measures the number of bytes received in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

Measurement Points The number of bytes in the packets successfully transmitted or received in the tunnel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit byte


Feature ID

Feature Name

VS.TUNNEL.TxBytes


IP-Based Multi-mode CoTransmission on BS side (GBTS)

MRFD-221501 MRFD-231501 MRFD-241501 GSM: None UMTS: None LTE: None

IP-Based Multi-mode CoTransmission on BS side (NodeB) IP-Based Multi-mode CoTransmission on BS side (eNodeB) IP-Based Multi-mode CoTransmission on BS side (LTE TDD)

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Counter Name

Feature ID

Feature Name

VS.TUNNEL.RxBytes



MRFD-221501 MRFD-231501 MRFD-241501 GSM: None UMTS: None

IP-Based Multi-mode CoTransmission on BS side (NodeB) IP-Based Multi-mode CoTransmission on BS side (eNodeB)

LTE: None

IP-Based Multi-mode CoTransmission on BS side (LTE TDD)

Number of Packets on the TUNNEL

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455857

VS.TUNNEL.T xPackets

Number of Packets Transmitted in the Tunnel


G,U,L

Number of Packets Received in the Tunnel


1542455859

VS.TUNNEL.R xPackets

BTS3900 LTE G,U,L

BTS3900 LTE


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Counter Name

Description

VS.TUNNEL.TxPackets

This counter measures the number of packets transmitted in the tunnel at the data link layer within a measurement period. It indicates the traffic and transmission quality in the tunnel at the data link layer within the measurement period.

VS.TUNNEL.RxPackets

This counter measures the number of packets received in the tunnel at the data link layer is measured within a measurement period. It indicates the traffic and transmission quality in the tunnel at the data link layer within the measurement period.

Measurement Points The number of packets successfully transmitted or received in the tunnel is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet

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Feature ID

Feature Name

VS.TUNNEL.TxPackets





VS.TUNNEL.RxPackets

Multi-mode: MRFD-211501 MRFD-221501 MRFD-231501 MRFD-241501 GSM: None UMTS: None LTE: None

IP-Based Multi-mode CoTransmission on BS side (GBTS) IP-Based Multi-mode CoTransmission on BS side (NodeB) IP-Based Multi-mode CoTransmission on BS side (eNodeB) IP-Based Multi-mode CoTransmission on BS side (LTE TDD)

Rate on the TUNNEL

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455860

VS.TUNNEL.T xMaxSpeed

Maximum Transmit Rate in the Tunnel


G,U,L

BTS3900 LTE 1542455861

VS.TUNNEL.T xMinSpeed

Minimum Transmit Rate in the Tunnel


G,U,L

BTS3900 LTE 1542455862

VS.TUNNEL.T xMeanSpeed

Average Transmit Rate in the Tunnel


G,U,L

BTS3900 LTE 1542455863

VS.TUNNEL.R xMaxSpeed

Maximum Receive Rate in the Tunnel


G,U,L

BTS3900 LTE 1542455864

VS.TUNNEL.R xMinSpeed

Minimum Receive Rate in the Tunnel


G,U,L

BTS3900 LTE 1542455865

VS.TUNNEL.R xMeanSpeed

Average Receive Rate in the Tunnel


G,U,L

BTS3900 LTE


Description

VS.TUNNEL.TxMaxSpeed

This counter measures the maximum transmit rate in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

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Counter Name

Description

VS.TUNNEL.TxMinSpeed

This counter measures the minimum transmit rate in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

VS.TUNNEL.TxMeanSpeed

This counter measures the average transmit rate in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

VS.TUNNEL.RxMaxSpeed

This counter measures the maximum receive rate in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

VS.TUNNEL.RxMinSpeed

This counter measures the minimum receive rate in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

VS.TUNNEL.RxMeanSpeed

This counter measures the average receive rate in the tunnel at the data link layer within a measurement period. It indicates the traffic in the tunnel at the data link layer within the measurement period.

Measurement Points Transmit rate and receive rate in the TUNNEL per second. At the end of a measurement period, the maximum, minimum, average sampling results are reported.

Formula None

Unit bit/s

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Feature ID

Feature Name

VS.TUNNEL.TxMaxSpeed





VS.TUNNEL.TxMinSpeed



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Counter Name

Feature ID

Feature Name

VS.TUNNEL.TxMeanSpeed





VS.TUNNEL.RxMaxSpeed



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Counter Name

Feature ID

Feature Name

VS.TUNNEL.RxMinSpeed





VS.TUNNEL.RxMeanSpeed



1.2.14 Measurement of AAL2Path Performance (AAL2PATH) Overview The object type AAL2PATH contains the function subset related to AAL2 paths. It represents the traffic of services carried on AAL2 paths in the base station and the service quality.

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FunctionSubSet Name

Transport.AAL2PATH

AAL2Path Measurement

AAL2Path Measurement (Transport.AAL2PATH) Overview The AAL2 PATH function subset measures the traffic volume carried on a transmission link. It helps analyze the transmission quality of the system and ensure the stable and reliable running of the system.

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455884

VS.AAL2PATH.Rx Pkts

Number of packets successfully received on the AAL2 Path


1542455885

VS.AAL2PATH.Tx Pkts

Number of packets successfully transmitted on the AAL2 Path


1542455886

VS.AAL2PATH.Tx DropPkts

Number of discarded packets transmitted on the AAL2 Path


1542455887

VS.AAL2PATH.Rx DropPkts

Number of discarded packets received on the AAL2 Path



Number of Packets on the AAL2 Path

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455884

VS.AAL2PAT H.RxPkts

Number of packets successfully received on the AAL2 Path


U

1542455885

VS.AAL2PAT H.TxPkts

Number of packets successfully transmitted on the AAL2 Path


U

1542455886

VS.AAL2PAT H.TxDropPkts

Number of discarded packets transmitted on the AAL2 Path


U

1542455887

VS.AAL2PAT H.RxDropPkts

Number of discarded packets received on the AAL2 Path


U


Description

VS.AAL2PATH.RxPkts

This counter measures the number of packets received on the AAL2 Path within a measurement period. It represents the traffic on the AAL2 Path.

VS.AAL2PATH.TxPkts

This counter measures the number of packets transmitted on the AAL2 Path within a measurement period. It represents the traffic on the AAL2 Path.

VS.AAL2PATH.TxDropPkts

This counter measures the number of discarded packets transmitted on the AAL2 Path within a measurement period. It represents the traffic on the AAL2 Path.

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Counter Name

Description

VS.AAL2PATH.RxDropPkts

This counter measures the number of discarded packets received on the AAL2 Path within a measurement period. It represents the traffic on the AAL2 Path.

Measurement Points The number of successfully received packets on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of successfully transmitted packets on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of packets that are to be transmitted but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of packets that are to be received but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet


Feature ID

VS.AAL2PATH.RxPkts

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-05030104 LTE: None VS.AAL2PATH.TxPkts

Dynamic AAL2 connection on Iub/IuCS/Iur Interface


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Counter Name

Feature ID

Feature Name

VS.AAL2PATH.TxDropPkt s


VS.AAL2PATH.RxDropPkt s




1.2.15 Measurement of SAAL Performance (SAAL) Overview The SAAL object type contains the function subsets related to SAAL links. It indicates the traffic of signaling services carried on SAAL links and the service quality.


FunctionSubSet Name

Transport.SAAL

SAAL Measurement

SAAL Measurement (Transport.SAAL) Overview The SAAL function subset measures the traffic volumes of IP packets transmitted and received on an SAAL link inside the base station. It measures traffic volumes of the signaling services carried on base station transmission boards and the service quality.

