Sjzl20072649-NetNumen M32 (V1[1].00) Operation Manual (Configuration Management)

NetNumenM32Integrated Network Operation System

Operation Manual (Configuration Management)

Version 1.00

ZTE CORPORATION ZTE Plaza, Keji Road South, Hi-Tech Industrial Park, Nanshan District, Shenzhen, P. R. China 518057 Tel: (86) 755 26771900 800-9830-9830 Fax: (86) 755 26772236 URL: http://support.zte.com.cn E-mail: [email protected]

LEGAL INFORMATION Copyright 2006 ZTE CORPORATION. The content of this document are protected by copyright laws and international treaties. Any reproduction or distribution of this document or any portion of this document, in any form by any means, without the prior written consent of ZTE CORPORATION is prohibited. Additionally, the contents of this document are protected by contractual confidentiality obligations. All company, brand and prodsuct names are trade or service marks, or registered trade or service marks, of ZTE CORPORATION or of their respective owners. This document is provided as is, and all express, implied, or statutory warranties, representations or conditions are disclaimed, including without limitation any implied warranty of merchantability, fitness for a particular purpose, title or non-infringement. ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the information contained herein. ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subject matter of this document. Except as expressly provided in any written license between ZTE CORPORATION and its licensee, the user of this document shall not acquire any license to the subject matter herein. ZTE CORPORATION reserves the right to upgrade or make technical change to this product without further notice. Users may visit ZTE technical support website http://ensupport.zte.com.cn to inquire related information. The ultimate right to interpret this product resides in ZTE CORPORATION.

Revision History

Date Revision No. Serial No. Reason for Issue

Sep 18, 2007 R1.0 sjzl20072649 First edition

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Document Name

NetNumenM32 (V1.00) Integrated Network Operation System Operation Manual (Configuration Management)

Product Version V1.00 Document Revision Number R1.0

Serial No. sjzl20072649 Equipment Installation Date

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Contents

About This Manual .......................................................... xi Purpose.............................................................................. xi Intended Audience ............................................................... xi Prerequisite Skill and Knowledge ............................................ xi What Is in This Manual ......................................................... xi Related Documentation........................................................ xii Conventions.......................................................................xiii How to Get in Touch............................................................xiv

Chapter 1..........................................................................1

System Introduction........................................................1 System Features...................................................................1

System Interface ............................................................1 User login ............................................................................1 Creating an NE Agent ............................................................3 Accessing Configuration Management ......................................6 Screen Locking .....................................................................9 Showing System Time ......................................................... 10 Showing/Hiding Toolbar ....................................................... 11 Viewing System Information................................................. 11 Showing/Hiding Status Bar................................................... 13 Showing/Hiding Message Area .............................................. 14 User Logout ....................................................................... 14 System Exit ....................................................................... 15 Option Settings................................................................... 17 Print Setup ........................................................................ 19

Application Window Operations ....................................... 20 Menu Bar Dynamic Switchover.............................................. 20 Closing Current View ........................................................... 22 Closing All Views................................................................. 22

Chapter 2........................................................................25

Public Resource Configuration ......................................25 Creating GERAN Sub Network ...............................................25 Deleting GERAN Sub Network................................................27 Creating BSC Managed Elements ...........................................28 Creating BSC Function .........................................................31

Chapter 3........................................................................65

BSC Rack Configuration.................................................65 Creating a BSC Rack............................................................65 Creating BSC Rack by Template ............................................67

Control Shelf Boards Configuration .................................. 68 Creating Control Shelf..........................................................68 Configuring OMP Board ........................................................70 Configuring UIMC Board (Control Shelf ...................................72 Configuring CMP Board.........................................................73 Configuring CLKG Board .......................................................75 Configuring CHUB Board.......................................................76

Resource Shelf Boards Configuration................................ 78 Creating Resource Shelf .......................................................78 Configuring UIMU Board .......................................................81 Configuring SPB Board .........................................................83 Configuring DRTB Board.......................................................84 Configuring LAPD Board .......................................................87 Configuring BIPB Board ........................................................89 Configuring DTB Board.........................................................90

Switching Shelf Boards Configuration ............................... 93 Configuring UIMC Board .......................................................94 Configuring PSN Board.........................................................96 Configuring GLI Board..........................................................97

BSC Board Operations ................................................... 99 Deleting/Querying/Modifying BSC Board .................................99

Chapter 4......................................................................103

A Interface Configuration............................................103 Configuring Local Office...................................................... 103 Configuring Adjacent Office................................................. 106

No.7 Office Configuration ............................................. 117 Configuring No.7 Route ...................................................... 117

Creating No.7 Office .......................................................... 118 Configuring Office Guide .................................................... 124

Configuring SIGTRAN................................................... 130 Configuring Application Server Process................................. 130 Configuring M3UA ............................................................. 135 Configuring SUA ............................................................... 137

Chapter 5......................................................................139

Gb Interface Configuration..........................................139 Configuring NSE ............................................................... 139 Configuring BRCH ............................................................. 140 Configuring NSVC ............................................................. 143

Chapter 6......................................................................145

Site Configuration ........................................................145 Configuring Site................................................................ 145 Configuring B8018 ............................................................ 147 Configuring B8112 ............................................................ 162 Configuring M8202............................................................ 164 Configuring M8206............................................................ 166 Configuring BS20.............................................................. 168 Configuring BS21 (V2.0 ..................................................... 174 Configuring BS30 V1.2....................................................... 176 Configuring BS30.............................................................. 178 Configuring BS21.............................................................. 179 Configuring OB06.............................................................. 181 Configuring Site by Template.............................................. 185 Deleting Site .................................................................... 188

Chapter 7......................................................................191

Inventory Unit and IP Configuration...........................191 Configuring IP .................................................................. 191 Configuring Inventory Unit ................................................. 194

Chapter 8......................................................................197

Cell Configuration ........................................................197 Cell Parameters Configuration and Modification................ 197

Configuring Cell ................................................................ 198 Configuring Cell GPRS Parameters ....................................... 225

Configuring Cell EDGE Parameters ....................................... 248 Configuring BCCH TRX ....................................................... 250 Configuring Non-BCCH TRX................................................. 255 Configuring Frequency Hopping ........................................... 258 Configuring Adjacent Reselection Cell ................................... 261 Configuring Adjacent Handover Cell ..................................... 264 Configuring Adjacent Handover and Reselection Cell............... 269 Configuring Adjacent Interference Cell.................................. 274 Modifying Cell Power Control Parameters .............................. 276 Modifying Cell Handover Control Parameters ......................... 282

UTRAN Cell Parameter Configuration and Modification ...... 292 Configuring UTRAN Adjacent Reselection Cell ........................ 293 Configuring UTRAN Adjacent Handover Cell ........................... 295 Configuring UTRAN Adjacent Handover and Reselection Cell .... 297 Modifying UTRAN Cell Control Parameters ............................. 299 Modifying UTRAN Cell Handover Control Parameters ............... 307

External Cell Configuration ........................................... 311 Configuring GERAN External Cell.......................................... 311 Configuring UTRAN External Cell.......................................... 313

Chapter 9......................................................................317

Alarm Parameters Configuration.................................317

Configuring CLKG Alarm Parameters .................................... 317 Configuring POWERB Alarm Parameters................................ 320 Configuring PSN Alarm Parameters ...................................... 324 Setting Dry Contact Alarm .................................................. 327

Chapter 10....................................................................329

Data Operations...........................................................329

Checking Global Data Validity.............................................. 329 Exporting Data.................................................................. 330 Importing Data ................................................................. 331 Searching......................................................................... 332 Synchronizing Tables ......................................................... 335 Synchronizing Modified Tables............................................. 336 Comparing MO.................................................................. 338 Comparing Sub Tree .......................................................... 339 Duplicating Sub Tree.......................................................... 340 Creating Slave Configuration Set ......................................... 342

Appendix A...................................................................347

Abbevreviations ...........................................................347

AppendixB....................................................................353

Figures..........................................................................353

Tables...........................................................................365

Index............................................................................369

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Confidential and Proprietary Information of ZTE CORPORATION xi

About This Manual

Purpose

This manual provides the basic information about NetNumenM32 configuration management operation.

