enodeb performance monitoring reference (07)(pdf)-en

eNodeB

Performance Monitoring Reference

Issue 07

Date 2013-11-30

HUAWEI TECHNOLOGIES CO., LTD.

Issue 07 (2013-11-30) Huawei Proprietary and Confidential

Copyright Huawei Technologies Co., Ltd.

i

Copyright Huawei Technologies Co., Ltd. 2013. 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.

Huawei Technologies Co., Ltd.

Address: Huawei Industrial Base

Bantian, Longgang

Shenzhen 518129

People's Republic of China

Website: http://www.huawei.com

Email: [email protected]

eNodeB

Performance Monitoring Reference About This Document



ii

About This Document

Purpose

This document describes the information about eNodeB-related performance monitoring tasks,

including:

The descriptions of parameters for performance monitoring

The descriptions of monitor items

The value range of each monitor item

The formula used to calculate the value of each monitor item

Product Versions

The following table lists the product version related to this document.

Product Name Product Version

DBS3900 V100R008C00

The mapping single-mode base station version is:

eNodeB: V100R006C00

DBS3900 TDD

BTS3900

BTS3900A

BTS3900L

BTS3900AL

BTS3202E

BTS3203E LTE V100R006C00

In this document, BTS3203E refers to the BTS3203E LTE.

Intended Audience

This document is intended for:

System engineers

NOTE

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Site maintenance engineers

Change History

The following describes the changes in eNodeB Performance Monitoring Reference.

The document issues are as follows:

07 (2013-11-30)

06 (2013-10-30)

05 (2013-08-01)

04 (2013-07-22)

03 (2013-06-27)

02 (2013-05-30)

01 (2013-04-28)

Draft C (2013-04-10)

Draft B (2013-02-25)

Draft A (2013-02-08)

07 (2013-11-30)

This is the seventh official release.

Compared with Issue 06 (2013-10-30), this issue does not include any new information.

Compared with Issue 06 (2013-10-30), this issue includes the following new information.

Topic Change Description

2.6.4 Monitoring Results Updatad the descriptions of "Value Range"

and "Description" in Table 2-16 Results of

usage of RB monitoring.

2.17.3 Parameters Updated the condition inTable 2-45

Parameters for neighboring cells.

2.17.4 Monitoring Results Added the parameter "Local Cell ID" in

Table 2-46 Results of MLB monitoring.

3.1.4 Monitoring Results Added the descriptions of " UL CoMP User

Indication."

3.3.4 Monitoring Results Added note of the Description in parameters

of "NeighborCell RSRP[n]" and "NeighborCell RSRQ[n]."


and "Description" in CA Property.

3.6.4 Monitoring Results

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3.7.4 Monitoring Results Updatad the descriptions of "Value

Range" and "Description" in CA

Property.

Modified the Value Range of RLC

Buffer Length.



3.11.3 Parameters Added the parameter of Test Item.





3.14.3 Parameters


5.3.3 Parameters Updatad the Table 5-5Parameters for

transport port flux stat monitoring.

5.9.3 Parameters Updatad the descriptions of IPPM Flag.

Added the parameter of Destination IP

address.

5.9.4 Monitoring Results Updatad the Value Range of Test Type.

Compared with Issue 06 (2013-10-30), this issue deleted the following new information:

Deleted the Results of PVC monitoring in 5.4.4 Monitoring Results.

06 (2013-10-30)

This is the sixth official release.



1.3.3 General Parameter Input Description Add the descriptions of General Parameter.

1.3 Precautions Add the descriptions of the Note.

3.7.4 Monitoring Results Updated the "Result of RLC data stream

monitoring."

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3.8.4 Monitoring Results Updated the "Results of RLC throughput

monitoring."

3.12.4 Monitoring Results Updated the "Results of user downlink

property monitoring."

Compared with Issue 05 (2013-08-01), this issue does not include any changes.

No information in Issue 05 (2013-08-01) is deleted from this issu.

05 (2013-08-01)

This is the fifth official release.


Compared with Issue 04 (2013-07-22), this issue includes the following changes.


5.3 Transport Port Flux Stat Monitoring Modified descriptions of Usage Scenario.

No information in Issue 04 (2013-07-22) is deleted from this issu

04 (2013-07-22)

This is the fourth official release.



Whole document Added descriptions of BTS3203Es.



3 User Performance Monitoring Modified the value range of Physical Cell

Identifier.

2.14 HARQ Statistic Monitoring Modified the description of the Code[m]

DTX Num.

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0

UL SRS RSRP

Table 1-1 Results of UL SRS RSRP

Parameter Unit Value Range Description Formula

CA Property N/A N/A Carrier aggregation property of a user.

The result contains

Non CA, CA PCell

and CA SCell.

N/A

Physical Cell

Identifier

N/A 0~503 Physical cell ID of a

serving cell.

N/A

ServCell

RSRP

0.01dBm -15000 ~ -3000 RSRP of a serving

cell.

N/A

NeighborCel

l PCI[n] N/A 0~503 Physical cell ID of the

nth neighboring cell.

n is an integer from 1

to 8.

This field specifies the

sequence for reporting

the measurement

reports of neighboring

cells. A maximum of

eight neighboring

cells are dynamically

displayed.

N/A

NeighborCel

l RSRP

0.01dBm -15000 ~ -3000 Physical cell ID of the

nth neighboring cell.

n is an integer from 1 to 8.