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455888

VS.SAALAAL5.Rx Pkts

Number of packets received on the SAAL AAL5 link


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Counter ID

Counter Name

Counter Description

Original Release

1542455889

VS.SAALAAL5.Tx Pkts

Number of packets transmitted on the SAAL AAL5 link


1542455890

VS.SAALAAL5.Rx DropPkts

Number of discarded packets received on the SAAL AAL5 link


1542455891

VS.SAALAAL5.Tx DropPkts

Number of discarded packets transmitted on the SAAL AAL5 link


1542455892

VS.SAALAAL5.Tx Cells

Number of cells transmitted on the SAAL AAL5 link


1542455893

VS.SAALAAL5.Rx Cells

Number of cells received on the SAAL AAL5 link


1542455894

VS.SAAL.ToAAL5 Pkts

Number of packets successfully received to the AAL5 layer on the SAAL link


1542455895

VS.SAAL.ToAAL5 DropPkts

Number of discarded packets received to the AAL5 layer on the SAAL link


1542455896

VS.SAAL.FromAA L5Pkts

Number of packets successfully received from the AAL5 layer on the SAAL link


1542455897

VS.SAAL.FromAA L5DropPkts

Number of discarded packets received from the AAL5 layer on the SAAL link


1542455898

VS.SAAL.FromUserPkts

Number of packets received from the user layer on the SAAL link


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Counter ID

Counter Name

Counter Description

Original Release

1542455899

VS.SAAL.ToUserPkts

Number of packets successfully transmitted to the user layer on the SAAL link


1542455900

VS.SAAL.ToUserFailedNumber

Number of packets failed to be transmitted to the user layer on the SAAL link



Number of Packets on the SAAL AAL5 link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455888

VS.SAALAAL 5.RxPkts

Number of packets received on the SAAL AAL5 link


U

1542455889

VS.SAALAAL 5.TxPkts

Number of packets transmitted on the SAAL AAL5 link


U

1542455890

VS.SAALAAL 5.RxDropPkts

Number of discarded packets received on the SAAL AAL5 link


U

1542455891

VS.SAALAAL 5.TxDropPkts

Number of discarded packets transmitted on the SAAL AAL5 link


U

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Description

VS.SAALAAL5.RxPkts

This counter provides the number of packets successfully received at the AAL5 layer on an SAAL link. It reflects the traffic on the SAAL AAL5 layer.

VS.SAALAAL5.TxPkts

This counter provides the number of packets successfully transmitted at the AAL5 layer on an SAAL link. It reflects the traffic on the SAAL AAL5 layer.

VS.SAALAAL5.RxDropPkts

This counter provides the number of discarded packets received at the AAL5 layer on an SAAL link. It reflects the quality on the SAAL AAL5 layer.

VS.SAALAAL5.TxDropPkts

This counter provides the number of discarded packets transmitted at the AAL5 layer on an SAAL link. It reflects the quality on the SAAL AAL5 layer.

Measurement Points The number of successfully received packets on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of successfully transmitted packets on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of packets that are to be received but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of packets that are to be transmitted but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

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Feature ID

VS.SAALAAL5.RxPkts

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-05030105 LTE: None VS.SAALAAL5.TxPkts

AAL5 permanent connection on control surfaces business


VS.SAALAAL5.RxDropPkt s


VS.SAALAAL5.TxDropPkt s





Number of Cells on the SAAL AAL5 link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455892

VS.SAALAAL 5.TxCells

Number of cells transmitted on the SAAL AAL5 link


U

1542455893

VS.SAALAAL 5.RxCells

Number of cells received on the SAAL AAL5 link


U

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Description

VS.SAALAAL5.TxCells

This counter provides the number of cells transmitted at the AAL5 layer on an SAAL link. It reflects the traffic on the SAAL AAL5 layer.

VS.SAALAAL5.RxCells

This counter provides the number of cells received at the AAL5 layer on an SAAL link. It reflects the traffic on the SAAL AAL5 layer.

Measurement Points The number of cells transmitted on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of received cells on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit cell


Feature ID

VS.SAALAAL5.TxCells

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-05030105 LTE: None VS.SAALAAL5.RxCells



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455894

VS.SAAL.ToA AL5Pkts



U

Description This counter provides the number of packets successfully transmitted to the AAL5 layer on an SAAL link. It reflects the traffic on the SAAL link.

Measurement Points This counter is measured when data to be transmitted to the AAL5 layer on the SAAL link in a measurement period.

Formula None

Unit packet


Feature ID

VS.SAAL.ToAAL5Pkts

Multi-mode: None

Feature Name



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455895

VS.SAAL.ToA AL5DropPkts

Number of discarded packets received to the AAL5 layer on the SAAL link


U

Description This counter provides the number of packets that failed to be transmitted to the AAL5 layer on an SAAL link. It reflects the transmission quality on the SAAL link.

Measurement Points This counter is measured when data fails to be transmitted to the AAL5 layer on the SAAL link in a measurement period.

Formula None

Unit packet


Feature ID

VS.SAAL.ToAAL5DropPkt s

Multi-mode: None

Feature Name




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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455896

VS.SAAL.Fro mAAL5Pkts



U

Description This counter provides the number of packets successfully received from the AAL5 layer on an SAAL link. It reflects the traffic on the SAAL link.

Measurement Points This counter is measured when data to be received from the AAL5 layer on the SAAL link in a measurement period.

Formula None

Unit packet


Feature ID

VS.SAAL.FromAAL5Pkts

Multi-mode: None

Feature Name




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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455897

VS.SAAL.Fro mAAL5DropPk ts



U

Description This counter provides the number of packets that failed to be received from the AAL5 layer on an SAAL link. It reflects the traffic on the SAAL link.

Measurement Points This counter is measured when data fails to be received from the AAL5 layer on the SAAL link in a measurement period.

Formula None

Unit packet


Feature ID

VS.SAAL.FromAAL5Drop Pkts

Multi-mode: None

Feature Name




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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455898

VS.SAAL.Fro mUserPkts



U

Description This counter provides the number of packets received from the signaling or ALCAP on an SAAL path in a measurement period. It reflects the quality on the SAAL link.

Measurement Points This counter is measured when data to be received from the application layer on the SAAL link in a measurement period.

Formula None

Unit packet


Feature ID

VS.SAAL.FromUserPkts

Multi-mode: None

Feature Name




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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455899

VS.SAAL.ToU serPkts



U

Description This counter provides the number of packets successfully transmitted to the signaling or ALCAP on an SAAL path in a measurement period. It reflects the quality on the SAAL link.

Measurement Points This counter is measured when data to be transmitted to the application layer on the SAAL link in a measurement period.

Formula None

Unit packet


Feature ID

VS.SAAL.ToUserPkts

Multi-mode: None

Feature Name




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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455900

VS.SAAL.ToU serFailedNumb er



U

Description This counter provides the number of packets that failed to be transmitted to the signaling or ALCAP on an SAAL path in a measurement period. It reflects the traffic on the SAAL link.

Measurement Points This counter is measured when data fails to be transmitted to the application layer on the SAAL link in a measurement period.

Formula None

Unit packet


Feature ID

VS.SAAL.ToUserFailedNumber

Multi-mode: None

Feature Name



1.2.16 Measurement of IMAGRP Performance (IMAGRP) Overview The IMAGRP object type contains the function subsets related to IMA groups. It indicates the traffic of services carried on IMA groups and the service quality. Issue 11 (2015–05–30)


264




FunctionSubSet Name

DataLink.IMAGRP

IMAGRP Measurement

IMAGRP Measurement (DataLink.IMAGRP) Overview The IMAGRP function subset measures traffic volumes carried on the transmission links. It helps analyze the transmission quality of the system and ensure the stable and reliable running of the system.

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455901

VS.IMAGRP.TxDr opCells

Number of discarded cells transmitted on the IMAGRP


1542455902

VS.IMAGRP.TxCe lls

Number of user cells transmitted on the IMAGRP


1542455903

VS.IMAGRP.RxCe lls

Number of user cells received on the IMAGRP


1542455904

VS.IMAGRP.RxDr opCells

Number of discarded cells received on the IMAGRP



Number of Cells on the IMAGRP

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455901

VS.IMAGRP.T xDropCells

Number of discarded cells transmitted on the IMAGRP


U

1542455902

VS.IMAGRP.T xCells

Number of user cells transmitted on the IMAGRP


U

1542455903

VS.IMAGRP.R xCells

Number of user cells received on the IMAGRP


U

1542455904

VS.IMAGRP.R xDropCells

Number of discarded cells received on the IMAGRP


U


Description

VS.IMAGRP.TxDropCells

This counter provides the number of discarded cells transmitted on an IMA group due to ATM layer congestion. It reflects the quality on the IMA group.

