01-Library Overview(ERAN7.0 02)

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eRAN

Library Overview

Issue 02

Date 2014-05-30

HUAWEI TECHNOLOGIES CO., LTD.


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Copyright Huawei Technologies Co., Ltd. 2014. All rights reserved.

No part of this document may be reproduced or transmitted in any form or by any means without prior written

consent of Huawei Technologies Co., Ltd.

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]

Issue 02 (2014-05-30) Huawei Proprietary and Confidential

Copyright Huawei Technologies Co., Ltd.

i
http://www.huawei.com/


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1Library OverviewThis Library Overview for LTE eRAN 7.0 Feature Documentation presents the customer product

information for LTE eRAN features. The information is structured as an overview intended for

a general understanding of eRAN features.

Topic Document Description

Library

Informati

on

Library Overview Describes an overview of the LTE Feature library.

Library Changes Describes the changes of the LTE Feature library.

Introducti

on to LTE

Feature

Basic Feature Guides the customers to quickly find the basic in the

commercial release of the eRAN Feature Documentation.

Optional Feature Guides the customers to quickly find the optional featuresin the commercial release of the eRAN Feature

Documentation.

Multi-mode

Feature

Guides the customers to quickly find the multi-mode

mptional features in the commercial release of the eRAN

Feature Documentation.

LTE-A Feature Guides the customers to quickly find the LTE-A features

in the commercial release of the eRAN Feature

Documentation.

Trial Feature Guides the customers to quickly find the trial features inthe commercial release of the eRAN Feature

Documentation.

License Control

Item Lists

Descriptions of license control items include the feature

IDs, feature names, names of license control items, IDs of

license control items, and related NEs.

Descriptio

n

eRAN

Library Overview 1 Library Overview



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>Voice

and

Services

CMAS This document describes LOFD-001092 CMAS Support,

including its technical principles, related features, network

impact, and engineering guidelines.

CS Fallback This document describes circuit switched fallback

(CSFB), including its technical principles, related features,

network impact, and engineering guidelines.

This document covers the following features:

l LOFD-001033 CS Fallback to UTRAN

l LOFD-001052 Flash CS Fallback to UTRAN

l LOFD-001068 CS Fallback with LAI to UTRAN

l LOFD-001088 CS Fallback Steering to UTRAN

lLOFD-001078 E-UTRAN to UTRAN CS/PS Steering

l LOFD-001034 CS Fallback to GERAN

l LOFD-001053 Flash CS Fallback to GERAN

l LOFD-001069 CS Fallback with LAI to GERAN

l LOFD-001089 CS Fallback Steering to GERAN

eMBMS This document describes evolved multimedia broadcast

multicast service (eMBMS), including its technical

principles, related features, network impact, and

engineering guidelines.

This document covers the following features:l LOFD-070220 eMBMS Phase 1 based on Centralized

MCE Architecture

l LOFD-07022001 Multi-cell transmission in MBSFN

area

l LOFD-07022002 Mixed transmission of unicast and

broadcast

l LOFD-07022003 Data synchronization

l LOFD-07022004 Session admission control

Emergency Call This document describes LBFD-002028 Emergency Call,



ETWS This document describes LBFD-002029 ETWS, including

its technical principles, related features, network impact,

and engineering guidelines.

LCS This document describes LOFD-001047 LoCation

Services (LCS), including its technical principles, related

features, network impact, and engineering guidelines.

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LTE-CDMA2000

CS Service

Interworking

This document describes LTE-CDMA2000 CS Service

Interworking, including its technical principles, related

features, network impact, and engineering guidelines.This document covers the following features:

l LOFD-001035 CS Fallback to CDMA2000 1xRTT

l LOFD-001090 Enhanced CS Fallback to CDMA2000

1xRTT

l LOFD-001091 CS Fallback to CDMA2000 1xRTT

Based on Frequency-specific Factors

ROHC This document describes LOFD-001017 RObust Header

Compression (ROHC), including its technical principles,

related features, network impact, and engineering

guidelines.

SRVCC This document describes single radio voice call continuity

(SRVCC), including its technical principles, related



l LOFD-001022 SRVCC to UTRAN

l LOFD-001023 SRVCC to GERAN

l LOFD-001087 SRVCC Flexible Steering to UTRAN

VoIP This document describes IMS-based VoIP within a VoIP-

capable LTE network, including its technical principles,


guidelines.

>Radio

and

Performa

nce

800 MHz Self-

interference

Cancellation

This document describes LOFD-001067 800M Self-

interference Cancellation, including its technical



Access Class

Control

This document describes static access class (AC) control

and LOFD-070207 Intelligent Access Class Control,

including their technical principles, related features,


Admission and

Congestion

Control

This document describes admission and congestion

control, including its technical principles, related features,



l LBFD-002023 Admission Control

l LOFD-00102901 Radio/transport resource pre-

emption

l LBFD-002024 Congestion Control

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AQM This document describes LOFD-001027 Active Queue

Management (AQM), including its technical principles,

related features, network impact, and engineeringguidelines.

Carrier

Aggregation

This document describes carrier aggregation (CA),



This document covers the following features: Currently,

CA involves the following features:

l LAOFD-001001 LTE-A Introduction

l LAOFD-00100101 Intra-Band Carrier Aggregation for

Downlink 2CC in 20MHz

l LAOFD-00100102 Inter-Band Carrier Aggregation forDownlink 2CC in 20MHz

l LAOFD-001002 Carrier Aggregation for Downlink

2CC in 40MHz

l LAOFD-00100201 Carrier Aggregation for Downlink

2CC in 40MHz

l LAOFD-00100202 Support of UE Category 6

l LAOFD-070201 CA for Downlink 2 CC From

Multiple Carriers

l LAOFD-070202 Carrier Aggregation for 2CC based

on Coordinated BBU

Cell Management This document describes the cell management in the Long

Term Evolution (LTE) system, including its technical



Compact

Bandwidth

This document describes LOFD-001051 Compact

Bandwidth, including its technical principles, related


Connection

Management

This document describes connection management,

including its technical principles, related features, networkimpact, and engineering guidelines.


l LBFD-002007 RRC Connection Management

l LBFD-002008 Radio Bearer Management

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CSPC This document describes Coordinated Scheduling based