This field specifies the sequence for reporting the measurement reports of neighboring cells. A maximum of eight neighboring cells are dynamically displayed.

Scheduling Monitoring

Modified the description of the Byte Length

of LCG BS[n] in section 3.1.4 Monitoring

Results.

NOTE

NOTE

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No information in Issue 03 (2013-06-27) is deleted from this issue.

03 (2013-06-27)

This is the third official release.




3.11.4 Monitoring Results Modified the description in section "PDSCH

Maximum Number of Transmissions".

5.6.3 Parameters Modified the name of "PPPoELink No".


02 (2013-05-30)

This is the second official release.




2.2 Satisfaction of Service Monitoring Modified the description in section 2.2.1

"Usage Scenario."

Modified the description of parameters CN

Operator UL QCI[n] Satisfaction rate of Service and CN Operator DL QCI[n]

Satisfaction rate of Service in section

"Monitoring Results."


01 (2013-04-28)

This is the first official release.

Compared with draft C (2013-04-10), this issue does not include any new information.

Compared with draft C (2013-04-10), this issue includes the following changes.

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4.3 RRU/RFU/BRU Output Power

Monitoring

4.8 Rx Frequency Scanning

4.9 DTF Test

5.5 UDP Test Monitoring

6.1 Sector Performance Monitoring

Modified monitoring results.

The following information in draft C (2013-04-10) is deleted from this issue:

LTE IP Link Monitoring

LTE IP Path Performance Monitoring

LTE SCTP Performance Monitoring

LTE Resource Group Monitoring

Draft C (2013-04-10)

This is the release of Draft C.

Compared with draft B (2013-02-25), this issue does not include any new information.

Compared with draft B (2013-02-25), this issue includes the following changes.


2.5 User Statistics Monitoring

2.16 DRB Statistics Monitoring

3.3 DL RSRP/RSRQ Monitoring

4.3 RRU/RFU/BRU Output Power Monitoring

4.4 Board Temperature Monitoring

4.7 RRU/RFU Output Power Monitoring

Modified the monitoring results of the

monitoring tasks in these sections.

No information in draft B (2013-02-25) is deleted from this issue.

Draft B (2013-02-25)

This is the release of Draft B.

Compared with draft A (2013-02-08), this issue does not include any new information.

Compared with draft A (2013-02-08), this issue includes the following changes.


3.2 VQI Monitoring Modified the description of VQI Monitoring.

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3.6 Quality of Channel Monitoring Modified the description of

Quality of Channel Monitoring.

No information in issue draft A (2013-02-08) is deleted from this issue.

Draft A (2013-02-08)

This is the release of Draft A.

Compared with issue 02 (2012-11-30) of V100R005C01, this issue includes the following

new information.


2.1 UL CoMP (Cell) Monitoring Added the descriptions on UL CoMP (Cell)

Monitoring.

3.1 UL CoMP (User) Monitoring Added the descriptions on UL CoMP (User)

Monitoring.

2.17 MLB Monitoring Added new monitoring items.

3.2 VQI Monitoring Added new monitoring items.

3.16 Cell Combination Monitoring Added new monitoring items.

4.4 Board Temperature Monitoring Added new monitoring items.

4.7 RRU/RFU Output Power Monitoring Added new monitoring items.

4.8 Rx Frequency Scanning Added new monitoring items.

4.9 DTF Test Added new monitoring items.

4.10 FFT Frequency Scan Added new monitoring items.

4.11 AAS Added new monitoring items.

4.12 Frequency Scanning Intermodulation

Interference Detection Monitoring

Added new monitoring items.

5.3 Transport Port Flux Stat Monitoring Added new monitoring items.

5.4 Transport Link Flux Stat Monitoring Added new monitoring items.

5.7 IPSec Performance Monitoring Added new monitoring items.

5.8 Transport OAM Monitoring Added new monitoring items.

5.9 Transport Auto Setup User Plane

Monitoring

Added new monitoring items.

Compared with issue 02 (2012-11-30) of V100R005C01, this issue includes the following

changes:

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2.9 RSSI Statistic Monitoring

2.10 Interference Detection Monitoring

2.11 TDD Interference Detection

Monitoring

Modified the descriptions on the results of

parameters and monitoring results.

6.1 Sector Performance Monitoring Modified the Local Sector ID parameter to the

Sector Device ID parameter.

Added the value range for the Sector Device ID

parameter.

The following information in issue 02 (2012-11-30) of V100R005C01 is deleted from this

issue:

Board Temperature Monitoring

Transport Performance Monitoring

Spectrum Detection

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Performance Monitoring Reference Contents



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Contents

About This Document .................................................................................................................... ii

1 Introduction.................................................................................................................................... 1

1.1 Overview .......................................................................................................................................................... 1

1.2 Performance Monitoring Types ........................................................................................................................ 1

1.3 Precautions ....................................................................................................................................................... 3

1.3.1 Precautions for Monitoring on 3900 Series Base Stations ...................................................................... 3

1.3.2 Precautions for Monitoring on BTS3202Es and BTS3203Es ................................................................. 4

1.3.3 General Parameter Input Description ...................................................................................................... 5

2 Cell Performance Monitoring ..................................................................................................... 7

2.1 UL CoMP (Cell) Monitoring ............................................................................................................................ 7

2.1.1 Usage Scenario ........................................................................................................................................ 7

2.1.2 Impact on Services .................................................................................................................................. 7

2.1.3 Parameters ............................................................................................................................................... 7