VS.IMAGRP.TxCells

This counter provides the number of cells transmitted on an IMA group. It reflects the traffic on the IMA group.

VS.IMAGRP.RxCells

This counter provides the number of cells received on an IMA group. It reflects the traffic on the IMA group.

VS.IMAGRP.RxDropCells

This counter provides the number of discarded cells received on an IMA group due to ATM layer congestion. It reflects the quality on the IMA group.

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Measurement Points The number of cells that are to be transmitted but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of cells transmitted on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of cells received on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of cells that are to be received but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit cell


Feature ID

VS.IMAGRP.TxDropCells

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-050304 LTE: None VS.IMAGRP.TxCells

IMA over E1T1 or STM-1/ OC-3 on Iub Interface


VS.IMAGRP.RxCells



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267



Counter Name

Feature ID

Feature Name

VS.IMAGRP.RxDropCells



1.2.17 Measurement of IPoA Performance (IPOAAAL5) Overview The IPOAAAL5 object type contains the function subsets related to IPOA AAL5. It indicates the traffic of services carried on IPOA AAL5 and the service quality.


FunctionSubSet Name

Transport.IPOAAAL5

IPoA Measurement

IPoA Measurement (Transport.IPOAAAL5) Overview The IPoA AAL5 function subset measures the traffic volume carried on a transmission link at the ATM layer. It helps analyze the transmission quality of the system and ensure the stable and reliable running of the system.

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455905

VS.IPOAAAL5.Rx Pkts

Number of packets received on the IPOA AAL5 link


1542455906

VS.IPOAAAL5.Tx Pkts

Number of packets transmitted on the IPOA AAL5 link


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Counter ID

Counter Name

Counter Description

Original Release

1542455907

VS.IPOAAAL5.Rx DropPkts

Number of discarded packets received on the IPOA AAL5 link


1542455908

VS.IPOAAAL5.Tx DropPkts

Number of discarded packets transmitted on the IPOA AAL5 link


1542455909

VS.IPOAAAL5.Tx Cells

Number of cells transmitted on the IPOA AAL5 link


1542455910

VS.IPOAAAL5.Rx Cells

Number of cells received on the IPOA AAL5 link



Number of Packets on the IPOA AAL5 link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455905

VS.IPOAAAL5 .RxPkts

Number of packets received on the IPOA AAL5 link


U

1542455906

VS.IPOAAAL5 .TxPkts

Number of packets transmitted on the IPOA AAL5 link


U

1542455907

VS.IPOAAAL5 .RxDropPkts

Number of discarded packets received on the IPOA AAL5 link


U

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Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455908

VS.IPOAAAL5 .TxDropPkts

Number of discarded packets transmitted on the IPOA AAL5 link


U


Description

VS.IPOAAAL5.RxPkts

This counter provides the number of packets received at the AAL5 layer on an IPoA link. It reflects the traffic on the IPoA AAL5 layer.

VS.IPOAAAL5.TxPkts

This counter provides the number of packets transmitted at the AAL5 layer on an IPoA link. It reflects the traffic on the IPoA AAL5 layer.

VS.IPOAAAL5.RxDropPkts

This counter provides the number of discarded packets received at the AAL5 layer on an IPoA link. It reflects the quality on the IPoA AAL5 layer.

VS.IPOAAAL5.TxDropPkts

This counter provides the number of discarded packets transmitted at the AAL5 layer on an IPoA link. It reflects the quality on the IPoA AAL5 layer.

Measurement Points The number of received packets on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of transmitted packets on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of packets that are to be received but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter;

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The number of packets that are to be transmitted but discarded on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet


Feature ID

VS.IPOAAAL5.RxPkts

Multi-mode: None

Feature Name

GSM: None UMTS: WRFD-05030105 LTE: None VS.IPOAAAL5.TxPkts



VS.IPOAAAL5.RxDropPkt s


VS.IPOAAAL5.TxDropPkts





Number of Cells on the IPOA AAL5 link

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455909

VS.IPOAAAL5 .TxCells

Number of cells transmitted on the IPOA AAL5 link


U

1542455910

VS.IPOAAAL5 .RxCells

Number of cells received on the IPOA AAL5 link


U


Description

VS.IPOAAAL5.TxCells

This counter provides the number of cells transmitted at the AAL5 layer on an IPoA link. It reflects the traffic on the IPoA AAL5 layer.

VS.IPOAAAL5.RxCells

This counter provides the number of cells received at the AAL5 layer on an IPoA link. It reflects the traffic on the IPoA AAL5 layer.

Measurement Points The number of cells transmitted on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter; The number of cells received on a link is sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit cell

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Feature ID

Feature Name

VS.IPOAAAL5.TxCells


VS.IPOAAAL5.RxCells




1.2.18 Measurement of Trunk Performance (TRUNK) Overview The object type TRUNK measurement contains the TRUNK-related function subset. It represents the traffic volume of services carried by the TRUNK in the base station and the quality of service.


FunctionSubSet Name

Datalink.TRUNK

Trunk Measurement

Trunk Measurement (Datalink.TRUNK) Overview The Datalink.TRUNK function subset measures the data rate in the TRUNK. It represents the traffic volume of services carried by the TRUNK in the base station and the quality of service.

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Counters Counter ID

Counter Name

Counter Description

Original Release

1542460302

VS.TRUNK.TxTotalBW

Total transmission bandwidth in TRUNK link


1542460303

VS.TRUNK.RxTotalBW

Total receive bandwidth in TRUNK link


1542460304

VS.TRUNK.RxMa xSpeed

Maximum Receive Rate in TRUNK


1542460305

VS.TRUNK.RxMe anSpeed

Mean Receive Rate in the TRUNK


1542460306

VS.TRUNK.TxMa xSpeed

Maximum transmit Rate in TRUNK


1542460307

VS.TRUNK.TxMe anSpeed

Mean transmit Rate in TRUNK




274



Available Bandwidth on the TRUNK

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460302

VS.TRUNK.Tx TotalBW

Total transmission bandwidth in TRUNK link


G,U,L

Total receive bandwidth in TRUNK link


1542460303

VS.TRUNK.Rx TotalBW

BTS3900 LTE G,U,L

BTS3900 LTE

Description These counters provide total transmit and receive bandwidth in TRUNK link in the current measurement period, reflecting the TRUNK bandwidth.

Measurement Points Available bandwidth in the transmit and receive directions of the trunk group per second. At the end of a measurement period, the average of these sampling results is used as the value of the corresponding counter.

Formula None

Unit kbit/s


Feature ID

Feature Name

VS.TRUNK.TxTotalBW


Link Aggregation


Ethernet Link Aggregation (IEEE 802.3ad) Ethernet Link Aggregation (IEEE 802.3ad)

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Counter Name

Feature ID

Feature Name

VS.TRUNK.RxTotalBW


Link Aggregation


Ethernet Link Aggregation (IEEE 802.3ad)

TDLOFD-003008

Ethernet Link Aggregation (IEEE 802.3ad)

Rate on the TRUNK

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460304

VS.TRUNK.Rx MaxSpeed

Maximum Receive Rate in TRUNK


G,U,L

BTS3900 LTE 1542460305

VS.TRUNK.Rx MeanSpeed

Mean Receive Rate in the TRUNK


G,U,L

BTS3900 LTE 1542460306

VS.TRUNK.Tx MaxSpeed

Maximum transmit Rate in TRUNK


G,U,L

BTS3900 LTE 1542460307

VS.TRUNK.Tx MeanSpeed

Mean transmit Rate in TRUNK


G,U,L

BTS3900 LTE


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Counter Name

Description

VS.TRUNK.RxMaxSpeed

Maximum Receive Rate in TRUNK is measured in the current measurement period, reflecting the TRUNK link quality.