Intended Audience

This document is intended for engineers and technicians who perform operations on NetNumenM32 Integrated Network Operation System. It also addresses the technical managers and engineers.

Prerequisite Skill and Knowledge

To use this document effectively, users should have a general understanding of wireless telecommunications technology. Familiarity with the following is helpful:

ZXG10 NetNumen-G (V6.00) OMC software

ZXG10 BSS system and its various components

What Is in This Manual

This manual contains the following sections:

T AB L E 1 M AN U AL S U M M AR Y

Section Summary

Chapter 1, System Introduction

Introduce the basic function of the NetNumenM32 interface and creation of nes network element.

Chapter 2, Public Resource Configuration

Explain configuring public resources such as BSC managed elements, BSC functions etc.

Chapter 3, BSC Rack Explain configuring BSC standard rack,

NetNumenM32 (V1.00) INOS Operation Manual (Configuration Management)

xii Confidential and Proprietary Information of ZTE CORPORATION

Section Summary

Configuration shelves, board.

Chapter 4, A Interface Configuration

Explain configuring A interface related parameters and their configuration procedures.

Chapter 5, Gb Interface Configuration

Explain configuring Gb interface and related parameters.

Chapter 6, Site Configuration

Explain configuring different types of sites.

Chapter 7, Inventory Unit and IP Configuration

Explain configuring inventory unit and configuring IP.

Chapter 8, Cell Configuration

Explain configuring and modifying cell and its related parameters.

Chapter 9, Alarm Parameters Configuration

Explain configuring alarm parameters for different board in iBSC.

Chapter 10, Data Operations

Explains various data related operations performed in configuration management

Appendix A, Abbreviations

Lists all the abbreviations used in this manual.

Appendix B, Figures and Tables

Lists all the figures and tables used in this manual.

Index Index of terms and definitions appeared in this manual.

Related Documentation

The following documents are related to this manual:

NetNumenM32 (V1.00) Integrated Network Operation System Documentation Guide

NetNumenM32 (V1.00) Integrated Network Operation System Technical Manual

NetNumenM32 (V1.00) Integrated Network Operation System Software Installation Manual

NetNumenM32 (V1.00) Integrated Network Operation System Operation Manual (Fault Management)

NetNumenM32 (V1.00) Integrated Network Operation System Operation Manual (Performance Management)

NetNumenM32 (V1.00) Integrated Network Operation System Operation Manual (Security and System Tools)

About This Manual

Confidential and Proprietary Information of ZTE CORPORATION xiii

Conventions

ZTE documents employ the following typographical conventions.

T AB L E 2 TY P O G R AP H I C AL C O N V E N T I O N S

Typeface Meaning

Italics References to other Manuals and documents.

Quotes Links on screens.

Bold Menus, menu options, function names, input fields, radio button names, check boxes, drop-down lists, dialog box names, window names.

CAPS Keys on the keyboard and buttons on screens and company name.

Constant width Typed text, program code and, file, directory and function names.

[ ] Optional parameters.

{ } Mandatory parameters.

| Select one of the parameters that are delimited by it.

Note: Provides additional information about a certain topic.

Checkpoint: Indicates that a particular step needs to be checked before proceeding further.

Tip: Indicates a suggestion or hint to make things easier or more productive for the reader.

T AB L E 3 M O U S E OP E R AT I O N C O N V E N T I O N S

Typeface Meaning

Click Refers to clicking the primary mouse button (usually the left mouse button) once.

Double-click Refer to quickly clicking the primary mouse button (usually the left mouse button) twice.

Right-click Refers to clicking the secondary mouse button (usually the right mouse button) once.

Drag Refer to pressing and holding a mouse button and moving the mouse.

Typographical Conventions

Mouse Operation

Conventions


xiv Confidential and Proprietary Information of ZTE CORPORATION

How to Get in Touch

The following sections provide information on how to obtain support for the documentation and the software.

If you have problems, questions, comments, or suggestions regarding your product, contact us by e-mail at [email protected]. You can also call our customer support center at (86) 755 26771900 and (86) 800-9830-9830.

ZTE welcomes your comments and suggestions on the quality and usefulness of this document. For further questions, comments, or suggestions on the documentation, you can contact us by e-mail at [email protected]; or you can fax your comments and suggestions to (86) 755 26772236. You can also browse our website at http://support.zte.com.cn, which contains various interesting subjects like documentation, knowledge base, and forum and service request.

Customer Support

Documentation Support

Confidential and Proprietary Information of ZTE CORPORATION 1

C h a p t e r 1

System Introduction

System Features

NetNumenM32 (V1.00) Integrated Network Operation System is an integrated network operating system, which provides the combine interface for GSM, WCDMA and TDSCDMA OMCR. Through this operating system, a user can do operation on all of OMCRs from single client at the same time.

Users are required to add the desired OMCR server by creating a Network Element Agent to operate it through the NetNumenM32 (V1.00) Integrated Network Operation system.

NetNumenM32 (V1.00) Integrated Network Operation System provides all the functions of OMCR Configuration Management. It provide the functions of resource configuration, BSC rack configuration, A & Gb interface configuration, site configuration, IP configuration, cell configuration, alarm parameters configuration and data operations.

System Interface User login

To login to NetNumenM32 client, for performing intended operations

Prior to performing this task, make sure that client is installed successfully.

To login to NetNumenM32 (V1.00) client, perform the following steps:

1. Double-click the shortcut icon on the desktop or run the file at D:\UMS client bin run.bat (client installed in D drive is considered as example here).

Purpose

Prerequisites

Steps


2 Confidential and Proprietary Information of ZTE CORPORATION

2. Input the User Name, Password and Server Address in the Login dialog box, as shown in Figure 1. User can select the required Server Address from drop-down list or input IP address in Server Address field, and click OK.

F I G U R E 1 NE T N U M E N M32 C L I E N T LO G I N D I AL O G B O X

3. Upon successful login, NetNumenM32 main interface appears, as shown in Figure 2. Else login failure interface appears as shown in Figure 3.

F I G U R E 2 NE T N U M E N M32 M AI N I N T E R F AC E

Chapter 1 - System Introduction


F I G U R E 3 LO G I N F AI L U R E M E S S AG E

END OF STEPS

Login to NetNumenM32 client is successfully done.

Creating an NE Agent

To create a Network element agent for accessing the required OMC server

Prior to performing this task, make sure that client is running normally and topology management interface is accessible.