Power Control (CSPC), including its technical principles,



l LOFD-070208 Coordinated Scheduling based Power

Control (Cloud BB)

l LOFD-070209 Coordinated Scheduling based Power

Control (ECO)

DRX and

Signaling Control

This document describes (DRX) and signaling control ,




l LBFD-002017 DRX

l LOFD-00110501 Dynamic DRX

l LOFD-00110502 High-Mobility-Triggered Idle Mode

Extended Cell

Range

This document describes the extended cell range feature,




l LBFD-002012 Cell Access Radius up to 15km

l LOFD-001009 Extended Cell Access Radius

Extended CP This document describes the normal cyclic prefix (CP) and

extended CP, including its technical principles, related



l LBFD-001004 CP length

l LBFD-00100401 Normal CP

l LOFD-001031 Extended CP

Flexible User

Steering

This document describes flexible user steering, including




l LOFD-00105401 Camp & Handover Based on SPID

l LOFD-001059 UL Pre-allocation Based on SPID

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High Speed

Mobility

This document describes the high speed mobility,


impact, and engineering guidelines.This document covers the following features:

l LOFD-001007 High Speed Mobility

l LOFD-001008 Ultra High Speed Mobility

ICIC This document describes inter-cell interference

coordination (ICIC), including its technical principles,


guidelines.


l LBFD-00202201 Downlink Static Inter-Cell

Interference Coordination

l LOFD-00101401 Downlink Dynamic Inter-Cell


l LBFD-00202202 Uplink Static Inter-Cell Interference

Coordination

l LOFD-00101402 Uplink Dynamic Inter-Cell


Idle Mode

Management

This document describes Idle management, including its

technical principles, related features, network impact, and

engineering guidelines.This document covers the following features:

l LBFD-002009 Broadcast of System Information

l LBFD-002011 Paging LBFD-00201803 Cell Selection

and Re-selection

Intelligent Wi-Fi

Selection based on

eCoordinator

This document describes the Multi-RAT Carrier Joint

Shutdown, including its technical principles, related



l GBFD-160230 Intelligent Wi-Fi Selection based on

eCoordinator(GSM)

l WRFD-160278 Intelligent Wi-Fi Selection based on

eCoordinator(UMTS)

l LOFD-070217 Intelligent Wi-Fi Selection based on

eCoordinator(LTE FDD)

l TDLOFD-070217 Intelligent Wi-Fi Selection based on

eCoordinator(LTE TDD)

l WOFD-010002 Cellular-aided Intelligent Wi-Fi

Detection and Selection

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Inter-RAT

Mobility

Management inConnected Mode

This document describes inter-RAT mobility management

in connected mode, including its technical principles,



l LOFD-001019 PS Inter-RAT Mobility between E-

UTRAN and UTRAN

l LOFD-001043 Service based inter-RAT handover to

UTRAN

l LOFD-001072 Distance based Inter-RAT handover to

UTRAN

l LOFD-001078 E-UTRAN to UTRAN CS/PS Steering

l LOFD-001079 Separate Mobility Policies to UTRANfor Multi PLMN

l LOFD-070203 RIM Based LTE Target Cell Selection

l LOFD-001020 PS Inter-RAT Mobility between E-

UTRAN and GERAN

l LOFD-001046 Service based inter-RAT handover to

GERAN

l LOFD-001073 Distance based Inter-RAT handover to

GERAN

Intra-RATMobility

Management in

Connected Mode

This document describes inter-RAT mobility managementin connected mode, including its technical principles,


guidelines.


l LBFD-00201801 Coverage Based Intra-frequency

Handover

l LBFD-00201802 Coverage Based Inter-frequency

Handover

l LBFD-00201804 Distance Based Inter-frequency

Handover

l LBFD-00201805 Service Based Inter-frequency

Handover

LTE-CDMA2000

PS Service

Interworking

This document describes LTE-CDMA2000 PS Service

Interworking, including its technical principles, related


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MIMO This document describes the multiple-input multiple-

output (MIMO) feature, including its technical principles,



l LBFD-00202001 UL 2-Antenna Receive Diversity

l LOFD-001005 UL 4-Antenna Receive Diversity

l LOFD-001002 UL 2x2 MU-MIMO

l LOFD-001058 UL 2x4 MU-MIMO

l LOFD-001001 DL 2x2 MIMO

l LOFD-001003 DL 4x2 MIMO

lLOFD-001060 DL 4x4 MIMO

l LBFD-002031 Support of aperiodic CQI reports

l LBFD-060101 Optimization of Periodic and Aperiodic

CQI Reporting

Mobility Load

Balancing

This document describes mobility load balancing (MLB),




l LOFD-001032 Intra-LTE Load Balancing

l LOFD-070215 Intra-LTE User Number Load

Balancing

l LOFD-070204 Operator Load Based Intra-LTE MLB

l LOFD-001044 Inter-RAT Load Sharing to UTRAN

l LOFD-001045 Inter-RAT Load Sharing to GERAN

Multiple

Frequency Band

Indicator

This document describes multiple frequency band

indicator (MFBI; that is, LBFD-070103 Multi-Band

Compatibility Enhancement), including its technical



Overview of

Mobility

Management in

Connected Mode

This document describes common information of mobility

management in connected mode for E-UTRAN, such as

handover procedures and policies. Mobility management

in connected mode is described in three documents:

Overview of Mobility Management in Connected Mode,

Intra-RAT Mobility Management in Connected Mode, and

Inter-RAT Mobility Management in Connected Mode.

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Physical Channel

Resource

Management

This document describes resource management for

physical channels, including its technical principles,



l LBFD-002003 Physical Channel Management

l LOFD-001093 PUCCH Flexible Configuration

Power Control This document describes power control, including its




l LBFD-002016 Dynamic Downlink Power Allocation

l LBFD-002026 Uplink Power Control

QoS Management This document describes quality of service (QoS)

management, including its technical principles, related


Receiver

Technologies

This document describes Receiver Technologies,




l LOFD-001012 UL Interference Rejection Combining

l LOFD-001094 Control Channel IRC

l LOFD-001096 Advanced Receiver (PSIC)

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Scheduling This document describes Scheduling, including its


engineering guidelines.This document covers the following features:

l LBFD-001005 Modulation: DL/UL QPSK, DL/UL

16QAM, DL 64QAM

l LBFD-001006 AMC

l LBFD-002005 DL Asynchronous HARQ

l LBFD-002006 UL Synchronous HARQ

l LBFD-002025 Basic Scheduling

l LBFD-070102 MBR>GBR Configuration

lLBFD-060102 Enhanced UL Frequency SelectiveScheduling

l LBFD-060103 Enhanced DL Frequency Selective

Scheduling

l LOFD-001006 UL 64QAM

l LOFD-00101501 CQI Adjustment

l LOFD-00101502 Dynamic Scheduling

l LOFD-001109 DL Non-GBR Packet Bundling

l LOFD-001048 TTI Bundling

l LOFD-070221 UL Delay-based Dynamic Scheduling

SCTP Congestion

Control

This document describes LBFD-002033 SCTP

Congestion Control, including its technical principles,


guidelines.