VS.TRUNK.RxMeanSpeed

Mean Receive Rate in the Tunnel is measured in the current measurement period, reflecting the TRUNK link quality.

VS.TRUNK.TxMaxSpeed

Maximum transmit Rate in TRUNK is measured in the current measurement period, reflecting the TRUNK link quality.

VS.TRUNK.TxMeanSpeed

Mean transmit Rate in TRUNK is measured in the current measurement period, reflecting the TRUNK link quality.

Measurement Points The transmit rate or the receive rate on the trunk is sampled per second. At the end of a measurement period, the maximum, minimum, or average of these sampling results is used as the value of the corresponding counter.

Formula None

Unit kbit/s


Feature ID

Feature Name

VS.TRUNK.RxMaxSpeed


Link Aggregation



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Counter Name

Feature ID

Feature Name

VS.TRUNK.RxMeanSpeed


Link Aggregation



VS.TRUNK.TxMaxSpeed


Link Aggregation



VS.TRUNK.TxMeanSpeed


Link Aggregation



1.2.19 Measurement of Integrated Firewall Performance (Firewall) Overview The Firewall object type contains the function subsets related to the built-in firewall. It indicates the security status of the base station.


FunctionSubSet Name

Transport.Firewall

Integrated Firewall Measurement

Integrated Firewall Measurement (Transport.Firewall) Overview The firewall function subset measures the state of firewall, It helps to analyze the firewall state. Issue 11 (2015–05–30)


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Counters Counter ID

Counter Name

Counter Description

Original Release

1542460338

VS.Firewall.RxL2 ACLFilterDropPkts

Number of discarded packets due to L2 ACL filter based on port


1542460339

VS.Firewall.RxAdvACLFilterDropPkts

Number of discarded packets due to advanced ACL filter based on port




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460338

VS.Firewall.Rx L2ACLFilterDropPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of discarded packets due to L2 ACL filter based on port.

Measurement Points The number of discarded packets received due to L2 ACL filter based on port is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

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Formula None

Unit packet


Feature ID

VS.Firewall.RxL2ACLFilterDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402



Integrated Firewall Integrated Firewall


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460339

VS.Firewall.Rx AdvACLFilterDropPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of discarded packets due to advanced ACL filter based on port. Advanced ACLs refer to L3 and L4 ACLs.

Measurement Points The number of discarded packets received due to advanced ACL filter based on port is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter. Issue 11 (2015–05–30)


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Formula None

Unit packet


Feature ID

Feature Name

VS.Firewall.RxAdvACLFilterDropPkts

Multi-mode: None GSM: GBFD-118601 UMTS: WRFD-050402 LTE: LOFD-003014 TDLOFD-003014

IP Transmission Introduction on Abis Interface IP Transmission Introduction on Iub Interface Integrated Firewall Integrated Firewall

1.2.20 Measurement of IKE Performance (IKE) Overview The IKE object type contains the function subsets related to the IKE. It indicates the IKE negotiation traffic and the service quality.


FunctionSubSet Name

Transport.IKE

IKE Measurement

IKE Measurement (Transport.IKE) Overview The IKE function subset measures the state of IKE.It helps to analyze the IKE state.

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Counters Counter ID

Counter Name

Counter Description

Original Release

1542460340

VS.IKE.RxPackets

Number of IKE packets received


1542460341

VS.IKE.TxPackets

Number of IKE packets transmitted


1542460342

VS.IKE.SubSARek ey.Times

Times of IKE sub SA rekey completed


1542460343

VS.IKE.DPDSessio nFail.Times

Times of DPD session fail




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460340

VS.IKE.RxPac kets



G,U,L

BTS3900 LTE

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Description This counter measures the number of IKE packets received by the base station.

Measurement Points The number of IKE packets received is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IKE.RxPackets

Multi-mode: None

Feature Name

GSM: GBFD-113524

BTS Integrated IPsec

UMTS: WRFD-140209

NodeB Integrated IPsec

LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460341

VS.IKE.TxPack ets



G,U,L

BTS3900 LTE

Description This counter measures the number of IKE packets transmitted.

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Measurement Points The number of IKE packets transmitted is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IKE.TxPackets

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460342

VS.IKE.SubSA Rekey.Times



G,U,L

BTS3900 LTE

Description This counter measures the times of IKE child SA rekey completed by the base station.

Measurement Points When sub SA rekey completed, the counter will be added 1.



284



Unit None


Feature ID

VS.IKE.SubSARekey.Time s

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460343

VS.IKE.DPDSe ssionFail.Times



G,U,L

BTS3900 LTE

Description This counter measures the failure times of base station DPD session.

Measurement Points Times of DPD session fail is sampled in 30 seconds. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit None

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Feature ID

Feature Name

VS.IKE.DPDSessionFail.Ti mes



UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec

1.2.21 Measurement of IPSec Performance (IPSec) Overview The IPSec object type contains the function subsets related to IPSec. It indicates the IPSec traffic and the service quality.


FunctionSubSet Name

Transport.IPSec

IPSec Measurement

IPSec Measurement (Transport.IPSec) Overview The IPSec function subset measures the state of IPSec,It helps to analyze the IPSec state.

Counters Counter ID

Counter Name

Counter Description

Original Release

1542460344

VS.IPSec.RxCheck ReplayFailDropPkts

Number of discarded packets received due to replay checking fail


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Counter ID

Counter Name

Counter Description

Original Release

1542460345

VS.IPSec.RxAHCheckFailDropPkts

Number of discarded packets received due to AH checking fail


1542460346

VS.IPSec.RxESPFailDropPkts

Number of discarded packets received due to ESP fail


1542460347

VS.IPSec.RxDecryptACLFailDropPkts

Number of discarded packets received due to decrypt ACL fail


1542460348

VS.IPSec.RxDecryptSuccessPkts

Number of decrypt success packets received


1542460349

VS.IPSec.TxOutboundSAMissDropPkts

Number of discarded packets transmitted due to outbound SA miss


1542460350

VS.IPSec.TxAntiReplaySnWrappedDropPkts

Number of discarded packets transmitted due to sequence number overflow


1542460351

VS.IPSec.TxEncryptSuccessPkts

Number of encrypt success packets transmitted


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460344

VS.IPSec.RxCh eckReplayFailDropPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets discarded by the base station RX due to the replay checking.

Measurement Points The number of discarded packets received due to replay checking fail is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.RxCheckReplayFailDropPkts



UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

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Feature Name


IPsec

288




Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460345

VS.IPSec.RxA HCheckFailDropPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets discarded by the base station RX due to the AH authentication failure.

Measurement Points The number of discarded packets received due to AH checking fail is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.RxAHCheckFailDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec

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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460346

VS.IPSec.RxES PFailDropPkts

Number of discarded packets received due to ESP fail


G,U,L

BTS3900 LTE

Description This counter measures the number of packets discarded by the base station RX due to the ESP authentication failure or decryption failure.

Measurement Points The number of discarded packets received due to ESP fail is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.RxESPFailDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460347

VS.IPSec.RxDe cryptACLFailDropPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets discarded by the base station RX due to packets that should not have been encrypted.

Measurement Points The number of discarded packets received due to decrypt ACL fail is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.RxDecryptACLFailDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460348

VS.IPSec.RxDe cryptSuccessPk ts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets successfully decrypted by the base station RX.

Measurement Points The number of packets decryption successful received is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.RxDecryptSuccessPkts

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460349

VS.IPSec.TxOu tboundSAMissDropPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets discarded by the base station TX due to outbound SA miss.

Measurement Points The number of discarded packets transmitted due to outbound SA miss is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.TxOutboundSAMissDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460350

VS.IPSec.TxAn tiReplaySnWra ppedDropPkts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets discarded by the base station TX due to sequence number overflow.

Measurement Points The number of discarded packets transmitted due to sequence number overflow is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.TxAntiReplaySnWrappedDropPkts

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec


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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460351

VS.IPSec.TxEn cryptSuccessPk ts



G,U,L

BTS3900 LTE

Description This counter measures the number of packets successfully encrypted by the base station TX.

Measurement Points The number of packets encryption successful transmitted is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the counter.