To create an NE agent, perform the following steps:

1. In the Topology Management interface, right-click on NetNumen and select Create NE Agent as shown in Figure 4.

F I G U R E 4 ST AR T C R E AT I N G NE AG E N T

Result

Purpose

Prerequisites

Steps



2. A Create NE Agent interface window appears as in Figure 5. It contains the Basic attributes and Extended attributes. Figure 6 shows the Extended attributes interface.

F I G U R E 5 CR E AT E NE AG E N T (B AS I C AT T R I B U T E S )

F I G U R E 6 CR E AT E NE AG E N T (E X T E N D E D AT T R I B U T E S )



Description of the parameters used in Create NE Agent interface is given in Table 4.

T AB L E 4 D E S C R I P T I O N O F C R E AT E NE AG E N T P AR AM E T E R S

Parameter Type and Range Description

Basic attributes

Name Character sting Unique user label given to every NE Agent

Vendor Character string Name of vendor

IpAddress(*) Integer type IP address of the OMC server

AdministrativeState(*) Activated

Deactivated

Default: Disabled

Selection from dropdown list

Version Integer type According to the version of the OMC software

Location Character string Place name

LinkChackPeriod(S)(*) Integer type

Default: 3600 Its time period in seconds during one hour

Memo Character string For the user to add a hint

Extended attribute

Port Integer type Address of the port

PortType(*) JMS or socket

Default: socket

Select from dropdown list

FTP Port Integer type Address of the FTP port

3. Press OK to complete the process of creating NE agent. Figure 7 shows the crated NE agent.



F I G U R E 7 CR E AT E D NE AG E N T

END OF STEPS

NE agent is successfully created.

Accessing Configuration Management

To access the configuration management interface in NetNumenM32

Prior to performing this task, make sure that client is running normally and NE agent is created.

Perform the following steps to access the configuration management interface:

1. In the physical view of the Topology management, Right-click on the desired NE agent and select the Start NE in the NE Management option as shown in Figure 8.

Result

Purpose

Perquisites

Steps



F I G U R E 8 ST AR T I N G N E T W O R K E L E M E N T

It takes few seconds to start NE. If system is unable to start the NE, then a message box appears, as shown in Figure 9.

F I G U R E 9 NE S T AR T I N G FAI L U R E M E S S AG E B O X

2. Right-click on started NE agent and then, select Configuration Management in NE Management option as shown in Figure 10.



F I G U R E 10 AC C E S S I N G C O N F I G U R AT I O N M AN AG E M E N T

The configuration management pane containing the IP address of the NE agent server appears, as in Figure 11.

F I G U R E 11 C O N F I G U R AT I O N M AN AG E M E N T P AN E

END OF STEPS

Configuration Management interface is successfully accessed. Result



Screen Locking

To lock the screen during the operation in Configuration Management

NetNumenM32 client works normally and Configuration Management is assessable.

Click icon on the menu bar or click System and then Lock Screen, as shown in Figure 12.

F I G U R E 12 LO C K I N G S C R E E N

A confirmation message box appears as shown in Figure 13; click OK to complete the process.

F I G U R E 13 C O N F I R M AT I O N M E S S AG E F O R LO C K I N G S C R E E N

END OF STEPS

Configuration Management screen is successfully locked.

Purpose

Perquisites

Procedure

Result



Showing System Time

To show the system time during the operation in Configuration Management


Perform the following steps to show the system time during working in Configuration Management:

1. On the menu bar, click System and select Show System Time, as shown in Figure 14.

F I G U R E 14 E N AB L I N G S Y S T E M T I M E D E S P L AY

2. Show System Time window appears, as shown in Figure 15. Click OK to complete the process.

F I G U R E 15 S H O W S Y S T E M T I M E WI N D O W

Purpose

Perquisites

Steps



END OF STEPS

System time is successfully shown.

Showing/Hiding Toolbar

To show or hide the toolbar during the operation in Configuration Management


Perform the following steps to display or hide the toolbar during working in Configuration Management:

1. On the menu bar, click System and then check or uncheck Tool Bar, as shown in Figure 16.

F I G U R E 16 S H O W I N G /HI D I N G TO O L B AR

By un-checking the Toolbar, the toolbar disappears.

END OF STEPS

Toolbar is successfully displayed or hidden.

Viewing System Information

To view the system information

NetNumenM32 client work normally and Configuration Management is assessable.

Result

Purpose

Perquisites

Steps

Result

Purpose

Perquisites



Perform the following steps to view the system information:

1. On the menu bar click Help and then About as shown in Figure 17.

F I G U R E 17 V I E W I N G S Y S T E M I N F O R M AT I O N ( AB O U T )

2. Click Information to view the name and version information of system as given in Figure 18.

F I G U R E 18 V I E W I N G S Y S T E M I N F O R M AT I O N ( I N F O R M AT I O N )

Steps



3. Click License Info for viewing the license information of the system.

END OF STEPS

System information is successfully viewed.

Showing/Hiding Status Bar

To show or hide the status bar during the operation in Configuration Management


On the menu bar, click System and then check or uncheck Status Bar, as shown in Figure 19.

F I G U R E 19 S H O W I N G /HI D I N G S T AT U S B AR

By un-checking the Status Bar, the status bar disappears and user cannot see the current user name and sever IP address in the bottom of the configuration management window.

END OF STEPS

Status bar is displayed or hidden successfully.

Result

Purpose

Perquisites

Procedure

Result



Showing/Hiding Message Area

To show or hide the message area during the operation in Configuration Management


On the menu bar, click System and then check or uncheck Message Area, as shown in Figure 20.

F I G U R E 20 S H O W I N G /HI D I N G M E S S AG E AR E A

By un-checking the Message Area, the Error Message and Hint Message panes disappear.

END OF STEPS

Message area is displayed or hidden successfully.

User Logout

To logout from the NetNumenM32


Perform the following steps to logout from the NetNumenM32:

1. On the menu bar click icon or click System and then click Logout, as shown in Figure 21.

Purpose

Perquisites

Procedure

Result

Purpose

Perquisites

Steps



F I G U R E 21 LO G G I N G O U T F R O M N E T N U M E N M32

2. A confirmation message box appears, as shown in Figure 22. Click OK to complete the process.

F I G U R E 22 C O N F I R M AT I O N M E S S AG E T O LO G O U T F R O M N E T N U M E N M32

END OF STEPS

User is logged out successfully.

System Exit

To exit from the NetNumenM32


Perform the following steps to exit from the NetNumenM32:

1. On the menu bar click System and then click Exit, as shown in Figure 23.

Result

Purpose

Perquisites

Steps



F I G U R E 23 E X I T F R O M N E T N U M E N M32

2. A confirmation message box appears, as shown in Figure 22. Click OK to complete the process.

F I G U R E 24 C O N F I R M AT I O N M E S S AG E B O X T O E X I T NE T N U M E N M32

END OF STEPS

User exit the NetNumenM32 Interface successfully.

Note: The difference between logout and exit is that, in exit user exits from all interface of NetNumenM32 and it needs to run the client for logging in again. However, in logout, user gets the main login interface and does not need to run the client again.

Result



Option Settings

To configure the option settings for different users


Perform the following steps to configure the option settings:

1. On the menu bar click System and then click Option Settings, as shown in Figure 25.

F I G U R E 25 E N T E R I N G T H E OP T I O N S E T T I N G F O R S T Y L E S E T U P

2. Option Settings dialog box appears as shown in Figure 26. Option settings dialog box has two tabs, i.e Style and Login User.