TDM eICIC This document describes LAOFD-002001 Static TDM

eICIC, including its technical principles, related features,


TPE This document describes LOFD-001026 TCP Proxy

Enhancer (TPE), including its technical principles, related


UL CoMP This document describes the uplink (UL) coordinated

multi-point (CoMP) feature, including its technical




l LOFD-001066 Intra-eNodeB UL CoMP

l LAOFD-070213 Intra-eNodeB UL CoMP Phase II

l LAOFD-070214 UL CoMP based on Coordinated

BBU

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Uplink Timing

Control

This document describes LBFD-070101 Uplink Timing

Based on PUCCH, including its technical principles,


>SON Adaptive ICIC This document describes LOFD-060201 Adaptive Inter-

Cell Interference Coordination, including its technical



ANR Management This document describes the Automatic Neighbor

Relation (ANR) management feature, including its



This document covers the following features:l LOFD-002001 Automatic Neighbour Relation (ANR)

l LOFD-002002 Inter-RAT ANR

LOFD-002002 Inter-RAT ANR described in this

document refers only to ANR of evolved universal

terrestrial radio access networks (E-UTRANs) with

universal terrestrial radio access networks (UTRANs) or

GSM/EDGE radio access network (GERAN). For details

on ANR of E-UTRAN with CDMA2000, see LTE-

CDMA2000 ANR Management Feature Parameter

Description

Cell Outage

Detection and

Recovery

This document describes the Cell Outage Management

feature, including principles and functions. It also

describes how to configure related parameters.

LTE-CDMA2000

ANR Management

This document describes LOFD-002002 Inter-RAT ANR,



MRO This document describes LOFD-002005 Mobility Robust

Optimization, including its technical principles, related


PCI Conflict

Detection and Self-

Optimization

This document describes LOFD-002007 PCI Collision

Detection & Self-Optimization, including its technical



Radio Parameter

Self-Planning

This document describes the LOFD-002016 Micro

eNodeB Self-planning feature, including its technical



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Random Access

Control and RACH

Optimization

This document describes random access control, including


and engineering guidelines.This document covers the following features:

l LBFD-002010 Random Access Procedure

l LOFD-002015 RACH Optimization

Sleeping Cell

Detection

This document describes LOFD-002010 Sleeping Cell

Detection, including its technical principles, related


>Network

ing and

Transmiss

ion

2G/3G and LTE

Co-transmission

This document describes the LOFD-003002 2G/3G and

LTE Co-transmission feature including implementation

principles, feature dependencies, network impact, and

engineering guidelines. The eNodeB servers as a

convergence node for the co-transmission.

Automatic OMCH

Establishment

This document describes the Automatic OMCH

Establishment, including its implementation principles,

procedures, and requirements for NEs.


l WRFD-031100 BOOTP

l WRFD-031101 NodeB Self-discovery Based on IP

Mode

l LOFD-002004 Self-configuration

l TDLOFD-002004 Self-configuration

CPRI

Compression

This document describes LOFD-001076 CPRI

Compression, including its technical principles, related


CPRI Sharing This document describes LOFD-003032 Intra-BBU

Baseband Sharing (2T), including its technical principles,


guidelines.

Ethernet OAM This document describes the Ethernet Operations,Administration and Maintenance (OAM) feature,

including working principles, feature dependencies,

network impact, and engineering guidelines. Ethernet

OAM is based on the IEEE 802.3ah, IEEE 802.1ag, and

ITU-T Y.1731 protocols and involves the following

features:

l GBSS: GBFD-118630 Ethernet OAM

l RAN: WRFD-050425 Ethernet OAM LTE FDD

l eRAN: LOFD-003004 Ethernet OAM LTE TDD

l eRAN: TDLOFD-003004 Ethernet OAM

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IP Active

Performance

Measurement

This document describes the IP Active Performance

Measurement feature, including its basic principles,


IP eRAN

Engineering Guide

This document describes the engineering guidelines for

interfaces, transmission reliability, and maintenance and

detection in IP transmission mode. For details about the

working principles of the IP Transmission feature, see

SingleRAN IP Transmission Feature Parameter

Description.

IP Performance

Monitor

This document describes the IP Performance Monitor (IP

PM) feature, including its technical description, related


IP Transmission This document describes the IP transmission architecture

of Huawei GSM, UMTS, LTE FDD, and LTE TDD

networks. This document also describes the related

transport protocols, interface networking, fault detection

mechanisms, and network reliability.

IPv6 Transport This document describes the IPv6 transport, including its




l LBFD-003006 IPv4/IPv6 Dual Stack

l LOFD-003017 S1 and X2 over IPv6

l LOFD-003023 IEEE 1588v2 over IPv6

l LOFD-003024 IPsec for IPv6

PPPoE This document describes LOFD-003022 PPPoE, including



RAN Sharing This document describes RAN sharing, including its




l LOFD-001036 RAN Sharing with Common Carrier

l LOFD-001037 RAN Sharing with Dedicated Carrier

l LOFD-070206 Hybrid RAN Sharing

l LOFD-001086 RAN Sharing by More Operators

l LOFD-070213 Fair User Sharing

l LOFD-001112 MOCN Flexible Priority Based

Camping

l LOFD-070210 Multi Operators SPID Policy

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S1/X2 Self-

Management

This document describes the self-management of S1 and

X2 interfaces, including its technical principles, related

features, network impact, and engineering guidelines. Theself-management of S1 and X2 interfaces is a part of the

LOFD-002004 Self-configuration feature.

