Huawei Technologies EAN3810A eLTE-U Airnode User Manual

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eAN3810A

V100R001C00

Product Document

Issue

Date

2017-05-10

HUAWEI TECHNOLOGIES CO., LTD.

Issue 01 (2017-05-10)

Huawei Proprietary and Confidential

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:

support@huawei.com

Issue 01 (2017-05-10)

Huawei Proprietary and Confidential

Contents

1 Library Information

1.1 Library Changes

1.2 About HedEx Lite

1.3 How to Obtain and Update Documentation

1.4 Feedback

2 Safety

2.1 Health and Safety

2.1.1 General Instructions

2.1.2 Electrical Safety

2.1.3 Inflammable Environment

2.1.4 Working at Heights

2.1.4.1 Hoisting heavy objects

2.1.4.2 Using Ladders

2.1.5 Mechanical Safety

2.2 Equipment Safety

2.2.1 General Instructions

2.2.2 Electrical Safety

2.2.3 Inflammable Environment

2.2.4 Battery

2.2.4.1 Storage Battery

2.2.4.2 Lithium Battery

2.2.5 Mechanical Safety

2.2.6 Others

3 Description

3.1 eAN3810A Product Description

3.1.1 Introduction

3.1.1.1 Positioning

3.1.1.2 Benefits

3.1.2 Architecture

3.1.2.1 Network Architecture and Topologies

3.1.2.2 Hardware Appearance

3.1.2.3 Logical Structure

3.1.3 Operation and Maintenance

3.1.3.1 O&M Modes

3.1.3.2 O&M Functions

3.1.4 Technical Specifications

3.1.4.1 RF Specifications

3.1.4.2 Capacity Specifications

3.1.4.3 Output Power

3.1.4.4 Equipment Specifications

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3.1.4.5 Environment Specifications

3.1.4.6 Protocols and Standards Compliance

3.2 eAN3810A Hardware Description

3.2.1 eAN3810A Equipment

3.2.1.1 eAN3810A Exterior

3.2.1.2 eAN3810A Ports

3.2.1.3 eAN3810A Indicators

3.2.2 Auxiliary Devices

3.2.2.1 PSE

3.2.2.2 Dock

3.2.3 Mounting Kits

3.2.3.1 eAN3810A Mounting Kits

3.2.3.2 Dock Mounting Kits

3.2.4 Cables

3.2.4.1 Cable List

3.2.4.2 Ethernet Cable

3.2.4.3 PGND cable

3.2.4.4 RF Jumper

3.2.4.5 RGPS Signal Cable

3.3 eAN3810A Security Management Description

3.3.1 Security Overview

3.3.2 Transmission Security

3.3.2.1 Transmission Security Overview

3.3.2.2 DTLS

3.3.2.3 IPsec

3.3.2.4 PKI

3.3.2.5 SSL

3.3.2.6 Radio Security

3.3.3 OM Security

3.3.4 Equipment Security

3.3.5 Reference Information

3.3.5.1 User Name and Default Password

4 Installation and commissioning

4.1 eAN3810A Hardware Installation Guide

4.1.1 Installation Preparations

4.1.1.1 Reference Documents

4.1.1.2 Tools and Instruments

4.1.1.3 Requirements for Installation Personnel

4.1.2 Information About the Installation

4.1.2.1 Hardware Device Information

4.1.2.2 Installation Options and Restrictions

4.1.2.3 Installation Clearance and Space Requirements

4.1.2.4 Installation Environment Requirements

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4.1.3 Unpacking the Equipment

4.1.4 Installation Process

4.1.5 Obtaining the ESN

4.1.6 (Optional) Installing a Micro SD Card

4.1.7 Installing the eAN3810A

4.1.7.1 Installing eAN3810A on a Pole

4.1.7.2 Installing eAN3810A on a Wall

4.1.8 Installing the Auxiliary Devices

4.1.8.1 (Optional) Installing a Dock

4.1.8.1.1 Installing a Dock on a Pole

4.1.8.1.2 Installing a Dock on a Wall

4.1.8.2 (Optional) Installing the PSE

4.1.9 Installing Cables

4.1.9.1 Cabling Requirements

4.1.9.2 Cable Connections

4.1.9.3 Installing a PGND Cable

4.1.9.4 Installing a RF Jumper

4.1.9.5 Installing an Ethernet Cable

4.1.9.6 (Optional) Installing the PSE Cable

4.1.9.7 (Optional) Installing the Dock Ethernet Cable

4.1.9.8 (Optional) Installing the Dock Power Cable

4.1.10 Checking Hardware Installation

4.1.11 Power-On Check on the eAN3810A

4.1.12 Appendix

4.1.12.1 ESN Collection Template

4.1.12.2 Antenna Installation

4.2 eAN3810A Deployment Guide

4.2.1 MicroSD Card Site Deployment

4.2.1.1 Introduction to Deployment Modes

4.2.1.1.1 Site Deployment Overview

4.2.1.1.2 Deployment Process

4.2.1.2 Deployment Preparation

4.2.1.2.1 Preparation for Site Deployment

4.2.1.2.1.1 Preparing Common Base Station Deployment Data Files on the CME

4.2.1.2.1.1.1 Data Configuration Process

4.2.1.2.1.1.2 Data Preparation

4.2.1.2.1.1.3 Creating a Work Area

4.2.1.2.1.1.4 Configuring Data on GUIs

4.2.1.2.1.1.4.1 Creating Base Stations

4.2.1.2.1.1.4.2 Configuring eAN3810A Data

4.2.1.2.1.1.5 Verifying Data

4.2.1.2.1.1.6 Exporting Configuration Files

4.2.1.2.1.1.6.1 Exporting the Deployment Lists and Configuration Files of Base Stations

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4.2.1.2.1.2 Preparing an SD Card

4.2.1.2.1.3 Checking a Transport Network

4.2.1.2.1.4 Checking the SD Card Port Status

4.2.1.2.1.5 Preparing Dialing Test Tools

4.2.1.3 Hardware installation check phase

4.2.1.3.1 Hardware Installation and Power-on Check

4.2.1.4 Engineering Verification

4.2.1.4.1 Verification for Site Deployment

4.2.1.4.1.1 Viewing Deployment Results at Sites

4.2.1.4.1.2 Viewing Deployment Results on the U2000

4.2.1.4.1.3 Handling Alarms

4.2.1.4.1.4 Disabling the SD Card Port

4.2.1.4.1.5 Verifying Services

4.2.1.5 FAQ

4.2.1.5.1 How Do I Set the U2000 Client Display Style?

4.2.1.5.2 How Do I Prepare a Precfg.ini File?

4.2.1.5.3 Directory Structure on a MicroSD Card

4.2.1.5.4 Integrity and Encryption Protection on Files in MicroSD Cards

4.2.1.5.4.1 Applying Integrity and Encryption Protection to Files in a Single MicroSD Card

4.2.1.5.4.2 Applying Integrity and Encryption Protection to Files in Multiple SD Cards

4.2.1.5.5 Saving Alarms/Events

4.2.2 MML Site Deployment

4.2.2.1 Configuration Reference

4.2.2.1.1 Initial Configuration Using the LMT

5 Operation and Maintenance

5.1 General

5.1.1 eAN3810A LMT User Guide

5.1.1.1 Introduction to the LMT

5.1.1.1.1 Definitions of the LMT

5.1.1.1.2 Functions of the LMT

5.1.1.1.3 System Requirements for LMT Installation

5.1.1.1.4 Components of the LMT Main Window

5.1.1.2 Getting Started with the LMT

5.1.1.2.1 Logging In to the LMT

5.1.1.2.2 Logging Out of the LMT

5.1.1.2.3 Managing User Accounts

5.1.1.3 Running MML Commands

5.1.1.3.1 Basic Concepts Related to MML Commands

5.1.1.3.2 Running a Single MML Command

5.1.1.3.3 Setting Parameters

5.1.1.4 Managing Alarms/Events

5.1.1.4.1 Basic Concepts Related to Alarms/Events

5.1.1.4.2 Handling Alarms/Events

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5.1.1.4.2.1 Setting Alarm/Event Query Properties

5.1.1.4.2.2 Browsing Active Alarms/Events

5.1.1.4.2.3 Querying Alarm/Event Logs

5.1.1.4.2.4 Saving Alarms/Events

5.1.1.4.2.5 Querying Alarm/Event Handling Suggestions

5.1.1.4.2.6 Manually Refreshing Alarms/Events

5.1.1.4.2.7 Manually Clearing Alarms/Events

5.1.1.4.2.8 Deleting Cleared Alarms/Events

5.1.1.5 Managing Message Tracing

5.1.1.5.1 Basic Concepts Related to Message Tracing

5.1.1.5.2 General Operations Related to Message Tracing

5.1.1.5.2.1 Browsing Traced Messages Online

5.1.1.5.2.2 Viewing the Interpretation of Traced Messages

5.1.1.5.2.3 Saving Traced Messages

5.1.1.5.3 Interface Trace

5.1.1.5.3.1 MAC Trace

5.1.1.5.3.2 IP Layer Protocol Trace

5.1.1.5.3.3 CMPV2 Trace

5.1.1.5.3.4 IKE Trace

5.1.1.5.3.5 PNP Trace

5.1.1.6 FAQ

5.1.1.6.1 Functions of the LMT Becoming Abnormal After an LMT Version Upgrade or Rollback

5.1.1.6.2 Slow Responses in the Firefox Browser

5.1.1.6.3 LMT Colors Cannot Be Displayed

5.1.1.6.4 No Response When Clicking the Menu Bar on the LMT

5.1.1.6.5 How to Rectify Errors That Occurr While Saving a File

5.1.1.6.6 What Do I Do to Avoid the Failure to Log In to the LMT Due to a High Default Internet

Explorer Security Level

5.1.1.6.7 What Do I Do to Handle the Slow Redirection When Logging in to the LMT

5.1.1.6.8 What Do I Do to Handle the LMT Interface Disorder

5.1.1.6.9 What Do I Do to Handle the Unknown Error Occurring on LMT Interface or the MML

Command Execution Failure After a Browser Upgrade

5.1.1.6.10 What Do I Do to Handle the Interface Display Failure or Error Message Displayed on the

LMT

5.1.1.6.11 A "This user session already exists" Error Message Is Displayed During LMT Login

5.1.1.6.12 How to Install OS Patches

5.1.1.6.13 What Do I Do if Tracing Function Cannot Be Used?

5.1.1.6.14 What Do I Do If There Is No Response or Any Error Message After a Tracing Task Is

Created

5.1.1.6.15 How to Handle the Problem That Only the Error Code Is Displayed in an Error Message

After a Tracing Task Is Created

5.1.1.6.16 Any Further Operation Performed When Some LMT Web Pages Fail to Update Causes

the Web Pages to Turn Blank

5.1.1.6.17 How to Handle the LMT Exit After Clicking Trace, Monitor, or Device Maintenance Tab

in Window 7

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5.1.1.6.18 How to Handle Exceptions in the LMT Due to Insufficient PC Memory

5.1.1.6.19 Interfaces for Performing Tracing Task Blinking

5.1.1.6.20 How to Handle Shortcut Key Invalidation

5.1.1.6.21 What Do I Do If A Message "Stop running this script?" Is Displayed?

5.1.1.6.22 The Internet Explorer Fails to Respond or the Login Window Is Displayed After the LMT

Is Running for a While or Multiple Functions Are Concurrently Enabled on the LMT

5.1.1.6.23 A Message checking client environment... Is Displayed on the Login Window and the

browser Does Not Respond

5.1.1.6.24 LMT Login Window Being Stopped by the Browser

5.1.1.6.25 The Application Blocked by Security Settings Dialog Box Is Displayed When executes

man-machine language (MML) commands, manages alarms and events, traces messages Is Enabled

5.1.1.6.26 Help for Installing and Using the Java Plug-in

5.1.1.6.27 What Do I Do If the Message Your Java version is out of date Is Displayed?

5.1.1.6.28 How to Configure Wireless NIC on a Computer

5.1.1.6.29 Ghosting Occurring on the WebLMT Window That Is Opened Using an IE11 Web

Browser

Issue 01 (2017-05-10)

Huawei Proprietary and Confidential

1 Library Information

 Library Changes

Updates between document versions are cumulative. Therefore, the latest document

version contains all updates made to previous versions.

 About HedEx Lite

HedEx Lite is the latest product documentation management system released by

Huawei. HedEx Lite is installation-free, lightweight, and provides the global

search feature.

 How to Obtain and Update Documentation

This chapter describes how to obtain and update the documentation.

 Feedback

This chapter describes how to feedback suggestions and comments of the Huawei

documentation.

Notice: This equipment has been tested and found to comply with the limits for a Class B digital device,

pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against

harmful interference in a residential installation. This equipment generates, uses and can radiate radio

frequency energy and, if not installed and used in accordance with the instructions, may cause harmful

interference to radio communications. However, there is no guarantee that interference will not occur in a

particular installation. If this equipment does cause harmful interference to radio or television reception,

which can be determined by turning the equipment off and on, the user is encouraged to try to correct

the interference by one or more of the following measures:

—Reorient or relocate the receiving antenna.

—Increase the separation between the equipment and receiver.

—Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

—Consult the dealer or an experienced radio/TV technician for help.

MODIFICATION: Any changes or modifications not expressly approved by the grantee of this device

could void the user’s authority to operate the device.

This device should be installed and operated with a minimum distance of 20cm between the antenna

and all persons.

1.1 Library Changes

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Huawei Proprietary and Confidential

Updates between document versions are cumulative. Therefore, the latest document

version contains all updates made to previous versions.

Issue 01 (2017-03-30)

This issue is the first commercial release.

Parent topic: Library Information

1.2 About HedEx Lite

HedEx Lite is the latest product documentation management system released by

Huawei. HedEx Lite is installation-free, lightweight, and provides the global

search feature.

HedEx Lite is the latest product documentation management system released by

Huawei. HedEx Lite does not require installation. It is lightweight and provides

the global search feature. It is compatible with HedEx V100R002.

NOTE:

Huawei product documentation is delivered in HDX format. HDX is a compressed file format, which

supports browsing of HTML and PDF files using HedEx.

How to Obtain

You can obtain HedEx Lite by means of:

 HedEx Lite download link provided at http://support.huawei.com/enterprise

Basic Functions

HedEx Lite manages electronic documentation for different Huawei products and

software versions in a centralized manner. It provides the following functions:

document browsing, searching, printing, bookmark, commenting, feedback,

documentation package management, and automatic upgrade of documentation package

and software. For details, see the online Help of HedEx Lite.

Features

 Secure and installation-free

HedEx Lite does not need to be installed. It requires only a small amount of

disk space and memory.

 Integrated browse window

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HedEx Lite enables you to browse documents of different products and software

versions in one window.

 Easy access to latest documentation

Using HedEx Lite, you can:

 Download documentation of any version.

 Update your local documentation package anytime.

 Specify an interval for automatic update of your local documentation

package.

 Highly compatible

HedEx Lite runs on mainstream Windows operating systems and supports browsers

such as Internet Explorer, Mozilla Firefox, Apple Safari, and Google Chrome.

 Highly secure

 Application-level access control: HedEx Lite accepts only connection

requests from local loopback IP address (127.0.0.1). Connection requests

from any other IP address will be rejected.

 System-level network protection: HedEx Lite complies with firewall access

control polices of customers. It can run behind the firewall provided by

Windows or a third-party firewall.

 Security protection for documentation package update: Strict approval

process is applied to ensure that documents uploaded to

http://support.huawei.com/enterprise do not contain any executable codes.

 Security protection for software upgrade: Strict approval process is

applied to ensure that the HedEx Lite software package uploaded to

http://support.huawei.com/enterprise is complete and legitimate.

Parent topic: Library Information

1.3 How to Obtain and Update Documentation

This chapter describes how to obtain and update the documentation.

NOTE:

To use HedEx Lite or to log in to Huawei technical support website, you need a registered user

account. You can apply for a user account at http://support.huawei.com/enterprise or apply for an

account by contacting the service manager of your local Huawei office.

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Obtaining Documentation

You can obtain CPI documents in the following ways:

 Use the online search function provided by HedEx Lite to find the

documentation package you want and download it. This method is recommended

because you can directly load the desired documentation package to HedEx Lite.

For details about how to load a documentation package, see the online Help of

HedEx Lite.

 Download the desired documentation package from http://support.huawei.com/enterprise.

Updating Documentation

You can update CPI documents in the following ways:

 Enable the library upgrade function provided by HedEx Lite. This method is

recommended because HedEx Lite can automatically detect the latest version

for your local documentation packages and prompt you to conduct an upgrade.

For details about how to enable the library upgrade function, see the online

Help of HedEx Lite.

 Download the latest documentation packages from http://support.huawei.com/enterprise.

Parent topic: Library Information

1.4 Feedback

This chapter describes how to feedback suggestions and comments of the Huawei

documentation.

Huawei welcomes your suggestions and comments. You can provide your feedback to

us in any of the following ways:

 Call the service hotline of your local Huawei office.

 Send an email to support_e@huawei.com.

 Use the feedback function provided by HedEx Lite to send your suggestions to

support_e@huawei.com. For details about how to use the feedback function, see the

online Help of HedEx Lite.

Parent topic: Library Information

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2 Safety

This section provides the health and safety, equipment safety instructions that

you must follow when installing, operating, and maintaining devices.

 Health and Safety

This section provides the health and safety instructions that you must follow

when installing, operating, and maintaining Huawei devices.

 Equipment Safety

This section provides the safety instructions that you must follow when

installing, operating, and maintaining Huawei devices.

2.1 Health and Safety

This section provides the health and safety instructions that you must follow

when installing, operating, and maintaining Huawei devices.

 General Instructions

This section describes the safety precautions you must take before installing or

maintaining Huawei equipment.

 Electrical Safety

This section provides safety instructions for high voltage, high leakage current,

and power cables.

 Inflammable Environment

This section provides safety instructions for operations in an air environment

where devices are operating.

 Working at Heights

This section provides safety instructions for working at heights.

 Mechanical Safety

This section provides safety instructions for drilling holes, handling sharp

objects, operating fans, and carrying heavy objects.

Parent topic: Safety

2.1.1 General Instructions

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This section describes the safety precautions you must take before installing or

maintaining Huawei equipment.

All Safety Instructions

To ensure safety of humans and the equipment, pay attention to the safety

symbols on the equipment and all the safety instructions in this document.

The "CAUTION", "WARNING", and "DANGER" are only supplements to the safety

instructions.

Local Laws and Regulations

When operating the device, you must follow the local laws and regulations. The

safety instructions in this document are only supplements to the local laws and

regulations.

Basic Installation Requirements

 Only professional or qualified personnel are allowed to install, operate, and

maintain the equipment.

 Only qualified and professional personnel are allowed to dismantle security

facilities and troubleshoot the equipment.

 Only the personnel authenticated or authorized by Huawei are allowed to

replace or change the device or the parts of the device (including the

software).

 The operator must report the faults or errors that may cause safety problems

to the person in charge of the device immediately.

Personal Safety

 Requirements for operations in thunderstorms are:

 Do not operate the device or cables.

 Disconnect the AC power connectors.

 Do not use fixed terminals.

 Do not touch terminal or antenna connectors.

NOTE:

The preceding requirements apply to wireless fixed station terminals.

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 To prevent electric shock, do not connect the connector of a safety extra-low

voltage (SELV) circuit to the connector of a telecommunication network

voltage (TNV) circuit.

 Do not look into the optical interfaces without eye protection. Otherwise,

human eyes may be hurt by laser beams.

 Before operating the device, make sure that you:

 Wear ESD clothes.

 Wear ESD gloves and wrist strap.

 Take off the conductive stuff such as watches, bracelets and rings to avoid

being shocked.

 In case of fire, escape from the building or site where the device is located

and press the fire alarm bell or dial the telephone number for fire alarms.

Entering the burning building again is prohibited in any situation.

Parent topic: Health and Safety

2.1.2 Electrical Safety

This section provides safety instructions for high voltage, high leakage current,

and power cables.

High Voltage

DANGER:

 The high voltage power supply provides power for device operations. Touching

the high voltage power supply directly or indirectly through damp objects may

cause fatal hazards.

 Operating the high voltage power supply incorrectly or irregularly may cause

accidents such as fire or electric shock.

High Leakage Current

NOTICE:

Before powering on a device, ground the device. Otherwise, the safety of humans

cannot be ensured.

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If a high leakage current mark is labelled near the power connector of the

device, you must connect the protection grounding terminal on the device housing

to the ground before connecting the device to an A/C input power supply. This is

to prevent the electric shock caused by the leakage current of the device.

Power Cables

DANGER:

Installing or removing power cables when the device is on is prohibited. This is

because when the cores of power cables contact conductors, electric arcs or

sparks are generated, which may cause fire or hurt human eyes.

 Before installing or removing power cables, you must power off the device.

 Before connecting a power cable, you must check that the label on the power

cable is correct.

Parent topic: Health and Safety

2.1.3 Inflammable Environment

This section provides safety instructions for operations in an air environment

where devices are operating.

DANGER:

Do not place the device in an environment that has inflammable and explosive air

or gas. Do not perform any operation in this environment.

Parent topic: Health and Safety

2.1.4 Working at Heights

This section provides safety instructions for working at heights.

CAUTION:

Avoid object falling when you work at heights.

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When working at heights, fulfill the following requirements:

 Only trained personnel can work at heights.

 Prevent the devices and tools that you carry from falling down.

 Take safety and protection measures, for example, wear a helmet and safety

belt.

 Wear warm clothes when working at heights in a cold region.

 Before working at heights, check that all the lifting facilities are in good

condition.

 Hoisting heavy objects

This section provides safety instructions for hoisting heavy objects that you

must follow when installing, operating, and maintaining Huawei devices.

 Using Ladders

This section provides safety instructions for using ladders.

Parent topic: Health and Safety

2.1.4.1 Hoisting heavy objects

This section provides safety instructions for hoisting heavy objects that you

must follow when installing, operating, and maintaining Huawei devices.

CAUTION:

Do not walk below the cantilever or hoisted objects when heavy objects are being

hoisted.

 Only trained and qualified personnel can perform hoisting operations.

 Before hoisting heavy objects, check that the hoisting tools are complete and

in good condition.

 Before hoisting heavy objects, ensure that the hoisting tools are fixed to a

secure object or wall with good weight capacity.

 Issue orders with short and explicit words to avoid misoperations.

 Ensure that the angle formed by two cables is not larger than 90 degrees.

Parent topic: Working at Heights

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2.1.4.2 Using Ladders

This section provides safety instructions for using ladders.

Checking Ladders

 Before using a ladder, check whether the ladder is damaged. Only the ladder

in good condition can be used.

 Before using a ladder, you should know the maximum weight capacity of the

ladder. Avoid overweighing the ladder.

Placing Ladders

The recommended gradient of the ladder is 75 degrees. You can measure the

gradient of the ladder with an right angle or your arm. See Figure 1. When using a

ladder, ensure that the wider feet of the ladder are downward, or take

protection measures for the ladder feet to prevent the ladder from sliding.

Ensure that the ladder is placed securely.

Figure 1 Leaning a ladder

Climbing Up a Ladder

When climbing up a ladder, note the following :

 Ensure that the center of gravity of your body does not deviate from the

edges of the two long sides.

 To minimize the risk of falling, hold your balance on the ladder before any

operation.

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 Do not climb higher than the fourth rung of the ladder (counted from up to

down).

If you want to climb up a roof, ensure that the ladder top is at least one meter

higher than the roof. See Figure 2.

Figure 2 Ladder top being one meter higher than the roof

Parent topic: Working at Heights

2.1.5 Mechanical Safety

This section provides safety instructions for drilling holes, handling sharp

objects, operating fans, and carrying heavy objects.

Drilling Holes

NOTICE:

Do not drill the cabinet at will. Drilling holes without complying with the

requirements may affect the electromagnetic shielding performance of the cabinet

and damage the cables inside the cabinet. In addition, if the scraps caused by

drilling enter the cabinet, the printed circuit boards (PCBs) may be short

circuited.

 Wear an eye protector when drilling holes. This is to prevent the operator's

eyes from being injured by the splashing metal scraps.

 Wear protection gloves when drilling holes.

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Sharp Objects

CAUTION:

Before you hold or carry a device, wear protective gloves to avoid getting

injured by sharp edges of the device.

Fans

When replacing the parts near fans, do not insert your fingers or boards into

the operating fans before the fans are switched off and stop running. Otherwise,

the hands of the operator can get hurted.

Carrying Heavy Objects

Wear protection gloves when carrying heavy objects. This is to prevent the

carrier's hands from being hurt.

CAUTION:

 The carrier must be prepared for load bearing before carrying heavy objects.

This is to prevent the carrier from being strained or pressed by the heavy

objects.

 When you pull a chassis out of the cabinet, pay attention to the unstable or

heavy objects on the cabinet. This is to prevent the heavy objects on the

cabinet top from falling down, which may hurt the operator.

 Generally, two persons are needed to carry a chassis. It is prohibited that

only one person carries a heavy chassis. When carrying a chassis, the

carriers should stretch their backs and move stably to avoid being strained.

 When moving or lifting a chassis, hold the handles or bottom of the chassis.

Do not hold the handles of the modules installed in the chassis, such as the

power modules, fan modules, and boards.

Parent topic: Health and Safety

2.2 Equipment Safety

This section provides the safety instructions that you must follow when

installing, operating, and maintaining Huawei devices.

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 General Instructions

This section provides the general instructions for the installation, operation,

and maintenance of Huawei devices.

 Electrical Safety

This section provides safety instructions for high voltage, high leakage current,

power cables, fuses, and electrostatic discharge (ESD).

 Inflammable Environment

This section provides safety instructions for operations in an air environment

where devices are operating.

 Battery

This section provides safety instructions for operations of storage batteries

and lithium ion batteries.

 Mechanical Safety

This section provides safety instructions for hole drilling and fans.

 Others

This section provides safety instructions for installing and removing boards,

binding signal cables, and handling cables at low temperature.

Parent topic: Safety

2.2.1 General Instructions

This section provides the general instructions for the installation, operation,

and maintenance of Huawei devices.

All Safety Instructions

To ensure the safety of humans and the device, follow the marks on the device

and all the safety instructions in this document.

The "CAUTION", "WARNING", and "DANGER" marks in this document are only

supplements to the safety instructions.

Local Laws and Regulations

When operating the device, you must follow the local laws and regulations. The

safety instructions in this document are only supplements to the local laws and

regulations.

Basic Installation Requirements

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 Only professional or qualified personnel are allowed to install, operate, and

maintain the equipment.

 Only qualified and professional personnel are allowed to dismantle security

facilities and troubleshoot the equipment.

 Only the personnel certified or authorized by Huawei are allowed to replace

or change the device of the parts or the device (including the software).

 The operator must report the faults or errors that may cause safety problems

to the person in charge of the device immediately.

Grounding Requirements

The following requirements only apply to the devices that need to be grounded.

 When you install a device, you must ground it first. When you remove a device,

you must remove the ground cable at last.

 Damaging grounding conductors is prohibited.

 Operating a device before the grounding conductor is installed is prohibited.

 Devices must be connected to the grounding earth permanently. Before

operating a device, check the electrical connection of the device and ensure

that the device is properly grounded.

Device Safety

 Before operating the device, securely fix the device on the floor or another

stable object, for example, a wall or an installation rack.

 Do not block the ventilation openings when the device is in operation.

 When installing panels, you must use a proper tool to tighten the screws.

 After installing the device, clear the package material from the site where

the device is installed.

Parent topic: Equipment Safety

2.2.2 Electrical Safety

This section provides safety instructions for high voltage, high leakage current,

power cables, fuses, and electrostatic discharge (ESD).

High Voltage

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DANGER:

Operating the high voltage power supply incorrectly or irregularly may cause

accidents such as fire or electric shock.

High Electrical Leakage

NOTICE:

Before powering on a device, ground the device. Otherwise, the safety of the

device cannot be ensured.

Power Cables

DANGER:

Installing or removing power cables when the device is on is prohibited. This is

because when the cores of power cables contact conductors, electric arcs or

sparks are generated, which may cause fire.

 Before installing or removing the power cable, turn off the power switch.

 Before connecting a power cable, check that the label on the power cable is

correct.

Fuses

NOTICE:

To ensure the safety of the device, when the fuse on the device is blown, you

must replace the blown fuse with a fuse of the same type and specification.

ESD

NOTICE:

The Static charge generated on human bodies may damage the electrostatic

sensitive devices (ESSDs) on boards, for example, large-scale integration (LSI)

integrated circuits (ICs).

 Human body movement, friction between human bodies and clothes, friction

between shoes and floors, or handling of plastic articles causes static

electromagnetic fields on human bodies. These static electromagnetic fields

cannot be eliminated until the static is discharged.

 To prevent electrostatic-sensitive components from being damaged by the

static on human bodies, you must wear a well-grounded ESD wrist strap when

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touching the device or handling boards or application-specific integrated

circuits (ASICs).

Figure 1 shows how to wear an ESD wrist strap.

Figure 1 Wearing an ESD wrist strap

Table 1 lists the technical specifications of the ESD wrist strap.

Table 1 Technical specifications of the ESD wrist strap

Item

Specification

Grounding resistance of the wrist strap,

expressed in ohms

The resistance should be not less than

0.75 x 106 ohms and not greater than 10 x

106 ohms.

Resistance between the internal surface of

wrist strap and the wrist strap buckle,

expressed in ohms

The resistance should be less than or

equal to 20 x 103 ohms.

Resistance of the connecting cable of the

wrist strap, expressed in ohms

The resistance should be greater than 0.8

x 106 and less than 1.2 x 106 ohms.

Test the ESD wrist strap periodically to keep it in good and ready to use

condition.

When an ESD wrist strap works normally, the resistance should be within the

range of 1 ohm to 10 ohms.

Measure the resistance between the internal surface of the ESD wrist strap and

the wrist strap buckle using a multimeter. See Figure 2.

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Figure 2 Measuring the resistance between the internal surface and the wrist strap

buckle using a multimeter

Measure the resistance of the connecting cable of the ESD wrist strap using a

multimeter. See Figure 3.

Figure 3 Measuring the resistance of the connecting cable using a multimeter

Parent topic: Equipment Safety

2.2.3 Inflammable Environment

This section provides safety instructions for operations in an air environment

where devices are operating.

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DANGER:

Do not place the device in an environment that has inflammable and explosive air

or gas. Do not perform any operation in this environment.

Operating an electronic device in an environment of flammable air causes a

severe hazard.

Parent topic: Equipment Safety

2.2.4 Battery

This section provides safety instructions for operations of storage batteries

and lithium ion batteries.

 Storage Battery

This section provides safety instructions for operations of storage batteries.

 Lithium Battery

This section provides safety instructions for operations of lithium ion

batteries.

Parent topic: Equipment Safety

2.2.4.1 Storage Battery

This section provides safety instructions for operations of storage batteries.

 Irregular operations of the storage battery cause hazards. When operating the

storage battery, you must avoid short circuit and overflow or loss of the

electrolyte.

 Overflow of the electrolyte brings potential hazards to the device because

the overflowing electrolyte erodes the metals and boards and damages the

boards.

Basic Precautions

To ensure safety, note the following points before installing or maintaining the

storage battery:

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 Use special insulation tools.

 When handling the storage battery, ensure that its electrodes are upward.

Leaning or reversing the storage battery is prohibited.

 Before installing or maintaining the storage battery, ensure that the storage

battery is disconnected from the power supply that charges the storage

battery.

Short Circuit

CAUTION:

Battery short circuit may cause human injuries. Although the voltage of ordinary

batteries is low, the instantaneous high current caused by the short circuit

releases a great deal of energy.

Avoid short circuit of batteries caused by metal objects. If possible,

disconnect working batteries before the other operations.

Hazardous Gas

NOTICE:

Using unsealed lead acid storage batteries is prohibited. Lead acid storage

batteries must be placed horizontally and stably to prevent the batteries from

releasing flammable gas, which may cause fire or erode the device.

Working lead acid storage batteries release flammable gas. Therefore,

ventilation and fireproofing measures must be taken at the sites where lead acid

storage batteries are placed.

Battery Temperature

NOTICE:

If a battery overheats, the battery may be deformed or damaged, and the

electrolyte may overflow.

When the temperature of the battery is higher than 60°C (140°F), you need to

check whether the electrolyte overflows. If the electrolyte overflows, you can

use Battery Leakage to absorb and counteract the leaking electrolyte.

Battery Leakage

CAUTION:

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When the electrolyte overflows, absorb and counteract the electrolyte

immediately.When moving or handling a battery whose electrolyte leaks, note that

the leaking electrolyte may hurt human bodies.

When you find the electrolyte leaks, Select a substance to absorb and counteract

the leaking electrolyte according to the instructions of the battery

manufacturer.

Parent topic: Battery

2.2.4.2 Lithium Battery

This section provides safety instructions for operations of lithium ion

batteries.

CAUTION:

Replacing a lithium ion battery with a lithium ion battery of another model may

cause explosion.

 You can replace a lithium ion battery only with a lithium ion battery of a

model recommended by the manufacturer.

 Exhausted lithium ion batteries must be disposed of according to the

instructions.

 Do not throw lithium ion batteries into fire.

Parent topic: Battery

2.2.5 Mechanical Safety

This section provides safety instructions for hole drilling and fans.