3. In Style dialog box, move the elements from Embedded Client Views to the Separate Client Views according to

the requirements of user by icon as shown in Figure 26.

Purpose

Perquisites

Steps



F I G U R E 26 OP T I O N S E T T I N G S (S E L E C T I N G T H E ST Y L E F O R D I F F E R E N T U S E R S )

4. For the applicability of style setting, it is necessary to logout of the ckient and then login again.

5. Click Login User tab and a dialog box as shown in Figure 27 appears.

F I G U R E 27 OP T I O N S E T T I N G S (LO G I N US E R )



6. For modifying users login information, write the user Email Address and Phone Number in the given feilds.

7. For modifying users pasward, write the Old Password, New Password and then Confirm Password in the given feilds. Click OK to complete the process.

8. For enabling automatic screen lock time, click Enabled option in the Automatic Screen Lock Time pane and write the lockup time in minutes. The default value is 30 minutes. Click OK to complete the process.

END OF STEPS

Option settings are successfully configured.

Print Setup

To configure enter the print setup


Perform the following steps to configure the print setup:

1. On the menu bar click System and then click Print Setup as shown in Figure 28.

F I G U R E 28 E N T E R I N G P R I N T S E T U P

2. Print Setup dialog box appears as shown in Figure 29.

Result

Purpose

Prerequisites

Steps



F I G U R E 29 P R I N T S E T U P D I AL O G B O X

3. Select the options according to the requirements and click Page Setup.

4. Select the page setup options according to requirements and click Advance for advance settings.

5. Select the advance print options according to requirements and click OK to complete the process.

END OF STEPS

Print setup options are successfully configured.

Application Window Operations Menu Bar Dynamic Switchover

To dynamically switchover the menu bar


Perform the following steps to switchover the menu bar:

Result

Purpose

Prerequisites

Steps



1. On the menu bar click View and then click the required interface, for example; Fault Management as shown in Figure 30.

F I G U R E 30 M E N U B AR S W I T C H O V E R

2. The Fault Management pane appears as shown in Figure 31.

F I G U R E 31 F AU L T M AN AG E M E N T P AN E AF T E R D Y N AM I C S W I T C H O V E R

User can perform operations in the Fault Management as well.



END OF STEPS

Menu bar is dynamically switchedover.

Closing Current View

To close the current view


On the Menu bar, click System and then Close Current View as shown in Figure 32. This closes the current operation window.

F I G U R E 32 C L O S I N G C U R R E N T V I E W

Current view is closed.

Closing All Views

To close all the views


On the menu bar, click System and then Close All Views as shown in Figure 33.

Result

Purpose

Prerequisites

Procedure

Result

Purpose

Prerequisites

Procedure



F I G U R E 33 S E L E C T I N G CL O S E AL L V I E W S

This closes all the views as shown in Figure 34.

F I G U R E 34 AL L OP E R AT I O N V I E W S C L O S E D

END OF STEPS

All operation views are closed. Result



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C h a p t e r 2

Public Resource Configuration

Creating GERAN Sub Network

To create GSM EDGE Radio Access Network (GERAN) sub network

Prior to performing this task, make sure that NetNumenM32 client is running normally.

To configure GERAN sub network, perform the following steps:

1. Right-click OMC and then, click Create GERAN Subnetwork, as shown in Figure 35.

F I G U R E 35 C R E AT I N G GER AN S U B N E T W O R K

2. Input the User label and Subnetwork ID in Create GERAN subnetwork dialog box, as shown in Figure 36, by referring to Table 5. Click OK.

Purpose

Prerequisites

Steps



F I G U R E 36 C R E AT E GERAN S U B N E T W O R K

T AB L E 5 GER AN S U B N E T W O R K P AR AM E T E R S

Parameters Type and Range Description

User label String type: 1 ~ 40 It is a unique name given to every sub network.

Sub network ID Integer type :1~4095

Unique ID given to GERAN Sub network

END OF STEPS

The GERAN Sub network is created in the topology tree as shown in Figure 37.

F I G U R E 37 C R E AT E D GER AN S U B N E T W O R K

Result

Chapter 2 - Public Resource Configuration


Deleting GERAN Sub Network

To delete GERAN Sub Network


To delete GERAN Sub Network, Perform the following steps:

1. Right-click created GERAN sub network for example Shanghai and click Delete in the pop-up menu as shown in Figure 38.

F I G U R E 38 D E L E T I N G GER AN S U B N E T W O R K

2. Click Yes in the confirmation message to delete GERAN sub network as shown in Figure 39 .

F I G U R E 39 D E L E T I N G GER AN S U B N E T W O R K C O N F I R M AT I O N M E S S AG E

END OF STEPS

GERAN sub network deleted successfully.

Purpose

Prerequisites

Steps

Result



Creating BSC Managed Elements

To create BSC managed elements


To create BSC managed element, perform the following steps:

1. Right-click created GERAN sub network nodeand go to Create BSC managed element in the pop-up menu, as shown in Figure 40.

F I G U R E 40 C R E AT I N G BSC M AN AG E D E L E M E N T S

2. Enter the parameters in the Create BSC Managed Element, dialog box, as shown in Figure 41. Configure Create BSC Managed Element parameters by referring to Table 6.

Purpose

Prerequisites

Steps



F I G U R E 41 C R E AT I N G BSC M AN AG E D E L E M E N T S

T AB L E 6 BSC M AN AG E D E L E M E N T P AR A M E T E R S

Parameters Type and Range Decryption

User label Alphabets, characters, numbers or a combination of all

Unique label given to a managed element

Managed element ID Integer type, range: 1 ~ 4095

Unique ID given to each managed element

Managed element type User can select from drop-down list depending on actual configuration

Managed element IP address

Integer type IP address of managed element

Blade server IP address Integer type Blade server is to save some files for OMP in the system and organize these file according to the requirement of NM.

Software Version Version information Software version of iBSC

Vendor Name Alphabets Vendor information

Location Alphabets Location information



Parameters Type and Range Decryption

Latitude Integer type, range: -90 ~ +90

Latitude is measured from equator with positive value going north and negative value going south. Marked Longitude and Latitude value gives exact site location.

Longitude Integer type, range: -180 ~ +180

Measured from prime meridian with positive value going east and negative value going west

Note: Managed element IP address and blade server IP address cannot be the same.

3. Input the information and click OK, the corresponding managed element is created in topology tree as shown in Figure 42 .

F I G U R E 42 C R E AT E D M AN AG E D E L E M E N T

Note: Master configuration set is created under managed element by the system.

END OF STEPS

BSC managed element is created successfully. Result



Creating BSC Function

To create BSC function


To create BSC function, performs the following steps:

1. Right-click the Master config set, and click Create BSC functions in the pop-up menu, as shown in Figure 43.

F I G U R E 43 C R E AT I N G BSC FU N C T I O N S

2. Input the parameters in the Basic property dialog box, as shown in the Figure 44. Configure Basic Properties parameters by referring to Table 7.

Purpose

Prerequisites

Steps



F I G U R E 44 B AS I C P R O P E R T I E S D I AL O G B O X

T AB L E 7 B AS I C P R O P E R T I E S P AR AM E T E R S


User label Character string: 1~40

Unique user label given to every function

BSC ID Integer type: 1~255 Unique ID given to BSC

Support MNC 3 digits

Select Yes or No from drop-down list depending on actual situation.