SFN This document describes SFN, including its technical




l LOFD-003029 SFN

l LOFD-070205 Adaptive SFN/SDMA

Site Transmission

Equipment Fault

Detection

This document describes the Site Transmission Equipment

Fault Detection feature, including its technical principles,


guidelines.


l WRFD-160190 Site Transmission Equipment Fault

Detection

l LBFD-070104 Site Transmission Equipment Fault

Detection

Synchronization This document describes synchronization, including its

technical principles, related features, network impact, andengineering guidelines.


l LBFD-00300501 Clock Source Switching Manually or

Automatically

l LBFD-00300502 Free-running Mode

l LBFD-00300503 Synchronization with GPS

l LBFD-00300504 Synchronization with BITS

l LBFD-00300505 Synchronization with 1PPS

l LBFD-00300506 Synchronization with E1/T1

l LOFD-00301301 Synchronization with Ethernet (ITU-

T G.8261)

l LOFD-00301302 IEEE1588 V2 Clock

Synchronization

l LOFD-00301303 Clock over IP (Huawei proprietary)

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Time Management By reading this document, you can learn: Information

about a base station time source, time zone, and daylight

saving time (DST). The basics, process, and initialconfiguration of NTP time synchronization. The basics,

process, and initial configuration of SNTP time

synchronization.

IP Transmission

Efficiency

Improvement

This document describes transmission efficiency

improvement mechanisms used in GSM, UMTS, and LTE

networks, including its technical principles, related


Transport

Resource

Management


transport, including its technical principles, related


l LBFD-00300201 DiffServ QoS Support

l LOFD-00301101 Transport Overbooking

l LOFD-00301102 Transport Differentiated Flow

Control

l LOFD-00301103 Transport Resource Overload

Control

l LOFD-00301201 IP Performance Monitoring

l LOFD-00301202 Transport Dynamic Flow Control

l LOFD-003016 Different Transport Paths based on

QoS Grade

>Security Access Control

based on 802.1x

This document describes the Access Control based on

802.1x feature, including its basic principles, engineering

guidelines, and parameters.

The corresponding feature is eNodeB:

l LTE FDD eRAN: LOFD-003015 Access Control

based on 802.1x.

l LTE TDD eRAN: TDLOFD-003015 Access Control

based on 802.1x.

Dopra Linux OS

Security

This Document describes the security of Dopra Linux

Operation System.

Equipment

Security

This document describes equipment security, including its

technical descriptions, engineering guidelines, and

parameters.

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IPsec This document describes the Internet Protocol Security

(IPsec) , including its technical principles, related features,

network impact, and engineering guidelines.This document covers the following features:

l GBFD-113524 BTS Integrated IPsec

l WRFD-140209 NodeB Integrated IPSec

l LOFD-003009 IPsec

l MRFD-211602 Co-IPSec Between GSM, UMTS and

LTE (GSM)


LTE (UMTS)


LTE (LTE FDD)

l MRFD-241602 Co-IPsec Between GSM, UMTS and

LTE (LTE TDD)

l GBFD-160209 IPsec redundancy among multi-

SeGWs

l WRFD-160274 IPsec redundancy among multi-

SeGWs

l LOFD-070211 IPsec redundancy among multi-SeGWs

l TDLOFD-070211 IPsec redundancy among multi-

SeGWs

OM Security This document describes operation and maintenance

(O&M) security, including its technical descriptions,

engineering guidelines, and parameters.

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PKI This document describes the public key infrastructure

(PKI) , including its technical principles, related features,

network impact, and engineering guidelines.This document covers the following features:

l GBFD-113526 BTS Supporting PKI

l WRFD-140210 NodeB PKI Support

l LOFD-003010 Public Key Infrastructure(PKI)

l TDLOFD-003010 Public Key Infrastructure(PKI)

l GBFD-160211 BSC Supporting PKI

l WRFD-160276 RNC Supporting PKI

l GBFD-160210 BTS Support PKI Redundancy

l GBFD-160208 BSC Support PKI Redundancy

l WRFD-160275 NodeB Support PKI Redundancy

l WRFD-160277 RNC Support PKI Redundancy

l LOFD-070212 eNodeB Support PKI Redundancy

l TDLOFD-070212 eNodeB Support PKI Redundancy

Radio Security This document describes security measures on the radio

interface, including its technical principles, related



l LBFD-002004 Integrity Protection

l LOFD-00101001 Encryption: AES

l LOFD-00101002 Encryption: SNOW 3G

l LOFD-00101003 Encryption: ZUC

Security Overview This document describes security solutions for Huawei's

SingleRAN products in IP networking, including

equipment, operation and maintenance (O&M),

transmission, and radio security features.

SSL This document describes SingleRAN Security Socket

Layer (SSL), including its basic principles, relatedfeatures, network impact, engineering guidelines, and

parameters.

This document describes the following features.

l GBFD-113522 Encrypted Network Management

l MRFD-210305 Security Management

l LBFD-004003 Security Socket Layer

l TDLBFD-004003 Security Socket Layer

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Transmission

Security Overview

This document describes transmission security, including

transport network overview and transmission security

solutions and features.

>Reliabili

ty

Base Station

OMCH Self-

recovery

This document describes the Base Station OMCH Self-

recovery feature. It consists of three functions: automatic

version rollback, automatic configuration data rollback,

and transmission link fault rectification.

Base Station

Equipment

Reliability

This document describes the reliability design of 3900

series base station equipment, including its related

features, network impact, and engineering guidelines. The

reliability design includes the redundancy design and

hardware reliability design.

Flow Control This document describes eNodeB flow control, including



S1-flex This document describes LOFD-001018 S1-Flex,



>Power

Saving

Energy

Conservation and

Emission

Reduction

This document describes Energy Conservation and

Emission Reduction, including its technical principles,


guidelines.


l LOFD-001025 Adaptive Power Consumption

l LOFD-001039 RF Channel Intelligent Shutdown

l LOFD-001040 Low Power Consumption Mode

l LOFD-001041 Power Consumption Monitoring

l LOFD-001042 Intelligent Power-Off of Carriers in the

Same Coverage

l LOFD-001056 PSU Intelligent Sleep Mode

l LOFD-001070 Symbol Power Saving

l LOFD-001074 Intelligent Power-Off of Carriers in the

Same Coverage of UMTS Network

RRU PA

Efficiency

Improvement

This document describes the RRU PA Efficiency

Improvement, including its technical principles, related



l WRFD-150241 RRU PA Efficiency Improvement

(UMTS)

l LOFD-001075 RRU PA Efficiency Improvement

(LTE FDD)

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>Site

Solution

ALD Management This document describes antenna line device (ALD)

management and provides engineering guidelines. ALD

management involves two GSM basic features, threeUMTS basic features, and one LTE optional feature.