Drilling Holes

NOTICE:

Do not drill the cabinet at will. Drilling holes without complying with the

requirements may affect the electromagnetic shielding performance of the cabinet

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and damage the cables inside the cabinet. In addition, if the scraps caused by

drilling enter the cabinet, the printed circuit boards (PCBs) may be short

circuited.

 Before drilling holes in a cabinet, move the cables inside the cabinet away

from the drilling positions.

 Prevent metal scraps from falling into the cabinet. After drilling holes,

clear the metal scraps.

Fans

When replacing parts, place the objects such as the parts, screws, and tools

properly. This is to prevent them from falling into the operating fans, which

damages the fans or device.

Parent topic: Equipment Safety

2.2.6 Others

This section provides safety instructions for installing and removing boards,

binding signal cables, and handling cables at low temperature.

Installing and Removing Boards

NOTICE:

Before installing a board, you need to wear an electrostatic discharge (ESD)

wrist strap and ESD gloves. When installing the board, use proper force to

prevent the pins on the backplane from being leaned.

To ensure all the boards are running properly, Installing and Removing Boards

must fulfill the following requirements:

 Install the board along the guide rails.

 Prevent the surface of a board from contacting the surface of another board.

This is to prevent the boards from being short circuited or scratched.

 To prevent the electrostatic sensitive devices (ESSDs) from being damaged by

the static charge on the human body, do not touch the circuits, components,

connectors, or cable connection slots on the boards.

Binding Signal Cables

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NOTICE:

Do not bind signal cables with high current cables or high voltage cables.

Laying Out Cables

When the temperature is very low, violent strike or vibration may disturb the

plastic coats of cables. To ensure safety, fulfill the following requirements:

 Cables can be laid or installed only when the temperature is higher than 0°C

(32°F).

 Before laying out cables which have been stored in a temperature lower than

0°C (32°F), move the cables to an environment of the ambient temperature

and store them in the ambient temperature for at least 24 hours.

 Handle cables with caution, especially in a low temperature. Irregular

operations, such as pushing cables down from the vehicle, are prohibited.

Parent topic: Equipment Safety

3 Description

 eAN3810A Product Description

 eAN3810A Hardware Description

 eAN3810A Security Management Description

3.1 eAN3810A Product Description

Overview

This document describes the eAN3810A in term of product features, network

position and functions, logical structure, transport network topologies,

operation and maintenance, technical specifications, and reliability. It aims to

help user better understand the eAN3810A.

Product Version

NOTE:

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Unless otherwise stated, "eNodeB", "Pico", "eAN", and "AirNode" in this document refer to the

3810 series AirNode.

The 3810 series AirNode is a base station that provides communications services

in Huawei OneAir solution. The following table lists the product name and

product version related to the 3810 series AirNode.

Product Name

Product Version

eAN3810A

V100R001C00

Intended Audience

This document is intended for:

 Network planners

 System engineers

Organization

 Introduction

 Architecture

 Operation and Maintenance

 Technical Specifications

Parent topic: Description

3.1.1 Introduction

 Positioning

 Benefits

Parent topic: eAN3810A Product Description

3.1.1.1 Positioning

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OneAir is an Huawei wireless communications solution launched based on the

principle of "innovation based on customer requirements." This solution uses

technologies over the LTE air interface on the unlicensed frequency bands to

meet the requirements of enterprise data communications.

The eAN3810A is a base station that provides communications services in Huawei

OneAir solution. This new product is developed based on unlicensed frequency

bands, integrates multi-functional modules, combines various technologies, and

complies with the development trend of the mobile network.

Parent topic: Introduction

3.1.1.2 Benefits

The eAN3810A is compact and light, which enables plug-and-play deployment and

offers self-configuration features without the need for shelter or equipment

room facilities, significantly simplifying site acquisition and network

deployment. The eAN3810A provides a fast and convenient solution for enterprise

customers.

Compact Structure and Fast Network Deployment

The eAN3810A has a highly integrated design with small size and light weight. It

is easy to install and maintain. The eAN3810A can be installed on a wall or pole

instead of in an equipment room.

Its flexible installation locations and small size facilitate site acquisition,

increasing network flexibility and saving network deployment costs and time.

Large Capacity and Wide Coverage

The eAN3810A has a large capacity. The LTE technologies and coverage enhancement

significantly improve the coverage, providing customers with stable and reliable

connections.

Comprehensive and Cost-Effective Transmission Modes

The eAN3810A supports all-IP transmission and can be deployed in star topologies.

Parent topic: Introduction

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3.1.2 Architecture

 Network Architecture and Topologies

This section describes the network architecture and topologies for AirNode.

 Hardware Appearance

This section describes the appearance of a eAN3810A.

 Logical Structure

The eAN3810A consists of a transmission and interface unit, main control unit,

baseband processing unit, clock unit, and radio frequency (RF) unit.

Parent topic: eAN3810A Product Description

3.1.2.1 Network Architecture and Topologies

This section describes the network architecture and topologies for AirNode.

Network Architecture

Figure 1 shows the position of a AirNode on a OneAir solution network.

Figure 1 OneAir solution network

UE: User Equipment

eAN: Enterprise AirNode

OSS: Operations Support System

eSE: Enterprise Service Engine

As shown in Figure 1, the AirNode is the network access equipment of the OneAir

network and one more multiple AirNode compose an E-UTRAN. The AirNode

communicates with UEs over the Uu interface and communicates with the eSE and

OSS over the PoE interface.

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Topologies

AirNode support the star topology over IP networking. Figure 2 shows the star

topology.

Figure 2 Star topology

Advantages:

 AirNode are directly connected to the eSE. The star topology decreases

networking complexity and facilitates engineering implementation, maintenance,

and capacity expansion.

 AirNode directly exchange data with the eSE. Signals travel through only a

few nodes, and therefore data transmission reliability is high.

Disadvantage: Compared with other topologies, the star topology requires more

transmission resources.

Parent topic: Architecture

3.1.2.2 Hardware Appearance

This section describes the appearance of a eAN3810A.

Figure 1 shows the appearance of a eAN3810A.

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Figure 1 Appearance of a eAN3810A

Parent topic: Architecture

3.1.2.3 Logical Structure

The eAN3810A consists of a transmission and interface unit, main control unit,

baseband processing unit, clock unit, and radio frequency (RF) unit.

Figure 1 shows the logical structure of the eAN3810A.

Figure 1 Logical structure of the eAN3810A

Descriptions of the eAN3810A functional units are as follows:

 Transmission and interface unit: forwards data between a transport network

and the base station. This unit provides physical ports between the base

station and the transport network, and the user-plane interface between the

base station and other NEs.

 Main control unit: controls and manages resources in the base station. This

unit provides the management-plane interface between the base station and the

network management, the control-plane interface between the base station and

other NEs.

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 Clock unit: provides clock synchronization. Provides the interface between

the base station and the external clock source,The clock synchronization

modes supported by the AirNode are RGPS, IEEE 1588v2 (Only frequency

synchronization is supported) and synchronous Ethernet.

 Baseband processing unit: processes uplink and downlink baseband data.

 RF unit: Complete the wireless signal transceiver function. Provides the

interface between the base station and the antenna system.

Parent topic: Architecture

3.1.3 Operation and Maintenance

 O&M Modes

This section describes the O&M modes and O&M system for the AirNode.

 O&M Functions

The O&M functions include configuration management, fault management,

performance management, security management, software management, deployment

management, device management, and inventory management.

Parent topic: eAN3810A Product Description

3.1.3.1 O&M Modes

This section describes the O&M modes and O&M system for the AirNode.

The AirNode supports the following O&M modes:

 Remote maintenance on the U2000 at the OMC

 Local maintenance on the LMT

Figure 1 shows the O&M system for the AirNode.

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Figure 1 O&M system for the AirNode

An O&M system of the AirNode includes the following elements:

 LMT: maintains a single AirNode locally.

 OSS: maintains multiple AirNode remotely.

 eAN: AirNode, refers to the target of O&M operations.

Parent topic: Operation and Maintenance

3.1.3.2 O&M Functions

The O&M functions include configuration management, fault management,

performance management, security management, software management, deployment

management, device management, and inventory management.

Configuration Management

Configuration management allows operators to configure network resources by

using configuration data in network devices, thereby controlling the running

status of network devices. Configuration management is required on the entire

network O&M cycle.

 During network deployment, configuration management allows operators to

initialize configuration data, and install and set up network devices.

AirNode support regional deployment and site deployment.

 During network adjustment, optimization, or routine O&M, configuration

management allows operators to configure parameters for new features, and

modify parameter settings for scenarios such as network capacity expansion,

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transmission adjustment, and wireless network performance optimization.

Configuration management also allows operators to monitor and modify network

parameters.

Fault Management

Fault management involves fault detection, fault isolation, self-healing, alarm

reporting, and alarm correlation. The AirNode can manage faults in hardware,

environment, software, transmission, cells, and services.

 Users view faults on the device panel and perform simple operations.

 Fault isolation prevents faults from affecting the operational continuity of

the AirNode. Self-healing minimizes the impact of faults on services by

lowering performance or reestablishing cells.

 Alarm correlation enables the AirNode to report only the root fault and the

ultimate impact on services. Alarm correlation helps engineers quickly

pinpoint the root fault, analyze severity, and take measures to rectify the

root fault instead of rectifying the associated faults.

Performance Management

Performance management involves periodic performance measurement on the AirNode

and the collection, storage, and reporting of measurement results.

Tracing Management

Tracing management facilitates routine maintenance, commissioning, and

troubleshooting by tracing internal messages as well as messages related to

interfaces, signaling links, and UEs.

Signaling messages are traced either on the OSS or on the LMT.

Security Management

Security management implements user authentication and access control. It

includes user account management, rights management, login management, identity

authentication, and operation authentication.

Security control on the transmission channels between the AirNode and the OSS

supports Secure Socket Layer (SSL), Public Key Infrastructure (PKI).

Security management provides network- and user-specific security services. It

provides the following functions:

 Encryption: encrypts important user information.

 Authentication: manages and authenticates user accounts.

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 Access control: controls user operations.

 Security protocol: support SSL security protocol.

Software Management

Software management involves the following functions:

 Software version management: Software versions can be queried, and restored.

 Software version upgrade: AirNode can be remotely upgraded in batches. With

the one-click remote upgrade wizard provided by the OSS,

 Patch management involves patch query, download, loading, activation,

deactivation, rollback, confirmation, and removal.

Inventory Management

Inventory management involves the collection and reporting of inventory

information about the AirNode. With inventory management, you can manage network

equipment assets at the OMC.

Parent topic: Operation and Maintenance

3.1.4 Technical Specifications

 RF Specifications

 Capacity Specifications

 Output Power

 Equipment Specifications

 Environment Specifications

 Protocols and Standards Compliance

Parent topic: eAN3810A Product Description

3.1.4.1 RF Specifications

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Table 1 RF specifications

Frequency Band

RAT

Frequency RangeS

Receiving Sensitivity

5 GHz

LTE(TDD)

5.470 GHz to 5.725

GHz

5.725 GHz to 5.850

GHz

-100 dBm

2.4 GHz

2.400GHz to 2.483GHz

-100 dBm

Note: This certification only test 5725 ~ 5850mhz band, the rest of the band is

shielded by software.

Parent topic: Technical Specifications

3.1.4.2 Capacity Specifications

Table 1 Capacity specifications

Item

Specifications

Maximum number of cells of a single site

Supported cell bandwidth

20 MHz

Maximum number of users

192 RRC connected UEs per cell

Maximum throughput

SA0(1:3) DL:50Mbps; UL:40Mbps

Parent topic: Technical Specifications

3.1.4.3 Output Power

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Table 1 3.3 Output power

Number of Cells

Number of TX and RX

Channels Per Cell

Frequency Band

Maximum TOC Power

of single Channel

2T2R

5 GHz

≤ 21 dBm (125 mW)

Table 1 3.4 External antenna specifications

Frequency Band

Gain

Directionality

5 GHz

7dBi

Omnidirectional

Parent topic: Technical Specifications

3.1.4.4 Equipment Specifications

Table 1 Equipment specifications

Item

Specifications

Dimensions

Height (mm)

Width (mm)

Depth (mm)

290

210

Weight

≤ 5.5 kg

Input voltage

PoE power supply: -48 V DC

Transmission port

One FE/GE electrical port

Power consumption

≤ 65 W

Parent topic: Technical Specifications

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3.1.4.5 Environment Specifications

Table 1 Environment specifications of eAN3810A

Item

Specifications

Operating temperature

-40ºC to +45ºC (with solar radiation)

-40ºC to +50ºC (without solar radiation)

NOTE:

At -40ºC to -20ºC, the AirNode can start up, but its

performance cannot meet requirements. At -20ºC to

+50ºC, the performance of the AirNode meets

requirements.

Storage temperature

-40ºC to +70ºC

Relative humidity

5% RH to 95% RH

Absolute humidity

1 g/m3 to 30 g/m3

Atmospheric pressure

70 kPa to 106 kPa

Protection class

IP65

Parent topic: Technical Specifications

3.1.4.6 Protocols and Standards Compliance

Table 1 Standards compliance

Item

Specifications

EMC

The AirNode meets the electromagnetic

compatibility (EMC) requirements and

complies with the following standards:

 GB9254 Class B

 IEC 61000-4-2

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Table 1 Standards compliance

Item

Specifications

 IEC 61000-4-6

Environment protection

RoHS

Surge protection

IEC61000-4-5 surge immunity

Protection rating

YD 5098-2001

IEC 61000-4-5

ETSI EN301 489

ITU-T K.20

Security

IEC60950

Environment

ETSI EN 300 019-2-1

ETSI EN 300 019-2-2

ETSI EN 300 019-2-3

IEC 60068-2

Parent topic: Technical Specifications

3.2 eAN3810A Hardware Description

Overview

This section describes the exterior, ports, indicators and cables of eAN3810A.

Product Version

NOTE:

Unless otherwise stated, "eNodeB", "Pico", "eAN", and "AirNode" in this document refer to the

3810 series AirNode.

The 3810 series AirNode is a base station that provides communications services

in Huawei OneAir solution. The following table lists the product name and

product version related to the 3810 series AirNode.

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Product Name

Product Version

eAN3810A

V100R001C00

Intended Audience

This document is intended for:

 Installation engineers

 Site maintenance engineers

 System engineers

Organization

 eAN3810A Equipment

This section describes the exterior, ports and indicators of eAN3810A.

 Auxiliary Devices

The PSE or Dock supplies power to a eAN3810A through an Ethernet cable in PoE

mode.

 Mounting Kits

This section describes the mounting brackets for installing a eAN3810A.

 Cables

This section describes eAN3810A cables.

Parent topic: Description

3.2.1 eAN3810A Equipment

This section describes the exterior, ports and indicators of eAN3810A.

 eAN3810A Exterior

This section describes the exterior and dimensions of a eAN3810A.

 eAN3810A Ports

This section describes ports on the eAN3810A panels. An eAN3810A has a bottom

panel, and cabling cavity panel.

 eAN3810A Indicators

This section describes the eAN3810A indicators.

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Parent topic: eAN3810A Hardware Description

3.2.1.1 eAN3810A Exterior

This section describes the exterior and dimensions of a eAN3810A.

Figure 1 shows the exteriors of the eAN3810A.

Figure 1 eAN3810A exterior

Figure 2 shows the dimensions of eAN3810A.

Figure 2 eAN3810A dimensions

Parent topic: eAN3810A Equipment

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3.2.1.2 eAN3810A Ports

This section describes ports on the eAN3810A panels. An eAN3810A has a bottom

panel, and cabling cavity panel.

Figure 1 shows the ports on the eAN3810A panels.

Figure 1 Ports on the eAN3810A panels

Table 1 describes ports on the eAN3810A cabling cavity panels.

Table 1 Ports on the eAN3810A cabling cavity panels

Port/Slot

Description

PoE

Used for power supply and data

transmission.

RGPS

Used for clock synchronization.

Micro SD

Used for housing a micro SD card. This

slot is used in the case of deployment.

Mini USB

Used for testing a port.

There are four RF ports on an eAN3810A bottom panel, Table 2 lists the TX/RX

frequency band supported by the RF ports.

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Table 2 TX/RX frequency band supported by the RF ports

RF ports

TX/RX frequency band

A/B/C/D

5470 MHz to 5850 MHz

Parent topic: eAN3810A Equipment

3.2.1.3 eAN3810A Indicators

This section describes the eAN3810A indicators.

Figure 1 shows the position of the eAN3810A indicators.

Figure 1 Position of the eAN3810A indicators

Table 1 describes the eAN3810A indicators.

Table 1 eAN3810A indicators

Indicators

Description

LINK

Link status

WIFI

Wi-Fi processing unit status

RUN

Cellular processing unit status

ETH

ETH status

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Parent topic: eAN3810A Equipment

3.2.2 Auxiliary Devices

The PSE or Dock supplies power to a eAN3810A through an Ethernet cable in PoE

mode.

 PSE

This section describes the appearance, dimensions, ports, and indicators of the

PSE, and the PSE specifications.

 Dock

The Dock supplies power and transfer transmission to a eAN3810A through an

Ethernet cable in PoE mode.

Parent topic: eAN3810A Hardware Description

3.2.2.1 PSE

This section describes the appearance, dimensions, ports, and indicators of the

PSE, and the PSE specifications.

Appearance and Dimensions

Figure 1 shows the appearance and dimensions of the PSE.

Figure 1 Appearance and dimensions of the PSE

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Ports and Indicators

Figure 2 shows the ports and indicators on the PSE.

Figure 2 PSE ports and indicators

Table 1 describes PSE ports.

Table 1 PSE ports

No.

Label

Meaning

Power supply port used for

PSE power supply

DATA

Data input port connecting

to a transmission device

PoE

PoE output port connecting

to the eAN3810A

Table 2 describes PSE indicators.

Table 2 PSE indicators

No.

Label

Status

Description

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Table 2 PSE indicators

No.

Label

Status

Description

Steady green

The power supply is

normal.

Steady off

There is no power

input or the PSE is

faulty.

PORT

Steady green

The connection to

the eAN3810A is

normal.

Steady off

The connection to

the eAN3810A is

abnormal or the PSE

is faulty.

Specifications

Table 3 lists PSE specifications.

Table 3 PSE specifications

Item

Specifications

Input voltage

90 V AC to 264 V AC

Input voltage frequency

47 Hz to 63 Hz

Output voltage

56 V DC

Parent topic: Auxiliary Devices

3.2.2.2 Dock

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The Dock supplies power and transfer transmission to a eAN3810A through an

Ethernet cable in PoE mode.

Exterior

The Dock uses the modular structure. Figure 1 shows the exterior and dimensions of

a Dock.

Figure 1 Exterior and dimensions of a Dock

Ports

The ports are inside the Dock. Figure 2 shows the positions of ports on the Dock.

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Figure 2 Ports on the Dock

Table 1 describes ports on the Dock.

Table 1 Meanings of ports on the Dock

Label

Description

OPT

FE/GE optical port, used for connecting an

external transmission device.

L/N/PE

AC power port, used for connecting an

external power supply device.

EXT-ALM

Environment monitoring port that provides

four dry contacts, used for connecting

external devices and monitoring alarms.

WAN

P&E transmission and power supply port,

used for connecting an external

transmission device.

LAN0

P&E transmission and power supply port,

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Table 1 Meanings of ports on the Dock

Label

Description

used for connecting a BTS3205E. A Dock

supplies power to only one eAN3810A.

LAN1

P&E transmission and power supply port.

Used to connect to commissioning devices,

backhaul devices, or cascaded devices.

Indicators

The Dock has three external indicators: RUN, ALM, and ACT. The internal RJ45

connector has two indicators showing the connection status and data transmission

status respectively. The internal OPT connector has one indicator showing the

connection status and data transmission status. Figure 3 shows positions of

external indicators on the Dock.

Figure 3 Positions of external indicators on the Dock

Table 2 describes indicators on the Dock external indicators.

Table 2 Dock external indicators

Indicator

Meaning

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Table 2 Dock external indicators

Indicator

Meaning

RUN

Operating status

ALM

Alarm status

ACT

Service status

Table 3 describe indicators on the Dock internal indicators.

Table 3 Internal indicators on the Dock

Indicator

Meaning

WAN/LAN0/LAN1

Green indicator: connection status

Orange indicator: Data transmission

OPT

Optical status

Steady green: normal connection, no data

transmission.

Fast blinking green (0.125s interval): in

the process of data transmission.

Off: faulty connection.

Parent topic: Auxiliary Devices

3.2.3 Mounting Kits

This section describes the mounting brackets for installing a eAN3810A.

 eAN3810A Mounting Kits

This section describes mounting kits and attachment plates for installing

eAN3810A.

 Dock Mounting Kits

This section describes the mounting brackets for installing a Dock.

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Parent topic: eAN3810A Hardware Description

3.2.3.1 eAN3810A Mounting Kits

This section describes mounting kits and attachment plates for installing

eAN3810A.

Figure 1 shows a mounting bracket and a attachment plate.

Figure 1 Mounting bracket and common attachment plate for eAN3810A

(1) Attachment plate

(2) Mounting bracket

(3) Hose clamp

(4) Expansion bolt

Parent topic: Mounting Kits

3.2.3.2 Dock Mounting Kits

This section describes the mounting brackets for installing a Dock.

Figure 1 shows a separate Dock mounting bracket.

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Figure 1 Appearance of a separate Dock mounting bracket

(1) Hole for routing

a hose clamp

(2) Ground

terminal

(3) Hole for a

captive screw

(4) Hole for inserting

an expansion bolt

Parent topic: Mounting Kits

3.2.4 Cables

This section describes eAN3810A cables.

 Cable List

This section describes eAN3810A cable connections.

 Ethernet Cable

This section describes the appearance, pin assignment, and installation position

for an Ethernet cable connecting an auxiliary device and an eAN3810A.

 PGND cable

An eAN3810A PGND cable connects an eAN3810A and a ground bar, ensuring the

proper grounding of the eAN3810A. The maximum length of an eAN3810A PGND cable

is 8 m (26.25 ft).

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 RF Jumper

The eAN3810A RF jumper transmits and receives RF signals.

 RGPS Signal Cable

The RGPS signal cable between the eAN3710A and RGPS device is used for clock

synchronization. This cable is optional for the eAN3710A.

Parent topic: eAN3810A Hardware Description

3.2.4.1 Cable List

This section describes eAN3810A cable connections.

Table 1 lists eAN3810A cables.

Table 1 List of eAN3810A cables

Cable

One End

The Other End

Connector

Connected to ...

Connector

Connected to ...

Ethernet Cable

RJ45 connector

eAN3810A/PoE

port

RJ45 connector

If connected to

PSE/DATA port

If connected to

Dock/LAN0 port

PGND cable

OT terminal (M6)

Ground terminal

on the eAN3810A

OT terminal (M8)

Ground terminal

on the ground

bar

OT terminal (M6)

Ground terminal

on the Dock

OT terminal (M8)

Ground terminal

on the ground

bar

RF Jumper

Type N male

connector

External antenna

TX/RX RF port on

eAN3810A

Based on the

port model of

the antenna

system.

Antenna system

RGPS Signal Cable

RJ45 connector

eAN3810A/RGPS

port

Round 12-pin

connector

RGPS device

Parent topic: Cables

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3.2.4.2 Ethernet Cable

This section describes the appearance, pin assignment, and installation position

for an Ethernet cable connecting an auxiliary device and an eAN3810A.

NOTE:

 The Ethernet cable must be of Category 5e (enhanced) or higher. In addition, its cross-

sectional area must be 24 AWG or larger and frame spread rating must be CM or higher.

 With the internal PoE module providing power, the maximum length of an Ethernet cable is 100

 Both the cable and the RJ45 connectors are delivered, and they must be assembled onsite.

Both ends of the Ethernet cable are RJ45 connectors, as shown in Figure 1.

Figure 1 Ethernet cable exterior

(1) RJ45 connector

Table 1 shows the pin assignment for wires of the Ethernet cable.

Table 1 Pin assignment for wires of the Ethernet cable

Pin of the RJ45 Connector

Color

Core Wire

Pin of the RJ45 Connector

X1.2

Orange

Twisted pair

cable

X2.2

X1.1

White/Orange

X2.1

X1.6

Green

Twisted pair

cable

X2.6

X1.3

White/green

X2.3

X1.4

Blue

Twisted pair

cable

X2.4

X1.5

White/Blue

X2.5

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Table 1 Pin assignment for wires of the Ethernet cable

Pin of the RJ45 Connector

Color

Core Wire

Pin of the RJ45 Connector

X1.8

Brown

Twisted pair

cable

X2.8

X1.7

White/brown

X2.7

Parent topic: Cables

3.2.4.3 PGND cable

An eAN3810A PGND cable connects an eAN3810A and a ground bar, ensuring the

proper grounding of the eAN3810A. The maximum length of an eAN3810A PGND cable

is 8 m (26.25 ft).

Exterior

The yellow and green or green PGND cable is a single cable. The cross-sectional

area of the PGND cable is 6 mm2 (0.009 in.2). Both ends of the cable are OT

terminals, as shown in Figure 1.

Figure 1 Exterior of a PGND cable

(1) OT terminal (M6)

(2) OT terminal (M8)

NOTE:

 If the PGND cable is provided by the customer, a copper-core cable with a minimum cross-

sectional area of 6 mm2 (0.009 in.2) or 10 AWG is recommended.

 The OT terminals at both ends of the PGND cable are assembled at the site.

 The M6 OT terminal has the default size. You can replace it with another OT terminal of the

expected size based on the site requirement.

Installation Position

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The M6 OT terminal of the PGND cable is connected to the ground screw on the

eAN3810A, and the M8 OT terminal of the PGND cable is connected to the ground

bar at the site.

Parent topic: Cables

3.2.4.4 RF Jumper

The eAN3810A RF jumper transmits and receives RF signals.

NOTE:

If the customer prepares the RF jumper, the length of the RF jumper should be as short as

possible and not exceed 2 m (6.56 ft.).

Both end of the outdoor RF jumper is the type N male connector. Figure 1 shows the

RF jumper.

Figure 1 RF jumper

(1) Type N male connector

Parent topic: Cables

3.2.4.5 RGPS Signal Cable

The RGPS signal cable between the eAN3710A and RGPS device is used for clock

synchronization. This cable is optional for the eAN3710A.

An RGPS signal cable has an RJ45 connector at one end and a round 12-pin

connector at the other end, as shown in Figure 1.

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Figure 1 Appearance of an RGPS signal cable

(1) RJ45 connector

(2) Round 12-pin connector

Parent topic: Cables

3.3 eAN3810A Security Management Description

Overview

This document presents an overview of Huawei AirNode security solutions,

including equipment security features, operation and maintenance (O&M) security

features, transmission security features, and radio security features.

Product Version

NOTE:

Unless otherwise stated, "eNodeB", "Pico", "eAN", and "AirNode" in this document refer to the

3810 series AirNode.

The 3810 series AirNode is a base station that provides communications services

in Huawei OneAir solution. The following table lists the product name and

product version related to the 3810 series AirNode.

Product Name

Product Version

eAN3810A

V100R001C00

Intended Audience

This document is intended for:

 Network planners

 System engineers

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Organization

 Security Overview

 Transmission Security

 OM Security

 Equipment Security

 Reference Information

Parent topic: Description

3.3.2 Transmission Security

 Transmission Security Overview

 DTLS

 IPsec

 PKI

 SSL

 Radio Security

Parent topic: eAN3810A Security Management Description

3.3.5 Reference Information

 User Name and Default Password

Parent topic: eAN3810A Security Management Description

3.3.5.1 User Name and Default Password

Table 1 describes the user name and default password in the eAN3810A system.

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Table 1 User name and default password in the eAN3810A system

Category

User Name and Default

Password

Remarks

Operation and maintenance

User name: admin

Password: hwbs@com

Used for logging in to the Web

LMT. User admin can download

and upload data through FTP.

U2000 interconnection

User name: emscomm

Password: ei*b+@b#6Nh(tS1j

Used by a OSS user to log in

to the eAN3810A. User admin

can download and upload data

through FTP.

Parent topic: Reference Information

4 Installation and commissioning

 eAN3810A Hardware Installation Guide

 eAN3810A Deployment Guide

4.1 eAN3810A Hardware Installation Guide

Overview

This document describes the process of installing eAN3810A.

Product Version

NOTE:

Unless otherwise stated, "eNodeB", "Pico", "eAN", and "AirNode" in this document refer to the

3810 series AirNode.

The 3810 series AirNode is a base station that provides communications services

in Huawei OneAir solution. The following table lists the product name and

product version related to the 3810 series AirNode.

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Product Name

Product Version

eAN3810A

V100R001C00

Intended Audience

This document is intended for installation engineers.

Organization

 Installation Preparations

Before starting the installation, you must obtain the required reference

documents, tools, and instruments, and familiarize yourself with the skills

required.

 Information About the Installation

This section describes the information that you must be familiar with before

installing a eAN3810A, including the eAN3810A hardward infomation, installation

scenarios, installation space and environment requirements.

 Unpacking the Equipment

This section describes how to unpack and check the delivered equipment to ensure

that all the materials are included and intact.

 Installation Process

This section describes the eAN3810A installation process.

 Obtaining the ESN

Before installing the eAN3810A, record its electronic serial number (ESN) for

future use during commissioning.

 (Optional) Installing a Micro SD Card

This section describes how to install a micro SD card in the eAN3810A.

 Installing the eAN3810A

This section describes the eAN3810A installation process.

 Installing the Auxiliary Devices

This section describes the procedure and precautions for installing the

auxiliary devices.

 Installing Cables

This section describes the procedures for installing eAN3810A cables and

auxiliary devices cables.

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 Checking Hardware Installation

eAN3810A hardware installation checking includes hardware and cable installation

checking.

 Power-On Check on the eAN3810A

This section describes the procedure for performing a power-on check on the

eAN3810A.

 Appendix

This section describes reference information during installation.

Parent topic: Installation and commissioning

4.1.1 Installation Preparations

Before starting the installation, you must obtain the required reference

documents, tools, and instruments, and familiarize yourself with the skills

required.

 Reference Documents

Before the installation, you must be familiar with reference documents.

 Tools and Instruments

You must prepare the following tools and instruments before the installation.

 Requirements for Installation Personnel

This section describes requirements for installation engineers. They must be

qualified and trained, and familiar with correct operation methods and safety

precautions before performing any operations.

Parent topic: eAN3810A Hardware Installation Guide

4.1.1.1 Reference Documents

Before the installation, you must be familiar with reference documents.

The following reference documents are required during eAN3810A installation:

 Health and Safety

 Equipment Safety

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 eAN3810A Hardware Description

Parent topic: Installation Preparations

4.1.1.2 Tools and Instruments

You must prepare the following tools and instruments before the installation.

Hammer drill (a φ12 bit)

ESD gloves

Vacuum cleaner

Heat gun

Phillips screwdriver

(M3 to M6)

Flat-head screwdriver

(M3 to M6)

Rubber mallet

COAX crimping tool

Wire stripper

Power cable crimping tool

RJ45 crimping tool

Diagonal plier

Utility knife

Level

Network cable tester

Adjustable wrench (size ≥ 32 mm

Torque screwdriver

Marker (diameter ≤

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[1.26 in.])

Torque wrench

Size: 16 mm (0.63 in.) and 22 mm

(0.87 in.)

Combination wrench

Size: 16 mm (0.63 in.) and 22 mm

(0.87 in.)

3mm or 5mm

(M3 to M6)

10 mm [0.39 in.])

Torque socket (M6 or M10)

Multimeter

Measuring tape

Fixed pulley(weight-bearing

capacity > 500 kg or 1102.5 lb)

Lifting sling

Ladder

Parent topic: Installation Preparations

4.1.1.3 Requirements for Installation Personnel

This section describes requirements for installation engineers. They must be

qualified and trained, and familiar with correct operation methods and safety

precautions before performing any operations.

Before the installation, pay attention to the following items:

 Technical engineers must take Huawei training and be familiar with proper

installation and operation methods.

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 The number of installation personnel depends on the engineering schedule and

installation environment. Generally, two to three persons are required.

Generally, only three to five onsite personnel are necessary.

Parent topic: Installation Preparations

4.1.2 Information About the Installation

This section describes the information that you must be familiar with before

installing a eAN3810A, including the eAN3810A hardward infomation, installation

scenarios, installation space and environment requirements.

 Hardware Device Information

This section describes the hardware information you should know before

installing the eAN3810A.

 Installation Options and Restrictions

The eAN3810A can be installed on a wall or pole. Installation scenarios must

meet heat-dissipation and waterproofing requirements of the eAN3810A.

 Installation Clearance and Space Requirements

This section describes the recommended and minimum clearances for a eAN3810A.

 Installation Environment Requirements

The installation environment of a eAN3810A involves the running environment

specifications for the eAN3810A.

Parent topic: eAN3810A Hardware Installation Guide

4.1.2.1 Hardware Device Information

This section describes the hardware information you should know before

installing the eAN3810A.

eAN3810A hardware includes eAN3810A main equipment, auxiliary devices, mounting

kits, and cables. For details, see sections in

eAN3810A Hardware Description

which are listed in Table 1.