Whether supports MNC 3 digits

MNC Integer type: 0~999 Mobile Network Code (MNC) is a three-digit code. It uniquely identifies a specific GSM PLMN network in a country (decided by the MCC).

OMP IP Integer type IP address of OMP board

OMP MAC Hexadecimal format MAC-48 and EUI-48 addresses are usually shown in hexadecimal format, with each octet separated by a dash or colon. An example of a MAC-48 address would be




"00-08-74-4C-7F-1D

OMC subnet mask

Integer type Subnet mask of OMC server

OMC Gateway (Info 5)

Integer type OMC gateway information

OMC server subnet

Integer type IP address of OMC server

Longitude Value range: 180 ~ +180

Measured from prime meridian with positive value going east and negative value going west

Latitude Value range: 90 ~ +90.

Latitude is measured from equator with positive value going north and negative value going south. Marked Longitude and Latitude value gives exact site location.

Global Time Zone

User can select time zone from drop-down list provided.

Global time zone can be selected from the actual locations timing zone.

Net type CCTN - China telecom network

CMCN China mobile network

CUCN China Unicom network

RLTN Railway Telecom Network

CNC China Netcom

NFTN Military telecommunication network

NET7 Network 7

NET8Network

User can select required option from drop-down list depending on actual configuration.

SP type Signaling End Point (SEP)

Signaling

User can select signaling point type from the drop-down list.




Transfer Point (STP)

Signaling Transfer/End Point (STEP)

Restart flag Select Yes or No from drop-down list

It is a restart indicator in the No. 7 Signaling.

Bureau No Integer type: 1~253; default value: 1

Bureau no. is the same as domain no.

STPT18 Integer type: 0~65535; default value: 0

Signaling point restart time as STP

SNTP SYNC Cycle Integer type: 0~4294967295; default value: 0

SNTP server address

IP address of SNTP server

SNTP server is use for timing synchronization of all the servers.

Test code Hexadecimal characters from 1~15

Test code in hexadecimal system.

CPU thread tracing %

Integer type: 0~100, default value:50

Overflow control level

Integer type

3. Click Radio basic property tab, the interface as shown in Figure 45 appears. Configure the corresponding parameters in the Radio basic property interface. For radio basic properties parameters, refer to Table 8.



F I G U R E 45 R AD I O B AS I C P R O P E R T Y P AR AM E T E R S

T AB L E 8 D E S C R I P T I O N O F R AD I O B AS I C P R O P E R T Y P AR AM E T E R S


Dynamic HR enable

Yes: support dynamic hr enable

No: do not support dynamic hr enable

User can select Yes or No depending on actual situation.

Threshold for TRX switched from FR to HR (HRths,%)

Integer type: 1~100,

default value: 60

User can select from any value from 1 to 100

DCS1800/PCS 1900 supported function

Drop down list

DCS1800

PCS 1900

User can select DCS or PCS according to the requirements

Load indication allowed

Drop down list

NO: Not allowed to use load indication

Yes: Allowed to use load indication

User can select Yes or No depending on actual situation

Whether the Load indication is allowed

Send confusion message

Drop down list User can select Yes or No depending on




allowed Yes: Allow BSC to send the BSSMAP CONFUSION message

No: Do not allow BSC to send the BSSMAP CONFUSION message

actual situation

Whether the BSC is allowed to send the BSSAP Confusion message.

Inter-cell handover allowed

Drop down list

Yes: Allow inter-cell handover

No: Do not allow inter-cell handover


Directed retry towards 3G cell is allowed

Send assignment failure allowed

Drop down list

No: Do not allow to send the assignment failure message before external directed retry

Yes: Allow to send the assignment failure message before external directed retry


Whether external directed retry allows assignment failure

MSC version ID Drop down list

Release98 or older

Release99 or onward

User can select either Relaease99 or onwards or Relaease98 or older depending on actual situation

MSC version ID

Load indication valid time

Integer type: 0~255, default value: 18

Load indication valid time

Load indication period

Integer type: 0~65530,

default value: 1500

Load indication period

Automatic resource

Drop down list This parameter defines that BSC




indication threshold

Range: 0~100,

default value: 30

automatically indicates to MSC about the ratio of presently available channels to the total channels. The parameter works for automatic indication mode. It assists BSC to notify MSC about cell resources availability when it reaches below the defined threshold.

Resource adjust threshold

Drop down list

Range: 200 ~ 5000

Default value: 200

Current available channel threshold is the threshold that BSC perform automatic resource indication to MSC

BSC MAX reset no.

Drop down list

Range: 1~255,

default value: 3

The maximum allowable resets to BSC. After BSC sends the BSSAP RESET message to MSC, if BSSAP RESET ACKNOWLEDGE message fails to reach BSC from MSC within GSM-specified T4 time interval, the resetting will be repeated

Range of BARANGE

Integer type: 0~1023

User can select higher and lower limits in spin boa and depending on actual configuration and frequency band used and click Add to locate it to range of BARANGE in the form 3&&5 as shown in Figure 45

4. Click Others tab, the interface as shown in Figure 46 appears. Configure the corresponding parameters in the Others interface. For radio basic properties parameters, refer to Table 9.



F I G U R E 46 OT H E R S P AR A M E T E R S

T AB L E 9 D E S C R I P T I O N O F OT H E R S P AR A M E T E R S


User Priority for EMLPP

Drop down list

Range: 1 ~ 15

Default: 2

This parameter use the service of preferred access for high-priority subscriber, that is eMLPP service, the system may set some reserved channels (currently, only full rate TCH channels are supported to be the reserved channels).

EMLPP channel reserved time

Drop down list

Range: 0 ~ 100

Default: 0

Low priority level Drop down list

Range: 1 ~ 15

Default: 1

When the subscriber's PriorityLevel is bigger than or equal to this parameter (LowPrioLevel), system uses the low priority subscriber channel selection mode set by 4-1bit of ChanSelectPrio in BTS table. When PriorityLevel is less




than this parameter (LowPrioLevel), system uses the high priority subscriber channel selection mode set by 8-5 bit of ChanSelectPrio in BTS table.

Preferred speech version (half)

Drop down list

No preferred version

Half rate version 1

Half rate version 3

When implementing the CS channel allocation policy, it describes the preferred half-rate speech version.

Preferred speech version (full)

Drop down list

No preferred version

Full rate version 1

Full rate version 2

Full rate version 3

When implementing the CS channel allocation policy, it describes the preferred full-rate speech version.

Reserved channel first

Drop down list

Yes: Select reserved channels first

No: Do not select reserved channels

The selection order of reserved channel and non-reserved channel

Length of super vision

Drop down list

Range: 100 ~ 1000

Default: 250

Length of radio Drop down list

Range: 10 ~ 100

Default: 50

Length of timer waiting intra BSS handover

Drop down list

Range: 10 ~ 100

Default: 60




Starting time for oriented retry

Drop down list

Range: 50 ~ 200

Default: 130

Monitor physical context request

Fixed Integer type

default value: 20

Timer for MSG waiting

Drop down list

Range: 5 ~ 20

Default value: 20

Timer for RANCSEST waiting

Drop down list

Range: 10~100

default value: 100

Timer for RANCSCLECOM waiting

Drop down list

Range: 10~30

default value: 30

Timer for CCM waiting

Drop down list

Range: 45~55

default value: 45

Get static param timer

Drop down list

Range: 60~600

default value: 120

5. Click icon to enter the other tabs in Create BSC function as shown in Figure 47. Configure GPRS property1 parameters by referring to Table 10.