Base Station

Cabinets and

Subracks

(Including the

BBU Subrack)

Configuration

This document describes which cabinets and subracks are

required for different base station models and how to

configure them. This document also describes how to

configure and maintain boards in a baseband unit (BBU)

subrack. The base stations mentioned in this document

refer to 3900 series base stations. Any managed objects

(MOs), parameters, alarms, or counters described in this

document correspond to the software release delivered

with this document. In the event of updates, the updates

will be described in the product documentation deliveredwith the latest software release.

BBU

Interconnection

This document describes the BBU Interconnection feature,

including its implementation principles, network impact,


CPRI MUX This document describes the working principles and

engineering guidelines of the CPRI MUX feature.

CPRI MUX

(LampSite)

This document describes the working principles and


MonitoringManagement

This document describes the principles and engineeringguidelines for the 3900 series base station monitoring

management feature. The 3900 series base station

monitoring management feature involves two basic GSM

features, GBFD-112301 Remote EAC Maintenance and

GBFD-111211 Reporting the Temperature List of the BTS

Equipment Room, two basic LTE features, LBFD-004012

Environment Monitoring and TDLBFD-004012

Environment Monitoring. In GBSS, RAN, and SRAN, the

3900 series base station monitoring management is a basic

feature and involves no feature ID.

Multi-BBU

Interconnection

This document describes the multi-BBU interconnection

feature, including its technical principles, related features,


Power Supply

Management

This document provides information about features related

to power supply management, including feature

implementation and engineering guidelines.

RF Unit and

Topology

Management

This document describes the RF Unit and Topology

Management feature, including its technical principles and


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>Multi-

mode

Evolution

Bandwidth

Sharing of

Multimode BaseStation Co-

Transmission

This document describes the Bandwidth Sharing of

Multimode Base Station Co-Transmission feature,

including the bandwidth sharing mechanism,recommended transmission configuration strategies,

application scenarios, related features, network impact,

and engineering guidelines. This feature applies to GSM/

UMTS, GSM/LTE, UMTS/LTE, and GSM/UMTS/LTE

multimode base stations in co-transmission scenarios.

Common Clock This document describes the Common Clock feature,

which applies to the scenario in which baseband unit

(BBU) sharing is implemented on a multimode base

station. Common clocks in multimode base stations can be

classified into: GSM/UMTS common clock GSM/LTE

common clock UMTS/LTE common clock

Common

Transmission

This document describes the common transmission (co-

transmission) solutions on the multimode base station

controller (MBSC) and multimode base station sides and

provides engineering guidelines.

GSM and LTE

Buffer Zone

Optimization

This document describes MRFD-231808 GSM and LTE

Buffer Zone Optimization (LTE FDD), including its



GSM and LTE

Dynamic Power

Sharing

This document describes the GSM and LTE Dynamic

Power Sharing feature, including implementation

principles, parameter adjustments, feature dependencies,


GSM and LTE

FDD Dynamic

Spectrum Sharing

This document describes GSM and LTE FDD Dynamic

Spectrum Sharing, including its technical principles,


guidelines.


l MRFD-090201 GSM and LTE FDD Dynamic

Spectrum Sharing(GSM)

l MRFD-090202 GSM and LTE FDD Dynamic

Spectrum Sharing(LTE FDD)

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Multi-RAT Carrier

Joint Shutdown

This document describes the Multi-RAT Carrier Joint

Shutdown, including its technical principles, related


l MRFD-211901 Multi-RAT Carrier Joint Shutdown

(GBTS)


(NodeB)


(eNodeB)

Feature

Delta

Information

Network Impact

Report

This document describes the impact of new and enhanced

eRAN7.0 features on eRAN6.0 and provides required

information that network planning personnel andoperation and maintenance (OM) personnel need to

prepare for upgrades to eRAN7.0.

Operation

and

Maintena

nce

Configuration

Management

This document describes configuration management,

including its implementation rules and structure.


l MRFD-210301 Configuration Management

l LBFD-004007 Configuration Management

l TDLBFD-004007 Configuration Management

Fault Management This document describes fault management, including its

implementation principles and basic architecture.


l MRFD-210304 Fault Management

l LBFD-004006 Fault Management

l TDLBFD-004006 Fault Management

Horizontal

Beamwidth

Adjustment

This document describes Horizon Beam-Width

Adjustment, including its technical principles, related



l WRFD-150237 Horizon Beam-Width Adjustment

l LOFD-003031 Horizon Beam-Width Adjustment

Inventory

Management

This document describes LBFD-004013 Inventory

Management, including its technical principles, related


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License

Management

This document describes License management, including


and engineering guidelines.This document covers the following features:

l LBFD-004014 License Management

l LBFD-004015 License Control for Urgency

Performance

Management

Performance management is a part of GSM/UMTS/LTE

network operation and maintenance (OM). This document

describes the architecture and basic concepts of

performance management, the performance counter

statistical methods and measurement process, the M2000

northbound performance file interface, and the schemes

for adding and deleting performance counters.This document involves the following features:

l MRFD-210302 Performance Management

l LBFD-004008 Performance Management

l TDLBFD-004008 Performance Management

Glossary Glossary This document provides LTE terms, acronyms, and

abbreviations.

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2Library OverviewThis Library Overview for LTE eRAN 6.0 Feature Documentation presents the customer product

information for LTE eRAN features. The information is structured as an overview intended for

a general understanding of eRAN features.


Library

Information

Library Overview Describes an overview of the LTE Feature library.

Library Changes Describes the changes of the LTE Feature library.

Introduction to

LTE Feature

Basic Feature Guides the customers to quickly find the basic in the

commercial release of the eRAN Feature

Documentation.

Optional Feature Guides the customers to quickly find the optional

features in the commercial release of the eRAN


Multi-mode

Feature

Guides the customers to quickly find the multi-mode

mptional features in the commercial release of the

eRAN Feature Documentation.