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Table 1 Hardware information

Category

Sections in eAN3810A Hardware Description

eAN3810A main equipment

eAN3810A Exterior

eAN3810A Ports

eAN3810A Indicators

Auxiliary device

PSE

Dock

Mounting kits

eAN3810A Mounting Kits

Dock Mounting Kits

Cables

Cable List

Parent topic: Information About the Installation

4.1.2.2 Installation Options and Restrictions

The eAN3810A can be installed on a wall or pole. Installation scenarios must

meet heat-dissipation and waterproofing requirements of the eAN3810A.

Installation on a Pole

Figure 1 shows the diameter of a pole for installing an eAN3810A.

Figure 1 Diameter of a pole for installing a eAN3810A

NOTICE:

 The diameter of a pole for installing a eAN3810A ranges from 48 mm (1.89 in.)

to 114 mm (4.49 in.). The recommended diameter is 60 mm (2.36 in.).

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 The recommended thickness of the pole wall is 3.5 mm (0.14 in.) or above.

Figure 2 shows the eAN3810A installed on a pole.

Figure 2 A eAN3810A installed on a pole

Installation on a Wall

The wall for installing eAN3810A must meet the following requirements:

 The wall can bear a load at least four times the weight of a eAN3810A.

 The screws must be tightened with a torque of 30 N·m. This ensures the

screws work properly and the wall remains intact without cracks in it.

Figure 3 shows the eAN3810A installed on a pole.

Figure 3 A eAN3810A installed on a wall

Parent topic: Information About the Installation

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4.1.2.3 Installation Clearance and Space

Requirements

This section describes the recommended and minimum clearances for a eAN3810A.

Clearance for a eAN3810A

When the eAN3810A is installed on a wall or pole, the minimum clearance is

required for easy cabling and operation and maintenance (O&M). Based on the

engineering practice, the recommendation for the installation clearance is

provided.

 The recommended clearances are for customers, ensuring normal running and

providing appropriate space for O&M. If installation space is sufficient,

leave the recommended clearances after installing equipment.

 The minimum clearance ensures normal operation and heat dissipation, but O&M

activities such as checking indicator status and opening the cover plate of a

cabling cavity cannot be properly conducted. If installation space is

restricted, leave the minimum clearance after installing equipment.

Figure 1 show the clearances for installing a eAN3810A.

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Figure 1 Clearances for installing a eAN3810A

Installation Spacing Between eAN3810A

Figure 2 lists the horizonta spacing between eAN3810A.

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Figure 2 Clearances for installing a eAN3810A

Figure 3 lists the vertical spacing between eAN3810A.

Figure 3 Clearances for installing a eAN3810A

Parent topic: Information About the Installation

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4.1.2.4 Installation Environment Requirements

The installation environment of a eAN3810A involves the running environment

specifications for the eAN3810A.

Running Environment Specifications

Table 1 shows the environment specifications for the eAN3810A.

Table 1 Environment specifications of eAN3810A

Item

Specifications

Operating temperature

-40ºC to +45ºC (with solar radiation)

-40ºC to +50ºC (without solar radiation)

NOTE:

At -40ºC to -20ºC, the AirNode can start up, but its

performance cannot meet requirements. At -20ºC to

+50ºC, the performance of the AirNode meets

requirements.

Storage temperature

-40ºC to +70ºC

Relative humidity

5% RH to 95% RH

Absolute humidity

1 g/m3 to 30 g/m3

Atmospheric pressure

70 kPa to 106 kPa

Protection class

IP65

Requirements for the Installation Scenarios

To ensure proper heat dissipation of the eAN3810A, the following requirements

must be met:

 The eAN3810A cannot be installed in an enclosed cabinet without a cooling

system.

 The eAN3810A cannot be installed in an enclosed camouflage box.

 The eAN3810A cannot be installed in an enclosed equipment room without a

cooling system.

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NOTICE:

If the eAN3810A is inappropriately installed, heat dissipation of the eAN3810A

deteriorates and the eAN3810A may not work properly, as shown in Figure 1.

Figure 1 Inappropriately installed eAN3810A

Requirements for the Installation methods

To ensure the heat dissipation of the eAN3810A and waterproofing of the ports at

the bottom of the eAN3810A, the vertical deviation angle of a eAN3810A must be

less than or equal to 10°, as shown in Figure 2.

Figure 2 Requirements for the vertical deviation angle of a eAN3810A

(1) eAN3810A

(2) Installation support (pole or wall)

Parent topic: Information About the Installation

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4.1.3 Unpacking the Equipment

This section describes how to unpack and check the delivered equipment to ensure

that all the materials are included and intact.

Context

NOTE:

When transporting, moving, or installing the equipment, components, or parts, you must:

 Prevent them from colliding with doors, walls, shelves, or other objects.

 Wear clean gloves, and avoid touching the equipment, components, or parts with bare hands,

sweat-soaked gloves, or dirty gloves.

NOTICE:

Power on an eAN3810A within 24 hours after unpacking it. If you power off an

eAN3810A for maintenance, restore power to the eAN3810A within 24 hours.

Procedure

1. Count the total number of the shipments.

If...

Then...

The total number of the components is consistent with

that recorded in the packing lists on all packing boxes

Go to 2.

The total number of the components is inconsistent with

that recorded in the packing lists on all packing boxes

Report the problems and causes

to the local Huawei office.

2. Check the exterior of each packing box.

If...

Then...

The exterior of each packing box is

intact

Go to 3.

It is damaged or soaked

Report the problems and causes to the local

Huawei office.

3. Check the type and quantity of the equipment in the boxes according to the

packing list.

If...

Then...

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If...

Then...

The type and number are consistent with the

packing list on each packing list

Sign the

Packing List

with the

operator.

There is any shortage, wrong delivery, or

damaged equipment

Report the problems and causes to the

local Huawei office.

4. CAUTION:

5. To protect the equipment from damage, keep the unpacked equipment and

packing materials indoors. To help find out the cause of any damage in the

future, take photos of the storeroom, rusted or eroded equipment, packing

cases, and packing materials, and then file the photos.

Parent topic: eAN3810A Hardware Installation Guide

4.1.4 Installation Process

This section describes the eAN3810A installation process.

Figure 1 shows the eAN3810A installation process.

Figure 1 eAN3810A installation process

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Parent topic: eAN3810A Hardware Installation Guide

4.1.5 Obtaining the ESN

Before installing the eAN3810A, record its electronic serial number (ESN) for

future use during commissioning.

Context

The ESN uniquely identifies a device and is required during commissioning.

Procedure

1. Remove the backup ESN label from the surface of the eAN3810A. as shown in

Figure 1.

NOTE:

Before removing the backup SN label, photograph it.

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Figure 1 Removing the ESN label

2. Record the ESN by using the template described in section ESN Collection Template,

and report it to the eAN3810A commissioning personnel.

Parent topic: eAN3810A Hardware Installation Guide

4.1.6 (Optional) Installing a Micro SD Card

This section describes how to install a micro SD card in the eAN3810A.

Prerequisites

Software and configuration data files need to be prepared for the micro SD card

to be installed. For detailed operations, see

eAN3810A Deployment Guide

Procedure

1. Wear ESD gloves.

2. Use an M5 inner hexagon screwdriver to loosen a screw on the cabling cavity

panel and open the cabling cavity on the side.

3. Install a micro SD card in the micro SD card slot, as shown in Figure 1.

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Figure 1 Installing a micro SD card

4. Cover the plate for the cabling cavity and use the screwdriver to tighten

the screw.

Parent topic: eAN3810A Hardware Installation Guide

4.1.7 Installing the eAN3810A

This section describes the eAN3810A installation process.

 Installing eAN3810A on a Pole

This section describes the procedure and precautions for installing an eAN3810A

on a pole.

 Installing eAN3810A on a Wall

This section describes the procedure and precautions for installing an eAN3810A

on a wall.

Parent topic: eAN3810A Hardware Installation Guide

4.1.7.1 Installing eAN3810A on a Pole

This section describes the procedure and precautions for installing an eAN3810A

on a pole.

Context

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 Do not stand an eAN3810A upright because the RF ports cannot support the

weight of the eAN3810A.

 Place a foam pad or cardboard under an eAN3810A to protect the eAN3810A

housing from damage during the installation.

Procedure

1. Determine a position for installing the separate mounting kit, as shown in

Figure 1.

Figure 1 Distance between the separate mounting kit and the ground

NOTE:

It is recommended that the mounting kits be installed at a position 1200 mm (47.24 in.) to

1600 mm (59.06 in.) high above the ground.

2. Install the mounting kit, as shown in Figure 2.

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Figure 2 Installing the eAN3810A mounting kit

a. Determine a position for installing the eAN3810A. Then, place the

separate mounting kit onto the pole, thread the hose clamp through the

mounting kit, and encircle the pole with the hose clamp, as shown by

illustrations a, b, and c in Figure 2.

b. Use an M6 inner hexagon screwdriver to tighten the bolt on each hose

clamp to 7 N·m (61.96 lbf·in.) to secure the mounting kit, as shown by

illustration d in Figure 2.

3. Secure the eAN3810A onto the separate mounting kit, as shown in Figure 3.

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Figure 3 Securing the eAN3810A onto the mounting kit

a. Hang the two dowels on the top of the eAN3810A attachment plate onto the

mounting kit, and push the eAN3810A until it snaps into place, as shown

by illustrations a and b in Figure 3.

b. Use the M6 inner hexagon screwdriver to tighten the screw on the top of

the attachment plate to 5 N·m (44.25 lbf·in.), as shown by illustration

c in Figure 3.

Parent topic: Installing the eAN3810A

4.1.7.2 Installing eAN3810A on a Wall

This section describes the procedure and precautions for installing an eAN3810A

on a wall.

Context

The wall for installing eAN3810As must meet the following requirements:

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 The wall must be able to bear a weight four times heavier than the eAN3810A's

weight.

 Expansion bolts must be tightened to 30 N·m (265.52 lbf·in.) to ensure that

the bolt assemblies work properly and the wall remains intact.

NOTICE:

 Do not stand an eAN3810A upright because the RF ports cannot support the

weight of the eAN3810A.

 Place a foam pad or cardboard under an eAN3810A to protect the eAN3810A

housing from damage during the installation.

Procedure

1. Determine a position for installing the eAN3810A on a wall, use a level to

verify that the marking-off template is placed horizontally, and then use a

marker to mark anchor points, as shown in Figure 1.

Figure 1 Marking anchor points

(1) Level

(2) Tapped hole

(3) Marker

NOTE:

It is recommended that the separate mounting kit be 1200 mm (47.24 in.) to 1600 mm (62.99

in.) above the ground.

2. Drill holes at the anchor points and install expansion bolts in the holes,

as shown in Figure 2.

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Figure 2 Drilling a hole and inserting an expansion bolt assembly

(1) M6x60 bolt

(2) Nut

(3) Spring washer

(4) Flat washer

(5) Expansion tube

a. Use a hammer drill with a φ8 bit to drill holes vertically at the marked

anchor points. Ensure that the depth of each hole ranges from 45 mm (1.77

in.) to 50 mm (1.97 in.).

CAUTION:

Take proper safety measures to protect your eyes and respiratory tract

against the dust before drilling holes.

b. Use a vacuum cleaner to clear the dust out from inside and around the

holes, and measure the distances between holes. If any of the holes is

beyond the acceptable range, mark a new anchor point and drill a new hole.

c. Tighten the expansion bolts slightly, and place each expansion bolt

vertically into each hole.

d. Use a rubber mallet to pound each expansion bolt until the corresponding

expansion tube completely enters the hole. Leave 20 mm (0.79 in.) of the

expansion bolt outside the wall.

e. Remove the M6x60 bolt, nut, spring washer, and flat washer in sequence.

3. Place the mounting kit onto the wall, insert four M6x60 bolts into the

tapped holes on the mounting kit, and tighten each bolt to 5 N·m (44.25

lbf·in.) to secure the mounting kit, as shown in Figure 3.

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Figure 3 Securing the separate mounting kit

(1) Nut

(2) Spring washer

(3) Flat washer

4. Hold the eAN3810A, hang the two dowels on the top of the eAN3810A attachment

plate onto the separate mounting kit, and push the eAN3810A until it snaps

into place, as shown by illustrations a and b in Figure 4.

5. Use the M6 inner hexagon screwdriver to tighten the screw on the top of the

separate attachment plate to 5 N·m (61.96 lbf·in.), as shown by

illustration c in Figure 4.

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Figure 4 Securing the eAN3810A onto the mounting kit

Parent topic: Installing the eAN3810A

4.1.8 Installing the Auxiliary Devices

This section describes the procedure and precautions for installing the

auxiliary devices.

 (Optional) Installing a Dock

This section describes the procedure and precautions for installing a dock.

 (Optional) Installing the PSE

This section describes the procedure and precautions for installing the PSE on a

wall.

Parent topic: eAN3810A Hardware Installation Guide

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4.1.8.1 (Optional) Installing a Dock

This section describes the procedure and precautions for installing a dock.

 Installing a Dock on a Pole

This section describes the procedure and precautions for installing the Dock on

a pole.

 Installing a Dock on a Wall

This section describes the procedure and precautions for installing the Dock on

a wall.

Parent topic: Installing the Auxiliary Devices

4.1.8.1.1 Installing a Dock on a Pole

This section describes the procedure and precautions for installing the Dock on

a pole.

Procedure

1. Use an M4 inner hexagon screwdriver to remove the Dock integrated mounting

bracket, install the Dock separated mounting bracket instead, and tighten

the four screws to 2 N·m (17.70 lbf·in.), as shown in Figure 1.

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Figure 1 Replacing the Dock mounting bracket

2. Route two hose clamps through the up and down mounting holes on the Dock

separate mounting bracket, but do not route the steel belts through the

locks, as shown in Figure 2.

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Figure 2 Routing hose clamps through the Dock separate mounting bracket

3. Put the Dock in the installation position, route two hose clamps through the

pole and the steel belts through the locking connectors, partially tighten

the screws, and use an M6 inner hexagon torque screwdriver to tighten the

screws to 5 N·m (44.25 lbf·in.), as shown in Figure 3.

Ensure that your body is close to the module when tightening hose clamps.

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Figure 3 Tightening hose clamps

Parent topic: (Optional) Installing a Dock

4.1.8.1.2 Installing a Dock on a Wall

This section describes the procedure and precautions for installing the Dock on

a wall.

Procedure

1. Place the Dock separate mounting bracket against the wall, use a level to

verify that the mounting bracket is horizontally placed, and use a marker to

mark anchor points, as shown in Figure 1.

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Figure 1 Marking anchor points

(1) Level

(2) Mounting hole

(3) Marker

(4) Dock separate mounting bracket

2. Drill holes at the anchor points, and install expansion bolt assemblies, as

shown in Figure 2.

Figure 2 Drilling holes and installing expansion bolt assemblies

(1) M6x60 bolt

(2) Nut

(3) Spring washer

(4) Flat washer

(5) Expansion tube

a. Use a hammer drill with a Ф8 drill bit to drill holes perpendicularly

with the wall at the marked anchor points. Ensure that the depth of each

hole ranges from 45 mm to 50 mm (1.77 in. to 1.97 in.) and each hole is

of the same depth.

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CAUTION:

To prevent inhalation or eye contact with dust, take adequate preventive

measures when drilling holes.

b. Use a vacuum cleaner to clear dust inside and around the holes, and then

measure the inter-hole spacing. If the spacing is too wide or too narrow,

drill holes again.

c. Tighten each expansion bolt slightly and place them perpendicularly into

each hole.

d. Hit each expansion bolt using a rubber mallet to enable the expansion

tube to enter the hole completely.

e. Remove the M6x60 bolt, nut, spring washer, and flat washer from each

expansion bolt assembly in sequence.

3. Use an M4 inner hexagon screwdriver to remove the Dock integrated mounting

bracket, install the Dock separated mounting bracket instead, and tighten

the four screws to 2 N·m (17.70 lbf·in.), as shown in Figure 3.

Figure 3 Replacing the Dock mounting bracket

4. Put the Dock to the installation position, install the separate mounting

bracket on the expansion bolts, and use an M6 socket wrench to tighten the

expansion bolts to 5 N·m (44.25 lbf·in.), as shown in Figure 4.

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Figure 4 Fitting the Dock onto the wall

(1) Bolt

(2) Flat washer

(3) Spring washer

(4) Nut

Parent topic: (Optional) Installing a Dock

4.1.8.2 (Optional) Installing the PSE

This section describes the procedure and precautions for installing the PSE on a

wall.

Context

The PSE can be installed only on an indoor wall.

Procedure

1. Place the PSE against the wall, level it in the installation position, and

mark anchor points.

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Figure 1 Marking anchor points

2. Drill holes and install expansion bolts.

Figure 2 Drill holes and install expansion bolts

3. Install the PSE

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Figure 3 Install the PSE

Parent topic: Installing the Auxiliary Devices

4.1.9 Installing Cables

This section describes the procedures for installing eAN3810A cables and

auxiliary devices cables.

 Cabling Requirements

Cables must be laid out according to the specified cabling requirements to

prevent signal interference.

 Cable Connections

This section describes eAN3810A cable connections.

 Installing a PGND Cable

This section describes the procedure for installing a PGND cable.

 Installing a RF Jumper

This section describes the procedure for installing an RF jumper.

 Installing an Ethernet Cable

This section describes how to install an Ethernet cable.

 (Optional) Installing the PSE Cable

This section describes the procedure and precautions for installing the PSE

cables.

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 (Optional) Installing the Dock Ethernet Cable

This section describes procedure and precautions for installing a Dock Ethernet

cable.

 (Optional) Installing the Dock Power Cable

This section describes the procedure and precautions for installing a power

cable. A Dock input power cable connects the Dock and an external power supply

device to lead external power into the Dock. A Dock cascading power cable is

used for power supply cascading between two Docks.

Parent topic: eAN3810A Hardware Installation Guide

4.1.9.1 Cabling Requirements

Cables must be laid out according to the specified cabling requirements to

prevent signal interference.

NOTE:

If a cable listed below is not required, skip the cabling requirements of the cable.

General Cabling Requirements

Bending radius requirements

 The bending radius of a 7/8'' feeder must be greater than 250 mm (9.84 in.),

and the bending radius of a 5/4'' feeder must be greater than 380 mm (14.96

in.).

 The bending radius of a 1/4'' jumper must be greater than 35 mm (1.38 in.).

The bending radius of a super-flexible 1/2'' jumper must be greater than 50

mm (1.97 in.), and the bending radius of an ordinary 1/2'' jumper must be

greater than 127 mm (5.00 in.).

 The bending radius of a PGND cable must be at least three times its diameter.

 The bending radius of a signal cable must be at least five times its diameter.

Cable binding requirements

 Cables of the same type must be bound together.

 Different types of cables must be separately laid out and bound, with a

minimum distance of 30 mm (1.18 in.) from each other.

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 Cables must be bound tightly and neatly. The sheaths of cables must not be

damaged.

 Cable ties must face the same direction, and those at the same horizontal

line must be in a straight line.

 The excess of indoor cable ties must be cut off. The excess of 5 mm (0.197

in.) of outdoor cable ties should be reserved, and the cut surfaces must be

smooth without sharp edges.

 After cables are installed, labels or nameplates must be attached to the

cables at their ends, curves, and interconnection positions.

Security requirements

 When laying out cables, avoid sharp objects, for example sharp edges on the

wall. If necessary, use tubes to protect the cables.

 When laying out cables, keep cables away from heat sources, or use heat

insulation materials to insulate the cables from the heat sources.

 Reserve a proper distance (0.1 m [3.937 in.] is recommended) between

equipment and cables especially at the cable curves to protect the cables and

equipment.

Indoor cabling requirements

 Route each cable into the room through the feeder window.

 Reserve drip loops for all cables outside the feeder window before routing

them into the room. Ensure that the radiuses of the drip loops are greater

than or equal to the minimum bending radiuses of the cables.

 When routing a cable into the room, ensure that a person is assisting you in

the room.

 Apply waterproof treatment to the feeder window.

Outdoor Cabling Requirements

 Protect outdoor cables against potential damage. For example, thread the

cables through tubes.

 Cables to be protected include AC power cables, transmission cables, and

cables laid out underground.

 Use cable clips to secure cables outdoors.

 Arrange cables neatly along the routing direction and use cable clips to

secure the cables.

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 Determine the positions where the clips are installed according to the actual

situation. For example, 7/8" feeders are secured with clips at an interval of

1.5 m (4.92 ft) to 2 m (6.56 ft), and CPRI fiber optic cables and power

cables are secured with clips at an interval of 1 m (3.28 ft) to 1.5 m (4.92

ft). Ensure that the clips are evenly spaced and in the same direction.

 When fastening cables with a clip, ensure that the cables are aligned neatly

and are routed through the holes in the clip. Do not stretch the cables too

tightly.

 When using clips to secure cables, tighten the screws on the clips after all

cables are arranged and laid out.

Special Cabling Requirements

Cabling of PGND cables

 PGND cables for a base station must be connected to the same ground bar.

 PGND cables must be buried in the ground or routed indoors.

 The external conductor of the coaxial wire and the shield layer of the

shielded cable must have proper electrical contact with the metal surface of

the equipment which they are connected to.

 PGND cables and signal cables must be installed separately. A certain

distance must be reserved between them to prevent interference from each

other.

 Switches or fuses must not be installed on the PGND cables.

 Other devices must not be used for electrical connections of the PGND cables.

 All the metal parts in the housing of the equipment must be reliably

connected to the ground terminal.

Parent topic: Installing Cables

4.1.9.2 Cable Connections

This section describes eAN3810A cable connections.

Figure 1 shows the cable connections when an eAN3810A is installed.

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Figure 1 Cable connections when an eAN3810A is installed

(1) PGND cable

(2) RF jumper

(3) Ethernet cable

Parent topic: Installing Cables

4.1.9.3 Installing a PGND Cable

This section describes the procedure for installing a PGND cable.

Procedure

1. Prepare a eAN3810A PGND cable.

a. Cut the cable to a length suitable for the actual cable route.

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b. Add OT terminals to both ends of the cable.

2. Install the eAN3810A PGND cable.

Connect one end of the PGND cable with an M6 OT terminal to the ground

terminal at the eAN3810A bottom and the other end of the cable with an M8 OT

terminal to the external ground bar, as shown in Figure 1.

Figure 1 Installing a eAN3810A PGND cable

NOTE:

Crimp OT terminals in correct directions, as shown in Figure 2.

Figure 2 Correct direction for crimping an OT terminal

3. Label the installed cable.

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NOTE:

Follow the same procedure when installing a Dock PGND cable.

Parent topic: Installing Cables

4.1.9.4 Installing a RF Jumper

This section describes the procedure for installing an RF jumper.

Procedure

1. Remove the dustproof cap from the ANT port to be used on the eAN3810A.

2. Connect the type N male connector at one end of the eAN3810A RF jumper to

the ANT port at the bottom of the eAN3810A in sequence, and use a torque

wrench to tighten the connector to 1 N·m (8.85 lbf·in.), as shown in Figure1.

Figure 1 Installing an RF jumper

3. Connect the other end of the eAN3810A RF jumper to the external antenna

system.

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4. Waterproof the connector of the RF jumper by Waterproof tape, as shown in

Figure2.

Figure 2 Waterproof the connector of the RF jumper by waterproof tape

(1) PVC insulation tape

(2) Waterproof tape

NOTICE:

 During installation, ensure that no foreign substance, including sand,

enters the waterproof tape.

b. Wrap a PVC insulation tape around the exposed area of the connector. The

wrapped area is 15 mm away from the end of the connector, with a total

length of 40 mm.

c. Ensure that dimensions (L x W) of the waterproof tape is 50 mm x 50 mm.

Stretch the tape horizontally until it is twice of the original length

and wrap it around the upper area of the connector.

Ensure that the upper end of the waterproof tape overlays that of the PVC

insulation tape.

Check the dustproof caps on antenna connectors. In outdoor scenarios,

dustproof caps must be waterproofed, as shown in Figure3.

NOTICE:

Do not remove dustproof caps from vacant antenna connectors.

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Figure 3 Waterproofing a dustproof cap

(1) Dustproof cap

(2) PVC insulation tape

(3) Waterproof tape

. Verify that dustproof caps are not removed.

a. Wrap one layer of PVC insulation tape on each connector from bottom up.

b. Wrap three layers of waterproof tape on each connector, first from bottom

up, then from top down, and finally from bottom up. Wrap each layer of

the tape around the connector tightly.

c. Wrap three layers of PVC insulation tape on each connector, first from

bottom up, then from top down, and finally from bottom up. Wrap each

layer of the tape around the connector tightly.

NOTE:

 When wrapping waterproof tape, stretch the tape evenly until it is twice of the original

length. When wrapping PVC insulation tape, do not stretch it.

 Wrap each layer of tape around each connector tightly and neatly, and ensure that the

adhesive surface of each layer of tape overlaps more than 50% of the lower layer.

 When cutting off a cable tie, reserve a surplus length of 3 mm (0.12 in.) to 5 mm (0.20

in.).

Follow-up Procedure

1. Route the cable by following the instructions in section cabling

requirements and use cable ties to bind the cable.

2. Label the installed cable.

Parent topic: Installing Cables

4.1.9.5 Installing an Ethernet Cable

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This section describes how to install an Ethernet cable.

Context

 The Ethernet cable must be of Category 5e (enhanced) or higher. In addition,

its cross-sectional area must be 24 AWG or larger and frame spread rating

must be CM or higher.

 Both the cable and the RJ45 connectors are delivered, and they must be

assembled onsite. You need to use a network cable tester to test the Ethernet

cable connection.

 With the internal PoE module providing power, the maximum length of an

Ethernet cable is 100 m.

Procedure

1. Make the Ethernet cables.

a. Assemble an RJ45 connector and an Ethernet cable.

b. Check whether the made RJ45 connector is qualified.

c. To complete the assembly of the other end, repeat 1.a and 1.b.

d. Check whether the touch points on the connectors at both ends are

normally conducted and well contacted and whether the connections are

correct.

2. Connect the RJ45 connector at one end of the Ethernet cable to the PoE port

on the eAN3810A panel, and push the cables into the cable clips, as shown in

Figure 1.

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Figure 1 Installing an eAN3810A Ethernet cable

(1) PoE port on the eAN3810A panel

(2) Ethernet cable

3. Connect the RJ45 connector at the other end of the Ethernet cable to

auxiliary devices port.

Follow-up Procedure

1. Route the cable, and then use a cable tie to bind the cable.

2. Label the installed cable.

Parent topic: Installing Cables

4.1.9.6 (Optional) Installing the PSE Cable

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This section describes the procedure and precautions for installing the PSE

cables.

Figure 1 shows the cable connections when the PSE is installed.

Figure 1 Installing the PSE Cable

(1) Ethernet cable

between eAN3810A and PSE

(2) Ethernet cable between PSE and

External transmission device

(3) PSE Power

cable (2m)

NOTE:

The total length of cables connected between the eAN3810A, PSE, and external transmission device

does not exceed 100 m.

Parent topic: Installing Cables

4.1.9.7 (Optional) Installing the Dock Ethernet

Cable

This section describes procedure and precautions for installing a Dock Ethernet

cable.

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Context

 The Ethernet cable must be of Category 5e (enhanced) or higher. In addition,

its cross-sectional area must be 24 AWG or larger and frame spread rating

must be CM or higher.

 Ethernet cables are not delivered, and they must be prepared onsite. You need

to use a network cable tester to test the Ethernet cable connection.

 With the internal PoE module providing power, the maximum length of an

Ethernet cable is 100 m.

Procedure

1. Make the Ethernet cables.

a. Assemble an RJ45 connector and an Ethernet cable.

b. Check whether the made RJ45 connector is qualified.

c. To complete the assembly of the other end, repeat 1.a and 1.b.

d. Check whether the touch points on the connectors at both ends are

normally conducted and well contacted and whether the connections are

correct.

2. Installing the Dock Ethernet cable, as shown in Figure 1.

Figure 1 Installing the Dock Ethernet cable

(1) Ethernet cable between Dock and external

transmission device

(2) Ethernet cable between

eAN3810A and Dock

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a. Connect one end of the assembled Ethernet cable to the WAN port in the

cabling cavity of the Dock and the other end to the external transmission

device.

b. Connect the other end of the Ethernet cable, which is connected to the

PoE port on the eAN3810A, to the LAN0 port in the cabling cavity of the

Dock.

NOTICE:

The eAN3810A must be connected to the LAN0 port on the Dock. Otherwise,

you are not able to maintain the eAN3810A remotely.

Parent topic: Installing Cables

4.1.9.8 (Optional) Installing the Dock Power

Cable

This section describes the procedure and precautions for installing a power

cable. A Dock input power cable connects the Dock and an external power supply

device to lead external power into the Dock. A Dock cascading power cable is

used for power supply cascading between two Docks.

Context

Table 1 lists the specifications of the two power cables.

Table 1 Power cable specifications

Cable

Color

One End

The Other End

Dock input power

cable

Brown

Cord end

terminal (1.5

mm2)

Depends on the

external power

device

Blue

Cord end

terminal (1.5

mm2)

Depends on the

external power

device

Yellow and green

Cord end

terminal (1.5

Depends on the

external power

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Table 1 Power cable specifications

Cable

Color

One End

The Other End

mm2)

device

Dock cascading

power cable

Brown

Cord end

terminal (1.5

mm2)

Cord end

terminal (1.5

mm2)

Blue

Cord end

terminal (1.5

mm2)

Cord end

terminal (1.5

mm2)

Yellow and green

Cord end

terminal (1.5

mm2)

Cord end

terminal (1.5

mm2)

NOTE:

The color and structure of the power cables differ in different countries and regions. The power

cables purchased locally must conform to the local standards.

Procedure

1. Make power cables.

a. Cut the cable to a length suitable for the actual cable route.

b. Add an OT terminal to one end of the cable, and add the corresponding

power terminal to the other end according to external power supply device.

c. Optional: Add an OT terminal to each end of the Dock cascading power

cable.

2. Install power cables, as shown in Figure 1.

a. Open the protective cover of the power supply terminal.

b. Install Dock input power cables.

Use a flat-head screwdriver to loosen the left ports on the L, N, and PE

wiring posts inside the Dock. Connect one end of each cable to the

corresponding port on the left side and tighten the wiring posts. Connect

the other end to external devices.

c. Optional: Install Dock cascading power cables.

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Use a flat-head screwdriver to loosen the right ports on the L, N, and PE

wiring posts inside one Dock. Connect one end of each cable to the

corresponding port on the right side and tighten the wiring posts.

Connect the other end of cables to corresponding ports on the L, N, or PE

wiring posts inside the lower-level cascaded Dock.

d. Restore the protective cover of the power supply terminal.

Figure 1 Installing power cables

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NOTICE:

The protective cover of the power supply terminal is automatically secured.

After the procedure is complete, tap the protective cover to restore it.

Parent topic: Installing Cables

4.1.10 Checking Hardware Installation

eAN3810A hardware installation checking includes hardware and cable installation

checking.

Table 1 lists the hardware installation checking items.

Table 1 Hardware installation checking list

No.

Item

The installation position of each device strictly complies with

the engineering design and meets clearance requirements.

Sufficient space is reserved for equipment maintenance.

The eAN3810A is securely installed.

The cover plate is securely installed on the eAN3810A cabling

cavity.

Waterproof blocks are securely installed in vacant cable troughs

of the eAN3810A cabling cavity, and the cover plate of the

cabling cavity is securely installed. In addition, vacant RF

ports are covered with dustproof caps and the caps are tightened.

Labels are correct, legible, and complete at both ends of each

cable, feeder, and jumper.

Table 2 lists the check items of the signal cable connection.

Table 2 Checklist for the signal cable connection

No.

Item

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Table 2 Checklist for the signal cable connection

No.

Item

The connectors of the signal cables must securely connected.

The connectors of the signal cables are intact.

The signal cables are intact.

The cable ties are evenly spaced. The signal cables are bound

neatly with cable ties to proper tightness, and arranged at even

intervals in the same direction.

The extra length of the cable ties is cut and removed. The cut

surfaces of the indoor cables are smooth and have no sharp edges.

The cable layout facilitates maintenance and expansion.

Correct and clear labels are attached to both ends of the signal

cables.

Table 3 lists the checking items for other cable connections.

Table 3 Checklist for other cable connections

No.

Item

The connectors of the other cables must securely connected.

Labels on the cables are legible and bound based on the

engineering requirements. The cables must be bound tightly and

neatly. The sheaths of the cables must not be damaged.

Positions for routing the cables must meet requirements of the

engineering design.

There are no connectors or joints on each PGND cable. None of

PGND cables can be short-circuited or reversely connected. In

addition, these cables are not damaged or broken.

PGND cables are separately bound from other cables.

The protection grounding of the eAN3810A and the surge protection

grounding of the building share one group of ground conductors.

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Parent topic: eAN3810A Hardware Installation Guide

4.1.11 Power-On Check on the eAN3810A

This section describes the procedure for performing a power-on check on the

eAN3810A.

eAN3810A Power-On Check Procedure

NOTICE:

After you unpack a eAN3810A, you must power on it within 24 hours. If you power

off the eAN3810A for maintenance, you must restore power to it within 24 hours.

Figure 1 shows the eAN3810A power-on check procedure.

Figure 1 Power-on check procedure

Checking the Indicator Status

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Table 1 Checking the indicator status

If...

then...