F I G U R E 47 GPRS P R O P E R T Y 1 P AR AM E T E R S

T AB L E 10 GPRS P R O P E R T I E S 1 P AR AM E T E R S


BssGp Flow Control

BVC Flow control period (10ms)

Drop down list

Range: 0 ~ 65535 Default : 3000

This parameter is the BVC leakage- ratio measurement period in the BVC Flow Control process, that is, BVC long measurement period.

MS flow control period(10ms)

Drop down list

Range: 0 ~ 65535 Default : 3000

This parameter is the MS leakage- ratio measurement period in the MS Flow Control process, that is, MS long measurement period.

NSVC peer to peer delay (ms)

Drop down list

Range: 1 ~ 20 Default : 10

This is an NS link layer parameter. The NSVC delay is a basis for flow control in frame




relay. Background system configures the NSVC delay subject to the actual circumstances.

Coding Schedule Mode

Cn Drop down list


This parameter is used to determine the increase of coding mode level.

The coding mode for TBF (uplink and downlink) in the channel coding mode CSn (1n3) increases to one level up, if the number of data blocks transmitted consecutively and correctly exceed the predefined parameter Cn[n-1].

Nn Drop down list


This parameter is used to determine the decrease of coding mode level. It is used at the RLC/MAC layer of BRP. The coding level decreases to one level if Xn n-2 data blocks are transmitted, the number of consecutive data blocks losses in the coding mode CSn (2n4) for the TBF (downlink and uplink) is Xn[n-2]%.

Xn Drop down list


This parameter is the threshold for determining the decrease in the level of the coding mode. It is used at the RLC/MAC layer of BRP. The coding level will be decreased by one if Nn[n-2] data blocks are transmitted, the number of




consecutive losses of the data blocks in the coding mode are CSn (2n4) for the TBF (downlink and uplink) is Xn[n-2]%.

MAX allowed number of consecutive losses of uplink data block

Drop down list


This parameter is counter N3101, which is used at RLC/MAC layer of BRP. During packet uplink transmission, BSS specifies USF (corresponding to one uplink TBF) for each uplink block. For the USF, if subsequent N3101 modules do not receive effective data, the net assumes this as a poor quality TBF and releases it.

Time of packet uplink ACK/NACK retrys

Drop down list


This parameter is counter N3103, which is used at RLC/MAC layer of BRP. If the network does not receive Packet Control Ack for consecutive N3103 times, the net assumes this as a poor quality TBF and releases it.

MAX allowed number of consecutive losses of uplink RLC/MAC control message

Drop down list


This parameter is counter N3105, which is used the RLC/MAC layer of BRP. BSS sets the RRBP domain in DL RLC data module, if it does not receive effective RLC/MAC control messages from MS for about N3105 times, the net releases DL TBF internally and enables T3195.

6. Click on the GPRS Property2 and an interface as shown in Figure 48 appears. Configure the parameters according to Table 11.



F I G U R E 48 GPRS P R O P E R T Y 2 P AR AM E T E R S

T AB L E 11 GPRS P R O P E R T Y 2 P AR AM E T E R S


NACC supported Drop down list

Not support NACC

Support NACC, not LLC frame transfer

Support NACC and LLC frame transfer.

User can select any from depending on actual situation.

BSCs net operation mode

Drop down list

Net operation mode 1




Satellite Transmission Support

Satellite transmission at Gb Interface

Drop down list

yes





indication No

Extended RLC send window allowed

Drop down list

yes

No


Uplink TBF

Support TBF establish

Drop down list

yes

No


Support signal extended uplink TBF

Drop down list

yes

No


Resource pool for PS rate (%)

Drop down list

Range: 0 ~ 100

Default: 80

Full dynamic Abis resource pool provides the using rate of PS channel. The system will not allocate Abis resource to PS service if the using rate exceeds this threshold.

Downlink TBF retry

Drop down list

No retry

One time

Two time

Times of reassignment after the downlink poll overflows.

Maximum PS uplink user per ts

Drop down list

Range: 2 ~ 8

Default: 4

Maximum PS downlink user per ts

Drop down list

Range: 2 ~ 16

Default: 6

PS capability threshold 0

Drop down list




Range: 1 ~ 32

Default: 1

PS capability threshold 1

Drop down list

Range: 1 ~ 16

Default: 8

7. Click on GPRS timer an interface as shown in Figure 49 appears. Configure the GPRS timer parameter according to Table 12.

F I G U R E 49 GPRS T I M E R P AR AM E T E R I N T E R F AC E

T AB L E 12 GPRS T I M E R PAR AM E T E R S


BssGp

BVC block/unblock retry times

Drop down list

Range: 10 ~ 300

Default: 30

It monitors BSSGP blocking/unblocking procedure. Global process in BSC central module MP uses the timer value. BSS initiates BVC blocking/unblocking procedure for a point-to-point BVC in case of OAM intervention or




device faults. BSC repeats this procedure, if SGSN does not return BVC BLOCK/UNBLOCK ACK/NACK messages. The interval between the messages is the BVC blocking/unblocking retry time.

BVC reset retry times

Drop down list

Range: 10 ~ 1200

Default: 30

It monitors BSSGP reset procedure. Global process in BSC central module MP uses the timer value. The interval between the BSS BVC reset message and BSC repetition is the BVC blocking/unblocking retry time.

Suspend retry times

Drop down list

Range: 1 ~ 100

Default: 30

It monitors BSSGP suspending procedure. The interval between the BSS first and second packet suspension messages when SGSN does not return the acknowledge message is the blocking/unblocking retry time.

Resume retry times

Drop down list

Range: 1 ~ 100

Default: 30

It monitors BSSGP resuming procedure. BSS initiates resuming procedure to SGSN when GPRS-attached MS is not in dedicated mode and BSS uses Notify SGSN to resume GPRS service policy. BSS repeats the procedure if SGSN does not return RESUME ACK/NACK message. The interval between the messages is the resuming retry time.

Access capability update retry time

Drop down list

Range: 10 ~ 300

Default: 30

BSSGP layer parameter, controls the RA_CAPABILITY_UPDATE procedure

PFC creating retry times

Drop down list

Range: 1 ~ 100

Default: 30

Creating PFC retry time




PFC modifying retry times

Drop down list

Range: 1 ~ 100

Default: 30

Modifying PFC retry time

Others

Protection time for change of FUC channel time

Drop down list

Range: 2 ~ 10

Default: 10

Timer for protection of FUC channel type change

Protection time for T-network connection

Drop down list

Range: 2 ~ 10

Default: 10

Timer for network connection protection

Protection time for LSP movement

Drop down list

Range: 2 ~ 10

Default: 10

Timer for protection of LSP movement

NS

Timer that monitors block/ unblock procedure at NS layers

Drop down list

Range: 1 ~ 120

Default: 10

NS link layer, controls the blocking/unblocking procedure

Timer that monitors reset procedure at NS layers

Drop down list

Range: 1 ~ 120

Default: 10

NS link layer, controls the reset procedure

NS cycle of NS-VC test procedure

Drop down list

Range: 1 ~ 60

Default: 30

NS link layer, controls the periodic test procedure of NSVC

Timer that monitor alive process of NSVC

Fix integer type Default: 3

Can not be modified

Maximum attempt period of test

Fix integer type Default: 180

Can not be modified

PSTIMER

TFI and USF release timer

Drop down list

Range: 0 ~ 65535

Default: 500

Value of the timer T3169 on RLC/MAC layer of UPB




TBF release timer

Drop down list

Range: 0 ~ 65535

Default: 500

Value of the timer T3191 on RLC/MAC layer of UPB

TBF release time when packet downlink transmission

Drop down list

Range: 0 ~ 65535

Default: 51

Condition of enabling the timer: when the last PACKET DOWNLINK ACK/NACK or PACKET CONTROL ACKNOWLEDGE message is received

TBF protect time when radio link failure.