Formula None

Unit packet


Feature ID

VS.IPSec.TxEncryptSuccessPkts

Multi-mode: None

Feature Name

GSM: GBFD-113524


UMTS: WRFD-140209


LTE: LOFD-003009

IPsec

TDLOFD-003009

IPsec

1.2.22 Measurement of SCTP Link Performance (SCTPLNK) Overview The object type SCTPLNK Measurement contains the function subset related to the Stream Control Transmission Protocol (SCTP) link of the base station. It represents the traffic volume of signaling services carried by the SCTP link and the quality of service. Issue 11 (2015–05–30)


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FunctionSubSet Name

Transport.SCTPLNK

SCTP Link Measurement

SCTP Link Measurement (Transport.SCTPLNK) Overview The SCTPLNK function subset measures the traffic volumes of IP packets transmitted and received on an SCTP link inside the base station. It measures traffic volumes of the signaling services carried on base station transmission boards and the service quality.Figure 1-15 shows the position of the SCTP layer in the TCP/IP model. Figure 1-15

Counters Counter ID

Counter Name

Counter Description

Original Release

1542460356

VS.SctpLnk.RxByt es

Number of bytes in the IP packets received on the SCTP link


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Counter ID

Counter Name

Counter Description

Original Release

1542460357

VS.SctpLnk.TxByt es

Number of bytes in the IP packets transmitted on the SCTP link


1542460358

VS.SctpLnk.RxPkt s

Number of IP packets received on the SCTP link


1542460359

VS.SctpLnk.TxPkt s

Number of IP packets transmitted on the SCTP link


1542460360

VS.SctpLnk.RxDro pPkts

Number of discarded IP packets received on the SCTP link


1542460361

VS.SctpLnk.RxMa xSpeed

Maximum IP packet receive rate on the SCTP link


1542460362

VS.SctpLnk.RxMi nSpeed

Minimum IP packet receive rate on the SCTP link


1542460363

VS.SctpLnk.RxMe anSpeed

Average IP packet receive rate on the SCTP link


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Counter ID

Counter Name

Counter Description

Original Release

1542460364

VS.SctpLnk.TxMa xSpeed

Maximum IP packet transmit rate on the SCTP link


1542460365

VS.SctpLnk.TxMin Speed

Minimum IP packet transmit rate on the SCTP link


1542460366

VS.SctpLnk.TxMe anSpeed

Average IP packet transmit rate on the SCTP link


1542460367

VS.SctpLnk.ToUserPkts



1542460368

VS.SctpLnk.FromUserPkts

Number of packets received on the SCTP link from the application layer


1542460369

VS.SctpLnk.RePkt s

Number of chunks retransmitted from the SCTP link


1542460370

VS.SctpLnk.RxDro pBytes

Number of discarded IP bytes received on the SCTP link


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298



Counter ID

Counter Name

Counter Description

Original Release

1542460371

VS.SctpLnk.Cong. Dur

Congestion Duration of an SCTP Link


1542460372

VS.SctpLnk.Cong

Number of Congestions on an SCTP Link


1542460373

VS.SctpLnk.Unava il.Dur

Duration of SCTP Link Unavailable


1542460374

VS.SctpLnk.Unavail

Number of Times SCTP Link Unavailable


1542460375

VS.SctpLnk.TxDataChunk

Number of Data Chunks Transmitted on an SCTP Link


1542460376

VS.SctpLnk.RxDataChunk

Number of Data Chunks Received on an SCTP Link



Issue 11 (2015–05–30)


299



Number of Bytes in the IP Packets on the SCTP link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460356

VS.SctpLnk.Rx Bytes

Number of bytes in the IP packets received on the SCTP link


G,U,L

Number of bytes in the IP packets transmitted on the SCTP link


Number of discarded IP bytes received on the SCTP link


1542460357

1542460370

VS.SctpLnk.Tx Bytes

VS.SctpLnk.Rx DropBytes

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE

Description The counters measure the number of bytes in the IP packets transmitted or received or discarded on the SCTP link within a measurement period. They represent the traffic volume of signaling services. The counter measure the number of bytes discarded on the SCTP link within a measurement period is not supported currently and the value of the counter VS.SctpLnk.RxDropBytes is always 0.

Measurement Points The number of bytes in the IP packets successfully transmitted, successfully received or discarded on the SCTP link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter value includes the number of bytes in user data (the data field of a user data packet, excluding the MAC header, IP header, and SCTP header). This counter excludes the number of bytes in the following SCTP management messages: Heartbeat messages, Link establishment messages, Link disconnection messages, Handshake messages.

Formula None



300




Feature ID

VS.SctpLnk.RxBytes

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None

VS.SctpLnk.TxBytes



UMTS: WRFD-050402


LTE: None

VS.SctpLnk.RxDropBytes



UMTS: WRFD-050402


LTE: None

Number of IP Packets on the SCTP link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460358

VS.SctpLnk.Rx Pkts

Number of IP packets received on the SCTP link


G,U,L

Number of IP packets transmitted on the SCTP link


1542460359

Issue 11 (2015–05–30)

VS.SctpLnk.Tx Pkts

BTS3900 LTE G,U,L

BTS3900 LTE


301



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460360

VS.SctpLnk.Rx DropPkts

Number of discarded IP packets received on the SCTP link


G,U,L

BTS3900 LTE

Description The counters measure the number of IP packets transmitted or received or discarded on the SCTP link within a measurement period. They represent the traffic volume of signaling services.

Measurement Points The number of IP packets transmitted, successfully received or discarded on the SCTP link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter value includes the number of all the packets received over an SCTP link. The packets include SCTP management messages, such as heartbeat messages, link establishment messages, link disconnection messages, and handshake messages. However, the received packets on an SCTP link are not measured in any of the following cases: (1) The SCTP link is not configured. (2) There is no signaling bearer at the upper layer of the SCTP link. (3) The SCTP link is blocked.

Formula None

Unit packet


Feature ID

VS.SctpLnk.RxPkts


Issue 11 (2015–05–30)


Feature Name


302



Counter Name

Feature ID

VS.SctpLnk.TxPkts

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None

VS.SctpLnk.RxDropPkts



UMTS: WRFD-050402


LTE: None

IP Packet Rate Measurements on the SCTP link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460361

VS.SctpLnk.Rx MaxSpeed

Maximum IP packet receive rate on the SCTP link


G,U,L

Minimum IP packet receive rate on the SCTP link


Average IP packet receive rate on the SCTP link


Maximum IP packet transmit rate on the SCTP link


1542460362

1542460363

1542460364

Issue 11 (2015–05–30)

VS.SctpLnk.Rx MinSpeed

VS.SctpLnk.Rx MeanSpeed

VS.SctpLnk.Tx MaxSpeed

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE


303



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460365

VS.SctpLnk.Tx MinSpeed

Minimum IP packet transmit rate on the SCTP link


G,U,L

Average IP packet transmit rate on the SCTP link


1542460366

VS.SctpLnk.Tx MeanSpeed

BTS3900 LTE G,U,L

BTS3900 LTE

Description These counters measure the maximum rate, minimum rate, and average rate for transmitting or receiving IP packets on an SCTP link within a measurement period. These rates are calculated on a per-byte basis. They represent the transmission capability of the SCTP link.

Measurement Points The transmit rate or the receive rate on the SCTP link is sampled per second. At the end of a measurement period, the maximum rate, minimum rate or average rate of these sampling results is used as the value of the corresponding counter.

Formula None

Unit bit/s


Feature ID

VS.SctpLnk.RxMaxSpeed


Issue 11 (2015–05–30)


Feature Name


304



Counter Name

Feature ID

VS.SctpLnk.RxMinSpeed


VS.SctpLnk.RxMeanSpeed






VS.SctpLnk.TxMeanSpeed



VS.SctpLnk.TxMinSpeed



VS.SctpLnk.TxMaxSpeed

Feature Name




Number of packets on the SCTP link from the application layer

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305



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460367

VS.SctpLnk.To UserPkts



G,U,L

Number of packets received on the SCTP link from the application layer


1542460368

VS.SctpLnk.Fr omUserPkts

BTS3900 LTE

G,U,L

BTS3900 LTE

Description The counters measure the number of user packets transmitted or received on the SCTP link within a measurement period. They represent the traffic volume of signaling services.