RUN

Steady white

The eAN3810A is running

correctly.

ETH

Blinking white

WIFI

Off

LINK

Off

NOTE:

 During the eAN3810A startup, there is no need to observe the indicator status.

 During a start, the eAN3810A reads and writes the flash and therefore the indicators blinking

quickly may blink irregularly for 1-2 seconds, which does not affect services.

Parent topic: eAN3810A Hardware Installation Guide

4.1.12 Appendix

This section describes reference information during installation.

 ESN Collection Template

This section describes the eAN3810A ESN collection template.

 Antenna Installation

This section describes the reference documents for installing the antenna system.

Parent topic: eAN3810A Hardware Installation Guide

4.1.12.1 ESN Collection Template

This section describes the eAN3810A ESN collection template.

The ESN collection template is used to record the installation position, and ESN

of the site at the initial installation stage to facilitate subsequent

commissioning and maintenance. Table 1 shows the ESN collection template.

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Table 1 ESN collection template

No.

Site Number

Site Name

Base Station ESN

Location

Information

Sample

eAN_1

xx floor, xx

building, xx

mansion

Note: The ESN collection template is essential to the engineering stage and subsequent

maintenance, especially when multiple devices are installed at a short distance. This

is because the template defines the radio network to access. Please maintain this

template with caution.

Parent topic: Appendix

4.1.12.2 Antenna Installation

This section describes the reference documents for installing the antenna system.

Related Document

Description

GPS Satellite Antenna System Quick Installation Guide

This document describes the installation

procedures and methods of the GPS antenna

system.

Parent topic: Appendix

4.2 eAN3810A Deployment Guide

Overview

This document describes how to use the CME and U2000 to configure data for

eAN3810A and to commission and verify configured eAN3810A based on design

requirements. This document applies to the initial stage of cellular network

deployment.

Product Version

NOTE:

Unless otherwise stated, "eNodeB", "Pico", "eAN", and "AirNode" in this document refer to the

3810 series AirNode.

The 3810 series AirNode is a base station that provides communications services

in Huawei OneAir solution. The following table lists the product name and

product version related to the 3810 series AirNode.

Product Name

Product Version

eAN3810A

V100R001C00

Intended Audience

This document is intended for:

 Network planning engineers

 Network operators

 System engineers

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Organization

 MicroSD Card Site Deployment

 MML Site Deployment

Parent topic: Installation and commissioning

4.2.1 MicroSD Card Site Deployment

 Introduction to Deployment Modes

 Deployment Preparation

This section describes the data and files to be prepared for eAN3810A deployment.

 Hardware installation check phase

 Engineering Verification

This section describes how to complete the eAN3810A commissioning task, view

deployment results, and verify services.

 FAQ

This section describes the graphical user interfaces (GUIs) involved in

deployment and troubleshooting methods for common problems.

Parent topic: eAN3810A Deployment Guide

4.2.1.1 Introduction to Deployment Modes

 Site Deployment Overview

With site deployment, data is planned, delivered, and activated on a per pico

basis, and MicroSD card commissioning can be used.

 Deployment Process

This section describes the eAN3810A site deployment process. Site deployment

requires cooperation of engineers at sites and the OMC, who must master the

deployment process shown in Figure 1 in advance of the deployment.

Parent topic: MicroSD Card Site Deployment

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4.2.1.1.1 Site Deployment Overview

With site deployment, data is planned, delivered, and activated on a per pico

basis, and MicroSD card commissioning can be used.

Application Scenarios and Deployment Principles

Site deployment applies to outdoor coverage scenarios where operator-provided

private transport networks are used.

Scope

Figure 1 shows the procedures for site deployment in this document.

Figure 1 Site deployment in this document

1. Network planning: Plan deployment solutions based on network conditions.

These include: Networking solution, Transmission solution and Parameter

planning.

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2. Network readiness: This is a prerequisite to Pico deployment. Specifically,

network readiness indicates that the core network, RNC, U2000, SeGW, CA

server, and clock server have been deployed and configured, and the

transport network is working properly.

3. Engineering preparation: Use the U2000 to prepare configuration data,

software packages, and commissioning licenses based on the network plan.At

the site, get ready service dialing tools.

4. Hardware installation and power-on: At the site, install and power on the

Pico and perform checks.

5. Engineering verification: Create, start, and monitor commissioning tasks,

query deployment results, and verify services.

Parent topic: Introduction to Deployment Modes

4.2.1.1.2 Deployment Process

This section describes the eAN3810A site deployment process. Site deployment

requires cooperation of engineers at sites and the OMC, who must master the

deployment process shown in Figure 1 in advance of the deployment.

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Figure 1 Site deployment process

Parent topic: Introduction to Deployment Modes

4.2.1.2 Deployment Preparation

This section describes the data and files to be prepared for eAN3810A deployment.

 Preparation for Site Deployment

This section describes preparations for deployment.

Parent topic: MicroSD Card Site Deployment

4.2.1.2.1 Preparation for Site Deployment

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This section describes preparations for deployment.

 Preparing Common Base Station Deployment Data Files on the CME

This section describes how to prepare, verify, and export common base station

deployment data files on the CME.

 Preparing an SD Card

This section describes how to prepare an SD card before loading the software

package and data configuration file onto a eAN3810A.

 Checking a Transport Network

This section describes how to check a transport network. The transport network

affects the Automatic OMCH Establishment feature. Therefore, before

commissioning an eAN3810A,O&M engineers must check whether the OMCH networking

and the network equipment meet the configuration requirements of the

corresponding scenario.

 Checking the SD Card Port Status

 Preparing Dialing Test Tools

Dialing tests are performed by using test terminals to check whether deployed

eAN3810A can provide services properly. Prepare test terminals and ensure that

the test subscriber identity module (SIM) cards have registered with the Core

Network.

Parent topic: Deployment Preparation

4.2.1.2.1.1 Preparing Common Base Station

Deployment Data Files on the CME

This section describes how to prepare, verify, and export common base station

deployment data files on the CME.

 Data Configuration Process

This section describes the data configuration process. Before configuring data,

you are advised to learn the initial base station configuration process on the

CME.

 Data Preparation

Before starting configuration, prepare data for each eAN3810A based on the

network plan. The data to be prepared includes basic data, device data,

transport data, and radio data.

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 Creating a Work Area

The CME provides one current data area and allows users to create multiple

planned data areas. The current data area is used for synchronizing and saving

configuration data on the live network, and you can only view data in the

current data area. A planned data area is used for configuring data. Therefore,

you need to create a planned data area before configuring data.

 Configuring Data on GUIs

This section describes how to initially configure a single base station on GUIs

using a default or user-defined template.

 Verifying Data

This section describes how to verify the validity and integrity of base station

configuration data before you export the data. Validity verification is to check

whether base station configuration data meets NE configuration rules. If the

data does not meet the rules, it is not sent to NEs. Integrity verification is

to check whether base station configuration data is complete. If the data is

incomplete, services cannot be provided. For example, a base station without

cell data cannot provide radio services.

 Exporting Configuration Files

Parent topic: Preparation for Site Deployment

4.2.1.2.1.1.1 Data Configuration Process

This section describes the data configuration process. Before configuring data,

you are advised to learn the initial base station configuration process on the

CME.

Figure 1 shows the data configuration process.

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Figure 1 Data configuration process

Configuration methods are described as follows.

Base Station Creation Method

Scenario

Remarks

Wizard-based single base

station creation

No base station has been

deployed on the live network

or only a small number of

base stations need to be

deployed.

You can create base stations

using the base station

creation wizard on the CME.

Batch base station creation

using the tool for

A large number of base

stations need to be

You can obtain ranges of MOs

and parameters in the

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Base Station Creation Method

Scenario

Remarks

customizing a summary data

file

deployed, and their planned

data differs greatly from

data of existing base

stations.

summary data file by

specifying MOCs in the MOC

list.

Batch base station creation

using the MOC Export

function to generate a

summary data file

A large number of base

stations need to be

deployed, and their planned

data is similar to data of

existing base stations.

You can obtain ranges of MOs

and parameters in the

summary data file by

customizing MOs and

parameters using the tool

for customizing a summary

data file.

Parent topic: Preparing Common Base Station Deployment Data Files on the CME

4.2.1.2.1.1.2 Data Preparation

Before starting configuration, prepare data for each eAN3810A based on the

network plan. The data to be prepared includes basic data, device data,

transport data, and radio data.

Select data preparation tables by scenario and prepare the data in the tables.

Table 1 describes scenario-specific data preparation tables .

Table 1 Scenario-specific data preparation tables

Scenario

Data Preparation Table (on the eAN3810A Side)

Non-secure transmission networking

Click Data Preparation in Non-secure

Transmission Networking to download the

table.

Data to be prepared on the eAN3810A side

for enabling cellular services includes

device data, common transport data, LTE

radio data.

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Parent topic: Preparing Common Base Station Deployment Data Files on the CME

4.2.1.2.1.1.3 Creating a Work Area

The CME provides one current data area and allows users to create multiple

planned data areas. The current data area is used for synchronizing and saving

configuration data on the live network, and you can only view data in the

current data area. A planned data area is used for configuring data. Therefore,

you need to create a planned data area before configuring data.

Context

CME functions can be started in the following modes. Table 1describes the modes.

The navigation paths for starting CME functions are different in CME client mode

and U2000 client mode. For example, to enable the function of customizing a

summary data file on the CME, choose Advanced Customize Summary Data File (CME

client mode) or CME Advanced Customize Summary Data File (U2000 client mode) on

the menu bar.

Table 1 Startup modes

Startup Mode

Description

CME client mode

This mode applies when the CME functions are used. In this mode,

only the CME functions are started, and the U2000 functions are not

started, such as fault management, topology management, and

performance management.

In this mode, the CME functions can be started using either of the

following methods:

 Starting the CME Client on the U2000 Client in Application Mode.

 Starting the CME Client Directly.

U2000 client mode

This mode applies when both the CME and U2000 functions are used. In

this mode, both the CME functions and U2000 functions (such as fault

management, topology management, and performance management) are

started. For detailed operations, see Starting CME Functions on the

U2000 Client in Traditional Mode.

Procedure

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1. Start the CME.

 Start CME functions on the U2000 client in application mode.

On the Windows desktop, choose Start All Programs iManager U2000 MBB

Client.

 Start the CME client directly.

On the Windows desktop, choose Start All Programs iManager U2000 MBB

Client.

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 Start CME functions on the U2000 client in traditional mode.

On the Windows desktop, choose Start All Programs iManager U2000 MBB

Client.

After logging in to the U2000 client, choose CME on the menu bar of the

U2000 main window and then choose a submenu item to start the related CME

function.

2. Create a planned data area.

a. On the menu bar, choose Area Management Planned Area Create Planned Area

(CME client mode) or CME Planned Area Create Planned Area (U2000 client

mode). A dialog box is displayed for you to create a planned data area.

b. Set related information.

i. Enter the name of the planned data area.

ii. Select a user group.

c. Click OK. The CME starts to create the planned data area. After

successfully creating the planned data area, the CME automatically opens

it.

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NOTE:

 If a multimode base station capable of working in LTE mode is to be created, add the

controller associated to the base station to the planned area when you create a

planned area.

 For details about how to create a planned data area, press F1 to obtain the online

help.

Parent topic: Preparing Common Base Station Deployment Data Files on the CME

4.2.1.2.1.1.4 Configuring Data on GUIs

This section describes how to initially configure a single base station on GUIs

using a default or user-defined template.

 Creating Base Stations

This section describes how to create base stations. To create base stations, you

need to start the wizard provided by the CME for creating base stations, set

basic base station data, and select a required template. After the base stations

are created, configure global data and maintenance modes for the base stations

in the general configuration window of the CME.

 Configuring eAN3810A Data

This section describes how to configure device data, transport data, and radio

data for the eAN3810A by using the CME.

Parent topic: Preparing Common Base Station Deployment Data Files on the CME

4.2.1.2.1.1.4.1 Creating Base Stations

This section describes how to create base stations. To create base stations, you

need to start the wizard provided by the CME for creating base stations, set

basic base station data, and select a required template. After the base stations

are created, configure global data and maintenance modes for the base stations

in the general configuration window of the CME.

Procedure

1. On the menu bar of the planned data area, choose CME OneAir Application

Create Base Station (U2000 client mode) or OneAir Application Create Base

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Station (CME client mode). A dialog box is displayed for you to create base

stations.

2. Set site information.

a. Select eAN3810A from the Product type drop-down list.

b. Set basic base station information, including the base station name, ID,

version. The CME provides two types of base station templates:

 Base Station template

 Radio template

3. Click Next and set basic information and radio template for each RAT.

The eNodeB ID can be set to any valid value. After the configuration takes

effect, the base station name is automatically changed to ESN, and the

eNodeB ID is automatically changed to the value allocated on the U2000.

4. After the configuration is complete, click Next. The CME starts to create a

base station.

5. Click Finish to exit the wizard.

Parent topic: Configuring Data on GUIs

4.2.1.2.1.1.4.2 Configuring eAN3810A Data

This section describes how to configure device data, transport data, and radio

data for the eAN3810A by using the CME.

Procedure

1. Click the required tab (Controller/Base Station/Cell) in the left pane of

the planned data area. On the displayed tab page, select an item. The

navigation tree of involved configuration objects is displayed in the lower

part of the left pane. See Figure 1.

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Figure 1 Configuration window

2. In area 1, select or search the MO to be configured based on the planned

data and double-click the MO. On the displayed page as shown in area 2, set

parameters as required, and click to save the parameter configuration.

NOTE:

 To add a record, click in area 2 and set parameters as required.

 After selecting a base station root node, you can search for the common configuration

objects in area 1. After selecting a RAT node, you can search for configuration objects

specific to the RAT in area 1. Therefore, you must select a node correctly. Otherwise,

target configuration objects may fail to be found in area 1.

Parent topic: Configuring Data on GUIs

4.2.1.2.1.1.5 Verifying Data

This section describes how to verify the validity and integrity of base station

configuration data before you export the data. Validity verification is to check

whether base station configuration data meets NE configuration rules. If the

data does not meet the rules, it is not sent to NEs. Integrity verification is

to check whether base station configuration data is complete. If the data is

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incomplete, services cannot be provided. For example, a base station without

cell data cannot provide radio services.

Prerequisites

You have configured base station data.

Procedure

1. In the left pane of the planned data area, right-click a base station whose

data you want to verify and choose Check Datafrom the shortcut menu. The CME

starts to verify the data validity and integrity of the base station.

2. View the verification results and modify incorrect data until the validity

and integrity of the data are successfully verified.

Parent topic: Preparing Common Base Station Deployment Data Files on the CME

4.2.1.2.1.1.6 Exporting Configuration Files

 Exporting the Deployment Lists and Configuration Files of Base Stations

This section describes how to export the deployment lists and configuration

files of base stations. After base stations are initially configured on the CME,

you need to export the deployment lists and configuration files of the base

stations, and then use the automatic deployment function on the U2000 client or

use a USB flash drive locally to load the data to the base stations for the data

to take effect.

Parent topic: Preparing Common Base Station Deployment Data Files on the CME

4.2.1.2.1.1.6.1 Exporting the Deployment Lists

and Configuration Files of Base Stations

This section describes how to export the deployment lists and configuration

files of base stations. After base stations are initially configured on the CME,

you need to export the deployment lists and configuration files of the base

stations, and then use the automatic deployment function on the U2000 client or

use a USB flash drive locally to load the data to the base stations for the data

to take effect.

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Specifications and Restrictions

 Deployment list: The naming convention is Auto_Deployment_List_ID of the

planned data area_time stamp.xml. If multiple NEs are selected at a time, the

NE data is exported to one deployment list.

 Data configuration script: The script is in XML format. Each site has one

configuration script.

Procedure

1. On the menu bar, choose Advanced Export Auto Deployment Data (CME client

mode) or CME Advanced Export Auto Deployment Data (U2000 client mode). A

dialog box is displayed for you to export auto-deployment data.

2. Select Site creation expansion and click Next.

3. Select the base stations whose auto-deployment data you want to export, and

click Next.

4. Select a save path for the exported file and a method for processing data,

and click Next.

5. View data in the base station deployment list, and click Next. The CME

starts to verify data correctness and exports the data.

NOTE:

 You are advised to set the connection type to Common.

 The ESN is optional. If it is no set, you need to manually associate the ESN with the

related base station during the subsequent deployment commissioning.

 You can only set the first-level subnet in the subnet information. To specify a subnet of

another level, you can adjust the subnet information in the U2000 topology after the base

station commissioning. If the user-specified subnet information does not exist on the

U2000, the U2000 automatically generates the subnet during the import of automatic

deployment data in the subsequent commissioning.

6. If the export is successful in U2000 client mode, set the following options:

 Select Do not open the Auto Deployment windowto close the wizard.

 Select Open the Auto Deployment window. The CME automatically switches to

the auto-deployment window and creates a commissioning task.

 Select Open the Auto Deployment window and start Auto Deployment task. The

CME automatically switches to the auto-deployment window and starts a

commissioning task.

7. Click Finish.

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NOTE:

The save paths for the exported data configuration scripts and deployment lists are as

follows:

 Data configuration scripts: export directory\CfgData\base station name

 Deployment lists: export directory\ADList\

You can use the script executor to check and edit the exported data configuration scripts.

Parent topic: Exporting Configuration Files

4.2.1.2.1.2 Preparing an SD Card

This section describes how to prepare an SD card before loading the software

package and data configuration file onto a eAN3810A.

Prerequisites

 The data copy rights have been obtained for the computer used to make the SD

card.

 Prerequisites

Item

Description

SD card

The SD card must be the one delivered with Huawei eAN3810A.

USB making and protection

tool

The tool is saved in U2000 installation

directory\client\client\USBProtector on the computer where

the U2000 is installed.

 For details about the save path of each type of file in the SD card,

seeDirectory Structure on a MicroSD Card. the tool will automatically generate \ MBTS

path, do not manually add the path.

Procedure

1. Choose Start > Programs > iManager U2000 MBB Client > USB Making and

Protection Tool to start the tool.

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Figure 1 USB making and protection tool

2. Choose Make USB(M) > Enterprise Private Network Product (for AirNode Only).

The Enterprise Private Network Product (for AirNode Only) dialog box is

displayed, as shown in Figure 2.

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Figure 2 Enterprise Private Network Product (for AirNode Only)

a. Click to the right of Auto deployment list to specify the directory

where the

Auto_Deployment_List_[Date].xml

file exported from the CME is

stored, as shown in the following figure.

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b. Click to the right of Precfg file to specify the directory where the

preconfiguration file

Precfg.ini

is stored, as shown in the following

figure.

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c. Click to the right of Software path to specify the directory where

the software package is stored, as shown in the following figure.

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Click Add to add the software package directory, as shown in the

following figure.

d. Deselect the Do not copy .csp file option according to the site

deployment scenario, as shown in the following figure.

3. Set the local save paths for the software package and data files based on

the type of SD card directory. Then, click OK. And then according to the

number of open station number (One USB for One Site or One USB for Multiple

Sites) and the output directory, clickStart .

NOTE:

When making different types of directories on an SD card, specify items listed in the

Information to Set column only and do not set items that are not listed in this column.

Option

Information to Set

Directory for upgrading

the software and

 Software path: mandatory, save path of the files

decompressed from a specified version software package

 Cold patch path: optional, save path of the files

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Option

Information to Set

updating configuration

files

decompressed from a specified cold patch package

 Hot patch path: optional, save path of the files

decompressed from a specified hot patch package

Based on different version combinations of NEs to be deployed

in the deployment list, specify Software path, Cold patch

path, or Hot patch path. Then, click Add to add the path to

the software version list. Based on the target version

information in the deployment list, the USB making and

protection tool copies different versions to the

corresponding directories of the NEs to be deployed. If an

unnecessary software version is added, you can click Delete

to remove this software version.

NOTE:

The software version of the original and target versions must be eAN3810A

V100R001C00SPC200 and later.

Auto deployment list: mandatory. Select the deployment list

exported from the CME.

The exported deployment list is saved in export path/ADList/

by default. Engineers must select the only .xml file in this

directory.

Do not copy .csp file: It is good practice to deselect this

option. In this case, all files and integrity protection

information except the .csp files are saved in the

directories and you can send them through emails. Then, copy

the SD card directories to the SD card containing the intact

software package. Use this SD card to upgrade the software

and update configuration files.

Directory for updating

configuration files only

Auto deployment list: mandatory. Select the deployment list

exported from the CME. The exported deployment list is saved

in export path/ADList/ by default. Engineers must select the

only .xml file in this directory.

NE Type and Service Mode: mandatory. Select LTE based on the

working mode of the NE.

Do not copy .csp file: selected by default.

The USB making and protection tool automatically parses and displays the

information of the target NE on the USB Making and Protection Tool window.

Select the NE that requires an SD card. After all NE information is

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correctly specified, select a deployment mode in the USB Flash Drive Type

area.

Option

Description

One USB for One Site

Save the information about each NE to an

independent SD card.

One USB for Multiple Sites

 Save the information about all NEs to an

SD card.

 This mode requires that each NE be

configured with a unique ESN.

In the Protection Mechanism area, select algorithms as required from the

Encryption Algorithm and Integrity Algorithm drop-down lists.

 Encryption Algorithm is optional. It is selected by default and can be

cleared. Encryption Algorithm can be set to DES3_CBC, AES192_CBC, or

AES256_CBC. The default value DES3_CBC is recommended.

 Integrity Algorithm is mandatory. It is selected forcibly and cannot be

cleared. Integrity Algorithm can be set to HMAC_SHA1 or HMAC_SHA256. The

default value HMAC_SHA1 is recommended.

In the Output Path area, specify a save path.

Option

Description

USB Flash Drive Path

Save all the information to an SD card. All

the directories of one SD card are prepared

at a time.

 One USB for One Site: In this mode,

select only one NE and save this NE's

information to the SD card.

 One USB for Multiple Sites: In this

mode, save the information about all NEs

to an SD card. The software package is

shared by all NEs and the data

configuration files are distinguished by

directories named after ESN.

Local Path

Save all the information to the specified

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Option

Description

directory on a local computer.

 One USB for One Site: In this mode, a

folder is created in a specified

directory for this NE and named after NE

name. In addition, NE information is

saved in this folder.

 One USB for Multiple Sites: In this

mode, save the information about all NEs

to a specified directory. The software

package is shared by all NEs and the

data configuration files are

distinguished by directories named after

ESN.

NOTE:

The existing data configuration files may be damaged when being copied, encrypted, or

integrity protected. To prevent any damages, ensure that USB Flash Drive Path and Local Path

do not contain any files or directories.

Click Start.

During the procedure, the USB making and protection tool automatically

performs the following operations:

 Applies integrity protection and encryption protection to files in the SD

card directories according to manual settings.

 Copies the configuration files to the SD card directories of corresponding

NEs according to the save path of configuration files in the deployment

list.

 Copies all files under the directory specified by Software path to the SD

card directories of corresponding NEs according to the directory structure

of the SD card.

Click OK in the dialog box displayed after the SD card is prepared.

Optional:If Output Path is set to Local Path, copy the files to the SD card.

If Local Path is set to Computer/DataCenter(D:)/SD in step 6:

 One USB for One Site: Choose Computer > DataCenter(D:) > SD. If the NE to

be deployed is site 1, copy the MBTS folder from the Site1 folder to the

SD card. See Figure 3.

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 One USB for Multiple Sites: Choose Computer > DataCenter(D:) > SD. Copy

the MBTS folder from the SD folder to the SD card. See Figure 4.

NOTICE:

 After a file is copied from a computer to an SD card, the file may change

due to faults on hardware or the Windows OS, but this seldom occurs. If

the problem occurs, you can copy the file from another computer, to

another SD card, or restart the OS and copy the file again.

 To remove an SD card from the computer after the files are copied to the

SD card, eject or safely remove the SD card from the Windows OS. If the SD

card is forcibly ejected, the files in the SD card may be damaged. As a

result, software and data configuration files cannot be loaded by using

the SD card.

 When transferring files for an SD card, do not copy the .xml files from a

remote desktop to a local computer. Otherwise, deployment will fail. You

are advised to compress the required files into a .rar or .zip file for

file transfer.

Figure 3 File copy procedure in One USB for One Site mode

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Figure 4 File copy procedure in One USB for Multiple Sites mode

Optional: If you need to preset the operator's root certificate in the SD

card, you can manually copy the root certificate file provided by the

carrier to the SD card: \ MBTS directory.

Parent topic: Preparation for Site Deployment

4.2.1.2.1.3 Checking a Transport Network

This section describes how to check a transport network. The transport network

affects the Automatic OMCH Establishment feature. Therefore, before

commissioning an eAN3810A,O&M engineers must check whether the OMCH networking

and the network equipment meet the configuration requirements of the

corresponding scenario.

Check Methods

O&M engineers can check whether the transport network meets the configuration

requirements of the Automatic OMCH Establishment feature by using either of the

following methods:

Method 1: Confirm with the department in charge of the transport network whether

the transport network meets the requirements.

Method 2:

 Check the network connectivity. If nodes in the transport network can be

pinged, ping the port corresponding to each node to check whether the

transmission channel at each node is ready.

 Check whether the network equipment at each node is configured as required to

ensure that an eAN3810A can automatically establish the OMCH.

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Parent topic: Preparation for Site Deployment

4.2.1.2.1.4 Checking the SD Card Port Status

Prerequisites

 The transmission network is ready.

 The eAN3710A is connected to the U2000 or Web LMT.

Procedure

1. Log in to the U2000 or Web LMT. Run the LST MICROSDCARDPORT command to

verify that the Port Switch parameter is On.

2. To list the configuration of the Micro SD card port, run the following command:

3. LST MICROSDCARDPORT:;

4. The result is as follows:

5. +++ 0 2015-06-17 10:29:41

6. O&M #1

7. %%LST MICROSDCARDPORT:;%%

8. RETCODE = 0 Operation succeeded.

10. List Micro SD Card Port Parameter

11. ---------------------------------

12. Port Switch = On

13. (Number of results = 1)

14.

15.

16. --- END

17.Log in to the U2000 or Web LMT. Run the SET MICROSDCARDPORT command with the

Port Switch parameter set to On.

NOTE:

The default value of Port Switch parameter is On upon factory delivery.

Parent topic: Preparation for Site Deployment

4.2.1.2.1.5 Preparing Dialing Test Tools

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Dialing tests are performed by using test terminals to check whether deployed

eAN3810A can provide services properly. Prepare test terminals and ensure that

the test subscriber identity module (SIM) cards have registered with the Core

Network.

Parent topic: Preparation for Site Deployment

4.2.1.3 Hardware installation check phase

 Hardware Installation and Power-on Check

This section describes how to perform hardware installation and power-on checks

at the site after eAN3810A hardware is installed. If a MicroSD card is used for

local deployment, engineers at the site need to insert the MicroSD card to the

eAN3810A to load software and the configuration file.

Parent topic: MicroSD Card Site Deployment

4.2.1.3.1 Hardware Installation and Power-on

Check

This section describes how to perform hardware installation and power-on checks

at the site after eAN3810A hardware is installed. If a MicroSD card is used for

local deployment, engineers at the site need to insert the MicroSD card to the

eAN3810A to load software and the configuration file.

Prerequisites

 The SD card has been prepared.

 The eAN3810A is working correctly.

Context

The port for housing a MicroSD card is enabled by default on the eAN3810A.

Insert a MicroSD card into the powered on eAN3810A and then restart the eAN3810A

to read data from the MicroSD card. Alternatively, insert the MicroSD card into

the powered off eAN3810A and then power on the eAN3810A.

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Table 1 Precautions for using an SD card

Deployment Mode

Precautions

Site deployment

The eAN3810A automatically detects the MicroSD card and

installs the driver for the card after a MicroSD card is

inserted into the eAN3810A. Then, the eAN3810A

automatically reads the files in the fixed directories on

the MicroSD card and checks the file names and formats.

The eAN3810A compares the software version and

configuration data on the MicroSD card with those on the

eAN3810A. If consistent, it does not load the software or

configuration file on the MicroSD card. If inconsistent,

it loads the software and configuration file on the

MicroSD card.

Note the following points about loading:

 If the MicroSD card only stores software, the eAN3810A

loads only the software.

 If the MicroSD card only stores configuration files,

the eAN3810A loads only the target configuration file.

 The eAN3810A does not load the software or

configuration file on the MicroSD card and its RUN

indicator indicates a loading failure (steady on) in

any of the following conditions:

 The MicroSD card is not intended for it.

 The expected directories or files are not present.

 The directories or file formats are not correct.

 Data in the MicroSD card is not encrypted or

integrity protected.

Procedure

 U2000-based commissioning

1. Ensure that the eAN3810A hardware has been installed and has passed the

installation check. For details about how to perform the hardware

installation check, see section "Installation Check" in eAN3810A

Installation Guide.

2. Perform the power-on check. For details about how to perform the power-on

check, see section "Power-On Check" in eAN3810A Installation Guide.

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 SD card+U2000-based commissioning

1. Ensure that the eAN3810A hardware has been installed and has passed the

installation check. For details about how to perform the hardware

installation check, see section "Installation Check" in eAN3810A

Installation Guide.

2. Determine whether to restart the eAN3810A after a MicroSD card is inserted

based on the power-on status of the eAN3810A.

If...

Then...

The eAN3810A has been powered on.

Insert the MicroSD card into the related

port on the eAN3810A. Remove and reinsert

the Ethernet cable for power supply, and

then go to 3.

The eAN3810A has not been powered on.

Insert the MicroSD card into the related

port on the eAN3810A. Connect the eAN3810A

to a PSE over an Ethernet cable. Power on

the eAN3810A, and then go to 3.

3. Perform the power-on check. For details about how to perform the power-on

check, see section "Power-On Check" in

eAN3810A Hardware Installation

Guide

Check the RUN indicator for hardware faults on the MicroSD card. The RUN

indicator blinks orange (on for 0.125s and off for 0.125s), if the

eAN3810A fails to read files on the MicroSD card or fails to be deployed.

The MicroSD card may be faulty and cannot be detected, if the RUN

indicator status does not change.

4. In configuration-free deployment scenarios, wait until the eAN3810A

automatically downloads the preconfiguration file and reads the

preconfigured information. In site deployment scenarios, wait until the

eAN3810A completes the following procedure: automatically loads and

activates the software and data configuration files, and restarts itself

to make them take effect.

Table 2 Mapping between the RUN indicator status and loading status

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Loading Status

RUN Indicator Status

The loading succeeds

Slowly blinking (on for 1s and off for 1s)

for more than 1 minute

Blinking orange and white alternately (on

for 0.125s and off for 0.125s)

The loading fails.

Blinking orange (on for 0.125s and off for

0.125s)

5. NOTE:

 In MicroSD card deployment scenarios, the eAN3810A automatically activates the

downloaded software and configuration file and then restarts for them to take effect.

The activation and restart take about 30 minutes, during which the indicator status is

negligible.

 During loading, do not remove the MicroSD card.

6. Remove the MicroSD card only after you have confirmed that the loading

succeeds.

Follow-up Procedure

If the software version is incorrect after the loading process is completed,

perform the following operations:

1. Insert a MicroSD card storing the correct software version to the eAN3810A.

2. Remove the MicroSD card after the eAN3810A loads the software package and

successfully completes the upgrade.

Parent topic: Hardware installation check phase

4.2.1.4 Engineering Verification

This section describes how to complete the eAN3810A commissioning task, view

deployment results, and verify services.

 Verification for Site Deployment

This section describes how to use the U2000 to complete eAN3810A commissioning

tasks and verify services.

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Parent topic: MicroSD Card Site Deployment

4.2.1.4.1 Verification for Site Deployment

This section describes how to use the U2000 to complete eAN3810A commissioning

tasks and verify services.

 Viewing Deployment Results at Sites

This section describes how to view deployment results at sites based on

indicator status.

 Viewing Deployment Results on the U2000

This section describes how to view deployment results after an eAN3810A is

powered on.

 Handling Alarms

This section describes how to handle alarms generated by a newly deployed

eAN3810A. All active alarms must be cleared during the commissioning.

 Disabling the SD Card Port

 Verifying Services

This section describes how to verify that UEs can attach to the eAN3810A and

perform ping services.

Parent topic: Engineering Verification

4.2.1.4.1.1 Viewing Deployment Results at Sites

This section describes how to view deployment results at sites based on

indicator status.

Procedure

Check the status of indicators on a newly deployed eAN3810A.

The following table shows the indicator status if an eAN3810A is deployed

successfully and working properly. See Table 1

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Table 1 Indicator status of a functional eAN3810A

Indicator

Status

RUN

Steady white

ETH

Slow blinking white (on for 1s and off for

1s)

LINK

Steady white

If the indicator status of an eAN3810A differs from that in the preceding table,

contact Huawei technical support engineers.

Parent topic: Verification for Site Deployment

4.2.1.4.1.2 Viewing Deployment Results on the

U2000

This section describes how to view deployment results after an eAN3810A is

powered on.

Context

After site deployment is completed, you need to log in to the Web LMT or connect

the eAN3710A to the U2000 within 30 minutes. Otherwise, the eAN3710A will be

rolled back to the source version upon timer expiry.