2.1.4 Monitoring Results .................................................................................................................................. 8

2.2 Satisfaction of Service Monitoring ................................................................................................................... 8

2.2.1 Usage Scenario ........................................................................................................................................ 8

2.2.2 Service Impact ........................................................................................................................................ 8

2.2.3 Parameters ............................................................................................................................................... 9

2.2.4 Monitoring Results .................................................................................................................................. 9

2.3 General Throughput Monitoring .................................................................................................................... 11

2.3.1 Usage Scenario ...................................................................................................................................... 11

2.3.2 Service Impact ...................................................................................................................................... 11

2.3.3 Parameters ............................................................................................................................................. 11

2.3.4 Monitoring Results ................................................................................................................................ 11

2.4 Service Statistics Monitoring ......................................................................................................................... 14

2.4.1 Usage Scenario ...................................................................................................................................... 14

2.4.2 Service Impact ...................................................................................................................................... 14

2.4.3 Parameters ............................................................................................................................................. 15


2.5 User Statistics Monitoring .............................................................................................................................. 16

2.5.1 Usage Scenario ...................................................................................................................................... 16

2.5.2 Service Impact ...................................................................................................................................... 16

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2.5.3 Parameters ............................................................................................................................................. 16


2.6 Usage of RB Monitoring ................................................................................................................................ 19

2.6.1 Usage Scenario ...................................................................................................................................... 19

2.6.2 Service Impact ...................................................................................................................................... 19

2.6.3 Parameters ............................................................................................................................................. 19


2.7 ICIC (Cell) Monitoring .................................................................................................................................. 21

2.7.1 Usage Scenario ...................................................................................................................................... 21

2.7.2 Service Impact ...................................................................................................................................... 21

2.7.3 Parameters ............................................................................................................................................. 21


2.8 Multi-User MIMO Monitoring ....................................................................................................................... 23

2.8.1 Usage Scenario ...................................................................................................................................... 23

2.8.2 Service Impact ...................................................................................................................................... 24

2.8.3 Parameters ............................................................................................................................................. 24


2.9 RSSI Statistic Monitoring .............................................................................................................................. 24

2.9.1 Usage Scenario ...................................................................................................................................... 24

2.9.2 Service Impact ...................................................................................................................................... 24

2.9.3 Parameters ............................................................................................................................................. 24


2.10 Interference Detection Monitoring ............................................................................................................... 28

2.10.1 Usage Scenario .................................................................................................................................... 28

2.10.2 Service Impact .................................................................................................................................... 28

2.10.3 Parameters ........................................................................................................................................... 28

2.10.4 Monitoring Results .............................................................................................................................. 29

2.11 TDD Interference Detection Monitoring ...................................................................................................... 31

2.11.1 Usage Scenario .................................................................................................................................... 31

2.11.2 Impact on Services .............................................................................................................................. 31

2.11.3 Parameters ........................................................................................................................................... 31


2.12 Multi-User BF (Cell) Monitoring ................................................................................................................. 33

2.12.1 Usage Scenario .................................................................................................................................... 33


2.12.3 Parameters ........................................................................................................................................... 33


2.13 Scheduled Users Statistic Monitoring .......................................................................................................... 35

2.13.1 Usage Scenario .................................................................................................................................... 35

2.13.2 Service Impact .................................................................................................................................... 35

2.13.3 Parameters ........................................................................................................................................... 35


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2.14 HARQ Statistic Monitoring.......................................................................................................................... 36

2.14.1 Usage Scenario .................................................................................................................................... 36

2.14.2 Service Impact .................................................................................................................................... 36

2.14.3 Parameters ........................................................................................................................................... 37


2.15 DCI Statistic Monitoring .............................................................................................................................. 40

2.15.1 Usage Scenario .................................................................................................................................... 40

2.15.2 Service Impact .................................................................................................................................... 40

2.15.3 Parameters ........................................................................................................................................... 40


2.16 DRB Statistics Monitoring ........................................................................................................................... 42

2.16.1 Usage Scenario .................................................................................................................................... 42

2.16.2 Service Impact .................................................................................................................................... 42

2.16.3 Parameters ........................................................................................................................................... 42


2.17 MLB Monitoring .......................................................................................................................................... 45

2.17.1 Usage Scenario .................................................................................................................................... 45

2.17.2 Service Impact .................................................................................................................................... 45

2.17.3 Parameters ........................................................................................................................................... 45


3 User Performance Monitoring .................................................................................................. 60

3.1 UL CoMP (User) Monitoring ......................................................................................................................... 60

3.1.1 Usage Scenario ...................................................................................................................................... 60

3.1.2 Service Impact ...................................................................................................................................... 60

3.1.3 Parameters ............................................................................................................................................. 60


3.2 VQI Monitoring.............................................................................................................................................. 61

3.2.1 Usage Scenario ...................................................................................................................................... 61

3.2.2 Service Impact ...................................................................................................................................... 61

3.2.3 Parameters ............................................................................................................................................. 61


3.3 DL RSRP/RSRQ Monitoring ......................................................................................................................... 63

3.3.1 Usage Scenario ...................................................................................................................................... 63

3.3.2 Service Impact ...................................................................................................................................... 63

3.3.3 Parameters ............................................................................................................................................. 63


3.4 BLER Monitoring .......................................................................................................................................... 64

3.4.1 Usage Scenario ...................................................................................................................................... 64

3.4.2 Service Impact ...................................................................................................................................... 64

3.4.3 Parameters ............................................................................................................................................. 65