Measurement Points The number of packets received from or transmitted to the application layer on an SCTP link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counters.

Formula None

Unit packet


Feature ID

VS.SctpLnk.ToUserPkts


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Feature Name


306



Counter Name

Feature ID

VS.SctpLnk.FromUserPkts

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460369

VS.SctpLnk.Re Pkts



G,U,L

BTS3900 LTE

Description The counters measure the number of chunks retransmitted from the SCTP link. They represent the transmission capability of the SCTP link.

Measurement Points The number of packets retransmitted on an SCTP link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counters.

Formula None

Unit packet

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307




Feature ID

VS.SctpLnk.RePkts

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460371

VS.SctpLnk.Co ng.Dur



G,U,L

BTS3900 LTE

Description This counter provides the duration through which an SCTP link is in the congested state in a measurement period.

Measurement Points The congestion duration is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. An SCTP link is considered congested when the buffered data of the SCTP link reaches the threshold.

Formula None

Unit s

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308




Feature ID

VS.SctpLnk.Cong.Dur

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460372

VS.SctpLnk.Co ng



G,U,L

BTS3900 LTE

Description This counter provides the number of times that an SCTP link enters the congested state in a measurement period.

Measurement Points The number of congestion times is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. An SCTP link is considered congested when the buffered data of the SCTP link reaches the threshold.

Formula None

Unit None

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309




Feature ID

VS.SctpLnk.Cong

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460373

VS.SctpLnk.Un avail.Dur



G,U,L

BTS3900 LTE

Description This counter provides the duration through which an SCTP link is in the unavailable state.

Measurement Points The duration through which an SCTP link is unavailable is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. When an SCTP link is in the unavailable state, the link may be faulty or deactivated. Due to time adjustment and measurement precision, the measurement result of the counter VS.SctpLnk.Unavail.Dur may have an error of several seconds.

Formula None

Unit s

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310




Feature ID

VS.SctpLnk.Unavail.Dur

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None


Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460374

VS.SctpLnk.Un avail



G,U,L

BTS3900 LTE

Description This counter provides the number of times that an SCTP link is unavailable due to link disconnection.

Measurement Points The number of times that an SCTP link becomes unavailable is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. When an SCTP link is in the unavailable state, the link may be faulty or deactivated.

Formula None

Unit None

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311




Feature ID

VS.SctpLnk.Unavail

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402


LTE: None

Data Chunk Flow Measurement on an SCTP Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542460375

VS.SctpLnk.Tx DataChunk

Number of Data Chunks Transmitted on an SCTP Link


G,U,L

Number of Data Chunks Received on an SCTP Link


1542460376

VS.SctpLnk.Rx DataChunk

BTS3900 LTE G,U,L

BTS3900 LTE

Description These counters provide the number of data chunks transmitted (including retransmitted data chunks) and the number of correct data chunks received on an SCTP link within the current measurement period. They represent the traffic volume of signaling services.

Measurement Points The number of data chunks transmitted (including retransmitted data chunks) and the number of correct data chunks received on an SCTP link are sampled every second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.



312



Unit None


Feature ID

Feature Name

VS.SctpLnk.TxDataChunk



LTE: None

VS.SctpLnk.RxDataChunk




LTE: None

1.2.23 Measurement of UserPlaneHostIP Performance (UserPlaneHostIP) Overview The UserPlaneHostIP object type contains the function subsets related to the local IP addresses on the user plane. It indicates the traffic of the user-plane services.


FunctionSubSet Name

Transport.UserPlaneHostIP

UserPlaneHostIP IP Layer Measurement

UserPlaneHostIP IP Layer Measurement (Transport.UserPlaneHostIP) Overview The UserPlaneHostIP function subset measures the IP packets and bytes in the IP packets transmitted from and received by a user-plane local IP address. It helps analyze the transmission quality of the system and ensure stable and reliable operation of the system. Issue 11 (2015–05–30)


313



Counters Counter ID

Counter Name

Counter Description

Original Release

1542455526

VS.UserPlaneHostI P.TxPkts

Number of IP packets transmitted on the user-plane local IP address


1542455527

VS.UserPlaneHostI P.RxPkts

Number of IP packets received on the user-plane local IP address


1542455528

1542455529

1542455530

VS.UserPlaneHostI P.TxBytes

VS.UserPlaneHostI P.RxBytes

VS.UserPlaneHostI P.TxMaxSpeed

Number of bytes in the IP Packets transmitted on the user-plane local IP address


Number of bytes in the IP Packets received on the userplane local IP address


Maximum transmit rate of IP Packets on the user-plane local IP address


BTS3900 LTE: V100R008C00

BTS3900 LTE: V100R008C00

BTS3900 LTE: V100R008C00 1542455531

VS.UserPlaneHostI P.TxMeanSpeed

Average transmit rate of IP Packets on the user-plane local IP address


Issue 11 (2015–05–30)


314



Counter ID

Counter Name

Counter Description

Original Release

1542455532

VS.UserPlaneHostI P.RxMaxSpeed

Maximum receive rate of IP Packets on the user-plane local IP address


1542455533

VS.UserPlaneHostI P.RxMeanSpeed

Average receive rate of IP Packets on the user-plane local IP address



Number of IP Packets on the User-Plane Local IP Address

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455526

VS.UserPlaneH ostIP.TxPkts

Number of IP packets transmitted on the user-plane local IP address


G,U,L

Number of IP packets received on the userplane local IP address


1542455527

VS.UserPlaneH ostIP.RxPkts

BTS3900 LTE G,U,L

BTS3900 LTE

Description The counters measure the number of packets received and transmitted by users based on the user-plane local IP address at the IP layer within a measurement period.It indicates the user traffic of a user-plane local IP address at the IP layer.

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Measurement Points The number of packets successfully transmitted or received on the user-plane local IP address is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The packets to be measured are IP packets. If IP packets need to be fragmented, the number of TX packets is measured before the packets are fragmented and the number of RX packets is measured after the packets are reassembled.

Formula None

Unit packet


Feature ID

VS.UserPlaneHostIP.TxPkts


Feature Name

IP Transmission Introduction on Abis Interface IP Transmission Introduction on Iub Interface Self-configuration Self-configuration

VS.UserPlaneHostIP.RxPkts



Number of Bytes in the IP Packets on the User-Plane Local IP Address

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316



Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455528

VS.UserPlaneH ostIP.TxBytes

Number of bytes in the IP Packets transmitted on the user-plane local IP address


G,U,L

Number of bytes in the IP Packets received on the user-plane local IP address


1542455529

VS.UserPlaneH ostIP.RxBytes

BTS3900 LTE G,U,L

BTS3900 LTE

Description The counters measure the number of bytes received and transmitted by users based on the userplane local IP address at the IP layer within a measurement period. It indicates the user traffic of a user-plane local IP address at the IP layer.

Measurement Points The number of bytes in the packets successfully transmitted or received on the user-plane local IP address is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The bytes to be measured include IP packet header and payload. When IPSec is used, the bytes to be measured include IPSec-related payloads, such as AH header and ESP header. If packets need to be fragmented, the number of TX bytes is measured before the packets are fragmented and the number of RX bytes is measured after the packets are reassembled.

Formula None

Unit byte

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317




Feature ID

VS.UserPlaneHostIP.TxByt es

Multi-mode: None

Feature Name

GSM: GBFD-118601


UMTS: WRFD-050402



Self-configuration Self-configuration

VS.UserPlaneHostIP.RxByt es



UMTS: WRFD-050402



Self-configuration Self-configuration

Rate of IP Packets on the User-Plane Local IP Address

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455530

VS.UserPlaneH ostIP.TxMaxSp eed

Maximum transmit rate of IP Packets on the user-plane local IP address


G,U,L

Average transmit rate of IP Packets on the user-plane local IP address


Maximum receive rate of IP Packets on the user-plane local IP address


1542455531

1542455532

Issue 11 (2015–05–30)

VS.UserPlaneH ostIP.TxMeanSpeed

VS.UserPlaneH ostIP.RxMaxSp eed

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE


318



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455533

VS.UserPlaneH ostIP.RxMeanSpeed

Average receive rate of IP Packets on the user-plane local IP address


G,U,L

BTS3900 LTE


Description

VS.UserPlaneHostIP.TxMaxSpeed

This counter measures the maximum transmit rate based on the user-plane local IP address at the IP layer within a measurement period. It indicates the load of a user-plane local IP address at the IP layer.

