SJ-20110901092928-006-ZXUN RCP (V4[1].11.10) Resourse Control Platform Data Configuration Guide...

ZXUN RCPResource Control Platform

Data Configuration Guide(Basic Configuration Volume)

Version: V4.11.10

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

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The ultimate right to interpret this product resides in ZTE CORPORATION.

Revision History

Revision No. Revision Date Revision Reason

R1.0 2011-09-30 First Edition

Serial Number: SJ-20110901092928-006

Publishing Date: 2011-09-30(R1.0)

ContentsAbout This Manual ......................................................................................... I

Chapter 1 Configuration Guide ................................................................. 1-11.1 Preparations ...................................................................................................... 1-1

1.2 Configuration Flow ............................................................................................. 1-1

1.3 Configuration Items ............................................................................................ 1-3

1.4 Running and Logging in to a Client ...................................................................... 1-5

1.5 Entering the Command Terminal ......................................................................... 1-7

1.6 Command Operation .......................................................................................... 1-8

1.6.1 Executing a Command ............................................................................. 1-8

1.6.2 Searching for a Command ...................................................................... 1-10

1.6.3 Showing Command Help .........................................................................1-11

1.6.4 Importing and Executing Batch Processing Commands .............................1-11

1.7 Command Format Description........................................................................... 1-12

Chapter 2 Public Configuration................................................................. 2-12.1 Public Configuration Planning ............................................................................. 2-1

2.2 Physical Configuration ........................................................................................ 2-2

2.2.1 Configuring a Rack................................................................................... 2-2

2.2.2 Configuring a Shelf................................................................................... 2-3

2.2.3 Configuring a Module ............................................................................... 2-4

2.2.4 Configuring an Ethernet Port ..................................................................... 2-5

2.3 Protocol Stack Configuration............................................................................... 2-7

2.3.1 Entering Protocol Stack Configuration Mode .............................................. 2-7

2.3.2 Entering Interface Configuration Mode....................................................... 2-7

2.3.3 Configuring an IP Interface Address .......................................................... 2-8

2.3.4 Configuring a Static Route ........................................................................ 2-9

2.3.5 Saving the Configuration..........................................................................2-11

2.3.6 Exiting Current Mode.............................................................................. 2-12

2.3.7 Data Transfer ......................................................................................... 2-12

2.3.8 Configuration Examples.......................................................................... 2-12

Chapter 3 Local Office Configuration....................................................... 3-13.1 Topology Configuration ....................................................................................... 3-1

3.1.1 Configuring a Host.................................................................................... 3-1

3.1.2 Configuring a Domain............................................................................... 3-2

I

3.1.3 Configuring an Adjacent Host.................................................................... 3-3

3.2 Interconnection Protocol Configuration ................................................................ 3-4

3.2.1 Configuring a TCP Connection .................................................................. 3-4

3.2.2 Diameter Protocol Configuration................................................................ 3-5

3.3 Load Configuration ........................................................................................... 3-14

3.3.1 Configuring Load Control Timer............................................................... 3-14

3.3.2 Configuring an Overload Policy ............................................................... 3-15

3.3.3 Configuring Load Control ........................................................................ 3-16

Chapter 4 Configuration Example............................................................. 4-14.1 Configuration Plan Example................................................................................ 4-1

4.2 Configuring Public Data ...................................................................................... 4-2

4.3 Configuring System to Interconnect with PCEF .................................................... 4-4

4.4 Configuring System to Interconnect with SPR ...................................................... 4-5

Figures............................................................................................................. I

Tables ............................................................................................................ III

Glossary .........................................................................................................V

II

About This ManualPurpose

Precise network operation means that carriers utilize the existing network resource,fractionize customer’s requirements and provide competitive telecommunication productswith differentiation, and finally optimize network usage rate and maximize enterprise profit.

Based on above requirement, we introduces the concept of PCC domain.

As the core of PCC, ZXUN RCP is responsible for policy decision and charging rulesstipulation.

This manual describes how to configure the ZXUN RCP system.

