Huawei Technologies EAN3810A eLTE-U Airnode User Manual Deployment Guide

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Document Title	Deployment Guide
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eAN3810A
V100R001C00
Deployment Guide
Issue
01
Date
2017-04-30
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2016. All rights reserved.
No part of this document may be reproduced or transmitted in any form or by any means without prior
written consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective
holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and
the customer. All or part of the products, services and features described in this document may not be
within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements,
information, and recommendations in this document are provided "AS IS" without warranties, guarantees or
representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the
preparation of this document to ensure accuracy of the contents, but all statements, information, and
recommendations in this document do not constitute a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd.
Address:
Huawei Industrial Base
Bantian, Longgang
Shenzhen 518129
People's Republic of China
Website:
http://www.huawei.com
Email:
support@huawei.com
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eAN3810A Deployment Guide
About This Chapter
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
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
Organization
1.1 Site Deployment Overview
With site deployment, data is planned, delivered, and activated on a per eAN3810A, MicroSD
card commissioning and MML can be used.
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1.2 MicroSD Card Site Deployment
1.3 MML Site Deployment
1.1 Site Deployment Overview
With site deployment, data is planned, delivered, and activated on a per eAN3810A, MicroSD
card commissioning and MML 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 1-1 shows the procedures for site deployment in this document.
Figure 1-1 Site deployment in this document
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1.
Network planning: Plan deployment solutions based on network conditions. These
include: Networking solution, Transmission solution and Parameter planning.
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, query deployment results, and verify services.
1.2 MicroSD Card Site Deployment
1.2.1 Micro SD Card 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 1-2 Site deployment process
1.2.2 Deployment Preparation
This section describes the data and files to be prepared for eAN3810A 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.
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 1-3 shows the data configuration process.
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Figure 1-3 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
customizing a summary data
file
A large number of base
stations need to be
deployed, and their planned
data differs greatly from
data of existing base
You can obtain ranges of
MOs and parameters in the
summary data file by
specifying MOCs in the
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Base Station Creation
Method
Batch base station creation
using the MOC Export
function to generate a
summary data file
Scenario
Remarks
stations.
MOC list.
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.
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 1-1
describes scenario-specific data preparation tables .
Table 1-1 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.
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 1-2describes 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.
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Table 1-2 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:
U2000 client
mode

Start CME functions on the U2000 client in application mode.

Start the CME client directly.
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 Start CME
functions on the U2000 client in traditional mode.
Procedure
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.
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−
Start the CME client directly.
On the Windows desktop, choose Start > All Programs > iManager U2000 MBB
Client.
−
Start CME functions on the U2000 client in traditional mode.
On the Windows desktop, choose Start > All Programs > iManager U2000 MBB
Client.
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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.
c.
i.
Enter the name of the planned data area.
ii.
Select a user group.
Click OK. The CME starts to create the planned data area.
After successfully creating the planned data area, the CME automatically opens it.

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.
Configuring Data on GUIs
This section describes how to initially configure a single base station on GUIs using a default
or user-defined template.
?.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
Station (CME client mode). A dialog box is displayed for you to create base stations.
2.
Set site information.
a.
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Select eAN3810A from the Product type drop-down list.
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b.
3.
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
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.
?.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 1-4.
Figure 1-4 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
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
To add a record, click

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.
in area 2 and set parameters as required.
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.
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.
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.
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.
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.
Procedure
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5.
6.
7.
View data in the base station deployment list, and click Next. The CME starts to verify
data correctness and exports the data.

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.
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.
Click Finish.
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.
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.
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Procedure
1.
Choose Start > Programs > iManager U2000 MBB Client > USB Making and
Protection Tool to start the tool.
Figure 1-5 USB making and protection tool
2.
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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 1-6.
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Figure 1-6 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.
b.
Click
to the right of Precfg file to specify the directory where the
preconfiguration file Precfg.ini is stored.
c.
Click
to the right of Software path to specify the directory where the
software package is stored.
Click Add to add the software package path.
d.
3.
Deselect the Do not copy .csp file option according to the site deployment scenario.
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.
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
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
Software path: mandatory, save path of the files
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Option
Information to Set
the software and
updating configuration
files
decompressed from a specified version software package

Cold patch path: optional, save path of the 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.
4.
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 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.
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Option
Description
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.
5.
6.
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.
Local Path
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
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.
Save all the information to the specified
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.
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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.
7.
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.
8.
Click OK in the dialog box displayed after the SD card is prepared.
9.
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:
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−
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 1-7.
−
One USB for Multiple Sites: Choose Computer > DataCenter(D:) > SD. Copy the
MBTS folder from the SD folder to the SD card. See Figure 1-8.
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
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 1-7 File copy procedure in One USB for One Site mode
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Figure 1-8 File copy procedure in One USB for Multiple Sites mode
10. 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.
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.
Checking the SD Card Port Status
This section describes how to check the SD card port status with MML commands.
Prerequisites

The transmission network is ready.