VS.UserPlaneHostIP.TxMeanSpeed

This counter measures the average transmit rate based on the user-plane local IP address at the IP layer within a measurement period. It indicates the load of a user-plane local IP address at the IP layer.

VS.UserPlaneHostIP.RxMaxSpeed

This counter measures the maximum receive rate based on the user-plane local IP address at the IP layer within a measurement period. It indicates the load of a user-plane local IP address at the IP layer.

VS.UserPlaneHostIP.RxMeanSpeed

This counter measures the average receive rate based on the user-plane local IP address at the IP layer within a measurement period. It indicates the load of a user-plane local IP address at the IP layer.

Measurement Points The transmit rate or the receive rate on the user-plane local IP address is sampled per second. At the end of a measurement period, the maximum and average sampling results are reported.

Formula None

Issue 11 (2015–05–30)


319



Unit bit/s


Feature ID

VS.UserPlaneHostIP.TxMa xSpeed


Feature Name


VS.UserPlaneHostIP.TxMea nSpeed



VS.UserPlaneHostIP.RxMa xSpeed



VS.UserPlaneHostIP.RxMe anSpeed



1.2.24 Measurement of GTP-U Performance (GTP-U) Overview The object type GTP-U Measurement contains the function subset related to GTP-U. It represents the traffic of services on a base station and the service quality. Issue 11 (2015–05–30)


320




FunctionSubSet Name

Transport.GTPU

GTP-U Measurement

GTP-U Measurement (Transport.GTPU) Overview The Transport.Gtpu function subset measures the number of packets or the number of bytes in the packets received or transmitted on the GTP-U link. It represents the data volume on the user plane of the base station. The GTP-U layer uses UDP packets for transmission. Figure 1-16 shows the position of the GTP-U layer in the TCP/IP model. Figure 1-16

Counters Counter ID

Counter Name

Counter Description

Original Release

1526727075

VS.Gtpu.RxBytes

Number of bytes in the packets received on the GTP-U link


1526727076

VS.Gtpu.TxBytes

Number of bytes in the packets transmitted on the GTP-U link


Issue 11 (2015–05–30)


321



Counter ID

Counter Name

Counter Description

Original Release

1526727077

VS.Gtpu.RxPkts

Number of packets received on the GTPU link


1526727078

VS.Gtpu.TxPkts

Number of packets transmitted on the GTP-U link


1526727079

VS.Gtpu.RxDropBytes

Number of bytes in the error packets received on the GTPU link



Number of Bytes in the Packets on the GTP-U Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727075

VS.Gtpu.RxByt es

Number of bytes in the packets received on the GTP-U link


L

1526727076

VS.Gtpu.TxByt es

Number of bytes in the packets transmitted on the GTP-U link


L

1526727079

VS.Gtpu.RxDro pBytes

Number of bytes in the error packets received on the GTP-U link


L

Issue 11 (2015–05–30)


322



Description The counters measure the number of bytes in the packets transmitted, received, and erroneous in the receive direction respectively within a measurement period. Both GTP-U control messages and user data are measured, as shown in Figure 1. These counters indicate the data volume (including the GTP-U header) on the user plane.

Measurement Points The number of bytes in the packets transmitted, received, or erroneous in the receive direction on the GTP-U link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter. The counter VS.Gtpu.RxDropBytes measures the number of bytes in the erroneous packets received at the GTP-U layer in the following cases:(1) Searching the inter working (ITW) table fails.(2) Errors occur in version check.(3) The protocol type is incorrect.(4) The packet length is incorrect.(5) The TEID is not a configured one.(6) An extra layer of extension header exist in the packet.(7) The extension header is invalid. Figure 1-17

Formula None

Unit byte


Number of Packets on the GTP-U Link

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727077

VS.Gtpu.RxPkt s

Number of packets received on the GTP-U link


L

Issue 11 (2015–05–30)


323



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1526727078

VS.Gtpu.TxPkt s

Number of packets transmitted on the GTP-U link


L


Description

VS.Gtpu.RxPkts

The number of correctly received packets on GTPU link in one measurement period.

VS.Gtpu.TxPkts

The number of correctly transmitted packets on GTPU link in one measurement period.

Measurement Points The number of packets successfully transmitted or received on the GTP-U link is sampled per second. At the end of a measurement period, the sum of these sampling results is used as the value of the corresponding counter.

Formula None

Unit packet


1.2.25 Measurement of BS TWAMP Performance (BSTWAMP) Overview The object type BSTWAMP measurement contains the function subset related to TWAMP. It represents the quality of the transport network where the base station is located.

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324




FunctionSubSet Name

Transport.BSTWAMP

TWAMP Transport Link Measurement

TWAMP Transport Link Measurement (Transport.BSTWAMP) Overview In a transport network, IP performance can be measured between a base station and another TWAMP-compliant device. After a base station is deployed, TWAMP measurement can be used to measure the QoS of radio bearers. During daily maintenance, TWAMP measurement can be used to identify transmission problems and monitor the performance of the transport network. The counters that reflect transmission QoS include round-trip delay, one-way packet loss rate, and one-way jitter.

Counters Counter ID

Counter Name

Counter Description

Original Release

1542455996

VS.BSTWAMP.Fo rward.DropMeans

Average forward packet loss rate on the BSTWAMP


1542455997

VS.BSTWAMP.Fo rward.Peak.DropRates

Peak forward packet loss rate on the BSTWAMP


1542455998

VS.BSTWAMP.Ba ckward.DropMean s

Average backward packet loss rate on the BSTWAMP


1542455999

VS.BSTWAMP.Ba ckward.Peak.DropRates

Peak backward packet loss rate on the BSTWAMP


Issue 11 (2015–05–30)


325



Counter ID

Counter Name

Counter Description

Original Release

1542456000

VS.BSTWAMP.Mi nRttDelay

Minimum RTT on the BSTWAMP


1542456001

VS.BSTWAMP.Rtt .Means

Average RTT on the BSTWAMP


1542456002

VS.BSTWAMP.Ma xRttDelay

Maximum RTT on the BSTWAMP


1542456003

VS.BSTWAMP.Fo rward.MinJitter

Minimum forward jitter on the BSTWAMP


1542456004

VS.BSTWAMP.Fo rward.Jitter.Means

Average forward jitter on the BSTWAMP


1542456005

VS.BSTWAMP.Fo rward.MaxJitter

Maximum forward jitter on the BSTWAMP


1542456006

VS.BSTWAMP.Ba ckward.MinJitter

Minimum backward jitter on the BSTWAMP


Issue 11 (2015–05–30)


326



Counter ID

Counter Name

Counter Description

Original Release

1542456007

VS.BSTWAMP.Ba ckward.Jitter.Mea ns

Average backward jitter on the BSTWAMP


1542456008

VS.BSTWAMP.Ba ckward.MaxJitter

Maximum backward jitter on the BSTWAMP



Packet Loss Rate Measurements on the BSTWAMP

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542455996

VS.BSTWAMP .Forward.DropMeans

Average forward packet loss rate on the BSTWAMP


G,U,L

Peak forward packet loss rate on the BSTWAMP


Average backward packet loss rate on the BSTWAMP


Peak backward packet loss rate on the BSTWAMP


1542455997

1542455998

1542455999

Issue 11 (2015–05–30)

VS.BSTWAMP .Forward.Peak. DropRates

VS.BSTWAMP .Backward.Dro pMeans

VS.BSTWAMP .Backward.Peak .DropRates

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE


327



Description These counters provide the packet loss rate on the transport network and indicate the transmission quality on the detected links.