LTE-A Feature Guides the customers to quickly find the LTE-A



LTE-A TRY

Feature

Guides the customers to quickly find the LTE-A TRY



License Control

Item Lists

Descriptions of license control items include the

feature IDs, feature names, names of license control

items, IDs of license control items, and related NEs.

Description

>Voice and

Services

CMAS This document describes the key techniques used in

the commercial mobile alert system (CMAS) feature

and how to implement this feature.

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CS Fallback This document describes the principles and

procedures for circuit switched fallback (CSFB) to

universal terrestrial radio access network (UTRAN)or GSM/EDGE radio access network (GERAN). It

elaborates the functions provided by Huawei E-

UTRAN NodeBs (eNodeBs) during CSFB

procedures. This document also provides

engineering guidelines for setting the essential

parameters related to CSFB. For details about CSFB

to CDMA2000 1x Radio Transmission Technology

(1xRTT), see LTE-CDMA2000 CS Service

Interworking Feature Parameter Description.

Emergency Call This document describes the emergency call

procedures and emergency call-related E-UTRANNodeB (eNodeB) functions, including identification

of UEs in emergency calls (referred to as emergency

UEs in this document), broadcast of emergency call

indicators for UEs in limited service state, admission

control for emergency calls, and load balancing for

emergency calls. In addition, this document provides


ETWS This document describes the key techniques used in

the Earthquake and Tsunami Warning System

(ETWS) feature and how to implement this feature.

LCS This document describes the location services (LCS)

feature in terms of concepts, principles, feature

relationships, impact on the network, and


LTE-CDMA2000

CS Service

Interworking

This document describes circuit switched (CS)

service interworking between the Long Term

Evolution (LTE) and Code Division Multiple Access

2000 1x radio transmission technology (CDMA2000

1xRTT) networks, involving voice calls and short

message services (SMSs). This document includes

implementation principles, parameter adjustments,feature dependencies, network impact, and


ROHC This document describes the robust header

compression (ROHC) feature in terms of the ROHC

entity, state, mode, and ROHC parameter negotiation

process.

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SRVCC This document describes the single radio voice call

continuity (SRVCC) feature from the following

aspects: implementation principles, parameteradjustments, feature dependencies, network impact,

and engineering guidelines. The SRVCC end-to-end

procedure involves the E-UTRAN NodeB (eNodeB),

evolved packet core (EPC), IP multimedia subsystem

(IMS), and network elements (NEs) in the universal

terrestrial radio access network (UTRAN) or GSM/

EDGE radio access network (GERAN). This

document focuses on the eNodeB functions for

SRVCC and the basic SRVCC algorithm that Huawei

eNodeB uses.

VoIP This document describes voice over IP (VoIP) interms of basic principles, key technologies, feature

dependencies, network impact, and engineering

guidelines.

>Radio and

Performance

800 MHz Self-

interference

Cancellation

This document describes the 800 MHz self-

interference cancellation feature in terms of how it

works, how it relates to other features, and how it

affects the network. This document also provides

engineering guidelines for this feature.

Admission and

Congestion Control

This document describes the admission and

congestion control feature of the Long TermEvolution (LTE) network. This feature is

implemented through load monitoring, admission

control, and congestion control.

AQM This document describes the active queue

management (AQM) feature, including

implementation principles and engineering

guidelines.

Cell Management This document describes the technical principles of

cell management in the Long Term Evolution (LTE)

system. It also provides engineering guidelines forcell management.

Compact

Bandwidth

This document describes the LOFD-001051

Compact Bandwidth feature, which is a solution of

Long Term Evolution (LTE) implementation under

non-standard bandwidths. This document describes

the feature principles, parameter adjustments, feature

dependencies, network impact, and feature

implementation.

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Connection

Management

This document describes connection management in

terms of random access, signaling connection

management, and radio bearer (RB) management. Italso provides engineering guidelines for connection

management.

DRX and Signaling

Control

This document describes features involved in

discontinuous reception (DRX) and signaling control

from the following aspects: implementation

principles, parameter adjustments, feature


guidelines.

Extended Cell

Range

This document describes key techniques involved in

the extended cell range feature and providesengineering guidelines for this feature.

Extended CP This document describes the normal cyclic prefix

(CP) and extended CP, including implementation



guidelines.

Flexible User

Steering

This document describes flexible user steering and


High Speed

Mobility

This document describes how to implement the High

Speed Mobility feature in E-UTRAN NodeBs(eNodeBs) and how to configure parameters related

to this feature.

ICIC This document describes the Inter-Cell Interference

Coordination (ICIC) feature regarding key

techniques, procedures, and engineering guidelines.

Idle Mode

Management

This document describes the technical aspects of idle

mode management, such as camping on a cell, cell

selection, cell reselection, system information

broadcast, and paging. In addition, this document


LTE-CDMA2000

PS Service

Interworking

This document describes packet switched (PS)

service interworking between Long Term Evolution

(LTE) and Code Division Multiple Access 2000

(CDMA2000) networks. It includes implementation



guidelines.

MIMO This document describes the principles, key

techniques, application scenarios, and configuration

methods of multiple-input multiple-output (MIMO).

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MLB This document explains the principles and

procedures for mobility load balancing (MLB)

between cells, including air interface loadmonitoring, inter-cell load information exchange,

and load transfer. In addition, this document

describes the parameters and implementation for

MLB.

Mobility

Management in

Connected Mode

This document describes mobility management in

connected mode, including the principles and


P2P Throttling This document describes the principles and

implementation of point-to-point (P2P) throttling

based on the feature LOFD-001064 P2P Throttling.

Physical Channel

Resource

Management


physical channels in the Long Term Evolution (LTE)

system and provides engineering guidelines.

Power Control This document describes features related to power

control in terms of implementation, parameters

involved, feature relationships, network impact, and


QoS Management This document describes the key techniques and

implementation of the quality of service (QoS)

management feature.

Receiver

Technologies

This document describes the implementation


dependencies, and network impact related to receiver

technologies.

Scheduling The Long Term Evolution (LTE) system adopts

shared-channel transmissions in which time-

frequency resources are dynamically shared by user

equipment (UEs). E-UTRAN NodeBs (eNodeBs)

perform scheduling to allocate time-frequency

resources for uplink (UL) and downlink (DL)transmissions. This document describes the eNodeB

features related to scheduling in terms of the

principles, parameters involved, feature

relationships, network impact, and engineering

guidelines.