Procedure

1. Wait 3 to 4 minutes after an eAN3810A is powered on. Then, on the U2000,

choose Topology > Main Topology (traditional style), or double-click Topo

View in Application Center and then choose Topology > Main Topology

(application style). On the displayed Main Topology window, check whether

the eAN3810A topology is created. See the following Figure 1.

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Figure 1 Main topology view

 If the eAN3810A is displayed as in the main topology, the deployment

task is successful. No further action is required.

 If no icon or another icon is displayed for the eAN3810A, the deployment

task fails. Proceed to the next step.

Parent topic: Verification for Site Deployment

4.2.1.4.1.3 Handling Alarms

This section describes how to handle alarms generated by a newly deployed

eAN3810A. All active alarms must be cleared during the commissioning.

Procedure

1. On the U2000, choose Monitor > Browse Current Alarms (traditional style), or

double-click Fault Management in Application Center and then choose Browse

Alarms > Browse Current Alarms (application style). On the displayed Browse

Current Alarm window, click Filter. The Filter dialog box is displayed.

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Figure 1 Filter dialog box

2. Click the Alarm Source tab and click the Custom option button. Then, click

Add and choose NE from the shortcut menu. The NE dialog box is displayed.

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Figure 2 NE dialog box

3. In the Available Objects area on the left, select NEs in the navigation tree.

Click to add the selected NEs to the Selected Objects area on the

right. Then, click OK.

4. In the Filter dialog box, click OK. All alarms reported by the selected NEs

are displayed on the Browse Current Alarm window.

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5. Check the alarms one by one to determine whether they are related to the new

eAN3810A deployment. If related, handle the alarms. For details about how to

handle the alarms, see the alarm reference.

Parent topic: Verification for Site Deployment

4.2.1.4.1.4 Disabling the SD Card Port

Prerequisites

 The transmission network is ready.

 The eAN3710A is connected to the U2000 or Web LMT.

Procedure

1. Log in to the U2000 or Web LMT. Run the SET MICROSDCARDPORT command with the

Port Switch parameter set to Off.

Parent topic: Verification for Site Deployment

4.2.1.4.1.5 Verifying Services

This section describes how to verify that UEs can attach to the eAN3810A and

perform ping services.

Prerequisites

Cells are activated.

UEs have been defined on the core network.

Procedure

1. Check whether UEs can successfully attach to the eAN3810A and perform ping

services.

Parent topic: Verification for Site Deployment

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4.2.1.5 FAQ

This section describes the graphical user interfaces (GUIs) involved in

deployment and troubleshooting methods for common problems.

 How Do I Set the U2000 Client Display Style?

The U2000 client has two display styles: application style and traditional style.

You can set the display style as required.

 How Do I Prepare a Precfg.ini File?

This section describes how to prepare a Precfg.ini file. This file specifies the

software to be loaded during local deployment by a MicroSD card.

 Directory Structure on a MicroSD Card

his section provides the save paths and names for files in a MicroSD card and

describes file usage.

 Integrity and Encryption Protection on Files in MicroSD Cards

This section describes how to use the USB making and protection tool to apply

integrity and encryption protection to files in MicroSD cards. This prevents

malicious modification, unauthorized possession, and information disclosure.

 Saving Alarms/Events

This section describes how to save alarms and events to acquire system operating

status in real time.

Parent topic: MicroSD Card Site Deployment

4.2.1.5.1 How Do I Set the U2000 Client Display

Style?

The U2000 client has two display styles: application style and traditional style.

You can set the display style as required.

Context

Switching between styles changes the overall usability of the U2000 client and

the way the U2000 client is launched. The U2000 client supports two display

styles:

 Application style

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 Traditional style

Table 1describes the differences between the two styles.

Table 1 Differences between the traditional style and application style

Traditional Style

Application Style

The client is launched with all the

supported functions and applications.

The client is launched only with the

applications required by a user.

Menu items cannot be searched for.

You can search for menu items.

The Favorites feature is not supported.

You can add functions and menu items that

are frequently used to the Favorites tab.

Traditional welcome page features are

supported.

The welcome page features are not

supported.

Procedure

1. On the U2000, choose System Preferences(traditional style) or File

Preferences(application style) from the main menu.

2. In the Preferences dialog box, click Client Display Style Client Display

Style.

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3. Select the Application style or Traditional style option button.

4. Click OK.

Follow-up Procedure

Restart the U2000 client for the settings to take effect.

Parent topic: FAQ

4.2.1.5.2 How Do I Prepare a Precfg.ini File?

This section describes how to prepare a Precfg.ini file. This file specifies the

software to be loaded during local deployment by a MicroSD card.

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Context

The Precfg.ini file is contained in the software package and can be used only

after the target RAT is added.

Procedure

1. Open the Precfg.ini file using the Notepad in the Windows OS.

2. Add the target RAT at the end of the ALL record in the Precfg.ini file.

 Add |L if the target RAT is LTE.

Retain the other settings in the file.

3. Save the file and retain the name Precfg.ini.

Parent topic: FAQ

4.2.1.5.3 Directory Structure on a MicroSD Card

his section provides the save paths and names for files in a MicroSD card and

describes file usage.

Table 1 Directory structure on a MicroSD card

Deploy

ment

Mode

File

Usage

How to Obtain

Save Path in the MicroSD

Card

Local

deploym

ent by

Configura

tion file

 It

specifies

the

deployment

The MicroSD card making and

protection tool generates

the file based on the data

in the deployment list.

MBTS\DeployCfg.xml

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Table 1 Directory structure on a MicroSD card

Deploy

ment

Mode

File

Usage

How to Obtain

Save Path in the MicroSD

Card

MicroSD

card

mode and

target

version.

 It provides

save paths

and check

codes for:

 Software

packages

 Configura

tion

files

 Certifica

tes

 Commissio

ning

licenses

Version

software

package

Software

upgrade

Obtain the software package

from

http://support.huawei.com/e

nterprise/.

 MBTS\Software\

softwar

e version

NOTE:

When a MicroSD card stores

software of different versions,

the save paths are named by

software version.

Cold

patch

package

It is used to

apply a cold

patch.

Obtain the software package

from

http://support.huawei.com/e

nterprise/

 MBTS\ColdPatch\

cold

patch version

NOTE:

When a MicroSD card stores

cold patches of different

versions, the save paths are

named by cold patch version.

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Table 1 Directory structure on a MicroSD card

Deploy

ment

Mode

File

Usage

How to Obtain

Save Path in the MicroSD

Card

Hot patch

package

It is used to

apply a hot

patch.

Obtain the software package

from

http://support.huawei.com/e

nterprise/

 MBTS\HotPatch\

hot

patch version

NOTE:

When a MicroSD card stores

hot patches of different

versions, the save paths are

named by hot patch version.

Precfg.in

It specifies

the software

to be loaded.

It is manually prepared.

MBTS\Precfg.ini

NOTE:

For details about how to prepare

the Precfg.ini file.

Configura

tion file

Configuration

data update

It is generated by the CME

and exported with the

deployment list.

The USB making and

protection tool copies

the file to a MicroSD

card directory based on

the parameter settings

in the tool.

 One SD card for a

single site:

MBTS\CFGDATA.XML

 One SD card for

multiple sites: SD

card:\MBTS\ESN\SlotNo

.\CFGDATA.XML

Parent topic: FAQ

4.2.1.5.4 Integrity and Encryption Protection on

Files in MicroSD Cards

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This section describes how to use the USB making and protection tool to apply

integrity and encryption protection to files in MicroSD cards. This prevents

malicious modification, unauthorized possession, and information disclosure.

 Applying Integrity and Encryption Protection to Files in a Single MicroSD Card

This section describes how to apply integrity and encryption protection to files

in a single MicroSD card.

 Applying Integrity and Encryption Protection to Files in Multiple SD Cards

This section describes how to apply integrity and encryption protection to files

in multiple SD cards.

Parent topic: FAQ

4.2.1.5.4.1 Applying Integrity and Encryption

Protection to Files in a Single MicroSD Card

This section describes how to apply integrity and encryption protection to files

in a single MicroSD card.

Prerequisites

 The USB making and protection tool is ready. The tool is saved in

U2000

installation directory

\client\client\USBProtector on the computer where the

U2000 client is installed.

 You have scanned the MicroSD card for viruses by using antivirus tools before

applying protection. This can prevent files on the computer from infections.

 Files to be protected are ready.

Context

 Integrity protection

 The digital signatures in the software and patch packages are used to

verify integrity. Do not use the USB making and protection tool to apply

integrity protection to these files. Otherwise, deployments or upgrades

using a MicroSD card will fail.

 Integrity protection must be applied to all other files.

 Encryption protection

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 Do not apply encryption protection to any files in the SD card if the

target version of a base station upgrade does not support SD card-based

encryption. Otherwise, deployments or upgrades using an SD card will fail.

 If the target version of a base station upgrade supports SD card-based

encryption,

 Do not apply encryption to the version, BootROM, and patch software

packages. Otherwise, deployments or upgrades using an SD card will fail.

 You must apply encryption to the CFGDATA.XML file for eAN3810A.

 After you use the USB making and protection tool to apply integrity and

encryption protection to files, the USBConf.xml file is generated and the

file name cannot be changed. When loading files in the MicroSD card, the Pico

checks file integrity and decrypts the files based on the data in

the USBConf.xml file.

Procedure

1. Prepare the directory for files to be protected.

The directory structure is fixed. It cannot be modified, or deployments or

upgrades using a MicroSD card will fail. The following figure shows an

example with the CA server deployed in the secure domain.

Figure 1 Directory structure for files to be protected (single MicroSD card)

NOTE:

The USB making and protection tool applies integrity and encryption protection to files but

it cannot decrypt files. Back up the files to be protected before applying integrity and

encryption protection.

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2. Choose Start > Programs > iManager U2000 MBB Client > USB Making and

Protection Tool to start the tool.

3. Choose USB Protection > USB Protection Settings. The USB Protection

Settings dialog box is displayed. See Figure 2

Figure 2 USB Protection Settings

4. Choose One USB Settings > Set Security Policies. The Set Security

Policies dialog box is displayed.See Figure 3

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Figure 3 Set Security Policies

a. In the Output Path area, click to specify a save path for

the USBConf.xml file and then click OK.

b. In the Protection Mechanism area, select algorithms as required from

the Encryption Algorithm and Integrity Algorithm drop-down lists.

Encryption Algorithm can be set to:

 DES3_CBC

 AES192_CBC

 AES256_CBC

Integrity Algorithm can be set to:

 HMAC_SHA1

 HMAC_SHA256

You can choose any encryption and integrity algorithms but the defaults

are recommended.

c. Click OK.

5. Choose One USB Settings Set USB Pathto specify the root path on the local

computer for the folder storing files to be protected and click OK . The

path information will be displayed in the USB Path area after the setting

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succeeds.In the example shown in the following figure, the path must be set

to D:\USBencrypt\NodeB, D:\USBencrypt\eNodeB, or D:\USBencrypt\MBTS.

Figure 4 Directory structure example

6. Add files to be protected, and select the IsEncrypted:Index check box. The

system applies only integrity protection to added files by default. If

encryption must be applied to, select the IsEncrypted:Index check box.

Option

Description

Adding a single file

Click Add Files to select the file to be

protected specified in 5.

Adding multiple files

Click Open Path and select the path

specified in 5. The tool automatically adds

all the files in the indicated directory.

NOTE:

The tool automatically adds the .csp file in the folder but will

not apply integrity protection to it.

7. NOTICE:

8. describes the files for which integrity and encryption protection must be

applied. You must follow these rules; otherwise, deployments or upgrades

using a MicroSD card will fail.

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 Integrity protection and encryption must not be applied to software and

patch packages.

 Integrity protection must be applied to the Precfg.ini file. However,

encryption must not be applied to the file.

 Integrity protection must be applied to other files. Encryption can be

applied to them based on customers' security requirements.

Click Execute Protect

 The system applies the selected encryption protection to files, and

applies integrity protection to all files in the file list area based on

the specified integrity algorithm.

 Sizes of files remain the same after encryption is completed because the

system uses a symmetrical encryption algorithm.

Click OK, when a dialog box is displayed indicating the completion of

integrity and encryption protection.

Integrity protection codes of files are displayed in the MAC address list.

The USBConf.xml file generated by the tool is saved in the path specified

in 4.1.

NOTE:

Ensure that the path for configuration files in the USBConf.xml file is consistent with the

save path in the MicroSD card.

Delete existing files on the MicroSD card. Copy the folder containing the

files that have been protected by using the tool from the computer to the

MicroSD card. All the files in the folder must be copied. SeeFigure 5

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Figure 5 Copying the USBConf.xml file

NOTICE:

Do not change the directory structure in the folder when files are being

copied. Otherwise, deployments or upgrades using a MicroSD card will fail.

NOTE:

f software needs to be upgraded but no software package is contained in the MicroSD card,

manually copy the software package to the fixed directory. For details about the save path

for the software package in the MicroSD card.

(Optional) If the USBConf.xml file has not been saved in the NodeB eNodeB ,

or MBTS folder when you perform step 4.1 you must copy the USBConf.xml

file to the fixed path in the MicroSD card, in accordance with the following

table. Otherwise, the files in the MicroSD card cannot be downloaded.

Option

Description

eAN3810A

MicroSD card:\MBTS\USBConf.xml

Parent topic: Integrity and Encryption Protection on Files in MicroSD Cards

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4.2.1.5.4.2 Applying Integrity and Encryption

Protection to Files in Multiple SD Cards

This section describes how to apply integrity and encryption protection to files

in multiple SD cards.

Prerequisites

 You have obtained the USB making and protection tool (tool for preparing and

protecting an SD card) on the PC where the U2000 is installed. The save path

of this tool on the PC is U2000 installation

directory\client\client\USBProtector.

 You have scanned viruses for the SD cards by using the anti-virus tool before

applying protection to files. This can prevent files on the PC from

infections.

 Files in the SD cards are ready for integrity and encryption protection.

Context

 Integrity protection

 The digital signatures in the version, and patch software packages are

verified for integrity verification. Do not use the USB making and

protection tool to apply integrity protection to them. Otherwise,

deployments or upgrades using an SD card will fail.

 You must apply integrity protection to all files except for the version and

patch software packages.

 Encryption protection

 Do not apply encryption to the version and patch software packages and the

Precfg.ini file. Otherwise, deployments or upgrades using an SD card will

fail.

 You must apply encryption to the VERCFG.XML file.

 After you use the USB making and protection tool to apply integrity and

encryption protection to files in the SD card, the USBConf.xml file is

generated and the file name cannot be changed. When loading files in the SD

card, the base station performs integrity check and decryption by using data

in the USBConf.xml file.

Procedure

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1. Prepare the directory for files to be protected.

NOTE:

The USB making and protection tool directly applies integrity and encryption protection to

files but it cannot decrypt files. Back up the files before applying integrity and

encryption protection to those files.

2. Choose StartProgramsiManager U2000 MBB ClientUSB Making and Protection Tool

to start the tool.

3. Choose USB ProtectionUSB Protection Settings. The USB Protection Settings

dialog box is displayed. See the followingFigure 1.

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Figure 1 USB Protection Settings dialog box

4. Choose Multi USB Settings > Set USB Path and Security Policies. The Multi

USB Protection Settings dialog box is displayed. See the following Figure 2.

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Figure 2 Multi USB Protection Settings dialog box

5. In the USB Path area, click and specify the root path on the local PC

for the folders storing files to be protected.

6. In the Protection Mechanism area, select algorithms as required from the

Encryption Algorithm and Integrity Algorithm drop-down lists.

NOTICE:

Encryption Algorithm can be set to DES3_CBC, AES192_CBC, or AES256_CBC.

Integrity Algorithm can be set to HMAC_SHA1 or HMAC_SHA256. You can choose

any encryption and integrity algorithms but the default ones are recommended.

7. Select the IsEncrypted:Index check box: In the file list area, if

IsEncrypted:Index is selected for a file, the system applies encryption

protection to this file. Otherwise, the system applies only integrity

protection to the file.

NOTICE:

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The files for which integrity and encryption protection must be applied are

described in Context. You must follow the rules; otherwise, deployments or

upgrades using an SD card will fail.

 Encryption cannot be applied to version and patch software packages and

the Precfg.ini file.

 Whether to apply encryption to other files depends on customers' security

requirements and whether the target version of a base station to be

upgraded supports SD card-based encryption.

8. Click Execute Protect.

 The system applies encryption protection to files based on the specified

encryption algorithm and applies integrity protection to all files in the

current file list area based on the specified integrity algorithm.

 Sizes of files remain the same before and after encryption because the

system uses a symmetrical encryption algorithm.

9. Click OK when a dialog box is displayed indicating that the integrity and

encryption protection is completed.

NOTE:

 Do not delete or move the USBConf.xml file which has been automatically saved to a fixed

path. Otherwise, the base station cannot download files from the SD cards.

 Ensure that the path of data configuration files in the USBConf.xml file is consistent

with the save path in the SD cards.

Figure 3 Save path for the USBConf.xml file

10.Delete source files on the SD cards. Copy the folder on the PC containing

the files that have been protected by using the tool to the SD cards. Note

that all the files in this folder must be copied.

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Figure 4 Copying files from the PC to the SD cards

NOTICE:

Do not change the directory structure in the folder when files are being

copied. Otherwise, deployments or upgrades using an SD card will fail.

NOTE:

If the base station software needs to be upgraded but no software package is contained in

the SD cards, manually copy the software package to the fixed directory.

Parent topic: Integrity and Encryption Protection on Files in MicroSD Cards

4.2.1.5.5 Saving Alarms/Events

This section describes how to save alarms and events to acquire system operating

status in real time.

Prerequisites

You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights.

Procedure

1. On the menu bar of the LMT, click the Browse Alarm/Event or Query

Alarm/Event Log tab on the Alarm/Event tab page.

2. Right-click an alarm/event record to be saved and choose Save Selected to

save the record. Choose Save All to save all the alarm/event records.

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3. You can also save all the records by clicking the Save All button on the

lower part of the Alarm/Event tab page.

NOTE:

You can click one record and drag the mouse to select multiple alarms/events.

Parent topic: FAQ

4.2.2 MML Site Deployment

 Configuration Reference

This section provides references.

Parent topic: eAN3810A Deployment Guide

4.2.2.1 Configuration Reference

This section provides references.

 Initial Configuration Using the LMT

This section describes the procedure for initial configuration of the eAN3810A

using the LMT.

Parent topic: MML Site Deployment

4.2.2.1.1 Initial Configuration Using the LMT

This section describes the procedure for initial configuration of the eAN3810A

using the LMT.

Prerequisites

 You have installed the hardware and connected the cables.

 You have logged in to the eAN3810A LMT. For detailed operations, see Configuring

Data on GUIs.

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Context

Table 1 lists the data that needs to be planned and collected before the initial

configuration.

Table 1 Parameter preparation

Category

Related Command

Parameter Name

Value Sample

Description

eNodeB IP

ADD IPINTERFACE

IP Address

193.168.100.59

Used for

connection to

the S1

interface.

IP Address

172.253.254.59

Used for

connection to

the U2000.

S1-C

Interface

ADD SCTPPEER

Peer IPv4 Address

200.100.109.100

Indicates the

first SCTP

peer IPv4

address for

signaling

channel setup.

This IP

address serves

as the first

peer IPv4

address for

automatic SCTP

link setup.

S1-U

Interface

ADD

USERPLANEPEER

Peer IPv4 Address

200.100.109.109

Indicates the

user-plane

IPv4 address

of the peer

end.

U2000 IP

MOD IPOAM

Peer IPv4 Address

10.145.35.15

Indicates the

first SCTP

peer IPv4

address for

signaling

channel setup.

This IP

address serves

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Table 1 Parameter preparation

Category

Related Command

Parameter Name

Value Sample

Description

as the first

peer IPv4

address for

automatic SCTP

link setup.

PLMN

ADD CNOPERATOR

Mobile country code

460

Indicates the

mobile country

code (MCC) of

the operator.

Mobile network code

Indicates the

mobile network

code (MNC) of

the operator.

Cell

Parameters

ADD CELL

Frequency band

Indicates the

frequency band

in which the

cell operates.

Uplink bandwidth

CELL_BW_N100(20M)

Downlink bandwidth

CELL_BW_N100(20M)

Cell FDD TDD indication

CELL_TDD

Indicates the

duplex mode of

the cell.

CELL_FDD

indicates the

FDD mode, and

CELL_TDD

indicates the

TDD mode.

SubframeAssignment

SA0

SpecialSubframePatterns

SSP7

Procedure

1. Add NE applications.

a. Run the ADD APP command to add an NE application.

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Set the Application Type parameter to LTE(LTE).

2. Add IP addresses and routes (used for connection to the S1 interface and the

U2000).

a. Run the ADD IPINTERFACE command to add a device IP address used for

connection to the S1 interface.

 Set the Interface Reference Type parameter to ETHERNET(Ethernet).

 Set the IP Address parameter to the eNodeB IP address used for

connection to the S1 interface.

b. Run the ADD IPINTERFACE command to add a device IP address used for

connection to the U2000.

 Set the Interface Reference Type parameter to ETHERNET(Ethernet).

 Set the IP Address parameter to the eNodeB IP address used for

connection to the U2000.

c. Run the ADD ROUTE command to add a static IP route.

3. Add local and peer information of the data-plane and control-plane of the S1

interface.

a. Optional: Run the ADD LOGICALPORT command to add a transmission logical

port.

Before running the ADD LOGICALPORT command, run the LST LOGICALPORT

command to query whether an ADD LOGICALPORT record already exists. If so,

skip the previous substep.

b. Run the ADD TRANSPORTDEVICE command to add a transport device.

c. Run the ADD SCTPHOST command to add an SCTP host.

d. Run the ADD USERPLANEHOST command to add a user-plane host.

e. Run the ADD SCTPPEER command to add an SCTP peer.

Set the Peer IPv4 Address parameter to S1-C interface IP.

f. Run the ADD USERPLANEPEER command to add a user-plane peer.

Set the Peer IPv4 Address parameter to 200.100.109.109.

4. Add mapping relations required by the S1 interface.

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a. Run the ADD LOGICALPORT2TRPDEV command to add a logical port to a

transport device.

b. Run the ADD SCTPHOST2TRPDEV command to add an SCTP host to a transport

device.

c. Run the ADD SCTPPEER2TRPDEV command to add an SCTP peer to a transport

device.

d. Run the ADD UPHOST2TRPDEV command to add a user-plane host to a transport

device.

e. Run the ADD UPPEER2TRPDEV command to add a user-plane peer to a transport

device.

5. Add configurations of operators and tracing areas (TAs).

a. Run the ADD CNOPERATOR command to add an operator.

 Set the Mobile country code parameter to 460.

 Set the Mobile network code parameter to 90.

b. Run the ADD CNOPERATORTA command to add TA configuration information.

6. Add an S1 object.

a. Run the ADD S1 command to add an S1 object.

7. Add sectors and cell antennas.

a. Run the ADD SECTOREQM command to add a set of sector equipment.

b. Run the ADD TXSECTORANTENNA command to add a transmit sector antenna.

c. Run the ADD RXSECTORANTENNA command to add a receive sector antenna.

NOTE:

Adding an antenna depends on the type of the added cell. Note that the Sector Equipment

No. must be consistent with the previous configurations.

8. Add cell and set sectors and operators for the cells.

a. Run the ADD CELL command to add a cell.

 Set the Frequency band parameter to 60.

 Set the Uplink bandwidth parameter to CELL_BW_N100(20M).

 Set the Downlink bandwidth parameter to CELL_BW_N100(20M).

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 Set the Cell FDD TDD indication parameter to CELL_TDD.

 Set the UL-DL subframe configurations parameter to SA0.

 Set the Special subframe configurations parameter to SSP7.

b. Run the ADD EUCELLSECTOREQM command to add a set of sector equipment for

a cell.

c. Run the ADD CELLOP command to add a cell operator.

9. Change the eNodeB ID according to the plan and restart the eNodeB.

a. Run the MOD ENODEBFUNCTION command to modify an eNodeB function.

b. Run the RST BTSNODE command to restart the eNodeB.

10.Activate cells.

a. Run the ACT CELL command to activate a cell.

11.Connect to the U2000.

a. Run the MOD IPOAM command to modify the configuration of an IP

maintenance channel.

Set the Peer IPv4 Address parameter to 10.145.35.15.

Script

//Adding NE applications. If there is an LTE application, do not run the following command.

ADD APP:applicationNo=2,applicationType=LTE;

//Adding IP addresses and routes (used for connection to the S1 interface and the U2000)

ADD

IPINTERFACE:IPINTERFACENO=1,INTERFACEREFTYPE=ETHERNET,INTERFACEREF=0,IPADDRESS="193.168.100.59",

IPMASK="255.255.255.0";

ADD

IPINTERFACE:IPINTERFACENO=2,INTERFACEREFTYPE=ETHERNET,INTERFACEREF=0,IPADDRESS="172.253.254.59",

IPMASK="255.255.255.0";

ADD

ROUTE:ROUTENO=0,DESTIPADDR="200.100.109.0",DESTIPMASK="255.255.255.0",NEXTHOPIP="193.168.100.100

ADD

ROUTE:ROUTENO=1,DESTIPADDR="10.145.35.0",DESTIPMASK="255.255.255.0",NEXTHOPIP="172.253.254.254";

//Adding local and peer information of the data-plane and control-plane of the S1 interface

ADD LOGICALPORT: LOGICALPORTNO=0,INTERFACENO=0;

ADD TRANSPORTDEVICE:TRANSPORTDEVICENO=0;

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ADD SCTPHOST:SCTPHOSTNO=0,IPINTERFACEREF=1,LOCALPORT=1024;

ADD USERPLANEHOST:USERPLANEHOSTNO=0,IPINTERFACEREF=1;

ADD SCTPPEER:SCTPPEERNO=0,PEERIPV4ADDR="200.100.109.100",PEERPORT=36412;

ADD USERPLANEPEER:USERPLANEPEERNO=0,PEERIPV4ADDR="200.100.109.109",REMOTEID="1";

//Adding mapping relations required by the S1 interface

ADD LOGICALPORT2TRPDEV:TRANSPORTDEVICENO=0,REFNO=0;

ADD SCTPHOST2TRPDEV:TRANSPORTDEVICENO=0,REFNO=0;

ADD SCTPPEER2TRPDEV:TRANSPORTDEVICENO=0,REFNO=0;

ADD UPHOST2TRPDEV:TRANSPORTDEVICENO=0,REFNO=0;

ADD UPPEER2TRPDEV:TRANSPORTDEVICENO=0,REFNO=0;

//Adding operators and TAs

ADD

CNOPERATOR:CNOPERATORID=0,CNOPERATORNAME="CMCC",CNOPERATORTYPE=CNOPERATOR_PRIMARY,MCC="460",MNC=

"90";

ADD CNOPERATORTA:TRACKINGAREAID=0,CNOPERATORID=0,TAC=1;

//Adding an S1 object

ADD

S1:S1ID=0,CNOPERATORID=0,TRANSPORTDEVICECFGFLAG=CP_UP_CFG,CPTRANSPORTDEVICENO=0,UPTRANSPORTDEVIC

ENO=0;

//Adding sectors and cell antennas

ADD SECTOREQM:sectorEqmNo=0;

ADD TXSECTORANTENNA:TXSECTORANTENNANO=0,SECTOREQMNO=0,TXBRANCHREF=0;

ADD RXSECTORANTENNA:RXSECTORANTENNANO=0,SECTOREQMNO=0,RXBRANCHREF=0;

ADD TXSECTORANTENNA:TXSECTORANTENNANO=1,SECTOREQMNO=0,TXBRANCHREF=1;

ADD RXSECTORANTENNA:RXSECTORANTENNANO=1,SECTOREQMNO=0,RXBRANCHREF=1;

//Adding cells and set sectors and operators for the cells

ADD

CELL:LOCALCELLID=0,CELLNAME="Cell0",FREQBAND=60,ULEARFCNCFGIND=NOT_CFG,DLEARFCN=61336,ULBANDWIDT

H=CELL_BW_N100,DLBANDWIDTH=CELL_BW_N100,CELLID=0,PHYCELLID=115,FDDTDDIND=CELL_TDD,ROOTSEQUENCEID

X=0,EMERGENCYAREAIDCFGIND=NOT_CFG,UEPOWERMAXCFGIND=NOT_CFG,SubframeAssignment=SA0,SpecialSubfram

ePatterns=SSP7;

ADD EUCELLSECTOREQM:LOCALCELLID=0,SECTOREQMID=0;

ADD CELLOP:LOCALCELLID=0,TRACKINGAREAID=0,MMECFGNUM=CELL_MME_CFG_NUM_0;

//Changing the ENODEBID according to the plan and restarting the eNodeB

MOD ENODEBFUNCTION:ENODEBID=586189;

RST BTSNODE:;

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//Activating cells

ACT CELL:LOCALCELLID=0;

//Connecting to the U2000

MOD IPOAM:IPOAMNO=0,IPINTERFACEREF=2, PEERIPV4ADDR="10.145.35.15",PEERIPV4MASK="255.255.255.0";

Parent topic: Configuration Reference

5 Operation and Maintenance

 General

 Fault Management

 Configuration Management

 Performance Management

 Security Management

 Hardware Management

5.1 General

 eAN3810A LMT User Guide

Parent topic: Operation and Maintenance

5.1.1 eAN3810A LMT User Guide

Overview

This document describes the functions and relevant components of the eAN3810A

Local Maintenance Terminal (LMT). It also provides instructions for performing

basic operation and maintenance (OM) tasks of the eAN3810A.

Product Version

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NOTE:

Unless otherwise stated, "eNodeB", "Pico", "eAN", and "AirNode" in this document refer to the

3710 series AirNode.

The 3710 series AirNode is a base station that provides communications services

in Huawei eLTE-IoT solution. The following table lists the product name and

product version related to the 3710 series AirNode.

Product Name

Product Version

eAN3810A

V100R001C00

Intended Audience

This document is intended for:

 Network engineers

 System engineers

 Field engineers

Organization

 Introduction to the LMT

This chapter describes the functions, system requirements, and main window of

the local maintenance terminal (LMT).

 Getting Started with the LMT

This section describes how to log in to and exit the LMT.

 Running MML Commands

This section describes how to run man-machine language (MML) commands on the

local maintenance terminal (LMT) to operate and maintain the eAN3810A.

 Managing Alarms/Events

This section describes how to manage alarms or events on the local maintenance

terminal (LMT) to analyze, locate, and clear faults.

 Managing Message Tracing

By tracing messages, you can verify data and identify faults. After a message

tracing task is created, the traced messages can be browsed and saved.

 FAQ

This section describes the common issues and solutions during the equipment

commissioning.

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Parent topic: General

5.1.1.1 Introduction to the LMT

This chapter describes the functions, system requirements, and main window of

the local maintenance terminal (LMT).

 Definitions of the LMT

This section provides definitions of the LMT, LMT PC.

 Functions of the LMT

The LMT is mainly used to locally locate and fix faults.

 System Requirements for LMT Installation

This section describes the system requirements for the local maintenance

terminal (LMT) installation.

 Components of the LMT Main Window

This section describes the components of the local maintenance terminal (LMT)

main window and the functions of each component.

Parent topic: eAN3810A LMT User Guide

5.1.1.1.1 Definitions of the LMT

This section provides definitions of the LMT, LMT PC.

LMT

The LMT is a logical concept. It refers to an operation and maintenance O&M

terminal that has the Huawei Local Maintenance Terminal software installed and

connects to the O&M network for an NE. You can operate and maintain NEs using

the LMT.

LMT PC

The LMT PC is a hardware concept. It refers to a computer where the Huawei Local

Maintenance Terminal software is installed.

Parent topic: Introduction to the LMT

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5.1.1.1.2 Functions of the LMT

The LMT is mainly used to locally locate and fix faults.

Use the LMT to operate and maintain an eAN3810A in the following scenarios:

 Use the LMT to locally maintain the eAN3810A.

 When alarms are generated on the eAN3810A, use the LMT to locate and fix the

faults.

The LMT provides a Graphical User Interface (GUI), which helps users operate and

maintain the eAN3810A on the Web. The LMT implements the following local OM

functions:

 Executes man-machine language (MML) commands

 Manages alarms and events

 Traces messages

Parent topic: Introduction to the LMT

5.1.1.1.3 System Requirements for LMT

Installation

This section describes the system requirements for the local maintenance

terminal (LMT) installation.

Hardware Configuration Requirements

Table 1 lists the hardware configuration requirements for the LMT PC.

Table 1 Hardware configuration requirements

Item

Recommended Configuration

Minimum Configuration

CPU

2.8 GHz or higher

866 MHz

RAM

1 GB

512 MB

Hard disk

80 GB

10 GB

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Table 1 Hardware configuration requirements

Item

Recommended Configuration

Minimum Configuration

Video card resolution

1024 x 768 or higher

1024 × 768

CD-ROM drive

Network interface card

10 Mbit/s or 100 Mbit/s

10 Mbit/s

Accessories

A keyboard, a mouse, a

modem, an audio adapter, and

a sound box

A keyboard and a mouse

Software Configuration Requirements

Table 2 describes the software configuration requirements for the LMT PC.

Table 2 Software configuration requirements

Item

Recommended Configuration

Operating system

 Microsoft Windows 2003 with patch

KB938397

 Microsoft Windows 2008

 Microsoft Windows Vista

 Microsoft Windows 7

NOTE:

The LMT only supports web browsers and 32-bit

operating systems.