Measurement Points The sampling period is 30s. In each sampling period, the base station measures the number of packets sent by the TWAMP sender, the number of packets sent by the TWAMP responder, and the number of packets received by the TWAMP sender. Number of lost forward packets = Number of packets sent by the TWAMP sender - Number of packets sent by the TWAMP responder Number of lost backward packets = Number of packets sent by the TWAMP responder - Number of packets received by the TWAMP sender BSTWAMP.Forward.DropRates.Mean: The system measures the number of packets sent by the TWAMP sender and the number of lost forward packets on the link every 30 seconds and calculates the total number in a measurement period. The value of the BSTWAMP.Forward.DropRates.Mean counter is the result of dividing the total number of lost forward packets by the total number of packets sent by the TWAMP sender. BSTWAMP.Forward.DropRates.Max: The forward packet loss rate per 30 seconds can be calculated by dividing the number of lost forward packets by the number of packets sent by the TWAMP sender. The value of the BSTWAMP.Forward.DropRates.Max counter is the maximum forward packet loss rate in a measurement period. BSTWAMP.Backward.DropRates.Mean: The system measures the number of packets sent by the TWAMP responder and the number of lost backward packets on the link every 30 seconds and calculates the total number in a measurement period. The value of the BSTWAMP.Backward.DropRates.Mean counter is the result of dividing the total number of lost backward packets by the total number of packets sent by the TWAMP responder. BSTWAMP.Backward.DropRates.Max: The backward packet loss rate per 30 seconds can be calculated by dividing the number of lost backward packets by the number of packets sent by the TWAMP responder. The value of the BSTWAMP.Backward.DropRates.Max counter is the maximum backward packet loss rate in a measurement period.

Formula None

Unit % Issue 11 (2015–05–30)


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Feature ID

VS.BSTWAMP.Forward.Dr opMeans


Feature Name

BTS IP Active Performance Measurement NodeB IP Active Performance Measurement IP Active Performance Measurement IP Active Performance Measurement

VS.BSTWAMP.Forward.Pe ak.DropRates



VS.BSTWAMP.Backward. DropMeans



VS.BSTWAMP.Backward. Peak.DropRates



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Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542456000

VS.BSTWAMP .MinRttDelay

Minimum RTT on the BSTWAMP


G,U,L

BTS3900 LTE 1542456001

VS.BSTWAMP .Rtt.Means

Average RTT on the BSTWAMP


G,U,L

BTS3900 LTE 1542456002

VS.BSTWAMP .MaxRttDelay

Maximum RTT on the BSTWAMP


G,U,L

BTS3900 LTE

Description These counters provide the round-trip delay on the transport network.They reflect the time delay on the transport network.

Measurement Points The sampling period is 5s. In each sampling period, the base station measures the round-trip delay on a TWAMP link. As shown in Figure 1-18: T1 indicates the time when the TWAMP sender sends a test packet. T2 indicates the time when the TWAMP responder receives the test packet. T3 indicates the time when the TWAMP responder sends a response packet. T4 indicates the time when the TWAMP sender receives the response packet. Round-trip delay = (T2 - T1) + (T4 - T3) = (T4 - T1) - (T3 - T2) BSTWAMP.RTT.Min: The sampling period is 5 seconds. The system measures the average round-trip delay on a link every 5 seconds and accumulates the round-trip delays at the end of a measurement period to obtain the total round-trip delay. The value of the BSTWAMP.RTT.Min counter is the minimum among all the average round-trip delays in a measurement period. BSTWAMP.RTT.Max: The value of the BSTWAMP.RTT.Max counter is the maximum among all the average roundtrip delays in a measurement period. Issue 11 (2015–05–30)


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BSTWAMP.RTT.Mean: The value of the BSTWAMP.RTT.Mean counter is the value of dividing the total round-trip delay by the sampling times. Figure 1-18

Formula None

Unit ms


Feature ID

VS.BSTWAMP.MinRttDelay


Feature Name


VS.BSTWAMP.Rtt.Means



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Counter Name

Feature ID

VS.BSTWAMP.MaxRttDelay

Multi-mode: None

Feature Name

GSM: GBFD-151202

BTS IP Active Performance Measurement

UMTS: WRFD-151212

NodeB IP Active Performance Measurement


IP Active Performance Measurement IP Active Performance Measurement

Jitter Measurements on the BSTWAMP

Counters Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542456003

VS.BSTWAMP .Forward.MinJit ter

Minimum forward jitter on the BSTWAMP


G,U,L

BTS3900 LTE 1542456004

VS.BSTWAMP .Forward.Jitter. Means

Average forward jitter on the BSTWAMP


G,U,L

BTS3900 LTE 1542456005

VS.BSTWAMP .Forward.MaxJi tter

Maximum forward jitter on the BSTWAMP


G,U,L

BTS3900 LTE 1542456006

1542456007

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VS.BSTWAMP .Backward.Min Jitter

VS.BSTWAMP .Backward.Jitte r.Means

Minimum backward jitter on the BSTWAMP


Average backward jitter on the BSTWAMP


G,U,L

BTS3900 LTE G,U,L

BTS3900 LTE


332



Counter ID

Counter Name

Counter Description

Network Element

Applicable Mode

1542456008

VS.BSTWAMP .Backward.Max Jitter

Maximum backward jitter on the BSTWAMP


G,U,L

BTS3900 LTE

Description These counters provide the variation of BSTWAMP packets transmitted on the transport network and indicate the stability of the transmission on the detected links.

Measurement Points The sampling period is 5 seconds. The base station calculates the jitter in each sampling period. At the end of a measurement period, the system calculates the minimum delay, average delay, and maximum delay. As shown in Figure 1-19: Forward delay delta(T_1) = T2_1 - T1_1 Backward delay delta(D_1) = T4_1 - T3_1 Based on the second response packet, Forward delay delta(T_2) = T2_2 - T1_2 Backward delay delta(D_2) = T4_2 - T3_2 Then, Forward jitter J1 = delta(T_2) - delta(T_1) = (T2_2 - T2_1) - (T1_2 - T1_1) Similarly, Backward jitter Q1 = delta(D_2) - delta(D_1) = (T4_2 - T4_1) - (T3_2 - T3_1) TWAMP.Forward.Jitter.Min: The sampling period is 5 seconds. The system calculates the forward jitter on a link every 5 seconds and calculates the total forward jitter at the end of a measurement period. The value of the TWAMP.Forward.Jitter.Min counter is the minimum among all the forward jitters in a measurement period. TWAMP.Forward.Jitter.Max: The value of the TWAMP.Forward.Jitter.Max counter is the maximum among all the jitters in a measurement period. TWAMP.Forward.Jitter.Mean: The value of the TWAMP.Forward.Jitter.Mean counter is the value of dividing the total forward jitter by the sampling times. Issue 11 (2015–05–30)


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TWAMP.Backward.Jitter.Min: The sampling period is 5 seconds. The system calculates the backward jitter on a link every 5 seconds and calculates the total backward jitter at the end of a measurement period. The value of the TWAMP.Backward.Jitter.Min counter is the minimum among all the backward jitters in a measurement period. TWAMP.Backward.Jitter.Max: The value of the TWAMP.Backward.Jitter.Max counter is the maximum among all the backward jitters in a measurement period. TWAMP.Backward.Jitter.Mean: The value of the TWAMP.Backward.Jitter.Mean counter is the value of dividing the total backward jitter by the sampling times. Figure 1-19

Formula None

Unit ms

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Feature ID

VS.BSTWAMP.Forward.Mi nJitter


Feature Name


VS.BSTWAMP.Forward.Jit ter.Means



VS.BSTWAMP.Forward.M axJitter



VS.BSTWAMP.Backward. MinJitter



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Counter Name

Feature ID

VS.BSTWAMP.Backward.J itter.Means


Feature Name


VS.BSTWAMP.Backward. MaxJitter



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3900 Series Base Station Node Performance Counter Reference (V100R009C00_11)(PDF)-En

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