Drop down list

Range: 0 ~ 65535

Default: 500

Provide the value of timer-T3195 on RLC/MAC layer of UPB. In this parameter the protection time of TBF when the radio link fails or when the cell change leads to MS failure to respond.

PS channel delay release timer (100 ms)

Drop down list

Range: 3 ~ 300

Default: 100

Information of releasing this PS channel when this threshold is achieved.

8. Click on GPRS maximum retrying times, an interface as shown in Figure 50 appears. Configure the GPRS maximum retrying times parameters according to Table 13.

F I G U R E 50 GPRS M AX I M U M RE T R Y I N G T I M E S



T AB L E 13 GPRS M AX I M U M R E T R Y I N G T I M E S P AR AM E T E R S


BVC

Max time of BVC block retry

Drop down list

Range: 3 ~ 10

Default: 3

Maximum times of BVC Block retry, BSSGP layer parameter

Max time of BVC unblock retry

Drop down list

Range: 3 ~ 10

Default: 100

Maximum times of BVC Unblock retry, BSSGP layer parameter

Max time of BVC reset retry

Drop down list

Range: 0 ~ 255

Default: 100

Maximum times of BVC Rest retry, BSSGP layer parameter

NS

Max time of NS block retry

Drop down list

Range: 0 ~ 10

Default: 3

Maximum times of NS Block retry, NS link layer parameter

Max time of NS unblock retry

Drop down list

Range: 0 ~ 10

Default: 3

Maximum times of NS Unblock retry, NS link layer parameter

Max time of NS alive retry

Drop down list

Range: 0~ 20

Default: 10

Maximum times of NS Alive retry, NS link layer parameter

Other

MAX times of suspend retry

Drop down list

Range: 0 ~ 10

Default: 3

Maximum times of Suspend retry, BSSGP layer parameter

Max time of resume retry

Drop down list

Range: 0 ~ 255

Default: 3

Maximum times of Resume retry, BSSGP layer parameter

MAX times of radio access capability retry

Drop down list

Range: 0 ~ 255

Default: 3

Maximum times of RA_CAPABILITY_UPDATE retry, BSSGP layer parameter

MAX times of PFC create retry

Drop down list

Range: 0 ~ 10

Maximum retry times of creating PFC




Default: 3

MAX times of PFC modify retry

Drop down list

Range: 0 ~ 10

Default: 3

Maximum retry times of modifying PFC

9. Click on Timer1 and an interface as shown in Figure 51 appears. Configure the Timer1 parameters according to Table 14.

F I G U R E 51 T I M E R 1 P AR E M E T E R I N T E R F AC E

T AB L E 14 T I M E R 1 P AR AM E T E R S D E S C R I P T I O N

Parameters Type and Range

Description

Blocking/unblocking period (100ms)

Drop down list

Range: 30 ~ 150

Default: 80

Blocking/unblocking period, this parameter is T1 timer. T1 timer sets the time interval between BLOCK/UNBLOCK ACKNOWLEDGE message sent from MSC to BSC and BLOCK/UNBLOCK message.

Protection period for No.7 instantaneous disconnection

Drop down list

Range: 60 ~ 150

Protection time for No.7 instantaneous disconnection




Description

(100ms) Default: 100

Protection period for handover request (100ms)

Drop down list

Range: 100 ~ 200

Default: 100

This parameter is T7 timer, monitoring BSSAP HANDOVER REQUIRED message. T7 timer is maximum period between the BSC sent BSSAP HANDOVER REQUIRED message and MSC returns BSSAP HANDOVER COMMAND message.

Source BSC handover executing period(100ms)

Drop down list

Range: 50~700

Default: 120

This parameter is T8 timer. It is the execution period for external handover process in source BSC.

Assignment period (100ms)

Drop down list

Range: 40~140

Default: 80

This parameter is T10 timer. It supervises assignment process.

Protection period for global resetting (100ms)

Drop down list

Range: 30 ~ 60

Default: 40

This parameter is T13 timer, which is a protection time for a local call clearing process.

Circuit resetting period on BSS side (100ms)

Drop down list

Range: 30 ~ 150

Default: 80

This is T19 timer parameter and determines terrestrial circuit reset to idle state with exception of BSC-MSC SCCP connection.

Circuit group blocking/unblocking period (100ms)

Drop down list

Range: 30~150

Default: 80

This is T20 timer parameter. BSS blocks the terrestrial circuits group for various reasons such as O&M intervention, equipment fault/recovery, and radio resources unavailability/availability.

RLSD message receive protection timer

Drop down list

Range: 20 ~ 50

Default: 20

This parameter is timer T9101, supervising the reception of RLSD.

Channel activation Integer type This parameter is timer T9103, monitoring




Description

Default: 20 channel-activation process.

MSC clear command protection timer

Drop down list

Range: 20 ~ 50

Default: 30

This parameter is T9104 timer. It supervises CLEAR COMMAND from MSC.

SCCP connection protection timer

Drop down list

Range: 20 ~ 60

Default: 30

This parameter is T9105 timer, monitoring SCCP connection process.

External handover protection time in targeted cell (100ms)

Drop down list

Range: 50~180

Default: 110

This parameter is T9113 timer, monitoring external handover in the target cell.

Protective time waiting for access (100ms)

Drop down list

Range: 50~120

Default: 70

This parameter is T1 timer. It indicates protection-waiting time for MS access during assignment or handover, after channel activation process.

Protective time for applying to channel (100ms)

Drop down list

Range: 20 ~ 50

Default: 40

This parameter is T2 timer. It indicates protection time for MS when applying for a radio frequency channel.

Protective time for link establishment response (100ms)

Drop down list

Range: 30~100

Default: 60

This parameter is T3 timer. It indicates protection-waiting time for central module link- establishment response during immediate assignment.

Protective time that P0 confirms the message HO/ASS COM (100ms)

Drop down list

Range: 10 ~ 80

Default: 30

This parameter is T4 timer. It indicates protection-waiting time for confirmation from P0 instance to HO COM or ASS COM message.

Encryptions mode modification time (100ms)

Drop down list

Range: 30~120

Default: 100

This parameter is T5 timer. It supervises modification process of encryption mode.




Description

SAP13 link establishment time (100ms)

Drop down list

Range: 10~300

Default: 100

It is T6 timer parameter and supervises SAPI3 link establishment.

External handover protective time

Drop down list

Range: 50~650

Default: 100

Protection time for waiting for the assignment response message or handover completion message

Protective time for N0.7 signal instantaneous disconnection

Drop down list

Range: 100~200

Default: 100

Protective time that PO responses external handover completion message

Drop down list

Range: 50~200

Default: 150

10. Click on Timer2 and an interface as shown in Figure 52 appears. Configure the Timer1 parameters according to Table 15.