Default language of the operating system

English (United States)

Web browse

 Internet Explorer 9 (recommended)

 Internet Explorer 10 (recommended)

 Internet Explorer 11 (recommended)

 Firefox 30.X or later (X indicates a

digit, recommended)

NOTE:

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Table 2 Software configuration requirements

Item

Recommended Configuration

 Set the security level of the web browser to medium or

low. Otherwise, the LMT menus cannot be viewed.

 Only support IE9 and later version.

 Only support Firefox 30.X and later version.

 On the Advanced tab page in the Internet Options

dialog box, select all check boxes under HTTP1.1

settings.

Port Requirements

Use the Web to access the eAN3810A for OM. If a firewall exists between the

eAN3810A and the LMT PC, ports 20, 21, and 80 must be enabled on the firewall.

If Hypertext Transfer Protocol Secure (HTTPS) needs to be used, ports 20, 21,

and 443 must be enabled on the firewall.

NOTE:

 Ports 20 and 21 are used for the File Transfer Protocol (FTP). They need to be enabled when

files are transferred using the FTP.

 Port 80 is used for the Hypertext Transfer Protocol (HTTP) by default. That is, the port is

used for a web server by default.

 Port 443 is used for the HTTPS by default.

 HTTP cannot ensure secure access. In HTTP-based connection mode, the data exchanged between

the LMT and the eAN3810A is vulnerable to interception. Therefore, the LMT can use only HTTPS

to access the eAN3810A.

Communication Capability Requirements

The LMT PC must support TCP/IP protocols.

The minimum effective network bandwidth for the LMT is 512 kbit/s. The

recommended bandwidth is 2 Mbit/s or higher.

NOTE:

 The network bandwidth limits the web page opening speed. If the recommended effective

bandwidth is provided, the LMT runs quickly. If the minimum effective bandwidth is provided,

all the functions can be performed, but the LMT runs slowly.

 The effective bandwidth is the bandwidth occupied by the LMT. If multiple applications

compete for this bandwidth, the LMT may run slowly even if a 2 Mbit/s bandwidth is provided.

Parent topic: Introduction to the LMT

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5.1.1.1.4 Components of the LMT Main Window

This section describes the components of the local maintenance terminal (LMT)

main window and the functions of each component.

Main Window

Figure 1 shows the LMT main window.

Figure 1 LMT main window

Table 1 describes the components of the LMT main window.

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Table 1 Components of the LMT main window

No.

Component

Field

Description

Status bar

Displays the user

type, user name,

connection status,

and NE time.

Functions

MML

Used to run man-

machine language

(MML) commands. For

details, see Basic

Concepts Related to MML

Commands.

Alarm/Event

Used to query active

alarms or events,

alarm or event logs,

and alarm or event

configurations.

Trace

Used to trace

messages , see

Managing Message

Tracing.

FTP Tool

Used to download the

FTP tool.

 Click FTP Tool. A

File Download -

Security Warning

dialog box is

displayed.

 Click Save to

save the FTP

server software

SFTPServer.exe to

the computer

where the LMT is

installed.

NOTE:

The default user name is

admin, and the default

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Table 1 Components of the LMT main window

No.

Component

Field

Description

password is hwbs@com.

Password

Used to change the

password.

1. Click Password.

A Password

dialog box is

displayed.

2. Set Old

Password, New

Password, and

Confirm

Password.

3. Click OK . The

password is

changed.

About

Displays the version

information.

System Settings

Settings Used to set

the automatic logout

time.

1. Click System

Settings. A

System Settings

dialog box is

displayed.

2. Set Auto logout

if no operation

within (s).

3. Click Submit.

The system

setting is

complete.

Logout

Used to log out of

the LMT.

Others

Help

Used to open online

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Table 1 Components of the LMT main window

No.

Component

Field

Description

help files.

Layout

Used to indicate the

layout management

function. Four

window layouts are

available: cascade,

tile horizontal,

tile vertical, and

dock window.

NOTE:

 The LMT periodically checks for application changes. Therefore, the message display time may

be later than the time when an application change takes effect.

 The Firefox browser does not support window layout changes.

Online Help

The LMT provides two types of online help:

 LMT help

 MML help

Table 2describes the online help of the LMT.

Table 2 Online help of the LMT

Name

Description

Startup Operation

LMT help

Provides the following

information:

 LMT user guide

 Alarm details

 Event details

If you are using Internet

Explorer:

 Press F1 or click Help in

the LMT main window to

display LMT help topics.

 Press F1 in a displayed

dialog box to display the

help topics about the

dialog box.

If you are using a Firefox

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Table 2 Online help of the LMT

Name

Description

Startup Operation

browser, click Help in the

LMT main window to display

the help information.

MML help

Provides the following

information about an MML

command:

 Function

 Notes

 Parameter ID

 Example

 Output of a query command

Enter an MML command in the

Command Input text box.

Press Enter or click

Assist , and then click the

Help tab. The help

information about the

command is displayed on the

tab page.

Parent topic: Introduction to the LMT

5.1.1.2 Getting Started with the LMT

This section describes how to log in to and exit the LMT.

NOTE:

A minimum of 1 GB free space is required to ensure that the LMT runs correctly.

 Logging In to the LMT

This section describes how to log in to the LMT.

 Logging Out of the LMT

This section describes how to log out of the LMT.

 Managing User Accounts

Managing user accounts involves managing the accounts and passwords of users.

Parent topic: eAN3810A LMT User Guide

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5.1.1.2.1 Logging In to the LMT

This section describes how to log in to the LMT.

Prerequisites

 The network connection between the LMT and eAN3810A server has been

established.

 When the IE is used for LMT login, first set IE's Internet Options before

logging, check the "TLS1.1" and "TLS1.2" in the "Advanced" , as shown in Figure

Figure 1 IE's Internet Options

 When the Firefox is used for LMT login, first set Firefox's encryption method

before logging, enter "about:config" and return, then find the item

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"security.tls.version.max" and change its value to "2" or "3" , as shown in

Figure 2.

Figure 2 Firefox encryption method

Context

 There is two types of LMT users: Local User and Domain User.

 A maximum of 15 local users can log in to the LMT at the same time.

 By default, the LMT is accessed using the HTTPS policy. If HTTP is entered in

a web browser, the HTTP is automatically changed into HTTPS before logging in

to the LMT.

 If the colors of the LMT main page cannot be displayed when the Internet

Explorer is used, perform operations according to instructions in LMT Colors

Cannot Be Displayed.

 After the O&M channel between the NE and eSight server is established, you

can log in to the NE using the eSight server. The network connection between

the LMT and eAN3810A server has been established.

CAUTION:

Do not change the system time or time zone of the LMT PC when the LMT is running.

Otherwise, a critical fault may occur in the system. If the system time or time

zone has to be changed, you must perform the operation after logging out of the

LMT.

NOTICE:

 If the pop-up blocker is enabled when the Firefox browser is used for LMT

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In the displayed Options dialog box, clear the Block pop-up windows check box

on the Content tab page.

 The refresh function of the browser cannot be used on the LMT. If you use the

refresh function in the LMT main page, the LMT main page is closed. If you

use the refresh function on the monitoring page, a script error occurs.

 When the Internet Explorer is used for LMT login, do not change the

properties of the cache file folders. Otherwise, the Internet Explorer is

automatically refreshed, resulting in an error in the LMT main page.

 If you use Internet Explorer to log in to the LMT and choose StartRun to

start File Transfer Protocol (FTP) services, the LMT main window is replaced

with the login dialog box of the FTP server. To prevent this problem, set

Internet Explorer as follows: In Internet Explorer, choose Tools Internet

Options, and deselect Reuse windows for launching shortcuts under Browse on

the Advanced tab page.

 Before you use the web LMT to upgrade or roll back an eAN3810A, clear the

browser's buffer and cookies.

 If you press ALT+ , the LMT main window may experience an error. In this

case, press ALT + to restore the window settings. If the window settings

cannot be restored, close the browser and log in to the web LMT again.

Procedure

1. Connect the web LMT to the eAN3810A.

2. In the address box of the browser, enter the IP address of the vUSN for

local maintenance. The default IP address is 192.168.0.100.

3. Click Go. The Local Maintenance Termina login window is displayed.Figure 3

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Figure 3 Local Maintenance Termina login window

NOTE:

During the login, the system checks the compatibility view settings of the browser. To use

the optimum LMT configurations, perform operations as prompted.

4. Enter the user name and password. Set User type to Local.

NOTE:

By default, the user name is admin and the password is hwbs@com . Both are case-sensitive.

Change the password after you log in to the LMT.

5. Click Login

NOTE:

If the login fails, click Reset. Enter the user name and password again to log in. If the

Parent topic: Getting Started with the LMT

5.1.1.2.2 Logging Out of the LMT

This section describes how to log out of the LMT.

Procedure

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1. Click Logout on the upper right corner of the LMT main page. The Confirm

dialog box is displayed.

2. Click Yes. The LMT is disconnected from the current NE and the login window

is displayed.

3. Close the Internet Explorer browser to log out of the LMT.

Parent topic: Getting Started with the LMT

5.1.1.2.3 Managing User Accounts

Managing user accounts involves managing the accounts and passwords of users.

Managing Accounts

Table 1 describes the concepts related to user accounts.

Table 1 Concepts related to user accounts

Name

Description

User type

LMT users are local users, which are

managed by the LMT. The default user is

admin.

User account

The LMT user account is a default system

account with the user name being admin and

the default password being hwbs@com.

policies, initial password, and password

change permissions, which are described as

follows:

 A user must enter the correct user name

and password when logging in to the LMT.

The user can operate the base station

only after being verified.

 The login password of admin user is set

when the base station application

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Table 1 Concepts related to user accounts

Name

Description

software is installed.

Managing Login Passwords

Managing login passwords involves setting and viewing password policies and

changing the passwords of accounts.

Table 2 describes the tasks involved in managing login passwords.

Table 2 Tasks involved in managing login passwords

Task

Description

Setting password policies

Function

Password policies define how

to set login passwords.

NOTE:

 Password policies define the

minimum password length and

complexity. If a password does not

meet the required minimum

password length or complexity,

this password cannot take effect.

 Password policies define the

maximum number of times an

incorrect password can be entered.

The default number of attempts is

three. If this threshold is exceeded,

the LMT will be locked and then

unlocked 30 minutes later. You

can specify the length of this

duration in the password policies.

Procedure

Run the MOD PASSWORDPOLICY

command on the U2000 to set

Viewing password policies

Function

Users can view password

policies before setting

correct login passwords.

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Table 2 Tasks involved in managing login passwords

Task

Description

Procedure

Run the LST PASSWORDPOLICY

command to view password

policies.

Changing the password of a

current user account

Function

The current user can change

its own password after

takes effect upon the next

Procedure

 Click Password on the

upper right side of the

toolbar in the LMT main

window. A Password dialog

box is displayed.

 Fill in the Old Password,

New Password, and Confirm

Password text boxes, and

click OK.

NOTE:

Exercise caution when changing the password of the admin user. If you forget the password,

contact Huawei technical support.

Parent topic: Getting Started with the LMT

5.1.1.3 Running MML Commands

This section describes how to run man-machine language (MML) commands on the

local maintenance terminal (LMT) to operate and maintain the eAN3810A.

 Basic Concepts Related to MML Commands

This following describes MML command functions and formats, and types of

operations performed using MML commands.

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 Running a Single MML Command

You can run man-machine language (MML) commands one at a time to perform routine

operation and maintenance.

 Setting Parameters

You can set parameters in the MML Settings dialog box.

Parent topic: eAN3810A LMT User Guide

5.1.1.3.1 Basic Concepts Related to MML

Commands

This following describes MML command functions and formats, and types of

operations performed using MML commands.

Functions of MML Commands

You can operate and maintain the entire NE using MML commands. The MML commands

enable you to perform the following operations:

 Alarm management

 NE configuration, maintenance, and management

 Transmission configuration, maintenance, and management

 System management

 Service configuration, maintenance, and management

Formats of MML Commands

The format of an MML command can be "Command Word: Parameter Name=Value;".

The command word is mandatory, whereas the parameter name and value are optional.

 MML command with a command word and parameters: SET ALMCFG: AID=25600,

SHLDFLG=UNSHIELDED;

 MML command with only a command word: DSP VER:;

NOTE:

The value of a string or password parameter must not contain +++ (start characters of an MML

command output), ---END (end characters of an MML command output), or the following characters:

< > ! ? \ / ; , = + % * " ' |

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Types of Operations Performed Using MML Commands

The MML command word format is denoted as Action + Object. Table 1 describes the

most commonly used MML commands.

Table 1 Most commonly used MML commands

Action

Meaning

ACT

Activate

ADD

Add

BKP

Back up

DLD

Download

DSP

Display (used to query dynamic

information)

LST

List (used to query static information)

MOD

Modify

RMV

Remove

RST

Reset

SET

Set

STP

Stop or close

STR

Start or open

ULD

Upload

Components of the MML Command Window

This section describes the components of the MML command window.

In the LMT main window, click the MML tab. Figure 1shows the MML command window.

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Figure 1 MML command window

NOTE:

For details about MML commands and their related parameters, see the MML command help.

Table 2 describes the components of the MML command window.

Table 2 Components of the MML command window

No.

Field

Description

MML navigation tree

You can choose a command group from the navigation

tree.

Common Maintenance

tab

Displays the output of an MML command.

Operation Records

tab

Displays information about all the commands that

have been executed by the user.

Help tab

Displays the help topics for an MML command.

Command output

handling options

You can click Auto Scroll, and Clear All.

Pane for manual

input of an MML

command

Displays the manually entered command and parameter

values.

Command History

text box

Records all the commands and parameters a user

enters during one session.

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Table 2 Components of the MML command window

No.

Field

Description

Command text box

Displays all the MML commands of the system. You can

select an MML command from the drop-down list or

enter the command directly.

Area for setting

parameters of an

MML command

Displays all parameters that can be set in an MML

command entered in the Command text box. The

parameters in red are mandatory and the parameters

in black are optional, as shown in Figure 1.

Parent topic: Running MML Commands

5.1.1.3.2 Running a Single MML Command

You can run man-machine language (MML) commands one at a time to perform routine

operation and maintenance.

Prerequisites

You have logged in to the web local maintenance terminal (LMT) by using an

account with the required operation rights.

Context

You can use one of the following four methods to run a single MML command:

 Enter an MML command in the Command text box.

 Select an MML command from the Command History drop-down list box.

 Choose an MML command in the MML Commands navigation tree.

 To manually input an MML command, enter or copy it into the pane for manual

input of commands.

Procedure

 Enter an MML command in the Command text box.

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1. Enter an MML command in the Command text box. When typing an MML command,

you can select the command from the drop-down list.

2. Press Enter or click Assist. The parameters related to the command are

displayed in the area for setting the parameters of the command.

3. Set the related parameters.

4. Press F9 or click Exec to run the command. The MML command output is

displayed on the Common Maintenance tab page.

 Select an MML command from the Command History drop-down list box.

1. Select a historical command from the Command History drop-down list box.

Press F7 or click to select the previous command, and press F8 or

click to select the next command. The parameters related to the

command are displayed in the area for setting the parameters of an MML

command.

2. Set the related parameters.

3. Press F9 or click Exec to run the command. The MML command output is

displayed on the Common Maintenance tab page.

 Choose an MML command in the MML Commands navigation tree.

1. Choose and double-click an MML command in the MML Commands navigation tree.

2. Set the related parameters.

3. Press F9 or click Exec to run the command. The MML command output is

displayed on the Common Maintenance tab page.

 To manually input an MML command, enter or copy it into the pane for manual

input of commands.

1. Manually enter or copy an MML command with complete parameter settings

into the pane.

2. Press F9 or click Exec to run the command. The MML command output is

displayed on the Common Maintenance tab page.

NOTE:

 The parameters in red are mandatory, and those in black are optional.

 To obtain information about a parameter, move the cursor to the input box of the parameter.

 When you run an MML command with a time parameter, the default value of the time parameter

is the time of the eAN3810A required, you can change the value.

 If an MML command fails to be executed, the execution result is displayed in red on the

Common Maintenance tab page.

 The recommended zoom ratio for the web page is 100%.

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Parent topic: Running MML Commands

5.1.1.3.3 Setting Parameters

You can set parameters in the MML Settings dialog box.

Prerequisites

You have logged in to the LMT using an account with the required operation

rights.

Procedure

1. At the upper right corner of the MML tab page, click Settings.

The Settings dialog box is displayed.

2. Set parameters in the System Settings and Settings areas.

NOTE:

The parameter settings in the System Settings and Settings are stored at the server end and

client end, respectively. Therefore, after the base station restarts, the parameter settings

in System Settings resumes to the default value but the parameter settings in Settings

remain unchanged.

3. Click OK. The settings are complete.

Parent topic: Running MML Commands

5.1.1.4 Managing Alarms/Events

This section describes how to manage alarms or events on the local maintenance

terminal (LMT) to analyze, locate, and clear faults.

 Basic Concepts Related to Alarms/Events

Before managing eAN3810A alarms or events, you must understand the basic

concepts related to eAN3810A alarms or events, including their definitions, logs,

severity levels, and network management types.

 Handling Alarms/Events

Handling alarms or events involves the following actions: browsing active alarms

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or events, querying alarm or event logs, querying alarm or event configurations,

manually clearing alarms or events, and querying alarm or event handling

suggestions.

Parent topic: eAN3810A LMT User Guide

5.1.1.4.1 Basic Concepts Related to

Alarms/Events

Before managing eAN3810A alarms or events, you must understand the basic

concepts related to eAN3810A alarms or events, including their definitions, logs,

severity levels, and network management types.

Alarm or Event Categories

This section describes the basic concepts related to alarms and events.

Alarm

An alarm is generated if the hardware(for example, a VM) is faulty or a major

function fails. An alarm has a higher severity than an event. Based on the

status of the faults, alarms can be categorized into active alarms and clear

alarms.

 If a fault is cleared, the status of the alarm changes to clear. This type of

alarm is called a clear alarm.

 If a fault is not cleared, the status of the alarm remains active. This type

of alarm is called an active alarm.

NOTE:

 You can search a database for clear alarms.

 If an alarm is cleared after you switch from the alarm query page to another page, the

information about this alarm is not displayed on the alarm query page when you switch back to

the alarm query page. This is because the alarms are queried again when you switch back to

the alarm query page and cleared alarms are not displayed on the page.

Event

An event notifies users of important information when the system is operating

correctly. Users do not need to handle an event.

Severity

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The alarm severity indicates the degree to which an alarm affects system

performance. Based on the degree, all alarms can be categorized into four types:

Critical, Major, Minor, and Warning.

Table 1describes alarm severities and provides handling suggestions for each.

Table 1 Alarm severities and handling suggestions

Severity

Definition

Handling Suggestion

Critical

Service-affecting condition. Critical alarms

require immediate attention, and must be

cleared immediately. For example, faulty

devices need to be immediately repaired or

unavailable resources need to be immediately

restored.

These alarms must be

cleared immediately.

Otherwise, the

system may fail.

Major

Degradation of service, but not a complete loss

of service. Major alarms must be cleared during

working hours. For example, faults that affect

device performance or resource performance must

be fixed during working hours, and their alarms

must be cleared.

These alarms must be

cleared in a timely

manner. Otherwise,

some important

functions cannot be

implemented.

Minor

Non-service-affecting condition. Minor alarms

must be handled within a certain time period to

avoid severer problems.

These alarms help

maintenance

personnel locate and

clear potential

faults before they

become problems.

Warning

Potential service-affecting condition. Warning

alarms must be handled based on the problems

causing the alarms.

These alarms help

maintenance

personnel determine

the operating status

of the system.

Network Management Alarm Type

This section describes alarm types from the perspective of the network

management.

Based on network management standards, alarms are categorized as follows:

 Power alarm: related to the power system.

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 Environment alarm: related to environment of the equipment room.(such as,

temperature, humidity and entrance guard)

 Signaling alarm: related to service signaling.

 Trunk alarm: related to the transport subsystem.

 Hardware alarm: related to VM.(such as, clock, CPU)

 Software alarm: related to software.

 Running alarm: related to the running of the system.

 Communication alarm: related to the communication system.(Communications

between the host and OMU)

 Quality of service (QoS) alarm: related to QoS.

 Integrity violation alarm: a type of security alarm, which indicates that

information may be modified, added, or removed without permission.

 Operation violation alarm: a type of security alarm, which indicates that

services are unavailable or unreachable due to factors such as incorrect

operations or faults.

 Physical violation alarm: a type of security alarm, which indicates that

physical resources are unavailable due to possible attacks.

 Security violation alarm: a type of security alarm, which indicates that the

security service or security mechanism detects that the system is

experiencing attacks.

 Time domain violation alarm: a type of security alarm, which indicates that

unexpected events have occurred.

 Processing error alarm: related to processing errors.

Alarm Flags

Four alarm flags are provided: flag indicating whether an alarm is to be

reported to the alarm box, alarm masking flag, alarm modification flag, and

alarm clearance flag.

Flag Indicating Whether an Alarm Is to Be Reported to the Alarm Box

This flag controls whether an alarm is to be reported to the alarm box. The flag

status is as follows:

 Report

In this status, the local maintenance terminal (LMT) instructs the alarm box

to generate audible and visual alarms.

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 Not report

In this status, the web LMT does not instruct the alarm box to generate

audible and visual alarms when alarms are reported or the alarm status is

changed.

NOTE:

This flag applies only to fault alarms, but not to event alarms.

An alarm can be reported to the alarm box only if this flag is set to Report for

the alarm and the alarm severity is greater than or equal to the severity

specified for alarm reporting to the alarm box.

Alarm Masking Flag

This flag controls whether an alarm is to be masked. The flag status is as

follows:

 Mask

A VM does not report an alarm for which this flag is set to Mask to the

network management system (NMS) or the alarm box. The server does not record

the alarm log.

 Not mask

A VM reports an alarm for which this flag is set to Not mask to the NMS and

the alarm box. The server records the alarm log.

Alarm Modification Flag

This flag indicates whether the alarm configuration has been modified, which

facilitates the query and restoration of the configuration. The flag status is

as follows:

 Modified

After an MML command is executed to modify the alarm configuration, this flag

is set to Modified.

 Not modified

If the default alarm configuration is used or an MML command is executed to

restore the default alarm configuration, this flag is set to Not modified.

Alarm Clearance Flag

This flag indicates whether a fault alarm has been cleared. The flag status is

as follows:

 Not cleared

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The fault alarm has not been cleared yet.

 Cleared

A clear alarm has been reported, indicating that the fault alarm has been

cleared.

Parent topic: Managing Alarms/Events

5.1.1.4.2 Handling Alarms/Events

Handling alarms or events involves the following actions: browsing active alarms

or events, querying alarm or event logs, querying alarm or event configurations,

manually clearing alarms or events, and querying alarm or event handling

suggestions.

 Setting Alarm/Event Query Properties

Setting alarm or event query properties specifies the settings in an alarm or

event display dialog box. You can customize a color for each alarm or event

severity and set alarm or event display columns.

 Browsing Active Alarms/Events

Normal alarms and events reported to the local maintenance terminal (LMT) are

displayed on the Browse Alarm/Event tab page in real time. You can view the

detailed information about alarms and events to determine the real-time running

status of the system.

 Querying Alarm/Event Logs

You can query the historical alarms or events from the alarm or event logs to

determine the previous running status of the equipment.

 Saving Alarms/Events

You can save all or part of the alarm or event records displayed on the Browse

Alarm/Event or Query Alarm/Event Log tab page as files in .csv format for future

reference.

 Querying Alarm/Event Handling Suggestions

You can query detailed help information about an alarm or event based on alarm

or event handling suggestions.

 Manually Refreshing Alarms/Events

When browsing or querying alarms or events, you can manually refresh the alarms

or events displayed on the Browse Alarm/Event or Query Alarm/Event Log tab page.

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 Manually Clearing Alarms/Events

If the cause of an alarm or event is identified or the alarm or event can be

ignored, you can manually clear the alarm or event.

 Deleting Cleared Alarms/Events

When browsing active alarms or events or querying alarm or event logs, you can

delete the cleared alarms or events displayed on the Browse Alarm/Eventor Query

Alarm/Event Log tab page.

Parent topic: Managing Alarms/Events

5.1.1.4.2.1 Setting Alarm/Event Query Properties

Setting alarm or event query properties specifies the settings in an alarm or

event display dialog box. You can customize a color for each alarm or event

severity and set alarm or event display columns.

Prerequisites

You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights.

Procedure

1. In the LMT main window, click Alarm/Event. The Alarm/Event window is

displayed.

2. Click Settings in the upper right corner of the Alarm/Event window. The

Settings dialog box is displayed.

3. Set the properties of the Alarm/Event window as required.

NOTE:

 To restore the default settings, click Restore Defaults.

 If Enable is selected from the Tips drop-down list, detailed information about an alarm

or event is displayed when you move your cursor over the alarm or event record on the

Browse Alarm/Event and Query Alarm/Event Log tab pages.

4. Click OK.

Parent topic: Handling Alarms/Events

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5.1.1.4.2.2 Browsing Active Alarms/Events

Normal alarms and events reported to the local maintenance terminal (LMT) are

displayed on the Browse Alarm/Event tab page in real time. You can view the

detailed information about alarms and events to determine the real-time running

status of the system.

Prerequisites

You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights

Procedure

1. In the LMT main window, click Alarm/Event. In the displayed Alarm/Event

window, click the Browse Alarm/Event tab. The Browse Alarm/Event tab page

contains Normal Alarm and Event tab pages.

2. View the alarm or event information on the Browse Alarm/Event tab page.

3. To view the detailed information about an alarm, double-click the alarm. The

Detailed Information dialog box is displayed.

4. In the Detailed Information dialog box, click Solution to query the

description, parameters, attribute, impact on the system, possible causes,

and procedure.

NOTE:

You can drag the mouse to change the column sequence. After the sequence is changed, the

sequence remains the same when you browse alarms and events again within the cookie validity

period.

Parent topic: Handling Alarms/Events

5.1.1.4.2.3 Querying Alarm/Event Logs

You can query the historical alarms or events from the alarm or event logs to

determine the previous running status of the equipment.

Prerequisites

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You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights.

Procedure

1. In the LMT main window, click Alarm/Event. In the displayed Alarm/Event

window, click the Query Alarm/Event Log tab.

 To query the alarms or events generated and cleared within the specified

time, click the Basic tab. Table 1 describes the fields on the Basic tab

page.

Table 1 Description of the fields on the Basic tab page

Field

Description

Max. number of results

Number of records in the query result. A

maximum of 1000 records can be displayed,

and the default number is 64.

 To query a type of alarm or event based on the event category and ID,

click the Advanced tab.Table 2 describes the fields on the Advanced tab page.

Table 2 Description of the fields on the Advanced tab page

Field

Description

IDs of the alarms or events to be selected

Serial No

The order of reporting alarms / events for

the query.

2. Set the search criteria as required.

3. Click Query. The query results are displayed in the Result area.

4. To view the detailed information about an alarm or event, double-click the

alarm or event. The Detailed Information dialog box is displayed.

5. In the Detailed Information dialog box, click Solution to query the

description, parameters, attribute, impact on the system, possible causes,

and procedure.

6. Click Close to exit the dialog box.

NOTE:

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You can drag the mouse to change the column sequence. After the sequence is changed, the

sequence remains the same when you browse alarms and events again within the cookie validity

period.

Parent topic: Handling Alarms/Events

5.1.1.4.2.4 Saving Alarms/Events

You can save all or part of the alarm or event records displayed on the Browse

Alarm/Event or Query Alarm/Event Log tab page as files in .csv format for future

reference.

Prerequisites

You have logged in to the local maintenance terminal (LMT).

Procedure

1. On the menu bar of the LMT, click the Browse Alarm/Event or Query

Alarm/Event Log tab on the Alarm/Event tab page.

2. Right-click an alarm/event record to be saved and choose Save Selected to

save the record. Choose Save All to save all the alarm/event records.

3. You can also save all the records by clicking the Save All button on the

lower part of the Alarm/Event tab page.

NOTE:

You can click one record and drag the mouse to select multiple alarms/events.

4. Enter the file name, specify the save path, and click Save.

Parent topic: Handling Alarms/Events

5.1.1.4.2.5 Querying Alarm/Event Handling

Suggestions

You can query detailed help information about an alarm or event based on alarm

or event handling suggestions.

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Prerequisites

You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights.

Context

The detailed help information about an alarm involves the following:

 Alarm description

 Alarm attribute

 Alarm parameters

 Impact on the system

 System actions

 Possible causes

 Handling procedure

Procedure

1. Double-click an alarm on the Browse Alarm/Event or Query Alarm or Event Log

tab page.

The Detailed Information dialog box is displayed.

2. In the displayed Detailed Information dialog box, click Solution. The online

help of the alarm or event is displayed.

NOTE:

You can also right-click an alarm or event and choose Solution to display the online help of

the alarm or event.

3. View the definition, parameters, impact on the system, system actions,

possible causes, and handling procedure.

4. Click the close button in the upper right corner of the online help to exit

it.

Parent topic: Handling Alarms/Events

5.1.1.4.2.6 Manually Refreshing Alarms/Events

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When browsing or querying alarms or events, you can manually refresh the alarms

or events displayed on the Browse Alarm/Event or Query Alarm/Event Log tab page.

Prerequisites

You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights.

Procedure

1. Click Refresh or choose Refresh from the shortcut menu on the Browse

Alarm/Event, or Query Alarm/Event Log tab page.

NOTE:

 The alarms or events are displayed on the Browse Alarm/Event tab page in real time.

Therefore, after you refresh the tab page, the cleared alarms are not displayed.

Note:The alarms can be cleared automatically,but the events can not.

 The alarms or events are not displayed in real time on the Query Alarm/Event Log tab page.

Therefore, after you manually refresh the tab page, the alarms or events are updated and

displayed based on the original search criteria.

Parent topic: Handling Alarms/Events

5.1.1.4.2.7 Manually Clearing Alarms/Events

If the cause of an alarm or event is identified or the alarm or event can be

ignored, you can manually clear the alarm or event.

Prerequisites

You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights.

Context

Manual alarm clearance applies only to automatically detected and manually

cleared (ADMC) alarms but not to automatically detected and automatically

cleared (ADAC) alarms.

Procedure

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1. Select an alarm or event to be manually cleared on the Browse Alarm/Event or

Query Alarm/Event Log tab page.

2. Right-click the alarm or event and choose Clear from the shortcut menu or

click Clear in the lower right corner.

The Confirm dialog box is displayed.

3. Click Yes. The selected alarm or event is cleared, and its color

automatically changes to the color of a cleared alarm or event.

Parent topic: Handling Alarms/Events

5.1.1.4.2.8 Deleting Cleared Alarms/Events

When browsing active alarms or events or querying alarm or event logs, you can

delete the cleared alarms or events displayed on the Browse Alarm/Eventor Query

Alarm/Event Log tab page.

Prerequisites

You have logged in to the local maintenance terminal (LMT) by using an account

with the required operation rights.

Procedure

1. On the Browse Alarm/Event or Query Alarm/Event Log tab page, click Delete

All ,Delete All Cleared Alarms, or Delete Selected Cleared Alarms to clear

alarms as required.

Table 1describes the functions of these menu items.

Table 1 Menu item functions

Item

Description

Delete All

Deletes all the alarms on the Browse Alarm/Event or Query

Alarm/Event Log tab page.

Delete All Cleared

Alarms

Deletes all the cleared alarms on the Query Alarm/Event Log tab

page or on the Normal Alarm tab page of the Browse Alarm/Event

tab page.

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Table 1 Menu item functions

Item

Description

Delete Selected

Cleared Alarms

Deletes all the selected cleared alarms on the Query Alarm/Event

Log tab page.

Parent topic: Handling Alarms/Events

5.1.1.5 Managing Message Tracing

By tracing messages, you can verify data and identify faults. After a message

tracing task is created, the traced messages can be browsed and saved.

NOTE:

Message Tracing is primarily used to monitor the network operating status, commission networks,

and diagnose network faults. Information obtained using this function contains sensitive data

and subscriber-related data. Therefore, enable this function only for legitimate purposes within

a specific scope in compliance with applicable laws and regulations. In addition, before

obtaining and storing communication contents, ensure that measures are taken to securely protect

these contents.

 Basic Concepts Related to Message Tracing

This section describes message tracing tasks and the internal process of message

tracing.

 General Operations Related to Message Tracing

The general message tracing operations involve browsing, querying, and saving

traced messages and closing a tracing task.

 Interface Trace

This section describes how to create interface traces task.

Parent topic: eAN3810A LMT User Guide

5.1.1.5.1 Basic Concepts Related to Message

Tracing

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This section describes message tracing tasks and the internal process of message

tracing.

Message Tracing Tasks

Message tracing traces interfaces, signaling links, and UEs. It applies to

routine equipment maintenance and fault location.

Only when the LMT is successfully connected to the NE, the tracing task can be

performed on the LMT.

The message tracing time displayed on the LMT is the NE time but not the LMT

time.

Internal Process of Message Tracing

The internal process of message tracing involves creating a tracing task on the

LMT and reporting results to the LMT.