The eAN3710A is connected to the U2000 or Web LMT.
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Procedure
Step 1 Run the LST MICROSDCARDPORT:; command to verify that the Port Switch parameter
is On.
Step 2 Log in to the U2000 or Web LMT. Run the SET MICROSDCARDPORT command with
the Port Switch parameter set to On.
The default value of Port Switch parameter is On upon factory delivery.
----End
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.
1.2.3 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.
Table 1-3 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:

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If the MicroSD card only stores software, the
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Deployment Mode
Precautions
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
a.
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 "Checking Hardware Installation" in eAN3810A Installation Guide.
b.
Perform the power-on check. For details about how to perform the power-on check,
see section "Power-On Check on the eAN3810A" in eAN3810A Installation Guide.
SD card+U2000-based commissioning
a.
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 "Checking Hardware Installation" in eAN3810A Installation Guide.
b.
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 c.
c.
Perform the power-on check. For details about how to perform the power-on check,
see section "Power-On Check on the eAN3810A" 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
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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.
d.
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 1-4 Mapping between the RUN indicator status and loading status
Loading Status
RUN Indicator Status
The loading succeeds
Slowly blinking (on for 1s and off for 1s)
for more than 1 minute
Loading...
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)

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.
e.
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.
1.2.4 Engineering Verification
This section describes how to complete the eAN3810A commissioning task, view deployment
results, and verify services.
Viewing Deployment Results at Sites
This section describes how to view deployment results at sites based on indicator status.
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 1-5
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Table 1-5 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.
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
eAN3810A to the U2000 within 30 minutes. Otherwise, the eAN3810A 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 1-9.
Figure 1-9 Main topology view
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−
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.
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.
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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 1-10 Filter dialog box
2.
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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 1-11 NE dialog box
3.
In the Available Objects area on the left, select NEs in the navigation tree.
Click
click OK.
4.
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to add the selected NEs to the Selected Objects area on the right. Then,
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.
Disabling the SD Card Port
Prerequisites

The transmission network is ready.

The eAN3710A is connected to the U2000 or Web LMT.
Procedure
Step 1 Run the SET MICROSDCARDPORT command with the Port Switch parameter set to Off.
----End
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.
1.2.5 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.
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

Traditional style
Table 1-6describes the differences between the two styles.
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Table 1-6 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.
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.
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.
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 1-7 Directory structure on a MicroSD card
Deployment
Mode
File
Usage
How to
Obtain
Save Path in the
MicroSD Card
Local
deployment by
a MicroSD card
Configuration
file

The
MicroSD
card making
and
protection
tool
MBTS\DeployCfg.
xml
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It specifies
the
deployment
mode and
target
version.
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Deployment
Mode
File
Version
software
package
Cold patch
package
Hot patch
package
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Usage
How to
Obtain

generates
the file
based on the
data in the
deployment
list.
It provides
save paths
and check
codes for:
−
Software
packages
−
Configur
ation files
−
Certificat
es
−
Commiss
ioning
licenses
Software
upgrade
It is used to
apply a cold
patch.
It is used to
apply a hot
patch.
Save Path in the
MicroSD Card
Obtain the
software
package
from
http://suppo
rt.huawei.co
m/enterprise
/.

MBTS\Software

MBTS\Software
\software
version
Obtain the
software
package
from
http://suppo
rt.huawei.co
m/enterprise

MBTS\ColdPatc
h\

MBTS\ColdPatc
h\cold patch
version
Obtain the
software
package
from
http://suppo
rt.huawei.co
m/enterprise

MBTS\HotPatch

MBTS\HotPatch
\hot patch
version
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NOTE
When a MicroSD
card stores software
of different versions,
the save paths are
named by software
version.
NOTE
When a MicroSD
card stores cold
patches of different
versions, the save
paths are named by
cold patch version.
NOTE
When a MicroSD
card stores hot
patches of different
versions, the save
paths are named by
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Deployment
Mode
File
Usage
How to
Obtain
Save Path in the
MicroSD Card
hot patch version.
Precfg.ini
Configuration
file
It specifies the
software to be
loaded.
It is
manually
prepared.
MBTS\Precfg.ini
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.
NOTE
For details about
how to prepare the
Precfg.ini file.

One SD card for
a single site:
MBTS\CFGDA
TA.XML

One SD card for
multiple sites:
SD
card:\MBTS\ES
N\SlotNo.\CFG
DATA.XML
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.
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.