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3.5 Power Headroom Monitoring ......................................................................................................................... 68

3.5.1 Usage Scenario ...................................................................................................................................... 68

3.5.2 Service Impact ...................................................................................................................................... 68

3.5.3 Parameters ............................................................................................................................................. 68


3.6 Quality of Channel Monitoring ...................................................................................................................... 69

3.6.1 Usage Scenario ...................................................................................................................................... 69

3.6.2 Service Impact ...................................................................................................................................... 69

3.6.3 Parameters ............................................................................................................................................. 69


3.7 Scheduling Monitoring ................................................................................................................................... 71

3.7.1 Usage Scenario ...................................................................................................................................... 72

3.7.2 Service Impact ...................................................................................................................................... 72

3.7.3 Parameters ............................................................................................................................................. 72


3.8 RLC Data Stream Monitoring ........................................................................................................................ 76

3.8.1 Usage Scenario ...................................................................................................................................... 76

3.8.2 Service Impact ...................................................................................................................................... 76

3.8.3 Parameters ............................................................................................................................................. 76


3.9 Throughput Monitoring .................................................................................................................................. 77

3.9.1 Usage Scenario ...................................................................................................................................... 77

3.9.2 Service Impact ...................................................................................................................................... 77

3.9.3 Parameters ............................................................................................................................................. 77


3.10 AQM Monitoring ......................................................................................................................................... 79

3.10.1 Usage Scenario .................................................................................................................................... 79

3.10.2 Service Impact .................................................................................................................................... 79

3.10.3 Parameters ........................................................................................................................................... 79


3.11 UL Power Control Monitoring ..................................................................................................................... 80

3.11.1 Usage Scenario .................................................................................................................................... 80

3.11.2 Service Impact ..................................................................................................................................... 80

3.11.3 Parameters ........................................................................................................................................... 81


3.12 DL Power Control Monitoring ..................................................................................................................... 82

3.12.1 Usage Scenario .................................................................................................................................... 82

3.12.2 Service Impact .................................................................................................................................... 82

3.12.3 Parameters ........................................................................................................................................... 82


3.13 ICIC (User) Monitoring ............................................................................................................................... 84

3.13.1 Usage Scenario .................................................................................................................................... 84

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3.13.2 Service Impact .................................................................................................................................... 84

3.13.3 Parameters ........................................................................................................................................... 84


3.14 MCS Count Monitoring ............................................................................................................................... 86

3.14.1 Usage Scenario .................................................................................................................................... 86

3.14.2 Service Impact .................................................................................................................................... 87

3.14.3 Parameters ........................................................................................................................................... 87


3.15 Multi-User BF (User) Monitoring ................................................................................................................ 89

3.15.1 Usage Scenario .................................................................................................................................... 89


3.15.3 Parameters ........................................................................................................................................... 89


3.16 SFN Detection Monitoring ........................................................................................................................... 90

3.16.1 Usage Scenario .................................................................................................................................... 90


3.16.3 Parameters ........................................................................................................................................... 90


3.17 Cell Combination Monitoring ...................................................................................................................... 92

3.17.1 Usage Scenario .................................................................................................................................... 92


3.17.3 Parameters ........................................................................................................................................... 92


4 Device Monitoring ...................................................................................................................... 95

4.1 CPRI BER Monitoring ................................................................................................................................... 95

4.1.1 Usage Scenario ...................................................................................................................................... 95

4.1.2 Service Impact ...................................................................................................................................... 95

4.1.3 Parameters ............................................................................................................................................. 95


4.2 CPU Usage Monitoring .................................................................................................................................. 96

4.2.1 Usage Scenario ...................................................................................................................................... 96

4.2.2 Service Impact ...................................................................................................................................... 96

4.2.3 Parameters ............................................................................................................................................. 97


4.3 RRU/RFU/BRU Output Power Monitoring ................................................................................................... 97

4.3.1 Usage Scenario ...................................................................................................................................... 97

4.3.2 Service Impact ...................................................................................................................................... 97

4.3.3 Parameters ............................................................................................................................................. 98


4.4 Board Temperature Monitoring ...................................................................................................................... 99

4.4.1 Usage Scenario ...................................................................................................................................... 99

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4.4.2 Service Impact ...................................................................................................................................... 99

4.4.3 Parameters ............................................................................................................................................. 99


4.5 Clock Quality Test Monitoring ..................................................................................................................... 100

4.5.1 Usage Scenario .................................................................................................................................... 100

4.5.2 Service Impact .................................................................................................................................... 100

4.5.3 Parameters ........................................................................................................................................... 101


4.6 IP Clock Data Collection Monitoring ........................................................................................................... 102

4.6.1 Usage Scenario .................................................................................................................................... 102

4.6.2 Service Impact .................................................................................................................................... 102

4.6.3 Parameters ........................................................................................................................................... 102


4.7 RRU/RFU Output Power Monitoring .......................................................................................................... 103

4.7.1 Usage Scenario .................................................................................................................................... 103

4.7.2 Service Impact .................................................................................................................................... 103

4.7.3 Parameters ........................................................................................................................................... 103


4.8 Rx Frequency Scanning ............................................................................................................................... 105

4.8.1 Usage Scenario .................................................................................................................................... 105

4.8.2 Service Impact .................................................................................................................................... 105

4.8.3 Parameters ........................................................................................................................................... 105


4.9 DTF Test ....................................................................................................................................................... 106