F I G U R E 52 IN T E R F AC E F O R T I M E R 2 P AR AM E T E R S



T AB L E 15 T I M E R 2 P AR AM E T E R S D E S C R I P T I O N


Protective time for RF channel release (100ms)

Drop down list

Range: 10~50

Default: 20

This is T9 timer parameter. T9 timer starts when Pn instance sends RF CHL REL message to BTS on RF channel release. T9 timer stops when Pn instance receives a response from BTS.

Queue period of assignment (100ms)

Drop down list

Range: 10~150

Default: 60

This parameter is T11 timer. It determines the maximum allowable queue time that starts from the assignment request.

Acknowledgement period for periodic status (100ms)

Drop down list

Range: 100~18000

Default: 3000

This is T12 timer parameter. T12 timer starts periodically when Pn instance receives CONNECT CONF message from P0 instance. Timer decides to perform activity check at peer end. T12 timer stops when Pn instance receives RELEASE TYPE message

Mode modification process time (100ms)

Drop down list

Range: 35~100

Default: 60

This parameter is T13 timer. It supervises BTS and MS modes modification process.

Protective time for UM assignment completion (100ms)

Drop down list

Range: 10~50

Default: 20

It is the period between sending of ASS/HO COM and receiving of ASS/HO COM ACK messages at destination instance.

Waiting time for oriented retry (100ms)

Drop down list

Range: 20~60

Default: 20

Interval between directed retries

Queue period for handover (100ms)

Drop down list

Range: 10~150

Default: 50

It is the maximum allowable queue time for handover attempt, calculated from handover request.

First overload period of flow traffic control

Drop down list

Range: 30~150

Default: 80

This mT11 timer in combination with mT12 timer modifies ACCESS CONTROL parameter configuration in the cell. BSC notifies the




MS to achieve flow control through system information. The value of timer must be less than that of mT12 timer.

Second overload period of flow traffic control(100ms)

Drop down list

Range: 50~200

Default: 150

The mT12 timer in combination with mT11 timer modifies ACCESS CONTROL parameter in the cell. BSC notifies the MS to achieve flow control through system information.

The two timers control the cell traffic flow.

T-AMR-RTD (100ms) Integer type When using AMR, wait for TAmrRtd to expire and then issue the assignment/handover command

Time of micro-micro handover delay (100ms)

Drop down list

Range: 50~200

Default: 80

A delay time length value is necessary (timer value) in the micro-micro handover control. In this way, it could prevent fast moving mobiles staying in the micro cell layer.

Protective time for recourses on external in-Handover

Drop down list

Range: 30~150

Default: 40

AppRadioApp-AppRadioAvail (external hand in), RadioApplying status protection timer, the timer is in RadioApplying status after receiving the A_Ho_Req message and before receiving APP_RADIO_AVAIL message.

Service status protection timer

Drop down list

Range: 100~18000

Default: 3000

Timer for Serving state protection

Regular timer for system message broadcast

Drop down list

Range: 6000~864000

Default: 18000




Handover protection timer for WCDMA/FDD

Drop down list

Range: 1~650

Default: 100

The protection time after sending inter-system to UTRAN handover command (UM) to UE (On Pn)

Handover period for source cell

Drop down list

Range: 35~100

Default: 60

This timer indicates the period for internal handover process of BSC.

Assignment period (100ms)

Drop down list

Range: 35~100

Default: 60

This timer indicates the time for assignment period and internal handover of a cell.

Channel release period (100ms)

Drop down list

Range: 10~150

Default: 50

This timer supervises the channel release process. The timer starts when BSC sends RIL3_RR CHANNEL RELEASE message to MS. The timer stops when BSC receives RELEASE INDICATION message from BTS (when BTS receives DISC frame from MS).

Channel deactivation delay (100ms)

Drop down list

Range: 1~5

Default: 3

After releasing the UM interface radio link layer, in order to make sure the radio link is disconnected, BSC sets a period of protection time rmsT3111. This releases the wireless channel and deactivates it after rmsT3111 timer stops.

Continue time for mode modify (100ms)

Drop down list

Range: 50~70

Default: 50

Connection timer during mode change

Handover Protection Time for UTRAN

Drop down list

Range: 1~65535

Default: 100

The protection time for external handover

Time for destination instance waiting for available resources when forced disconnection

Drop down list

Range: 10~50

Default: 30

This is timer 15 parameter. T15 timer starts when the destination instance sends PREEMPT APPLY message to the disconnected object.




T15 timer stops when a destination instance receives the response RESOURCE AVAILABLE message for the disconnected object, indicating resource availability.

Protection time for FUC response to system message broadcast

Drop down list

Range: 30~100

Default: 50

The protection timer for system message broadcast to wait for FUC response.

Note: In GSM system, each BS is allocated with a local color code called base station identity code (BSIC). If, at a physical location, one MS receives the BCCH TRX of two cells at the same time and their channel numbers are same, the MS distinguishes them by the BSIC.

11. Click on BVC Flow Control and an interface as shown in Figure 53 appears. Configure the BVC Flow Control parameters according to Table 16.

F I G U R E 53 - IN T E R F AC E O F BVC FL O W CO N T R O L P AR A M E T E R S



T AB L E 16 DE S C R I P T I O N O F BVC FL O W C O N T R O L P AR AM E T E R S


BVC flow control supported

Drop down list

Yes: Support BVC flow control

NO: Do not support BVC flow control

Default: Yes

BVC flow control occurs at Gb interface between SGSN and BSS, and only in downlinks. BSS provides control parameters and SGSN executes, in order to avoid one BVC on BSS to abandoning some LLC data because of the overtime caused by grouping channel is too busy (too many LLC frame caches) and to avoid abandoning new downlink LLC data because of limit of memory resource (overflow of LLC frame caches).

MS flow control supported

Drop down list

Yes: Support MS flow control

NO: Do not support MS flow control

Default: No

User can select either Yes or No depending on actual situation

Flow control mode Drop down list

Range: 1 ~ 3

Default: 1

BSC has different flow control modes, which report flow control parameters to SGSN.

Mode 1: Report flow control parameters according to actual traffic on radio interface counted at BSC

Mode 2: Report flow control parameters according to max traffic that the cell can provide

Mode3:




Reserved

Parameters of flow control mode 1

Drop down list

Range: 1 ~ 100

Default: 1

BSC reports flow control parameters according to actual traffic at radio interface when adopting mode 1.

Parameters of flow control mode 2

Drop down list

Range: 10 ~ 1000

Default: 214

BSC reports flow control parameters according to max traffic that the cell can provide when adopting mode 2.

BVC flow control R MIN value

Drop down list

Range: 10 ~ 300

Default: 80

This is the minimum value of leaking rate R in reported BVC flow control parameters under all kinds of flow control mode.

MS flow control R MIN value

Drop down list

Range: 10 ~ 300

Default: 80

This is the minimum value of leaking rate R in reported MS flow control parameters under all kinds of flow control mode.

BVC flow control threshold

Drop down list

Range: 1 ~ 100

Default: 80

MS flow control threshold

Drop down list

Range: 1 ~ 100

Default: 80

12. Click on EDGE property and an interface as shown in Figure 54 appears. Configure the EDGE Property parameters according to Table 17.

Sjzl20072649-NetNumen M32 (V1[1].00) Operation Manual (Configuration Management)

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