Intended Audience

This manual is intended for:

l Technical managersl Installing guidel Installing engineersl Debugging engineersl Maintenance engineers

What Is in This Manual

This manual contains the following chapters:

Chapter Summary

Chapter 1, Configuration

Guide

Introduces the configuration flow of the ZXUN RCP system.

Chapter 2, Public

Configuration

Introduces how to configure the public data of the ZXUN RCP

system.

Chapter 3, Local Office

Configuration

Introduces how to configure the local office data of the ZXUN RCP

system.

Chapter 4, Configuration

Example

Introduces the configuration flow by using examples.

Conventions

This document uses the following typographical conventions.

Typeface Meaning

Italics Variables in commands. It may also refers to other related manuals and documents.

I

Typeface Meaning

Bold Menus, menu options, function names, input fields, option button names, check boxes,

drop-down lists, dialog box names, window names, parameters and commands.

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

Constant

width

Text that you type, program codes, filenames, directory names, function names.

[ ] Optional parameters.

{ } Mandatory parameters.

| Separates individual parameter in series of parameters.

Danger: Indicates an imminently hazardous situation, which if not avoided, will result in

death or serious injury.

Warning: Indicates a hazard that, if not avoided, could result in serious injuries,

equipment damages or interruptions of major services.

Caution: Indicates a potential hazard that, if not avoided, could result in moderate

injuries, equipment damages or partial service interruption.

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.

II

Chapter 1Configuration GuideTable of Contents

Preparations...............................................................................................................1-1Configuration Flow .....................................................................................................1-1Configuration Items ....................................................................................................1-3Running and Logging in to a Client.............................................................................1-5Entering the Command Terminal ................................................................................1-7Command Operation ..................................................................................................1-8Command Format Description..................................................................................1-12

1.1 PreparationsHardware

l You have installed a rack, the shelves and the boards.l The boards and shelves are connected successfully.l The system is powered on.

Software

l You have installed the network management server.l You have planned the server IP address and the board IP addresses.l The network server software has been successfully installed. You can log in to Web

clients.l You have loaded the related service versions.

1.2 Configuration FlowFlow Description

Data configuration includes public data configuration, local office configuration and servicedata configuration.

Configuration Flow

When the hardware is connected and the system is powered on, you can configure theZXUN RCP system. Figure 1-1 shows the configuration flow.

1-1

SJ-20110901092928-006|2011-09-30(R1.0) ZTE Proprietary and Confidential

ZXUN RCP Data Configuration Guide(Basic Configuration Volume)

Figure 1-1 Configuration Flow

Flow Description

Table 1-1 describes the configuration of the ZXUN RCP system.

Table 1-1 Configuration Description

ConfigurationFlow

Configuration Item Description

Physical configuration Add NEs, subsystems, shelves, modules and boards

according to the planning and hardware requirements.

Protocol stack

configuration

Configure the protocol stack according to the planning,

including the real and virtual interfaces, addresses and

static routes.

Public data

configuration

Version management

configuration

This can manage the versions when versions are

updated.

1-2


Chapter 1 Configuration Guide

ConfigurationFlow

Configuration Item Description

Topology configuration Perform topology related configurations, including the

host name, domain name and adjacent hosts.

Interconnection

protocol configuration

Configure the protocols that are used to communicate

with other NEs, including TCP protocol, SCTP protocol,

Diameter protocol and message protocol.

Local office data

configuration

Load configuration Configure the system load related policies.

Connection

configuration

Perform connection related configurations.

Authorization

configuration

Configure mapping between application IDs and

Service IDs.

Subscription

configuration

Perform subscription-related configurations.

Usage configuration Perform usage-related configurations.

Short message service

configuration

Perform short message related configurations.

Email configuration Perform Email-related configurations.

Service data

configuration

Rule configuration Configure GUI rules.

1.3 Configuration ItemsYou can either configure the system through batch operation or configure the items oneby one.

For some configuration items, you have to follow the steps shown in Table 1-2.

Table 1-2 Configuration Flow

Configuration Item Operation Required or Optional

Create an NE. Required

This has already been

configured during software

installation.

Create a rack. Required



installation.

Physical

Configura-

tion

Public

Configu-

ration

1-3




Create a shelf. Required



installation.