SCTP Congestion

Control

This document describes the basic feature

LBFD-002033 SCTP Congestion Control, including

implementation principles and engineering

guidelines.

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TPE This document describes the feature LOFD-001026

TCP Proxy Enhancer (TPE), including basic

concepts, technical principles, and engineeringguidelines.

UL CoMP This document describes the application scenarios,

principles, key technologies, related features, and

engineering guidelines for uplink (UL) coordinated

multi-point (CoMP).

>SON Adaptive ICIC This document describes the Adaptive Inter-Cell

Interference Coordination (ICIC) feature, including

a technical description, related features, network


ANR Management This document describes the Automatic Neighbor

Relation (ANR) management feature in terms of

implementation principles, parameter adjustments,

feature dependencies, network impact, and

engineering guidelines. This document describes the

following optional features: l LOFD-002001

Automatic Neighbour Relation (ANR) l

LOFD-002002 Inter-RAT ANR l LOFD-002004

Self-configuration LOFD-002002 Inter-RAT ANR

described in this document refers only to ANR of

evolved universal terrestrial radio access networks

(E-UTRANs) with universal terrestrial radio accessnetworks (UTRANs) or GSM/EDGE radio access

network (GERAN). For details on ANR of E-

UTRAN with CDMA2000, see LTE-CDMA2000

ANR Management Feature Parameter Description.

Automatic OMCH

Establishment

This document describes the Automatic OMCH

Establishment feature, including its implementation

principles, procedures, and requirements for NEs.

This document applies to IP-based base stations.

LTE-CDMA2000

ANR Management

This document describes Automatic Neighbor

Relation (ANR) of evolved universal terrestrial radioaccess network (E-UTRAN) with CDMA2000 in

terms of implementation principles, parameter

adjustments, feature dependencies, network impact,

and engineering guidelines. LTE-CDMA2000 ANR

management is described in the optional feature

LOFD-002002 Inter-RAT ANR. For details about

ANR of E-UTRAN with universal terrestrial radio

access network (UTRAN) or GSM/EDGE radio

access network (GERAN), see ANR Management

Feature Parameter Description.

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M2000 Feature

Description About

Cell OutageDetection and

Recovery

This document describes the Cell Outage

Management feature, including principles and

functions. It also describes how to configure relatedparameters.

MRO This document describes the principles and

engineering guidelines for the feature LOFD-002005

Mobility Robust Optimization. This feature is

optional and license-controlled.

PCI Conflict

Detection and Self-

Optimization

This document describes the LOFD-002007 PCI

Collision Detection & Self-Optimization feature in

terms of how it works, how it relates to other features,

and how it affects the network. This document alsoprovides engineering guidelines for this feature.

RACH

Optimization

This document describes the key techniques and

engineering guidelines for the optional feature

LOFD-002015 RACH Optimization. RACH is short

for random access channel. For the procedure of

random access and the concepts of random access

preambles, see Connection Management Feature

Parameter Description.

Sleeping Cell

Detection

This document separately explains the principles and

functions of sleeping cell detection. It also describes

how to configure related parameters.

>Networking

and

Transmission

CPRI Compression This document describes the common public radio

interface (CPRI) compression feature, including

implementation principles, related features, network


CPRI Sharing This document describes the technical principles of

common public radio interface (CPRI) sharing in the

Long Term Evolution (LTE) system. It also provides

engineering guidelines for CPRI sharing.

CPRI sharing involves the LOFD-003032 Intra-BBUBaseband Sharing (2T) feature.

Ethernet OAM This document describes the Ethernet Operations,

Administration and Maintenance (OAM) feature

Ethernet OAM is based on the IEEE 802.3ah, IEEE

802.1ag, and ITU-T Y.1731 protocols. This feature

provides detection, notification, verification, and

locating functions for detectable hard faults (such as

link disconnection) or undetectable soft faults (such

as damages in memory bridges).

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IP Performance

Monitor

This document describes the IP Performance Monitor

(IP PM) feature, including its technical description,


IPv6 Transport This document describes the principles of and

engineering guidelines for IPv6 and IPv4/IPv6 dual

stack.

RAN Sharing Radio access network (RAN) sharing enables

multiple operators to partially or entirely share a

RAN. Available types of RAN sharing include RAN

sharing with common carriers and RAN sharing with

dedicated carriers. This document describes the

principles of RAN sharing and provides engineeringguidelines for configuring this feature.

S1X2OM Channel

Management

This document describes the generic transport

protocol stack, networking solutions, and functions

used to enhance the transmission reliability of S1, X2,

and operation and maintenance (OM) channels in a

Long Term Evolution (LTE) system. This document

also provides engineering guidelines for managing

these channels.

Single Frequency

Network

This document describes the LOFD-003029 SFN

feature regarding the principles, related features,


Synchronization This document provides the information about

frequency synchronization for frequency division

duplex (FDD) E-UTRAN NodeBs (eNodeBs).

Time Management By reading this document, you can learn: l

Information about a base station time source, time

zone, and daylight saving time (DST). l The basics,

process, and initial configuration of NTP time

synchronization. l The basics, process, and initial

configuration of SNTP time synchronization. The

base stations mentioned in this document refer to

3900 series base stations.

Transmission

Efficiency

Improvement

This document describes the Transmission

Efficiency Improvement feature, including

implementation principles, parameter adjustments,

feature dependencies, network impact, and


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Transport Resource

Management

This document describes the transport resources and

quality of service (QoS) objectives of the Long Term

Evolution (LTE) system. This document alsoprovides principles, algorithms, and engineering

guidelines for transport resource management

(TRM).

>Security Access Control

based on 802.1x

This document describes the Access Control based

on 802.1x feature, including its basic principles,

engineering guidelines, and parameters. Access

Control based on 802.1x prevents unauthorized users

or devices from accessing the network, which ensures

transport network security.

Base StationEquipment and OM

Security

This document describes features about base stationequipment and O&M security, including related

concepts, implementation principles, and

engineering guidelines. This document applies to

eGBTSs, NodeBs, eNodeBs, separate-MPT

multimode base stations where eGBTS is used on the

GSM side, and co-MPT multimode base stations. For

details about equipment and O&M security for

separate-MPT multimode base stations where GBTS

is used on the GSM side, see GBTS Equipment and

O&M Security Feature Parameter Description.