4.9.1 Usage Scenario .................................................................................................................................... 106

4.9.2 Service Impact .................................................................................................................................... 107

4.9.3 Parameters ........................................................................................................................................... 107


4.10 FFT Frequency Scan .................................................................................................................................. 108

4.10.1 Usage Scenario .................................................................................................................................. 108

4.10.2 Service Impact .................................................................................................................................. 108

4.10.3 Parameters ......................................................................................................................................... 108

4.10.4 Monitoring Results ............................................................................................................................ 109

4.11 AAS ............................................................................................................................................................ 110

4.11.1 Usage Scenario .................................................................................................................................. 110

4.11.2 Service Impact ................................................................................................................................... 110

4.11.3 Parameters ......................................................................................................................................... 110


4.12 Frequency Scanning Intermodulation Interference Detection Monitoring ................................................. 111

4.12.1 Usage Scenario .................................................................................................................................. 111

4.12.2 Service Impact .................................................................................................................................. 111

4.12.3 Parameters ......................................................................................................................................... 111

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5 Transport Performance Monitoring ...................................................................................... 113

5.1 Local Pass-By Traffic Monitoring ................................................................................................................ 113

5.1.1 Usage Scenario .................................................................................................................................... 113

5.1.2 Service Impact .................................................................................................................................... 113

5.1.3 Parameters ........................................................................................................................................... 113


5.2 IP Performance Monitoring .......................................................................................................................... 114

5.2.1 Usage Scenario .................................................................................................................................... 114

5.2.2 Service Impact .................................................................................................................................... 114

5.2.3 Parameters ........................................................................................................................................... 114


5.3 Transport Port Flux Stat Monitoring ............................................................................................................ 115

5.3.1 Usage Scenario .................................................................................................................................... 115

5.3.2 Service Impact .................................................................................................................................... 115

5.3.3 Parameters ........................................................................................................................................... 115


5.4 Transport Link Flux Stat Monitoring ........................................................................................................... 123

5.4.1 Usage Scenario .................................................................................................................................... 123

5.4.2 Service Impact .................................................................................................................................... 123

5.4.3 Parameters ........................................................................................................................................... 123


5.5 UDP Test Monitoring ................................................................................................................................... 128

5.5.1 Usage Scenario .................................................................................................................................... 128

5.5.2 Service Impact .................................................................................................................................... 128

5.5.3 Parameters ........................................................................................................................................... 128


5.6 PPPoE Monitoring ....................................................................................................................................... 130

5.6.1 Usage Scenario .................................................................................................................................... 130

5.6.2 Service Impact .................................................................................................................................... 130

5.6.3 Parameters ........................................................................................................................................... 130


5.7 IPSec Performance Monitoring .................................................................................................................... 131

5.7.1 Usage Scenario .................................................................................................................................... 131

5.7.2 Service Impact .................................................................................................................................... 131

5.7.3 Parameters ........................................................................................................................................... 132


5.8 Transport OAM Monitoring ......................................................................................................................... 132

5.8.1 Usage Scenario .................................................................................................................................... 132

5.8.2 Service Impact .................................................................................................................................... 133

5.8.3 Parameters ........................................................................................................................................... 133

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5.9 Transport Auto Setup User Plane Monitoring .............................................................................................. 134

5.9.1 Usage Scenario .................................................................................................................................... 134

5.9.2 Service Impact .................................................................................................................................... 134

5.9.3 Parameters ........................................................................................................................................... 135


6 RRU/RFU Performance Monitoring ...................................................................................... 138

6.1 Sector Performance Monitoring ................................................................................................................... 138

6.1.1 Usage Scenario .................................................................................................................................... 138

6.1.2 Service Impact .................................................................................................................................... 138

6.1.3 Parameters ........................................................................................................................................... 138


eNodeB

Performance Monitoring Reference 1 Introduction



1

1 Introduction 1.1 Overview

Performance monitoring is used to monitor the equipment running status and service status of

eNodeBs by using iManager M2000 Mobile Element Management System (referred to as

M2000) or the local maintenance terminal (LMT). Monitoring results are displayed in tables

or charts. In this way, equipment can be maintained and faults can be rectified by analyzing

the exceptions shown in monitoring results.