Integrity protection
Context
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
−
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
−
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.
1.
Prepare the directory for files to be protected.
Procedure
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 1-12 Directory structure for files to be protected (single MicroSD card)
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.
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 1-13
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Figure 1-13 USB Protection Settings
4.
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Choose One USB Settings > Set Security Policies. The Set Security Policies dialog
box is displayed.See Figure 1-14
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Figure 1-14 Set Security Policies
a.
In the Output Path area, click
file and then click OK.
to specify a save path for the USBConf.xml
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.
5.
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Click OK.
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 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.
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Figure 1-15 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.
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.

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.
7.
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Click Execute Protect
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8.
−
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.
Ensure that the path for configuration files in the USBConf.xml file is consistent with the save path in
the MicroSD card.
9.
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 1-16
Figure 1-16 Copying the USBConf.xml file
Do not change the directory structure in the folder when files are being copied. Otherwise,
deployments or upgrades using a MicroSD card will fail.
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.
10. (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.
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Option
Description
eAN3810A
MicroSD card:\MBTS\USBConf.xml
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.

Integrity protection
Context

−
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.
1.
Prepare the directory for files to be protected.
Procedure
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 1-17.
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Figure 1-17 USB Protection Settings dialog box
4.
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Choose Multi USB Settings > Set USB Path and Security Policies. The Multi USB
Protection Settings dialog box is displayed. See the following Figure 1-18.
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Figure 1-18 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.
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.
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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.
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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.
9.
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.
Click OK when a dialog box is displayed indicating that the integrity and encryption
protection is completed.

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 1-19 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 1-20 Copying files from the PC to the SD cards
Do not change the directory structure in the folder when files are being copied. Otherwise,
deployments or upgrades using an SD card will fail.
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.
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
Step 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.
Step 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.
Step 3 You can also save all the records by clicking the Save All button on the lower part of the
Alarm/Event tab page.
You can click one record and drag the mouse to select multiple alarms/events.
----End
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1.3 MML Site Deployment
1.3.1 MML Site 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.
Figure 1-21 Site deployment process
1.3.2 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.
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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.
Table 1-8 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
a.
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 "Checking Hardware Installation" in eAN3810A Installation Guide.
b.
Perform the power-on check. For details about how to perform the power-on check,
see section "Power-On Check on the eAN3810A" in eAN3810A Installation Guide.
SD card+U2000-based commissioning
a.
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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 "Checking Hardware Installation" in eAN3810A Installation Guide.
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b.
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 c.
c.
Perform the power-on check. For details about how to perform the power-on check,
see section "Power-On Check on the eAN3810A" 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.
d.
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 1-9 Mapping between the RUN indicator status and loading status
Loading Status
RUN Indicator Status
The loading succeeds
Slowly blinking (on for 1s and off for 1s)
for more than 1 minute
Loading...
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)

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.
e.
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:
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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.
Checking Hardware Installation
eAN3810A hardware installation checking includes hardware and cable installation checking.
Table 1-10 lists the hardware installation checking items.
Table 1-10 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 1-11 lists the check items of the signal cable connection.
Table 1-11 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.
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Table 1-12 lists the checking items for other cable connections.
Table 1-12 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.
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
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 1-22 shows the eAN3810A power-on check procedure.
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Figure 1-22 Power-on check procedure
Checking the Indicator Status
Table 1-13 Checking the indicator status
If...
then...
RUN
Steady white
ETH
Blinking white
WIFI
Off
LINK
Off
The eAN3810A is running
correctly.