Create an OMP board. Required



installation.

Configure a static route that routes to

the SPR.

This configuration is required

when the RCP system and

the SPR are not in the same

network segment. If they are in

the same network segment, this

configuration is optional.

Configure a static route that routes to

the PCEF.

This configuration is required

when the RCP system and

the PCEF are not in the same

network segment. If they are in

the same network segment, this

configuration is optional.

Protocol

Stack Con-

figuration

Configure the IP distribute policy. Required.

Create a host name. Required.

Create a domain. Required.

Create an adjacent office. Required.

Module capacity. Required.

Configure a real address. Required.

Topology

Configura-

tion

Configure a virtual address. Required.

Create a TCP connection to connect

other NEs.

Required.

Create an SCTP connection to

connect other NEs.

Required.

Create the basic properties of the

Diameter protocol.

Required.

Create the global processing module

of the Diameter protocol.

Required.

Create a Diameter connection. Required.

Local Of-

fice Con-

figuration

Intercon-

nection Pro-

tocol Con-

figuration

Create a Diameter route. Required.

1-4




Application ID and subscription

mapping configuration.

Required.

SGSN address access configuration. Optional.

Default subscription service

configuration.

Optional.

Unprofiled service redirection address

configuration.

Optional.

User-level redirection address

configuration.

Optional.

Package-level redirection address

configuration.

Optional.

GGSN event report configuration. Optional.

GGSN usage report mode

configuration.

Optional.

Access area configuration. Optional.

Package common information

configuration.

Required.

Package profile threshold

configuration

Optional.

Package service subscription

configuration.

Optional.

Package service subscription

threshold configuration.

Optional.

Bearer QoS configuration. Optional.

Common usage parameter

configuration.

Optional.

Service Configuration

Usage synchronization threshold

configuration.

Optional.

1.4 Running and Logging in to a ClientPrerequisites

l The network connection of the ZXUN RCP is in normal state.l The ZXUN RCP server has been started.

1-5



Context

The operating andmaintenance system of the ZXUNRCPuses a client/server architecture.Thus multiple ways to access the ZXUN RCP system are available.

Users can log in to the clients by using an IE browser.

Steps

1. Enter the address in the address bar, for example,http://10.1.44.0:2323/rcp_1/client/. Figure 1-2 shows the logindialog box.

Figure 1-2 Login Dialog Box

Note:

In the address, 10.1.44.0 is the IP address of the board that is installed with the OMMsoftware. rcp_1 refers to “product name_NE ID”.

2. Enter the User Name and Password, and then click the Login button to log in to theLocal Maintenance Terminal web page, as shown in Figure 1-3.

1-6



Figure 1-3 Local Maintenance Terminal

– End of Steps –

1.5 Entering the Command TerminalPrerequisites

You have logged in to the web client and the web client has been connected to the server.

Context

You can operate the RCP system by executing commands on the command terminal page.

Steps

1. On the Local Maintenance Terminalweb page, click . The command tree appearson the left pane, as shown in Figure 1-4.

1-7



Figure 1-4 Command Tree

2. The command tree contains all commands. The command results and historycommands are shown on the right pane of the web page. The lower right pane is usedfor entering commands manually. If you select a command from the left commandtree, the selected command will also be displayed on this pane.


1.6 Command Operation

1.6.1 Executing a Command

Prerequisites

You have logged in to the Local Maintenance Terminal web page.

Context

You can enter a command in the command box and execute it. The system will show theresult.

1-8



Note:

The command parameters include required parameters and optional parameters.

l When executing a command, the optional parameters are not necessary to beconfigured.

l When executing a command, you must set the required parameters. The requiredparameters with default values may not be displayed.

Steps

1. Enter a command on the lower right pane and end the command with ";", and thenclick . The command is executed. The result is displayed on the upper right pane,as shown in Figure 1-5.

Figure 1-5 Command Result

2. Click the Table Result button to show the result in the table.

Note:

Sometimes, the result cannot be displayed in the table. Thus the Table Result buttonis shaded.

1-9



3. Click the Help button to show the Help information that includes how to use thecommand, the description of the command and the command format.