1.2 Performance Monitoring Types

Table 1-1 Performance monitoring types

Type Task Platform

Cell Performance

Monitoring

UL CoMP (Cell) Monitoring M2000

Satisfaction of Service Monitoring M2000

General Throughput Monitoring M2000&LMT

Service Statistics Monitoring M2000

User Statistics Monitoring M2000&LMT

Usage of RB Monitoring M2000

ICIC (Cell) Monitoring M2000

Multi-User MIMO Monitoring M2000

RSSI Statistic Monitoring M2000

Interference Detection Monitoring M2000&LMT

TDD Interference Detection Monitoring M2000

Multi-User BF (Cell) Monitoring M2000

Scheduled Users Statistic Monitoring M2000

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Type Task Platform

HARQ Statistic Monitoring M2000

DCI Statistic Monitoring M2000

DRB Statistics Monitoring M2000

MLB Monitoring M2000

User Performance

Monitoring UL CoMP (User) Monitoring M2000

VQI Monitoring M2000

DL RSRP/RSRQ Monitoring M2000

BLER Monitoring M2000

Power Headroom Monitoring M2000

Quality of Channel Monitoring M2000

Scheduling Monitoring M2000

RLC Data Stream Monitoring M2000

Throughput Monitoring M2000

AQM Monitoring M2000

UL Power Control Monitoring M2000

DL Power Control Monitoring M2000

ICIC (User) Monitoring M2000

MCS Count Monitoring M2000

Multi-User BF (User) Monitoring M2000

SFN Detection Monitoring M2000

Cell Combination Monitoring M2000

Device Monitoring CPRI BER Monitoring M2000

CPU Usage Monitoring M2000&LMT

RRU/RFU/BRU Output Power

Monitoring

M2000

Board Temperature Monitoring M2000&LMT

Clock Quality Test Monitoring M2000&LMT

IP Clock Data Collection Monitoring M2000&LMT

RRU/RFU Output Power Monitoring LMT

Rx Frequency Scanning LMT

DTF Test LMT

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Type Task Platform

FFT Frequency Scan LMT

AAS LMT

Frequency Scanning Intermodulation

Interference Detection

LMT

Transport Performance

Monitoring

Local Pass-By Traffic Monitoring M2000&LMT

IP Performance Monitoring M2000&LMT

Transport Port Flux Stat Monitoring M2000&LMT

Transport Link Flux Stat Monitoring M2000&LMT

UDP Test Monitoring M2000

PPPoE Monitoring M2000&LMT

IPSec Performance Monitoring M2000&LMT

Transport OAM Monitoring LMT

Transport Auto Setup User Plane

Monitoring

LMT

RRU/RFU Performance

Monitoring

Sector Performance Monitoring LMT

1.3 Precautions

This section describes the precautions for monitoring on 3900 series base stations and

BTS3202Es,and BTS3203Es.

This issue do not support the following monitoring tasks:

LTE IP Link Monitoring

LTE IP Path Performance Monitoring

LTE SCTP Performance Monitoring

LTE Resource Group Monitoring

1.3.1 Precautions for Monitoring on 3900 Series Base Stations

3900 series base stations do not support the PPPoE Monitoring task. The PPPoE Monitoring

task is available only on BTS3202Es and BTS3203Es.

A carrier aggregation (CA) UE is able to access multiple cells simultaneously and report the

monitoring results of each cell at the same time. However, if a CA UE whose secondary

serving cell (SCell) is not configured or not activated, monitoring results in the SCell will not

NOTE

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4

be reported. If a monitoring item does not involve the CA feature, actual monitoring result of

the monitoring item is reported.

1.3.2 Precautions for Monitoring on BTS3202Es and BTS3203Es

Take the following precautions for monitoring on BTS3202Es and BTS3203Es:

The values of Cabinet No., Subrack No., and Slot No. must be 0.

The value of Local Cell ID must be 0.

BTS3202Es and BTS3203Es do not support the following monitoring tasks:

UL CoMP (Cell) Monitoring

CPRI BER Monitoring

TDD Interference Detection Monitoring

Multi-User BF (Cell) Monitoring

UL CoMP (User) Monitoring

Multi-User BF (User) Monitoring

SFN User Detection

RRU/RFU Output Power Monitoring

DTF Test

AAS

Frequency Scanning Intermodulation Interference Detection Monitoring

Transport OAM Monitoring

BTS3202Es support the following monitoring tasks:

Rx Frequency Scanning

FFT Frequency Scan

BTS3202Es do not support PPP Performance monitoring and MP Performance

monitoring in the Transport Port Flux Stat Monitoring task.

BTS3202Es do not support the CA Property monitoring item in the following

monitoring tasks:

BLER Monitoring

Power Headroom Monitoring

Quality of Channel Monitoring

Scheduling Monitoring

Throughput Monitoring

UL Power Control Monitoring

DL Power Control Monitoring

ICIC (User) Monitoring

MCS Count Monitoring

The monitoring results of this monitoring item in these monitoring tasks are Non CA.

In Transport Port Flux Stat Monitoring and Transport Link Flux Stat Monitoring tasks,

Subboard Type must be BASE_BOARD.

eNodeB




5

1.3.3 General Parameter Input Description

UEIDs are used to trace UE-level performance tests. UEIDs can be set to S-Temporary

Mobile Subscriber Identity (STMSI), Random Value, and Trace Reference No.

The following describes how to obtain and use the three types of UEIDs:

STMSI and Random Value

The ue-Identity IE in the RRC Connection Request message contains the MMEc and

m-TMSI fields. Therefore, you can obtain the MMEc and m-TMSI in hexadecimal

format from the ue-Identity IE. Enter the MMEc and m-TMSI in decimal format on the

trace interface.

The RRC Connection Request message may carry a Random Value in hexadecimal

format. Enter the Random Value in hexadecimal format on the trace interface.

The STMSI in decimal format and Random Value in hexadecimal format can also be

queried by running DSP ALLUEBASICINFO.

If the EPC does not support IMSI-based single UE tracing on the entire network, use the STMSI and

Random Value to collect data for single UE tracing and monitoring.

A maximum of 30 NEs of the same version can be selected when creating the tracing and monitoring

tasks based on the STMSI and Random Value. If the specified UE can be successfully handed over

among multiple selected NEs over the X2 interface, the UE data can be continuously collected in the

tracing and monitoring task.

If the eNodeB is not a selected NE for this tracing task, the M2000 cannot continue collecting data, even when the UE is handed over to the original eNodeB.

Due to the timing sequence problem, however, some data may fail to be recorded when the UE is

handed over to the target NE.

Trace Reference No.

For details about the Trace Reference No., see Trace ID in 3GPP TS 32.422. The value

range is 016777215 (3 bytes).