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.
1.3.3 Deployment Preparation
This section describes the data and files to be prepared for eAN3810A deployment.
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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.
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.
1.3.4 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
pico/xmlhelp/en-us/lmt/lmt_11.xml.
Context
Table 1-14 lists the data that needs to be planned and collected before the initial configuration.
Table 1-14 Parameter preparation
Categor
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
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Categor
Related Command
Parameter
Name
Value Sample
Description
connection to
the U2000.
S1-C
Interface
IP
ADD SCTPPEER
Peer IPv4
Address
200.100.109.10
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
IP
ADD
USERPLANEPEE
Peer IPv4
Address
200.100.109.10
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 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
90
Indicates the
mobile network
code (MNC) of
the operator.
Frequency band
60
Indicates the
frequency band
in which the cell
operates.
Uplink
bandwidth
CELL_BW_N1
00(20M)
Downlink
bandwidth
CELL_BW_N1
00(20M)
Cell FDD TDD
CELL_TDD
Cell
Paramete
rs
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ADD CELL
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Categor
Related Command
Parameter
Name
Value Sample
indication
Description
the cell.
CELL_FDD
indicates the
FDD mode, and
CELL_TDD
indicates the
TDD mode.
SubframeAssign
ment
SA0
SpecialSubfram
ePatterns
SSP7
Procedure
Step 1 Add NE applications.
1.
Run the ADD APP command to add an NE application.
Set the Application Type parameter to LTE(LTE).
Step 2 Add IP addresses and routes (used for connection to the S1 interface and the U2000).
1.
2.
3.
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.
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.
Run the ADD ROUTE command to add a static IP route.
Step 3 Add local and peer information of the data-plane and control-plane of the S1 interface.
1.
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.
2.
Run the ADD TRANSPORTDEVICE command to add a transport device.
3.
Run the ADD SCTPHOST command to add an SCTP host.
4.
Run the ADD USERPLANEHOST command to add a user-plane host.
5.
Run the ADD SCTPPEER command to add an SCTP peer.
Set the Peer IPv4 Address parameter to S1-C interface IP.
6.
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Run the ADD USERPLANEPEER command to add a user-plane peer.
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Set the Peer IPv4 Address parameter to 200.100.109.109.
Step 4 Add mapping relations required by the S1 interface.
1.
Run the ADD LOGICALPORT2TRPDEV command to add a logical port to a
transport device.
2.
Run the ADD SCTPHOST2TRPDEV command to add an SCTP host to a transport
device.
3.
Run the ADD SCTPPEER2TRPDEV command to add an SCTP peer to a transport
device.
4.
Run the ADD UPHOST2TRPDEV command to add a user-plane host to a transport
device.
5.
Run the ADD UPPEER2TRPDEV command to add a user-plane peer to a transport
device.
Step 5 Add configurations of operators and tracing areas (TAs).
1.
2.
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.
Run the ADD CNOPERATORTA command to add TA configuration information.
Step 6 Add an S1 object.
1.
Run the ADD S1 command to add an S1 object.
Step 7 Add sectors and cell antennas.
1.
Run the ADD SECTOREQM command to add a set of sector equipment.
2.
Run the ADD TXSECTORANTENNA command to add a transmit sector antenna.
3.
Run the ADD RXSECTORANTENNA command to add a receive sector antenna.
Adding an antenna depends on the type of the added cell. Note that the Sector Equipment No. must be
consistent with the previous configurations.
Step 8 Add cell and set sectors and operators for the cells.
1.
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).
−
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.
2.
Run the ADD EUCELLSECTOREQM command to add a set of sector equipment for a
cell.
3.
Run the ADD CELLOP command to add a cell operator.
Step 9 Change the eNodeB ID according to the plan and restart the eNodeB.
1.
Run the MOD ENODEBFUNCTION command to modify an eNodeB function.
2.
Run the RST BTSNODE command to restart the eNodeB.
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Step 10 Activate cells.
1.
Run the ACT CELL command to activate a cell.
Step 11 Connect to the U2000.
1.
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.
----End
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="19
3.168.100.59",IPMASK="255.255.255.0";
ADD
IPINTERFACE:IPINTERFACENO=2,INTERFACEREFTYPE=ETHERNET,INTERFACEREF=0,IPADDRESS="17
2.253.254.59",IPMASK="255.255.255.0";
ADD
ROUTE:ROUTENO=0,DESTIPADDR="200.100.109.0",DESTIPMASK="255.255.255.0",NEXTHOPIP="1
93.168.100.100";
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;
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,UP
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TRANSPORTDEVICENO=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=61
336,ULBANDWIDTH=CELL_BW_N100,DLBANDWIDTH=CELL_BW_N100,CELLID=0,PHYCELLID=115,FDDTD
DIND=CELL_TDD,ROOTSEQUENCEIDX=0,EMERGENCYAREAIDCFGIND=NOT_CFG,UEPOWERMAXCFGIND=NOT
_CFG,SubframeAssignment=SA0,SpecialSubframePatterns=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:;
//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";
1.3.5 Engineering Verification
This section describes how to complete the eAN3810A commissioning task, view deployment
results, and verify services.
Viewing Deployment Results at Sites
This section describes how to view deployment results at sites based on indicator status.
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 1-15
Table 1-15 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
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If the indicator status of an eAN3810A differs from that in the preceding table, contact
Huawei technical support engineers.
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
eAN3810A to the U2000 within 30 minutes. Otherwise, the eAN3810A 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 1-23.
Figure 1-23 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.
Handling Alarms
This section describes how to handle alarms generated by a newly deployed eAN3810A. All
active alarms must be cleared during the commissioning.
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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.
Figure 1-24 Filter dialog box
2.
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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 1-25 NE dialog box
3.
In the Available Objects area on the left, select NEs in the navigation tree.
Click
click OK.
4.
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to add the selected NEs to the Selected Objects area on the right. Then,
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.
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.
Issue 01 (2017-04-30)
Check whether UEs can successfully attach to the eAN3810A and perform ping services.
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Create Date                     : 2017:06:21 11:27:38+08:00
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