Dopra Linux OSSecurity

This Document describes the security of Dopra LinuxOperation System.

PKI This document describes the public key

infrastructure (PKI) feature for base stations,

including PKI architecture, certificates and files used

by network elements (NEs), how certificates are

used, CMPv2-based certificate management, and


Radio Security This document describes security measures on the

radio interface (the Uu interface) between each E-

UTRAN NodeB (eNodeB) and user equipment (UE).Threats to radio security include disclosure of

information and corruption or modification of

information. These threats can be eliminated using

integrity protection and ciphering on the radio

interface.

Security Overview This document describes security solutions for

Huawei's SingleRAN products in IP networking,

including equipment, operation and maintenance

(O&M), transmission, and radio security features.

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SSL This document describes SingleRAN Security

Socket Layer (SSL), including its basic principles,

related features, network impact, engineeringguidelines, and parameters.

Transmission

Security Overview

This document describes transmission security,

including transport network overview and

transmission security solutions and features.

>Reliability eNodeB Reliability This document describes eNodeB reliability in terms

of key techniques and engineering guidelines. The

key techniques are cold backup of main control

boards, intra-LTE baseband processing unit (LBBP)

resource pool, inter-LBBP redundancy, and remote

radio unit (RRU) or radio frequency unit (RFU)channel cross-connection under multiple-input

multiple-output (MIMO).

Flow Control This document describes the objectives and

principles of and overload monitoring methods for

flow control. Flow control is classified into control-

plane, user-plane, operation, administration and

maintenance (OAM) data flow control, and uplink

synchronized UE number control.

S1-flex This document describes the basic concepts and

functions of the S1-flex feature. It also provides the


>Power Saving Energy

Conservation and

Emission

Reduction

This document describes the energy conservation and

emission reduction features of Huawei E-UTRAN

NodeBs (eNodeBs). In addition, this document

provides technical principles and engineering

guidelines for these features.

RRU PA Efficiency

Improvement

This document describes the RRU PA Efficiency

Improvement feature, including its technical

description, related features, network impact,

engineering guidelines, and parameters. This feature

improves the efficiency of the PA by adopting a new-

generation PA and a higher-complexity PA pre-

distortion software algorithm.

>LTE-A Carrier

Aggregation

This document describes carrier aggregation (CA),

which is designed for Long Term Evolution -

Advanced (LTE-Advanced) networks. Specifically,

this document covers implementation principles,


guidelines of CA.

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TDM eICIC This document describes time-domain enhanced

inter-cell interference coordination (TDM eICIC)

between intra-frequency macro and micro cells. Thisdocument includes implementation principles,

parameter adjustments, feature dependencies, and

network impact.

>Site Solution ALD Management This document describes antenna line device (ALD)

management and provides engineering guidelines.

ALD management involves two GSM basic features,

three UMTS basic features, and one LTE optional

feature.

Base Station

Cabinets andSubracks

(Including the BBU

Subrack)

Configuration

This document describes which cabinets and

subracks are required for different base stationmodels and how to configure them. This document

also describes how to configure and maintain boards

in a baseband unit (BBU) subrack.

BBU

Interconnection

This document describes the BBU Interconnection

feature, including its implementation principles,


CPRI MUX This document describes the working principles and


MonitoringManagement

This document describes the principles andengineering guidelines for the 3900 series base

station monitoring management feature. The 3900

series base station monitoring management feature

involves two basic LTE features, LBFD-004012

Environment Monitoring and TDLBFD-004012

Environment Monitoring. In GBSS, RAN, and

SRAN, the 3900 series base station monitoring

management is a basic feature and involves no feature

ID.

Power Supply

Management

This document provides information about features

related to power supply management, including

feature implementation and engineering guidelines.

RF Unit and

Topology

Management

This document describes the RF Unit and Topology

Management feature.

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>Multi-mode

Evolution

Bandwidth Sharing

of Multimode Base

Station Co-Transmission

This document describes the Bandwidth Sharing of

Multimode Base Station Co-Transmission feature,

including the bandwidth sharing mechanism,recommended transmission configuration strategies,

application scenarios, related features, network

impact, and engineering guidelines. This feature

applies to GSM/UMTS, GSM/LTE, UMTS/LTE,

and GSM/UMTS/LTE multimode base stations in

co-transmission scenarios.

Common Clock This document describes the Common Clock feature,

which applies to the scenario in which baseband unit

(BBU) sharing is implemented on a multimode base

station. Common clocks in multimode base stations

can be classified into: GSM/UMTS common clockGSM/LTE common clock UMTS/LTE common

clock

Common

Transmission

This document describes the common transmission

(co-transmission) solutions on the multimode base

station controller (MBSC) and multimode base

station sides and provides engineering guidelines.

GSM and LTE

Buffer Zone

Optimization

This document describes the MRFD-231808 GSM

and LTE Buffer Zone Optimization (LTE FDD)

feature, including implementation principles, related

parameters, feature dependencies, network impact,and engineering guidelines.

GSM and LTE

Dynamic Power

Sharing

This document describes the GSM and LTE Dynamic

Power Sharing feature, including implementation



guidelines.

Feature Delta

Information

Network Impact

Report

This document describes the impact of new and

enhanced eRAN6.0 features on eRAN3.0 and

provides required information that network planning

personnel and operation and maintenance (OM)personnel need to prepare for upgrades to eRAN6.0.

Operation and

Maintenance

Configuration

Management

This document describes SingleRAN configuration

management function, including implementation

principles and basic architecture.

Fault Management This document describes SingleRAN fault

management function, including implementation

principles and basic architecture.

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Inventory

Management

This document describes the principle, applications

and benefits of inventory management. It also

provides engineering guidelines for this feature.

License

Management

This document describes the different types of E-

UTRAN NodeB (eNodeB) licenses and their

contents in addition to providing related engineering

guidelines.

Performance

Management

Performance management is a part of GSM/UMTS/

LTE network operation and maintenance (OM). This

document describes the architecture and basic

concepts of performance management, the

performance counter statistical methods and

measurement process, the M2000 northboundperformance file interface, and the schemes for

adding and deleting performance counters.

Glossary Glossary This document provides LTE terms, acronyms, and

abbreviations.

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01-Library Overview(ERAN7.0 02)

Documents

Transcript of 01-Library Overview(ERAN7.0 02)