1. Creating a tracing task on the LMT.

 After you create a tracing task on the LMT, the LMT sends a binary command

to the NE to create the task.

 The NE forwards the command to a specified tracing management module.

 After receiving the command, the tracing management module records the

tracing parameters contained in the command in the filter table and sends

messages to the service processing module.

 The service processing module updates the local filter table based on the

messages from the tracing management module.

2. Reporting results to the LMT

 After receiving messages from the tracing management module, the service

processing module matches the messages against the parameters in the local

filter table. Then, it reports the messages meeting the filter criteria to

the LMT based on the task IDs contained in the messages.

 The LMT analyzes the messages and displays tracing results.

Parent topic: Managing Message Tracing

5.1.1.5.2 General Operations Related to Message

Tracing

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The general message tracing operations involve browsing, querying, and saving

traced messages and closing a tracing task.

 Browsing Traced Messages Online

After a message tracing task is created, traced messages can be displayed in

real time. You can browse the traced messages online.

 Viewing the Interpretation of Traced Messages

This section describes how to view the details about a traced message in the

message browsing window after a tracing task is created.

 Saving Traced Messages

This section describes how to automatically and manually save traced messages.

Traced messages can be automatically saved in files to a local folder after the

task is created. All or some of the traced messages can also be manually saved

when a tracing task is in process. A maximum of 2000 messages can be saved.

Parent topic: Managing Message Tracing

5.1.1.5.2.1 Browsing Traced Messages Online

After a message tracing task is created, traced messages can be displayed in

real time. You can browse the traced messages online.

Prerequisites

 Message tracing tasks have been successfully created.

 Traced messages are reported.

Procedure

1. Browse traced messages in the message browsing window in real time.

NOTE:

 A maximum of 500 messages can be displayed in the message browsing window. Newly traced

messages will replace original ones if the number of displayed messages in the message

browsing window reaches 500.

 If the number of the same type of tracing messages that are logged under the same

timestamp is greater than the number of UEs, check whether the RSRP (the value of the

Ant0RsrpRef field in the resolution of the trace message) of a message is greater than

those of other messages by over 20 dB. If so, the tracing result is normal.

2. To view details of a message, double-click it.

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The Msg Detail Info dialog box is displayed, showing details of the message.

Parent topic: General Operations Related to Message Tracing

5.1.1.5.2.2 Viewing the Interpretation of Traced

Messages

This section describes how to view the details about a traced message in the

message browsing window after a tracing task is created.

Prerequisites

 Message tracing tasks have been successfully created.

 Traced messages are reported.

Procedure

1. In the message browsing window, select and double-click a traced message.

2. The Msg Detail Info dialog box is displayed, showing the details about the

message.

Parent topic: General Operations Related to Message Tracing

5.1.1.5.2.3 Saving Traced Messages

This section describes how to automatically and manually save traced messages.

Traced messages can be automatically saved in files to a local folder after the

task is created. All or some of the traced messages can also be manually saved

when a tracing task is in process. A maximum of 2000 messages can be saved.

Prerequisites

 The message tracing task has been successfully created.

 Traced messages are reported.

Context

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 The default file name is

Base Station IP address_Trace type_Year-Month-Day-

Hour-Minute-Second_key parameters

 Traced messages are saved as files in .tmf format.

 If you clear the Save File check box when creating a tracing task, the

messages displayed in the message browsing window are not saved.

Procedure

 Automatically Saving Traced Messages

1. When a tracing task is created, Save File is selected by default. All

messages displayed in the message browsing window are saved automatically.

NOTE:

The LMT saves every 5000 messages as a file. The messages from the 5001st are saved in

other files whose names are added with a sequence number. For example, the 5001st to

10000th IP messages are saved in a file named

local maintenance IP address _IPTrace_Year-

Month-Day-Hour-Minute-Second_1 by default

 Manually Saving Traced Messages

1. Right-click in the message browsing window and choose Save All Messages,

or right-click one or more messages to be saved and choose Save Selected

Messages.

NOTE:

 If traced messages are manually saved, all messages are displayed in the window.

Currently, a maximum of 2000 messages can be displayed in the window.

 A maximum of 2000 messages can be displayed in the window, that is, only the latest

2000 messages are displayed. Therefore, it is good practice to automatically save

traced messages if there are a great number of messages.

 To save all traced messages, do not select any message.

 To save some of the traced messages, select the messages first. Otherwise, Save

Selected Messages is unavailable after you right-click the selected messages.

2. Enter the file name, specify the save path, and click Save.

Parent topic: General Operations Related to Message Tracing

5.1.1.5.3 Interface Trace

This section describes how to create interface traces task.

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 MAC Trace

This section describes how to trace Media Access Control (MAC) layer messages to

locate the problems of MAC layer protocol channels. Traced messages can be

automatically or manually saved. You can browse the traced messages online.

 IP Layer Protocol Trace

This section describes how to trace IP layer protocol messages to locate the

problems on IP layer protocol channels. Traced messages can be automatically or

manually saved. You can browse the traced messages online.

 CMPV2 Trace

This section describes how to trace Certificate Management Protocol Version 2

(CMPV2) messages. Traced messages can be automatically or manually saved. You

can browse the traced messages online.

 IKE Trace

This section describes how to trace Internet Key Exchange (IKE) messages to

locate IKE negotiation issues or observe the IKE negotiation process. Traced

messages can be automatically or manually saved. You can browse the traced

messages online.

 PNP Trace

This section describes how to trace the site deployment process. Traced messages

can be automatically or manually saved. You can browse the traced messages

online.

Parent topic: Managing Message Tracing

5.1.1.5.3.1 MAC Trace

This section describes how to trace Media Access Control (MAC) layer messages to

locate the problems of MAC layer protocol channels. Traced messages can be

automatically or manually saved. You can browse the traced messages online.

Prerequisite

You have logged in to the LMT using an account with the required operation

rights.

Context

 The protocol type, source MAC address, destination MAC address, VLAN tag,

VLAN ID, and VLAN priority are used for identifying messages at the MAC layer.

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 You can choose one or more items from the protocol type, source MAC address,

destination MAC address, VLAN tag, VLAN ID, and VLAN priority to specify the

scope of messages to be traced. This helps you to trace messages more

specific to a fault.

 Currently, packet capture at the MAC layer supports the IP, ARP, RARP,

and SYNCETH protocol types. For details about how to choose the protocol

type, contact Huawei technical support.

 The following operations cannot be started simultaneously on one board: the

Mac trace, the IP trace, and the remote loopback that is either applied to

all IP addresses or a specified address.

Procedure

1. In the LMT main window, click the Trace tab.

2. In the navigation tree, choose Trace > Common Services. Double-click MAC

Trace.

The MAC Trace dialog box is displayed.

3. Set related parameters in the MAC Trace dialog box. For details about

parameter descriptions, see Table 1.

Table 1 Parameters for MAC message tracing

Parameter

Description

Frame Flow Upper

Threshold

Specifies the maximum number of packets to be reported per second.

NOTE:

The packets are binary code streams.

Direction

Specifies the direction of MAC messages to be traced. This

parameter can be set to Trace Receiver, Trace Sender, or Trace

Both.

Minimum Frame

Length

Specifies the minimum frame length.

Maximum Frame

Length

Specifies the maximum frame length.

Local MAC Address

Specifies the local MAC address.

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Table 1 Parameters for MAC message tracing

Parameter

Description

Peer MAC Address

Specifies the peer MAC address.

VLAN Tag

Specifies the VLAN tag. This parameter can be set to Tagged, All,

or UnTagged.

VALN Priority

Specifies the VLAN priority. This parameter is valid when VLAN

Tag is set to Tagged.

VALN ID

Specifies the VLAN ID. This parameter is valid when VLAN Tag is

set to Tagged.

Frame Type

Specifies the frame type of the MAC messages to be traced. This

parameter can be set to IP, ARP, RARP, SYNCETH, or ALL.

Extend Switch

Specifies whether the filtering switch is turned on. This parameter

can be set to ON, or OFF. The default value is OFF. When

the Frame Type is set to IP, this parameter can be set.

Local IP Address

Specifies the local IP address.

Set this parameter to the source IP address of packets when

Direction is set to Trace Sender, to the destination IP address

when Direction is set to Trace Receiver, and to the source or

destination IP address when Direction is set to Trace Both.

NOTE:

This parameter is valid when Extend Switch is set to ON.

Peer IP Address

Specifies the peer IP address.

Set this parameter to the destination IP address of packets when

Direction is set to Trace Sender, to the source IP address

when Direction is set to Trace Receiver, and to the source or

destination IP address when Direction is set to Trace Both.

NOTE:

This parameter is valid when Extend Switch is set to ON.

DSCP

Specifies the DSCP.

NOTE:

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Table 1 Parameters for MAC message tracing

Parameter

Description

This parameter is valid when Extend Switch is set to ON.

Protocol Type

Indicates the protocol type. This parameter can be set to

ALL, ICMP, TCP, UDP, or SCTP.

NOTE:

This parameter is valid when Extend Switch is set to ON.

Local Port

Specifies the local port.

NOTE:

This parameter is valid when Protocol Type is set to TCP, or UDP.

Peer Port

Specifies the peer port.

NOTE:

This parameter is valid when Protocol Type is set to TCP, or UDP.

Save File

If you select the Save File check box, tracing results will be

automatically saved. Click to customize the folder, file name,

and file type.

4. Click Submit.

A message browsing window is displayed. Table 2 describes the message tracing

results.

Table 2 Results of MAC message tracing

Parameter

Description

Message Index

Indicates the message index.

Trace Direction

Indicates the trace direction.

Peer MAC Address

Indicates the destination MAC address.

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Table 2 Results of MAC message tracing

Parameter

Description

Local MAC Address

Indicates the source MAC address.

VLAN Priority

Indicates the VLAN priority.

VLAN ID

Indicates the VLAN ID.

Protocol Type

Indicates the protocol type of the traced message. The value can be

ICMP, TCP, UDP, SCTP, or ALL.

Protocol Timestamp

Indicates the message timestamp. Unit: 10 µs.

Content

For details, see G.8264 protocols.

Parent topic: Interface Trace

5.1.1.5.3.2 IP Layer Protocol Trace

This section describes how to trace IP layer protocol messages to locate the

problems on IP layer protocol channels. Traced messages can be automatically or

manually saved. You can browse the traced messages online.

Prerequisite

You have logged in to the LMT using an account with the required operation

rights.

Context

 The source IP address, destination IP address, protocol type, IP DSCP, source

port number, and destination port number are used for identifying packets at

the IP layer. The source IP address, destination IP address, and protocol

type are mandatory.

 You can specify the protocol type or source/destination port No. to limit the

scope of packet capture.

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 Either the protocol type or port No. must be specified for locating

transmission problems. Otherwise, the packet capture is less useful for

problem location.

 The TCP packets for LMT connection cannot be traced in the IP layer protocol

message tracing task.

 The following operations cannot be started simultaneously on one board: the

Mac trace, the IP trace, and the remote loopback that is either applied to

all IP addresses or a specified address.

Procedure

1. In the LMT main window, click Trace to open the Trace dialog box.

2. In the navigation tree, choose Trace > Common Services. Double-click IP

Layer Protocol Trace.

The IP Layer Protocol Trace dialog box is displayed.

3. Set related parameters in the IP Layer Protocol Trace dialog box. For

details about parameter descriptions, see Table 1.

Table 1 Parameters for IP layer protocol message tracing

Parameter

Description

Frame Flow Upper

Threshold

Specifies the maximum number of packets to be reported per second.

Direction

Specifies the transmission direction of packets to be captured.

Receive Report

Length Option

Specifies the length of received packets. This parameter can be set

to Same, Less, or No Report.

Max.Incoming IP

Packets

Specifies the maximum length of a received packet. This parameter

is valid when Receive Report Length Option is set to Same,

or Less.

Transmit Report

Length Option

Specifies the length of transmitted packets. This parameter can be

set to Same, Less, or No Report.

Max.Outgoing IP

Packets

Specifies the maximum length of transmitted packets. This parameter

is valid when Transmit Report Length Option is set to Same,

or Less.

Report Type

Specifies the type of packets to be captured. This parameter can be

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Table 1 Parameters for IP layer protocol message tracing

Parameter

Description

set to Plaintext.

IP Address Type

Specifies the IP address type. This parameter can be set to IPV4.

VRF

Specifies the ID of the virtual routing and forwarding (VRF)

instance.

Local IP Address

Specifies the local IP address.

Set this parameter to the source IP address of packets when

Direction is set to Trace Sender, to the destination IP address

when Direction is set to Trace Receiver, and to the source or

destination IP address when Direction is set to Trace Both.

Peer IP Address

Specifies the peer IP address.

Set this parameter to the destination IP address of packets when

Direction is set to Trace Sender, to the source IP address

when Direction is set to Trace Receiver, and to the source or

destination IP address when Direction is set to Trace Both.

DSCP

Specifies the DSCP.

Protocol Type

Specifies the protocol type of the packets to be captured. This

parameter can be set to ICMP, UDP, SCTP, TCP, or ALL.

Save File

If you select the Save File check box, tracing results will be

automatically saved. Click to customize the folder, file name,

and file type.

4. Click Submit.

A message browsing window is displayed. Table 2 describes the message tracing

results.

Table 2 Results of IP message tracing

Parameter

Description

Message Index

Indicates the internal serial number of a traced message.

Trace Direction

Indicates the direction of a traced message.

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Table 2 Results of IP message tracing

Parameter

Description

Header Length

Indicates the IP header length.

Version

Indicates the IP version. The value 4 represents IPv4.

Type Of Service

Indicates the service type of a traced message.

Total Length

Indicates the IP packet length.

Identification

Indicates the tag of a traced message. For details, see the IP

protocol.

Fragment Offset

Field

Indicates the fragment offset of a traced message. For details, see

the IP protocol.

Time To Live

Indicates the life time of a traced message. For details, see the

IP protocol.

Protocol

Indicates the protocol type of a traced message. The value can be

UDP, SCTP, TCP, ICMP, AH, or ESP.

Checksum

Indicates the IP checksum of a traced message. For details, see the

IP protocol.

Source Address

Indicates the source IP address of a traced message.

Dest Address

Indicates the destination IP address of a traced message.

Port Timestamp

Indicates the timestamp (unit: 10 microseconds) of a traced

message.

Packet

Sent(Received)

Sequence Number

 A packet has the same sequence number when it is sent or received

in plaintext and ciphertext format. When packets in both

plaintext and ciphertext formats are traced, this parameter

specifies the sequence in which the packets in both plaintext and

ciphertext formats are sent or received.

 When only packets in plaintext format are traced, this parameter

specifies the sequence in which the packets in plaintext format

are sent or received.

Packet Type

Indicates the type of the packet that carries a traced message.

Packet Process

Indicates the packet processing result.

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Table 2 Results of IP message tracing

Parameter

Description

Result

Source Port

Indicates the source port No. This parameter is valid for UDP, TCP,

and SCTP packets.

Destination Port

Indicates the destination port No. This parameter is valid for UDP,

TCP, and SCTP packets.

UDP Length

Indicates the Length of a UDP packet. This parameter is valid for

UDP packets.

UDP Checksum

Indicates the checksum of a UDP packet. This parameter is valid for

UDP packets. For details, see the UDP protocol.

GTPU TEID

Indicates the TEID of a GTPU packet. This parameter is valid for

GTPU packets. GTPU packets are a type of UDP packets.

SCTP Verification

Flag

Indicates the verification flag for SCTP packets. This parameter is

valid for SCTP packets. For details, see the SCTP protocol.

SCTP Checksum

Indicates the checksum of an SCTP packet. This parameter is valid

for SCTP packets. For details, see the SCTP protocol.

Content

For details, see the IP protocol.

Parent topic: Interface Trace

5.1.1.5.3.3 CMPV2 Trace

This section describes how to trace Certificate Management Protocol Version 2

(CMPV2) messages. Traced messages can be automatically or manually saved. You

can browse the traced messages online.

Prerequisite

You have logged in to the LMT using an account with the required operation

rights.

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Context

A maximum of one CMPV2 message tracing task can be created at one time.

Procedure

1. In the LMT main window, click the Trace tab.

2. In the navigation tree, choose Trace > Common Services. Double-

click CMPV2 Trace.

The CMPV2 Trace dialog box is displayed.

3. Set related parameters in the CMPV2 Trace dialog box. For details about

parameter descriptions, see Table 1.

Table 1 Parameters for CMPV2 message tracing

Parameter

Description

Direction

Specifies the direction of CMPV2 messages to be traced. This parameter

can be set to Trace Receiver, Trace Sender, or Trace Both.

Save File

If you select the Save File check box, tracing results will be

automatically saved. Click to customize the folder, file name, and

file type.

4. Click Submit.

A message browsing window is displayed. Table 2 describes the message tracing

results.

Table 2 Results of CMPV2 message tracing

Parameter

Description

Trace

Direction

Indicates the direction of traced messages.

Trace Message

Type

Indicates the protocol type of traced messages.

Content

Contains only CMPV2 messages. For details, see RFC protocols and 3GPP

TS 33.310.

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Parent topic: Interface Trace

5.1.1.5.3.4 IKE Trace

This section describes how to trace Internet Key Exchange (IKE) messages to

locate IKE negotiation issues or observe the IKE negotiation process. Traced

messages can be automatically or manually saved. You can browse the traced

messages online.

Prerequisite

You have logged in to the LMT using an account with the required operation

rights.

Context

 A maximum of one IKE message tracing task can be created at one time.

 In an IKE setup or rekey process, IKE negotiation may fail due to algorithm

inconsistency or certificate errors, packets cannot be encrypted because IKE

tunnels are not successfully established. As a result, packets are lost.

 Information such as the message type, request, and response about IKEv1 or

IKEv2 message headers can be analyzed.

Procedure

1. In the LMT main window, click the Trace tab.

2. In the navigation tree, choose Trace > Common Services. Double-click IKE

Trace.

The IKE Trace dialog box is displayed.

3. Set related parameters in the IKE Trace dialog box. For details about

parameter descriptions, see Table 1.

Table 1 Parameters for IKE message tracing

Parameter

Description

Direction

Specifies the direction of IKE messages to be traced.

Save File

If you select the Save File check box, tracing results will be

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Table 1 Parameters for IKE message tracing

Parameter

Description

automatically saved. Click to customize the folder, file name,

and file type.

4. Click Submit.

A message browsing window is displayed. Table 2 describes the message tracing

results.

Table 2 Results of IKE message tracing

Parameter

Description

Trace Direction

Indicates the direction of the traced message.

Content

For details, see the IKE protocol.

Parent topic: Interface Trace

5.1.1.5.3.5 PNP Trace

This section describes how to trace the site deployment process. Traced messages

can be automatically or manually saved. You can browse the traced messages

online.

Prerequisite

You have logged in to the LMT using an account with the required operation

rights.

Context

 A maximum of one PNP message tracing task can be created at one time.

 The real-time tracing function for site deployment includes receiving,

sending, checking, and handling of messages. In case of a failure, the

failure cause is displayed.

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 The real-time tracing function can be enabled only by the managing mode of a

multimode base station, only partial deployment information is visible to the

non-managing mode.

Procedure

1. In the LMT main window, click the Trace tab.

2. In the navigation tree, choose Trace > PNP Trace. Double-click PNP Trace.

The PNP Trace dialog box is displayed.

3. Set related parameters in the PNP Trace dialog box. For details about

parameter descriptions, see Table 1.

Table 1 Parameters for PNP message tracing

Parameter

Description

Save File

If you select the Save File check box, tracing results will be

automatically saved. Click to customize the folder, file name,

and file type.

4. Click Submit.

A message browsing window is displayed. Table 2 describes the message tracing

results.

Table 2 Results of PNP message tracing

Parameter

Description

No.

Indicates the sequence of the traced message that received by the

LMT.

Time

Indicates the time of the traced message.

Message Type

Indicates the type of a message, which can be binary or text.

Content

For details, see the site deployment records.

Parent topic: Interface Trace

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5.1.1.6 FAQ

This section describes the common issues and solutions during the equipment

commissioning.

 Functions of the LMT Becoming Abnormal After an LMT Version Upgrade or Rollback

The displayed version is not the target version. A message indicating that the

MML configuration file fails to be analyzed. The Trace or Monitor tab page can

be normally opened after successful LMT login, but the corresponding functions

are abnormal. For example, the reported messages are not displayed, the reported

messages are not complete or disordered, messages cannot be saved, or only part

of the messages can be saved. The device panel fails to be opened for the first

time after the upgrade.

 Slow Responses in the Firefox Browser

When the Firefox browser is used on the local maintenance terminal (LMT), the

LMT response is slow. For example, after you click Monitor, it takes about 30

seconds to maximize the window. In this case, check that the add-on extension

Live Margins is installed.

 LMT Colors Cannot Be Displayed

When the LMT uses Internet Explorer, the colors of the LMT main window are not

correctly displayed. For example, the colors indicating the status of boards and

alarms are not displayed, or the background color of the LMT main window is the

same as that of Internet Explorer. In this case, check the color settings of the

browser.

 No Response When Clicking the Menu Bar on the LMT

When you use the browse for LMT log in, there is no response or a script error

dialog box is displayed. To be specific, when you click the menu bar or buttons,

or right-click the web page, there is no response or a dialog box is displayed,

indicating a script error, for example, Permission Denied or Access Denied. In

this case, check the proxy settings of the browser.

 How to Rectify Errors That Occurr While Saving a File

If the function of saving operation results is configured when you first log in

to the LMT, the system may display an error message during result file saving.

In this case, the file size is zero bytes.

 What Do I Do to Avoid the Failure to Log In to the LMT Due to a High Default Internet Explorer Security Level

In Windows Server 2003 or Windows Server 2008, Internet Explorer blocks Web

programs on sites that are not in the trusted site list to improve system

security. As a result, you may fail to log in to the LMT.

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 What Do I Do to Handle the Slow Redirection When Logging in to the LMT

When the LMT uses Internet Explorer, the redirection is slow when you log in to

the LMT, that is, the explorer remains blank for more than 15 seconds after you

enter the vUSN IP address in the address box of Internet Explorer and before the

explorer displays a security warning. This section describes how to solve the

problem.

 What Do I Do to Handle the LMT Interface Disorder

When the LMT uses Internet Explorer 8 or 9, the LMT interface may be displayed

in disorder. In this case, manually set the compatibility views of Internet

Explorer before logging in to the LMT. This section describes the setting method.

 What Do I Do to Handle the Unknown Error Occurring on LMT Interface or the MML Command Execution Failure

After a Browser Upgrade

After Internet Explorer 6 is upgraded to Internet Explorer 8 or 9, some cached

files cannot be cleared, an unknown error occurs on the LMT main window, or the

system displays a message indicating an MML configuration file parsing failure

when an MML command is executed. To solve the problem, manually clear the cache

and cookies in Internet Explorer.

 What Do I Do to Handle the Interface Display Failure or Error Message Displayed on the LMT

An exception occurs in the login dialog box, a page cannot be properly displayed,

or an error message indicating that an error on the web page may cause the LMT

to malfunction is displayed in Internet Explorer.

 A "This user session already exists" Error Message Is Displayed During LMT Login

If a "xxx" message is displayed when you attempt to log in to the LMT, solve the

problem by following the handling procedure described herein.

 How to Install OS Patches

If the LMT runs the Microsoft Windows 2003 operating system (OS), the security

patch KB938397 must be installed.

 What Do I Do if Tracing Function Cannot Be Used?

Tracing function cannot be used after a successful login to the LMT, and an

error message is displayed.

 What Do I Do If There Is No Response or Any Error Message After a Tracing Task Is Created

Some time after a successful login to the LMT, after a tracing task is created,

the task page is not opened. There is no response or any error message. The NE

task list shows that this task has been successfully created. Or right-click in

the message browsing window and choose save messages, the Save dialog box is not

displayed. If you open a new browser and log in to the LMT again, the task

nevertheless can be successfully created. If either of the previous problems

occurs, perform the following operations.

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 How to Handle the Problem That Only the Error Code Is Displayed in an Error Message After a Tracing Task Is

Created

Messages related to base station errors have been configured. However, the local

maintenance terminal (LMT) displays only the error code rather than the error

message when a base station error occurs. If the previous problem occurs,

perform the following operations:

 Any Further Operation Performed When Some LMT Web Pages Fail to Update Causes the Web Pages to Turn

Blank

Some LMT Web pages fail to update when executes man-machine language (MML)

commands, manages alarms and events or traces messages is in use. Any further

operation causes the Web pages to turn blank. If you restart the function, the

Web page returns to normal. To prevent this problem, perform the following

operations to add an environment variable.

 How to Handle the LMT Exit After Clicking Trace, Monitor, or Device Maintenance Tab in Window 7

When you have successfully logged in to the LMT, the interface is redirected to

the other interface if you click the MML, Alarms/Event, or Trace tab. A few

seconds after the redirection, the interface is automatically redirected to the

 How to Handle Exceptions in the LMT Due to Insufficient PC Memory

If the memory space for the local maintenance terminal (LMT) PC is insufficient,

exceptions occur when the LMT runs on the PC.

 Interfaces for Performing Tracing Task Blinking

Interfaces for performing tracing task blink.

 How to Handle Shortcut Key Invalidation

Shortcut keys are defined on the LMT. When logging in to the LMT through a web

page, you may fail to use the corresponding function by pressing a shortcut key.

In this case, the shortcut key becomes invalid. For example, you cannot stop

pinging by pressing Ctrl+Q in the MML Command window. This is because the same

shortcut key is preferentially used by another running program on the PC, which

leads to a shortcut key conflict.

 What Do I Do If A Message "Stop running this script?" Is Displayed?

This section describes how to solve the problem that a message "Stop running

this script?" is displayed during script execution on the LMT.

 The Internet Explorer Fails to Respond or the Login Window Is Displayed After the LMT Is Running for a While or

Multiple Functions Are Concurrently Enabled on the LMT

The Internet Explorer fails to respond or the login window is displayed after

the LMT is running for a while or multiple functions are concurrently enabled on

the LMT. Solve the problem by using the method described in the procedure part.

 A Message checking client environment... Is Displayed on the Login Window and the browser Does Not

Respond

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During the login to the WebLMT, a message "checking client environment..." is

displayed on the login window and the browser does not respond and has to be

forcibly closed. In this case, solve the problem by using the method described

in the procedure part.

 LMT Login Window Being Stopped by the Browser

The LMT login window is stopped by the browse, and the login stills fails even

though the user selects Allow popups. To solve the problem, perform the

following steps:

 The Application Blocked by Security Settings Dialog Box Is Displayed When executes man-machine language

(MML) commands, manages alarms and events, traces messages Is Enabled

After the JRE is installed or upgraded, the Application Blocked by Security

Settings dialog box is displayed when the tab page related to executes man-

machine language (MML) commands, manages alarms and events, traces messages is

open. Click OK, and the The application cannot be run dialog box is displayed,

indicating that the executes man-machine language (MML) commands, manages alarms

and events, traces messages function is unavailable.

 Help for Installing and Using the Java Plug-in

The Java plug-in used by LMT modules, including executes man-machine language

(MML) commands, manages alarms and events, traces messages, is the Java runtime

environment(JRE). You need to install the Java plug-in before using these

modules. You can try the following methods to solve problems about installing or

using Java plug-in.

 What Do I Do If the Message Your Java version is out of date Is Displayed?

If you are prompted that Your Java version is out of date when logging in to the

WebLMT, follow the instructions provided in this session.

 How to Configure Wireless NIC on a Computer

To connect a computer to a local wireless access point device, ensure that the

computer is configured with a WLAN wireless network interface card (NIC). Before

connecting the computer to a local wireless access point device, configure WLAN

wireless NIC by following the instructions below.

 Ghosting Occurring on the WebLMT Window That Is Opened Using an IE11 Web Browser

When an IE11 web browser is used for WebLMT access, ghosting occurs on the

WebLMT window, causing overlapping contents. In this case, install the Microsoft

official patch: IE11-Windows6.1-KB2929437-x64.msu.

Parent topic: eAN3810A LMT User Guide

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5.1.1.6.1 Functions of the LMT Becoming

Abnormal After an LMT Version Upgrade or

Rollback

The displayed version is not the target version. A message indicating that the

MML configuration file fails to be analyzed. The Trace or Monitor tab page can

be normally opened after successful LMT login, but the corresponding functions

are abnormal. For example, the reported messages are not displayed, the reported

messages are not complete or disordered, messages cannot be saved, or only part

of the messages can be saved. The device panel fails to be opened for the first

time after the upgrade.

To clear the cache and cookies in the browser, perform operations described in

the following table.

Table 1 To clear the cache and cookies in the browser, perform operations

described in the following table.

Browser Type

Handling Procedure

Firefox browser

1. Open the Firefox browser, and choose Tools Clear

Private Data from the menu bar.

2. In the displayed Clear Private Data dialog box,

select Cache, Cookies ,and Offline Website Data and

then click Clear Private Data Now.

Internet Explorer 7

1. Start the IE browser, and choose Tools> Internet

Options Internet Options from the menu bar. The

Internet Options dialog box is displayed.

2. On the General tab page, click Delete. The Delete

Browsing History dialog box is displayed.

3. click Delete File and Delete Cookies,in the

displayed dialog box click OK.

4. In the Delete Browsing History dialog box clickOK

and close the Internet Optionsdialog box.

Internet Explorer 8 or 9

1. Start the IE browser, and choose Tools> Internet

Options Internet Options from the menu bar. The

Internet Options dialog box is displayed.

2. On the General tab page, click Delete. The Delete

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Table 1 To clear the cache and cookies in the browser, perform operations

described in the following table.

Browser Type

Handling Procedure

Browsing History dialog box is displayed.

3. Clear the Preserve Favorites website data check box

and select Cookies and Temporary Internet files .

Then click Delete and close the Internet Options

dialog box.

Internet Explorer 10

1. Start the IE browser, and choose Tools> Internet

Options Internet Options from the menu bar. The

Internet Options dialog box is displayed.

2. On the General tab page, click Delete. The Delete

Browsing History dialog box is displayed.

3. Clear the Preserve Favorites website data check box

and select Cookies and website data and Temporary

Internet files and website files. Then click Delete

and close the Internet Options dialog box.

Parent topic: FAQ

5.1.1.6.2 Slow Responses in the Firefox Browser

When the Firefox browser is used on the local maintenance terminal (LMT), the

LMT response is slow. For example, after you click Monitor, it takes about 30

seconds to maximize the window. In this case, check that the add-on extension

Live Margins is installed.

Procedure

1. Open the Firefox browser, and choose Tools > Add-ons, from the menu bar. The

Add-ons window is displayed.

2. On the Extensions tab page, select Live Margins, , and click Disable A

message is displayed, indicating that the changes will take effect after the

Firefox browser is restarted.

3. Click Restart Firefox to make the changes take effect.

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Parent topic: FAQ

5.1.1.6.3 LMT Colors Cannot Be Displayed

When the LMT uses Internet Explorer, the colors of the LMT main window are not

correctly displayed. For example, the colors indicating the status of boards and

alarms are not displayed, or the background color of the LMT main window is the

same as that of Internet Explorer. In this case, check the color settings of the

browser.

Procedure

1. Open Internet Explorer, and choose Tools > Internet Options from the menu

bar. The Internet Options dialog box is displayed.

2. On the General tab page, click Accessibility, The Accessibility dialog box

is displayed.

3. In the Formatting area, select Ignore colors specified on Web pages ,and

click OK.

4. In the Internet Options dialog box, click OK to exit the dialog box.

Parent topic: FAQ

5.1.1.6.4 No Response When Clicking the Menu

Bar on the LMT

When you use the browse for LMT log in, there is no response or a script error

dialog box is displayed. To be specific, when you click the menu bar or buttons,

or right-click the web page, there is no response or a dialog box is displayed,

indicating a script error, for example, Permission Denied or Access Denied. In

this case, check the proxy settings of the browser.

Context

Do not change the settings of Internet Explorer when the LMT is in use. Set the

proxy server before you log in to the LMT.

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Procedure

1. Open Internet Explorer, and choose Tools > Internet Options from the menu

bar. The Internet Options dialog box is displayed.

2. On the Connections tab page, click LAN Settings. The LAN Settings dialog box

is displayed.

3. In the Proxy server area, select Use a proxy server for your LAN (These

settings will not apply to dial-up or VPN connections). Enter the IP address

and port number of the proxy server in the corresponding boxes, and then

click Advanced. . The Proxy settings dialog box is displayed.

4. In the Exceptions area, enter the IP address of the vUSN for local

maintenance in the text box. The default IP address is 192.168.0.49. Then,

click OK and close the Internet Options dialog box.

Parent topic: FAQ

5.1.1.6.5 How to Rectify Errors That Occurr

While Saving a File

If the function of saving operation results is configured when you first log in

to the LMT, the system may display an error message during result file saving.

In this case, the file size is zero bytes.

Procedure

1. Choose Start > Control Panel. In Control Panel, click Java. The JAVA Control

Panel is displayed.

NOTE:

If you do not see the Java item in Control Panel, switch to another view.

2. In Java Control Panel, click the Advanced tab. On the displayed tab page,

choose Java Plug-in > Enable the next-generation Java Plug-in (requires

browser restart) in the Settings navigation tree, and then click OK.