Use a Trace Reference No. in the following conditions:

The EPC of a vendor must support single UE tracing on the entire network based on the

IMSI (complying with 3GPP TS 32.422), and the tracing task has been initiated.

For example, the EPC of Huawei has initiated LTE/EPC End-to-End User Trace.

The Trace Reference No. on the LTE side can be obtained from:

For the Huawei EPC, obtain the TraceID that is automatically displayed on the interface

when LTE/EPC End-to-End User Trace is created.

Obtain the Trace Reference No. from the Trace Activation IE from the S1 interface

messages (INITIAL CONTEXT SETUP REQUEST, HANDOVER REQUEST, TRACE START) and the X2 interface message (HANDOVER REQUEST).

Click displayed at the end of the User Trace ID of each tracing and monitoring task,

the M2000 will provide the existing Trace Reference No. on the live network.

The M2000 lists the Trace Reference No. of the first 200 tracing tasks in the recent two days.

If the EPC supports IMSI-based single UE tracing on the entire network, use the Trace Reference No. to

collect data for single UE tracing and monitoring.

A maximum of 30 NEs can be selected when creating the tracing and monitoring tasks based on the

Trace Reference No. The UE data can be continuously collected as long as the UE is served by the

selected NEs.

eNodeB




6

If the eNodeB is not a selected NE for this tracing task, the M2000 cannot continue collecting data.

However, the M2000 can collect the data again when the UE is handed over to the original eNodeB.

eNodeB

Performance Monitoring Reference 2 Cell Performance Monitoring



7

2 Cell Performance Monitoring 2.1 UL CoMP (Cell) Monitoring

2.1.1 Usage Scenario

This task is used to monitor the number of cell-level UEs using uplink (UL) coordinated

multi-point (CoMP). This counter measures the UL CoMP Users Num of Scenario 1, UL

CoMP Users Num of Scenario 2, and UL CoMP Users Num of mixed Scenario. This

monitoring item is used to initially determine the usage of the UL CoMP function in a cell.

2.1.2 Impact on Services

None.

2.1.3 Parameters

Table 2-1 Parameters for UL CoMP (Cell) monitoring

Parameter Description

Local Cell ID Local cell ID of the cell performing cell-level UL CoMP

monitoring.

Monitor Period (ms) Interval of reporting monitoring results. It can be set to 1000, 2000.

eNodeB




8


Table 2-2 Results of UL CoMP (Cell) monitoring

Parameter Unit Value Range

Description Formula

UL CoMP

Users Num of

Scenario 1

Number 0 to 1000 The eNodeB reports the number

of UEs using the UL CoMP in

scenario 1 to the M2000 at the

end of each monitoring period.

UL CoMP Users of Scenario 1:

UEs located at the cell edge

using the UL CoMP function.

N/A

UL CoMP

Users Num of

Scenario 2



scenario 2 to the M2000 at the

end of each monitoring period.

UL CoMP Users of Scenario 2:

UEs that are interfered by UEs

using the ULCoMP of scenario

1 in a collaborative neighboring

cell use the UL CoMP function.

N/A

UL CoMP

Users Num of

mixed Scenario



mixed scenario to the M2000 at

the end of each monitoring

period.

UL CoMP Users of mixed

Scenario: UEs using the UL

CoMP of both scenario1 and

scenario 2 during a monitoring

period.

N/A

2.2 Satisfaction of Service Monitoring


This task is used to monitor the QoS satisfaction rate of VoIP services with QoS class

identifier (QCI) 1. This task is also used to monitor the QoS satisfaction rates of GBR services

with QCIs 2 to 4 in a cell based on the throughput. The QoS satisfaction rates of GBR

services indicate whether the QoS requirements of admitted GBR services are met and can be

used to determine the cell load status.

2.2.2 Service Impact

None.

eNodeB




9

2.2.3 Parameters

Table 2-3 Parameters for satisfaction of service monitoring


Test Items It can be set to DL QCI1 Satisfaction rate of Service, DL QCI2

Satisfaction rate of Service, DL QCI3 Satisfaction rate of Service,

DL QCI4 Satisfaction rate of Service, UL QCI1 Satisfaction rate

of Service, UL QCI2 Satisfaction rate of Service, UL QCI3

Satisfaction rate of Service, UL QCI4 Satisfaction rate of Service,

Congestion State, or a combination of some items.

Local Cell ID ID of the cell on which satisfaction of service monitoring is

performed.

CN Operator ID In a RAN sharing scenario, a cell can be shared by a maximum of six

operators. In a non-RAN sharing scenario, a cell can be used by only

one operator.

Monitor Period

(ms)

Interval of reporting monitoring results. It can be set to 50, 100, 200,

500, 1000, or 2000.


Table 2-4 Results of satisfaction of service monitoring


Description Formula

CN

Operator ID

N/A 0 to 5 ID of the operator for which satisfaction

of service monitoring is performed.

N/A

eNodeB




10


Description Formula

CN

Operator

UL QCI[n]

Satisfaction

rate of

Service

% 0 to 100 Average QoS satisfaction rates of

different uplink services in a cell when

monitoring results are reported. n ranges

from 1 to 4. On the uplink, the uplink

QoS satisfaction rate of QCI1 is

represented by the average uplink VoIP

service satisfaction rate in a cell, that is,

the ratio of the total uplink VoIP service

satisfaction rates to the total number of

VoIP services in a cell. The higher the

proportion, the higher the satisfaction

rate.