3. Restart the LMT.

Parent topic: FAQ

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5.1.1.6.6 What Do I Do to Avoid the Failure to

Explorer Security Level

In Windows Server 2003 or Windows Server 2008, Internet Explorer blocks Web

programs on sites that are not in the trusted site list to improve system

security. As a result, you may fail to log in to the LMT.

Context

According to acceptable Internet Explorer security levels, there are the

following two solutions:

 If lowering Internet Explorer security level on the Windows server is

unacceptable, you can add the LMT site to the trusted site list of Internet

Explorer using a configuration startup script. The system automatically loads

the script and configures Internet Explorer after a user logs in.

 If lowering Internet Explorer security level on the Windows server is

acceptable, you can remove Internet Explorer Enhanced Security Configuration,

a Windows component.

Procedure

 To set a configuration startup script, perform the following steps:

1. Create a configuration startup script.

Enter the following script contents in a notepad and save it as an IE-

unset.bat file.

@echo off

setlocal ENABLEDELAYEDEXPANSION

set uu="HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Internet Settings"

reg add %uu% /v EnableHttp1_1 /t REG_DWORD /d "1" /f >nul

reg add %uu% /v ProxyHttp1.1 /t REG_DWORD /d "1" /f >nul

setlocal ENABLEDELAYEDEXPANSION

set uu="HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Internet

Settings\ZoneMap\EscRanges\Trust"

reg add %uu% /v :Range /t REG_SZ /d "10.141.149.193" /f >nul

reg add %uu% /v http /t REG_DWORD /d "2" /f >nul

reg add %uu% /v https /t REG_DWORD /d "2" /f >nul

NOTE:

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 The IE-unset.bat script file enables the system to automatically add a site to the

trusted site list of Internet Explorer.

 You can modify the file when required, for example, change 10.141.149.193 in reg

add %uu% /v :Range REG_SZ /d "10.141.149.193" /f >nul to the IP address of the network

element to be visited. The Trust field in

 The Trust field in

HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Internet

Settings\ZoneMap\EscRanges\Trust can be named as required.

2. Load the startup script.

 If the LMT runs on a Windows server, perform the following steps to set

the script:

a. Log in to the Windows server with an administrator account, and

choose Start Run.

b. Enter gpedit.msc in the displayed dialog box, and click OK. The

Group Policy Object Editor dialog box is displayed.

c. In the displayed dialog box, choose User Configuration Windows

Settings Scripts(Logon/Logoff), and double-click Logon.

d. Click Show Files and copy the created script to the displayed folder.

Then, close the dialog box displaying the folder.

e. Click Add. The Add a Script dialog box is displayed.

f. Click Browse to select the created script and click OK.

g. Click Apply and verify that the script is loaded successfully

 If the LMT runs on a Citrix Farm network, perform the following steps to set

the script:

1. Log in to the primary or secondary Citrix domain control server with an

administrator account, and choose StartProgramsAdministrative ToolsActive

Directory Users and Computer. Select an organization unit such as OSS and

right-click Properties. Click the Group Policy tab in the displayed dialog

box, and click Newon the displayed tab page to create a group policy

object.

NOTE:

You can rename the group policy object as required.

2. Select the created group policy object and click Edit. In the displayed

dialog box, choose User ConfigurationWindows SettingsScripts(Logon/Logoff),

and double-click Logon. The Logon Propertiesdialog box is displayed.

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3. Click Show Filesand copy the created script to the displayed folder. Then,

close the dialog box displaying the folder.

4. Click Add. The Add a Scriptdialog box is displayed.

5. Click Browseto select the created script and click OK.

6. ClickApply and verify that the script is loaded successfully.

 To remove Internet Explorer Enhanced Security Configuration, perform the

following steps:

1. Choose StartControl Panel Add or Remove Programs. In the displayed dialog

box, select Internet Explorer Enhanced Security Configuration.

2. Click Details. In the displayed dialog box, clear For administrator groups

and For all other user groups.

3. Click OKand then Nextto remove Internet Explorer Enhanced Security

Configuration. After the removal is completed, click Finish.

4. Restart Internet Explorer to make the settings take effect.

Parent topic: FAQ

5.1.1.6.7 What Do I Do to Handle the Slow

Redirection When Logging in to the LMT

When the LMT uses Internet Explorer, the redirection is slow when you log in to

the LMT, that is, the explorer remains blank for more than 15 seconds after you

enter the vUSN IP address in the address box of Internet Explorer and before the

explorer displays a security warning. This section describes how to solve the

problem.

Prerequisites

 The LMT directly communicates with the eAN3810A.

 You log in to the LMT in HTTPS mode.

 The operating system is Microsoft Windows 2003.

Context

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In HTTPS mode, the interface will be redirected to HTTPS after you enter the IP

address in the address box of Internet Explorer. After you log in to the LMT in

HTTPS mode, Windows visits the Microsoft website and updates the trusted root

certification list until the update succeeds or expires. In this period, the

certification authentication in HPPTS mode is slow. Generally, when you use the

LMT to visit the eSE, you are on the Intranet but not the Internet. You can

accelerate the visit to the LMT by disabling this function.

Procedure

1. Click Start Control Panel. The Control Panel is displayed.

2. In Control Panel, click Add or Remove Programs. The Add or Remove Programs

window is displayed.

3. In the Add or Remove Programs window, click Add/Remove Windows Components.

The Windows Components Wizard window is displayed.

4. In the Components area of the Windows Components Wizard window, clear the

Update Root Certificates check box.

5. Click Next. The system automatically performs the configuration.

6. After the configuration is complete, click Finish.

Parent topic: FAQ

5.1.1.6.8 What Do I Do to Handle the LMT

Interface Disorder

When the LMT uses Internet Explorer 8 or 9, the LMT interface may be displayed

in disorder. In this case, manually set the compatibility views of Internet

Explorer before logging in to the LMT. This section describes the setting method.

Prerequisites

 Internet Explorer 8 or 9 is used.

 The LMT interface is displayed in disorder.

Procedure

1. Open Internet Explorer. Choose Tools Compatibility View Settings. The

Compatibility View Settings dialog box is displayed.

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2. In the Add this website text box, enter the IP address of the network

element (NE), for example, 10.147.212.161. Click Add. Select the Display all

websites in compatibility view check box and click Close.

3. The LMT interface is displayed in order after you log in to the LMT again.

Parent topic: FAQ

5.1.1.6.9 What Do I Do to Handle the Unknown

Error Occurring on LMT Interface or the MML

Command Execution Failure After a Browser

Upgrade

After Internet Explorer 6 is upgraded to Internet Explorer 8 or 9, some cached

files cannot be cleared, an unknown error occurs on the LMT main window, or the

system displays a message indicating an MML configuration file parsing failure

when an MML command is executed. To solve the problem, manually clear the cache

and cookies in Internet Explorer.

Procedure

1. Open Internet Explorer 8 or 9, and choose Tools Internet Options from the

menu bar. The Internet Options dialog box is displayed.

2. On the General tab page, click Delete in the Browsing history area. The

Delete Browsing History dialog box is displayed.

3. Clear the Preserve Favorites website data check box, select the Cookie and

Temporary Internet files check boxes, and click Delete.

4. Close the Delete Browsing History dialog box.

5. On the General tab page, click Settings in the Browsing historyarea. The

Temporary Internet Files and History Settings dialog box is displayed.

6. Click View objects and delete all displayed files.

7. Close the displayed window and the Internet Options dialog box.

Parent topic: FAQ

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5.1.1.6.10 What Do I Do to Handle the Interface

Display Failure or Error Message Displayed on

the LMT

An exception occurs in the login dialog box, a page cannot be properly displayed,

or an error message indicating that an error on the web page may cause the LMT

to malfunction is displayed in Internet Explorer.

Context

If Internet Explorer is upgraded or the buffer of Internet Explorer is

insufficient, Internet Explorer cannot obtain new files from the eAN3810A after

the eAN3810A is upgraded. The Internet Explorer obtains files about the eAN3810A

in the original version from the buffer, causing information inconsistency.

Procedure

 Internet Explorer

1. Open Internet Explorer, and choose Tools Internet Options from the menu

bar. The Internet Options dialog box is displayed.

2. On the General tab page, click Delete in the Browsing history area. The

Delete Browsing History dialog box is displayed.

3. Clear the Preserve Favorites website data check box, select the Cookie and

Temporary Internet files check boxes, and click Delete.

4. Close the Delete Browsing History dialog box.

5. On the General tab page, click Settings in the Browsing history area. The

Temporary Internet Files and History Settings dialog box is displayed.

6. Click View objects and delete all displayed files.

7. Close the displayed window and the Internet Options dialog box.

 Firefox

1. Open the Firefox browser, and choose Tools Clear Private Data from the

menu bar.

2. In the displayed Clear Private Data dialog box, select the Cache, Cookies,

and Offline Website Data check boxes, and click Clear Private Data Now.

Parent topic: FAQ

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5.1.1.6.11 A "This user session already exists"

Error Message Is Displayed During LMT Login

If a "xxx" message is displayed when you attempt to log in to the LMT, solve the

problem by following the handling procedure described herein.

Context

To improve the system security, the browser on the LMT PC uses cookies to save

session information about the users who have successfully logged in to the LMT.

The mechanism of using cookies to save session information causes the following

problems:

 When a user attempts to open another LMT for an NE after successfully logging

in to an LMT for the same NE, a message indicating that the user session

exists is displayed. This problem occurs because Internet Explorer 8 or 9 and

Firefox browsers use the session sharing mechanism. All browser windows

opened by the same user share a session. When the LMT for an NE is opened

again, the browser regards the login as repeated login with the same user

session. In Internet Explorer 6 or 7, each browser window uses an independent

session, and the preceding problem does not occur.

 The message indicating that the user session exists is displayed although the

user did not attempt to perform the operation described in the preceding

problem. This problem occurs when the LMT is exited unexpectedly. After the

unexpected exit, the cookie saving the login session information is still

valid. As a result, when the user logs in to the LMT again, the browser

regards the login as repeated login with the same user session. The LMT may

be unexpectedly exited if the browser becomes faulty whereas the LMT is being

used or when the pop-up blocker of the browser is enabled.

Procedure

 To address the first problem:

1. In the menu bar of Internet Explorer, choose FileNew Session to open a new

Internet Explorer window. Use this newly opened window to log in to the

LMT.

NOTE:

This method applies only to Internet Explorer 8 or 9. If the Firefox browser is used,

only one LMT can be opened for an NE.

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 To address the second problem:

1. Close all browser windows so that all session information becomes invalid.

2. If the pop-up blocker is enabled in the browser, disable it.

3. Restart the browser, and log in to the LMT again.

Parent topic: FAQ

5.1.1.6.12 How to Install OS Patches

If the LMT runs the Microsoft Windows 2003 operating system (OS), the security

patch KB938397 must be installed.

Context

Patch KB938397 rectifies the problem that the Windows operating system does not

support SHA256.

Procedure

1. Choose Start > Control Panel. The Control Panel is displayed. Double-click

Add or Remove Programs in the displayed window. The Add or Remove Programs

dialog box is displayed.

2. In the displayed Add or Remove Programs dialog box, select Show updates.

Check whether patch KB938397 is present in the list of Currently installed

programs.

 If the patch is present in the list, contact Huawei technical support.

 If the patch is not present in the list, go to 3.

3. Download the security patch.

Parent topic: FAQ

5.1.1.6.13 What Do I Do if Tracing Function

Cannot Be Used?

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Tracing function cannot be used after a successful login to the LMT, and an

error message is displayed.

Context

The error message is shown in Figure 1. After clicking Details, detailed error

information is displayed. You need to correct the error based on the error type.

Figure 1 The error message dialog box

 If the java.lang.ClassNotFoundException error is displayed, perform steps 1

and 2.

Figure 2 java.lang.ClassNotFoundException error

 If the netscape.javascript.JSException error is displayed, perform 3.

Figure 3 netscape.javascript.JSException error

 If this problem occurs in Citrix Farm networking, you need to perform related

steps on the Citrix Farm server rather than on the local PC. If you have no

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permission to log in to the Citrix Farm server, you cannot directly access

Windows Control Panel on the Citrix Farm server. To access it, right-click

the Java icon on Windows system tray on the local PC and choose Open Control

Panel from the short-cut menu. The following figure shows the window:

Figure 4 Opening control panel

 This problem is caused by a Java defect. For details about this defect, visit

http://bugs.sun.com/bugdatabase/view_bug.do?bug_id=6967414.

Procedure

1. Enable the next-generation Java plug-in again.

a. Open Control Panel in the Windows operating system and double-click Java.

The Java Control Panel dialog box is displayed. In the Java Control Panel

dialog box, click the Advanced tab, clear Enable the next-generation Java

Plug-in (requires browser restart) under Java Plug-in and click OK.

b. Select Enable the next-generation Java Plug-in (requires browser restart)

by referring to 1.a and click OK.

c. Restart the browser to enable the new setting to take effect.

2. Delete temporary Java files.

If this problem persists after performing 1, delete temporary Java files.

a. Open Control Panel in the Windows operating system and double-click Java.

The Java Control Panel dialog box is displayed.In the displayed Java

Control Panel dialog box, click Setting, as shown in Figure 5.

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Figure 5 Checking the amount of disk space set for storing temporary files

b. Check the amount of disk space used for storing temporary Java files in

the directory where temporary Java files are saved. If this amount is

greater than the preset one, delete folders in this directory manually or

by clicking Delete Files shown in the figure above.

NOTE:

Before deleting folders in this directory, close all running LMT clients.

c. Log in to the LMT again to check whether this problem is solved.

3. Install Windows operating system patch KB960714, for more details please see

How to Install OS Patches.

If this problem cannot be solved by performing the above steps, uninstall

and reinstall Java.

Parent topic: FAQ

5.1.1.6.14 What Do I Do If There Is No Response

or Any Error Message After a Tracing Task Is

Created

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Some time after a successful login to the LMT, after a tracing task is created,

the task page is not opened. There is no response or any error message. The NE

task list shows that this task has been successfully created. Or right-click in

the message browsing window and choose save messages, the Save dialog box is not

displayed. If you open a new browser and log in to the LMT again, the task

nevertheless can be successfully created. If either of the previous problems

occurs, perform the following operations.

Procedure

1. Open Control Panel in the Windows operating system and double-click Java.

The Java Control Panel dialog box is displayed.

2. In the displayed Java Control Panel dialog box, click the Advanced tab.

 If the Java plug-in of version 1.6 is installed, choose Security >

SecurityMixed code (sandboxed vs. trusted) security verification, and

select Disable verification (not recommended).

 If the Java plug-in of version 1.7 or 1.8 is installed, choose

SecurityMixed code (sandboxed vs. trusted) security verification, and

select Disable verification (not recommended).

3. Close all browsers and log in to the LMT again.

Parent topic: FAQ

5.1.1.6.15 How to Handle the Problem That Only

the Error Code Is Displayed in an Error Message

After a Tracing Task Is Created

Messages related to base station errors have been configured. However, the local

maintenance terminal (LMT) displays only the error code rather than the error

message when a base station error occurs. If the previous problem occurs,

perform the following operations:

Procedure

1. Open Control Panel in the Windows operating system and double-click Java.

The Java Control Panel dialog box is displayed.

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2. In the displayed Java Control Panel dialog box, click the Advanced tab,

choose SecurityMixed code (sandboxed vs. trusted) security verification ,

and select Disable verification (not recommended).

3. Close all browsers and log in to the LMT again.

Parent topic: FAQ

5.1.1.6.16 Any Further Operation Performed

When Some LMT Web Pages Fail to Update

Causes the Web Pages to Turn Blank

Some LMT Web pages fail to update when executes man-machine language (MML)

commands, manages alarms and events or traces messages is in use. Any further

operation causes the Web pages to turn blank. If you restart the function, the

Web page returns to normal. To prevent this problem, perform the following

operations to add an environment variable.

Procedure

1. On the LMT PC, select My Computer and right-click Properties from the

shortcut menu. The System Properties dialog box is displayed.

2. In the System Properties dialog box, click the Advanced tab and click

Environment Variables. The Environment Variables dialog box is displayed.

3. In the Environment Variables dialog box, click New. The New User Variable

dialog box is displayed. In the New User Variable dialog box, set Variable

name to JPI_PLUGIN2_NO_HEARTBEAT and Variable value to 1. Then click OK.

4. In the Environment Variables dialog box, click OK.

5. In the System Properties dialog box, click OK to finish adding the

environment variable.

Parent topic: FAQ

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5.1.1.6.17 How to Handle the LMT Exit After

Clicking Trace, Monitor, or Device Maintenance

Tab in Window 7

When you have successfully logged in to the LMT, the interface is redirected to

the other interface if you click the MML, Alarms/Event, or Trace tab. A few

seconds after the redirection, the interface is automatically redirected to the

Context

The IERationalEnabler Class plug-in is installed in Internet Explorer when test

tools, such as IBM Rational Functional Tester (RTF), are installed in the PC.

The problem can be resolved by disabling the plug-in.

Procedure

1. Choose ToolsInternet from the menu bar of Internet Explorer.

The Internet dialog box is displayed.

2. Click Manage Add-ons on the Programs tab page.

The Manage Add-ons dialog box is displayed.

3. Choose Toolbras and Extensions in the Add-Ins navigation tree. Click

IERationalEnabler Class on the right of the dialog box and disable the plug-

in.

4. Close all the opened Internet Explorer and log in to the LMT again.

Parent topic: FAQ

5.1.1.6.18 How to Handle Exceptions in the LMT

Due to Insufficient PC Memory

If the memory space for the local maintenance terminal (LMT) PC is insufficient,

exceptions occur when the LMT runs on the PC.

Context

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When a PC has been running for a long time or multiple programs occupying huge

memory space are running on the PC, memory usage of the PC almost reaches 100%.

In this case, if the LMT starts, the PC cannot allocate sufficient memory space

to the LMT, and exceptions occur, such as slower user interface (UI) response

and unavailability of tracing functions.

Mappings between the PC memory and the number of LMT clients that can

simultaneously start on the PC are as follows:

 On a PC of 4 GHz memory, 32 LMT clients can simultaneously start.

 On a PC of 2 GHz memory, 16 LMT clients can simultaneously start.

 On a PC of 1 GHz memory, eight LMT clients can simultaneously start.

 On a PC of 512 MHz memory, four LMT clients can simultaneously start.

NOTE:

The preceding mappings are obtained when no other software is running on the PC and only basic

functions, such as MML, alarm, and device panel, are used on the LMT. When other functions are

running on an LMT such as tracing, the LMT will consume over 50 MHz memory on the PC. Therefore,

fewer LMT clients can simultaneously start on the PC.

Procedure

1. Log off or restart the PC, or stop programs occupying huge memory space.

2. Log in to the LMT again.

Parent topic: FAQ

5.1.1.6.19 Interfaces for Performing Tracing Task

Blinking

Interfaces for performing tracing task blink.

Context

Java Applet in the IE browser is incompatible with HTML elements when they are

stacked together. As a result, interfaces (stacked in the Java Applet) for

performing tracing task blink. This problem does not affect the function but

deteriorates user experience.

Procedure

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 To avoid this problem, use the following methods:

1. This problem occurs only on the IE browser. Use the Firefox browser to

avoid this problem.

2. This problem occurs only on Java later than the version of 1.6.21. Visit

www.oracle.com and download Java SE Runtime Environment 6u21 or an earlier

version to avoid this problem.

Parent topic: FAQ

5.1.1.6.20 How to Handle Shortcut Key

Invalidation

Shortcut keys are defined on the LMT. When logging in to the LMT through a web

page, you may fail to use the corresponding function by pressing a shortcut key.

In this case, the shortcut key becomes invalid. For example, you cannot stop

pinging by pressing Ctrl+Q in the MML Command window. This is because the same

shortcut key is preferentially used by another running program on the PC, which

leads to a shortcut key conflict.

Procedure

1. Check all running programs on the PC. Find the program using the same

shortcut key settings as the LMT.

2. Modify the program shortcut key settings which are the same as those on the

LMT or stop the program when you use the LMT.

Parent topic: FAQ

5.1.1.6.21 What Do I Do If A Message "Stop

running this script?" Is Displayed?

This section describes how to solve the problem that a message "Stop running

this script?" is displayed during script execution on the LMT.

Context

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When it takes a long time to execute certain scripts, you are prompted with the

message "Stop running this script?", indicating whether to continue the script

execution.

To solve this problem, download the file at

http://download.microsoft.com/download/5/9/5/595D11B8-A0FD-4EA0-BF0D-F113258FC28A/MicrosoftFixit50403.msi.

Procedure

1. Install the downloaded file.

2. Restart the computer, and then log in to the LMT to check whether this

problem has been solved.

Parent topic: FAQ

5.1.1.6.22 The Internet Explorer Fails to Respond

or the Login Window Is Displayed After the LMT

Is Running for a While or Multiple Functions Are

Concurrently Enabled on the LMT

The Internet Explorer fails to respond or the login window is displayed after

the LMT is running for a while or multiple functions are concurrently enabled on

the LMT. Solve the problem by using the method described in the procedure part.

Context

If the LMT installed with multiple network adapters, the problem mentioned above

may occur. For Internet Explorer's failing to respond, the check result of the

task manager shows that the virtual memory occupied by the Internet Explorer

process exceeds 1 GHz. For the displayed login window, the check result of the

task manager shows the Internet Explorer progress for the LMT window has been

abnormally closed. In this case, the automatic recovery mechanism of the

Internet Explorer displays the last access webpage when you open the Internet

Explorer again.

Procedure

 Log in to the LMT through a Firefox browser. The Firefox browser versions

30.X or later are supported.

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 If the LMT is running Windows 7, log in to the LMT through Internet Explorer

8.0 or later.

Parent topic: FAQ

5.1.1.6.23 A Message checking client

environment... Is Displayed on the Login

Window and the browser Does Not Respond

During the login to the WebLMT, a message "checking client environment..." is

displayed on the login window and the browser does not respond and has to be

forcibly closed. In this case, solve the problem by using the method described

in the procedure part.

Context

After the WebLMT is started, the software environment of the client is checked,

including the versions and basic settings of Java applications, Adobe Flash

Player, and browser. If the browser does not respond, faults occur on the

software.

Procedure

1. If all the preceding software settings are correct, uninstall all Java

applications on the client by performing the following steps:

a. Choose Start > Control Panel. The Control Panel is displayed. Double-

click Add or Remove Programs in the displayed window. The Add or Remove

Programs dialog box is displayed.

b. Right-click the Java application and choose Uninstall.

c. Remove the registry entry HKEY_CURRENT_USER\Software\JavaSoft and

HKEY_LOCAL_MACHINE\SOFTWARE\JavaSoft.

d. Remove files under the C:\Program Files\Java directory.

e. Install the Java application of the recommended version that can be

obtained from http://java.com/.

2. After Java applications are successfully installed, log in to the WebLMT

again.

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3. If the problem persists, download and then reinstall Adobe Flash Player of

the latest version.

Parent topic: FAQ

5.1.1.6.24 LMT Login Window Being Stopped by

the Browser

The LMT login window is stopped by the browse, and the login stills fails even

though the user selects Allow popups. To solve the problem, perform the

following steps:

Procedure

 IE browser

1. Choose Tool > Internet Options on the tool bar of the IE browser. The

Internet Options dialog box is displayed.

2. On the Privacy tab page, clear Turn on Pop-up Blocker in the Pop-up

Blocker pane. Or, select Turn on Pop-up Blocker, and click Settings to add

allowed websites.

3. Click OK. Close the browser and log in to the LMT again.

 FireFox browser

1. Choose Tool > Options on the tool bar of the FireFox browser. The Options

dialog box is displayed.

2. On the Content tab page, clear Block popup windows. Or, select Turn on

Pop-up Blocker, and click Exceptions to add allowed websites.

3. Click OK. Close the browser and log in to the LMT again.

Parent topic: FAQ

5.1.1.6.25 The Application Blocked by Security

Settings Dialog Box Is Displayed When executes

man-machine language (MML) commands,

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manages alarms and events, traces messages Is

Enabled

After the JRE is installed or upgraded, the Application Blocked by Security

Settings dialog box is displayed when the tab page related to executes man-

machine language (MML) commands, manages alarms and events, traces messages is

open. Click OK, and the The application cannot be run dialog box is displayed,

indicating that the executes man-machine language (MML) commands, manages alarms

and events, traces messages function is unavailable.

Context

A function is introduced to the JRE later than Java 1.7. 10 to control when and

how to run untrusted Java applications contained in a web page. The untrusted

Java application refers to an application with digital signature applied by an

unknown issuer or without a certificate issued by a trusted certificate

authority. The default security level is set to High, indicating that the

untrusted Java applications will be blocked.

Procedure

1. Reconfigure the Java security level or add Exception Site List.

 On the Control Panel page, click Java. In the displayed Java Control Panel

dialog box, click Security. On the displayed Security tab page, select

Enable Java content in the browser, set Security Level to Medium, and then

click Apply.

NOTE:

The step applies only to the JRE 1.7 or an earlier version.

 Alternatively, click Edit Site List on the Security tab page in the Java

Control Panel dialog box to add the sites accessing the LMT to the site

list. If this method is used, the Java security level does not need to be

reconfigured. For the sites added in the site list, mark whether the

access to the LMT through HTTPS or HTTP. For example, https://10.20.198.33

or http://10.30.192.60.

2. Specify Enable the next-generation Java Plug-in(requires browser restart).

a. In the Java Control Panel dialog box, click Advanced. On the displayed

Advanced tab page, select Java Plug-in, clear Enable the next-generation

Java Plug-in(requires browser restart), and then click OK.

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b. Select Enable the next-generation Java Plug-in(requires browser restart)

according to operations in step 2.a, and click OK.

c. Restart the browser to make the settings take effect.

Delete temporary Java files.

. In the Java Control Panel dialog box, click General. On the displayed

General tab page, click Settings. The Temporary Files Settings dialog box

is displayed.

a. Close all running LMT windows and click Delete Files.

language (MML) commands, manages alarms and events, traces messages

functions, select I accept the risk and want run this application on the

displayed Do you want run this application? dialog box and click Run. If the

Allow access to the following application from this web site? dialog box is

displayed, click Allow.

Parent topic: FAQ

5.1.1.6.26 Help for Installing and Using the Java

Plug-in

The Java plug-in used by LMT modules, including executes man-machine language

(MML) commands, manages alarms and events, traces messages, is the Java runtime

environment(JRE). You need to install the Java plug-in before using these

modules. You can try the following methods to solve problems about installing or

using Java plug-in.

Context

When a user logs in to the LMT, it checks the version of the installed java

plug-in. The following problems may occur when a user logs in to or use the LMT:

1. A tooltip with the message "java plug-in is not found" is displayed on the

2. A tooltip with the message "please download and install the recommended Java

plug-in" is displayed on the login interface.

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3. LMT modules, including executes man-machine language (MML) commands, manages

alarms and events, traces messages, cannot be used even after the java plug-

in of a recommend version is installed.

Procedure

 For the first problem, perform the following steps to check whether the java

plug-in is successfully installed:

1. On the windows system, click StartRun, enter CMD in the text box, and

press the Enter key. Enter java -version in the run window and press the

Enter key to view the current java plug-in version.

NOTE:

You can log in to the LMT even if the Java plug-in is not installed, but LMT modules,

including executes man-machine language (MML) commands, manages alarms and events, traces

messages cannot be used. You can obtain the Java plug-in from the official website of

Java.

2. If Java plug-ins of multiple versions are installed on the computer, the

current active Java plug-in version can be viewed on the Java control

panel. Select Control PanelJava, and click the Java icon to display the

Java control panel. Select the Java tab page, click View, and click the

User tab page in the displayed window to view and select the Java plug-in

version.

NOTE:

You may view the Java plug-in version on the Java control panel even when this plug-in

has been uninstalled. Therefore, ensure that the selected Java plug-in version is

available.

When Java plug-ins of more than one version are installed on the computer, they may be

incompatible. You are advised to uninstall the java plug-ins of versions that are not

required and use the recommend version. You can install or uninstall Java plug-ins on the

Windows control panel.

3. If the Java plug-in is successfully installed and you are using the IE

browser, you can ignore the tooltips and continue using the LMT. You can

also try to clear the tooltips using the following methods:

 If you are using IE browser, choose ToolsManage Add-ons. In the

displayed window, click Toolbars and Extensions, select All add-ons in

the Show combo box and ensure that the plug-ins Deployment Toolkit and

isInstalled Class are enabled.

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 If you are using Firefox browser, open the Add-ons window, select the

Plugins tab page, and ensure that the installed Java plug-in is enabled.

 Restart the browser, and log in to the LMT again.

NOTE:

If the Java plug-in is enabled in the IE browser and the tooltips still exist, choose

ToolsInternet Options , select the Advanced tab page, and click Reset.

 The second problem indicates that you have installed a Java plug-in not

supported by the LMT. You can continue using the LMT, but some modules,

including executes man-machine language (MML) commands, manages alarms and

events, traces messages, may become abnormal. You are advised to install the

Java plug-in of a recommended version.

NOTE:

The Java plug-in of version 1.8.0_65 is recommended for the OneAir LMT.

When a Java plug-in of a later version has been installed, a java plug-in of an earlier

version installed afterward will not be activated. Tooltips with the message "please download

and install the recommended Java plug-in" will also be displayed on the login interface even

if the earlier version is supported by the LMT. If you need to activate the Java plug-in

version of the earlier version, first uninstall the one of the later version.

 As for the third problem, the Java applet is forbidden by default because the

security is enhanced in JRE 1.7. Some tooltips will also be displayed before

the applet is executed. You can try the following methods to solve this

problem:

 Click the Java icon in the Windows control panel and select the Security

tab page in the Java control panel. Set Security Level to Medium or add the

current website to Exception Site List.

 If JRE 1.6 and JRE 1.7 are installed simultaneously on the computer. A

dialog box may be displayed for selecting the appropriate Java plug-in

version to execute the applet.

 If the Application Blocked by Security Settings dialog box is displayed, or

an error message is displayed on the LMT interface, you can reconfigure

Java security level or Exception Site List.

 When other exceptions occur, you can try to delete temporary java files.

Open the Java Control Panel dialog box, select the General tab page, and

click Settings. The Temporary Files Settings dialog box is displayed. Close

all running LMT windows and click Delete Files.

Parent topic: FAQ

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5.1.1.6.27 What Do I Do If the Message Your Java

version is out of date Is Displayed?

If you are prompted that Your Java version is out of date when logging in to the

WebLMT, follow the instructions provided in this session.

Context

The JRE installed on the computer is not up-to-date and an update to the latest

version is recommended by Java. To ensure that the WebLMT works properly, it is

good practice to perform the procedure described below.

Procedure

1. In the Your Java version is out of date dialog box, select the Do not ask

again until the next update is available check box.

2. Click Later.

Parent topic: FAQ

5.1.1.6.28 How to Configure Wireless NIC on a

Computer

To connect a computer to a local wireless access point device, ensure that the

computer is configured with a WLAN wireless network interface card (NIC). Before

connecting the computer to a local wireless access point device, configure WLAN

wireless NIC by following the instructions below.

Context

This section uses a laptop configured with a wireless NIC and running Window 7

as an example.

Procedure

1. Click Start, select Control Panel.

2. Perform the following operations according to the value of View by:

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 If Category is selected, click Network and Internet. In the displayed

window, click Network and Sharing Center.

 If Large icons or Small icons is selected, click Network and Sharing

Center.

3. Click Change adapter settings.

4. In the display windows, right-click wireless and choose Properties.

A wireless Properties dialog box is displayed.

5. On the Networking tab page, double-click Internet Protocol Version

4(TCP/IPv4).

The Internet Protocol Version 4(TCP/IPv4) Properties dialog box is displayed.

6. On the General tab page, choose Use the following IP address. In IP address,

enter an IP address, which is in the same network segment together with the

default maintenance IP address of the base station. For example, 192.168.1.2.

In Subnet mask, enter 255.255.255.0, In default gateway, enter 192.168.1.1.

NOTE:

 For the purpose of security, the IP address of the wireless NIC must be manually

configured in this step.

 The default maintenance IP address of the base station is 192.168.1.49.

 IP address mentioned in step 5 cannot be set to 192.168.1.49.

7. On the wireless tab page, check for the SSID. If the SSID is not found,

click on the right side.

8. Choose the SSID, such as HID_9TAB198910, and then click Connect on the

bottom.

NOTE:

The SSID of the local wireless access point device is in the format of

HID_XXXXXXXXXX

9. If the status of the wireless network is Connected, and the ping

192.168.1.49 command is successfully executed, the terminal successfully

connects to the wireless network.

Parent topic: FAQ

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5.1.1.6.29 Ghosting Occurring on the WebLMT

Window That Is Opened Using an IE11 Web

Browser

When an IE11 web browser is used for WebLMT access, ghosting occurs on the

WebLMT window, causing overlapping contents. In this case, install the Microsoft

official patch: IE11-Windows6.1-KB2929437-x64.msu.

Procedure

1. Download the patch IE11-Windows6.1-KB2929437-x64.msu at the following

website:

2. Install the patch.

3. Restart the computer and log in to the WebLMT again after the patch takes

effect.

Parent topic: FAQ

Huawei Technologies EAN3810A eLTE-U Airnode User Manual

Huawei Technologies Co.,Ltd eLTE-U Airnode Users Manual

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