The uplink QoS satisfaction rates of

GBR services with QCIs 2 to 4 are

evaluated for each logical channel group.

The QoS satisfaction rate of a logical

channel group is evaluated based on the

transmitted data and the total amount of

data to be transmitted. The higher the

transmitted data volume, the higher the

QoS satisfaction rate.

N/A

CN

Operator

DL QCI[n]

Satisfaction

rate of

Service

% 0 to 100 Average QoS satisfaction rates of

different downlink services in a cell

when monitoring results are reported.

The value range of n is 1 to 4. On the

downlink, the downlink QoS satisfaction

rate of QCI1 is represented by the

average downlink VoIP service

satisfaction rate in a cell, that is, the ratio

of the total downlink VoIP service

satisfaction rates to the total number of

VoIP services in a cell. The higher the

proportion, the higher the satisfaction

rate.

The downlink QoS satisfaction rates of

GBR services with QCIs 2 to 4 are

evaluated based on the ratio of the

scheduled data volume of these services

to the total data volume to be transmitted

for these services. If the scheduled data

volume is high or the data volume in the

buffer is low, the QoS satisfaction rate is

high.

N/A

Congestion

State

N/A Congesti

on,

Unconge

stion

Current congestion state of an operator

when monitoring results are reported.

N/A

eNodeB




11

2.3 General Throughput Monitoring


This task is used to monitor uplink and downlink throughput information about all UEs in a

cell in real time. Based on this information, the data transmission status of the eNodeB or UEs

can be determined.

2.3.2 Service Impact

None.

2.3.3 Parameters

Table 2-5 Parameters for general throughput monitoring


Local Cell ID ID of the cell on which general throughput monitoring is

performed.

Test Items It can be set to RLC Throughput, RLC Throughput of GBR

service, RLC Throughput of NON-GBR service, or a

combination of some items.

CN Operator ID In a RAN sharing scenario, a cell can be shared by a maximum of

six operators. In a non-RAN sharing scenario, a cell can be used by

only one operator.

Monitor Period (ms) Interval of reporting monitoring results. It can be set to 50, 100,

200, 500, 1000, or 2000.


RLC Throughput

Table 2-6 Results of RLC Throughput monitoring


Description Formula

CN Operator ID N/A 0 to 5 ID of the operator for

which general

throughput monitoring

is performed.

N/A

Cell Uplink RLC

Throughput

bps 0 to

300000000

Uplink throughput of a

cell. Only RLC

payloads are included.

The RLC headers,

retransmitted data, and

state reports are

excluded.

(General uplink

RLC throughput

(byte) x 8) x

1000/Monitor

Period (ms)

eNodeB




12


Description Formula

Cell Downlink

RLC Throughput

bps 0 to

300000000

Downlink throughput

of a cell. Only the RLC


The RLC headers,


state reports are

excluded.

(General downlink

RLC throughput

(byte) x 8) x

1000/Monitor

Period (ms)

CN Operator Cell

Uplink RLC

Throughput

bps 0 to

300000000

Uplink RLC throughput

of an operator of a cell.

Only RLC payloads are

included. The RLC

headers, retransmitted

data, and state reports

are excluded.

(Uplink RLC

throughput of an

operator of a cell

(byte) x 8) x

1000/Monitor

Period (ms)

CN Operator Cell

Downlink RLC

Throughput

bps 0 to

300000000

Downlink RLC

throughput of an

operator of a cell. Only

RLC payloads are

included. The RLC



are excluded.

(Downlink RLC

throughput of an

operator of a cell

(byte) x 8) x

1000/Monitor

Period (ms)

RLC Throughput of GBR service

Table 2-7 Results of RLC Throughput of GBR service monitoring


Description Formula


which general


is performed.

N/A

Cell GBR Traffic

Uplink RLC

Throughput

bps 0 to

300000000

Uplink throughput of

GBR services in a cell.


included. The RLC



are excluded.

(General RLC

throughput of

uplink GBR

services (Byte) x 8)

x 1000/Monitor

Period (ms)

eNodeB




13


Description Formula

Cell GBR Traffic

Downlink RLC

Throughput

bps 0 to

300000000

Downlink throughput of

GBR services in a cell.


included. The RLC



are excluded.

(General RLC

throughput of

downlink GBR


x 1000/Monitor

Period (ms)

CN Operator Cell

GBR Traffic

Uplink RLC

Throughput

bps 0 to

300000000

Uplink GBR service

throughput of an

operator of a cell. Only

RLC payloads are

included. The RLC



are excluded.

(Uplink GBR

service throughput

of an operator of a

cell (byte) x 8) x

1000/Monitor

Period (ms)

Operator Cell GBR

Traffic Downlink

RLC Throughput

bps 0 to

300000000

Downlink GBR service

throughput of an

operator cell. Only RLC


The RLC headers,


state reports are

excluded.

(Downlink GBR

service throughput

of an operator of a

cell (Byte) x 8) x

1000/Monitor

Period (ms)

RLC Throughput of NON-GBR service

Table 2-8 Results of RLC Throughput of NON-GBR service monitoring


Description Formula


which general


is performed.

N/A

Cell Non-GBR

Traffic Uplink

RLC Throughput

bps 0 to

300000000

Uplink throughput of

non-GBR services in a

cell. Only RLC


The RLC headers,


state reports are

excluded.

(General RLC

throughput of

uplink non-GBR


x 1000/Mo

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