4. Click the History Command button to query the commands that were executedbefore. You can select some commands or all the commands and export them.


1.6.2 Searching for a Command

Prerequisites

You have logged in to the Local Maintenance Terminal.

Context

If you only know the key words of a command, you can query the complete command byquerying it. You can also find a command from the command tree.

Steps

1. If you only know the key words of a command, you can enter them in the Filter textbox. The system will search for the commands that match the key words automatically,as shown in Figure 1-6.

Figure 1-6 Searching for a Command


1-10



1.6.3 Showing Command Help

Prerequisites


Context

On the Local Maintenance Terminal web page, you can query the command helpinformation, including the input parameter description, output parameter description andparameter range.

You can either enter a command or select a command from the command tree.

Steps

1. You can query the help information of a command by selecting a command orentering a command on the lower right pane and then click the Help button. Thehelp information includes the command function, the command format and parameterdescription, as shown in Figure 1-7.

Figure 1-7 Help


1.6.4 Importing and Executing Batch Processing Commands

Prerequisites


1-11



ContextYou can import batch processing commands to promote your efficiency. The batchprocessing commands must be in txt format or mml format.

Steps

1. Click on the lower pane of the web page. The Batch Command Mode tabappears, as shown in Figure 1-8.

Figure 1-8 Batch Command Mode

2. Click . The directory dialog box appears. You can select the txt or mml files. Whenyou have selected the files, the commands will be displayed one by one.

3. Click to create a command.

4. Click to execute the commands.

5. Click to return to the Terminal Mode.


1.7 Command Format DescriptionCommand FormatThe command format is:

Command mnemonic/command code: parameter mnemonic /parameter ID = parametervalue, parameter mnemonic/parameter ID = parameter value...

1-12



Example

ADD SHELF:RACKNO=1,SHELFNO=1,SHELFTYPE=1;

Parameter Property

l Required parameter: The parameter description defines it as required.l Optional parameter: The parameter description defines it as optional.l Option parameter: You have to select one in a parameter group.l Multiple instances: A parameter can have several values that are divided by "&", for

example, 1&2&3.l Character string parameter: Generally, it is not necessary to use a double quotation.

A double quotation is used when the character contains the following symbols: colon":", comma ",", semicolon ";", equation "=", en dash "-" and ampersand "&".

1-13



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1-14


Chapter 2Public ConfigurationTable of Contents

Public Configuration Planning.....................................................................................2-1Physical Configuration................................................................................................2-2Protocol Stack Configuration ......................................................................................2-7

2.1 Public Configuration PlanningWhen the RCP system is installed and powered on, you have to make the publicconfiguration. This configuration involves physical configuration and protocol stackconfiguration.

l Physical configuration

Define rack, shelf, board and LOMP for the RCP NE.

l Protocol stack configuration

Configure the real and virtual IP addresses and the static route for the RCP system.

Figure 2-1 shows the shelf in which the RCP NE is installed.

Figure 2-1 Shelf

The examples of the data planning are shown in Table 2-1.

2-1



Table 2-1 Public Data Configuration Planning

Parameter Plan

Rack No. 1

Shelf No. 2

Slot No. 9

LOMP module No. 1

Static route information 10.28.0.103

Next hop route information 10.29.0.101

Real address interface 255:1:65535:255:1

Note:l The rank ID in the plan refers to the logic ID. It is only used to identify a rack in the

system, so it does not correspond to the physical rack.l The shelf ID in the plan refers to the ID of the logic shelf in which the board is installed.

A rack can have two shelves. The upper shelf is not necessarily to be shelf 1.

If multiple boards are inserted into different shelves, the shelf IDs must be different.

l The slot ID in the plan refers to the logic ID. With the ID, slot can be located easily.Plan the logic IDs according to the physical IDs.

l The module ID in the plan is used for identification. Module IDs must be unique in anoffice. A logic ID does not necessary to correspond to a physical ID.

2.2 Physical Configuration

2.2.1 Configuring a Rack

Configuration Description

This topic describes how to configure a logical rack.

Note:

During installing the ZXUN RCP software, you have already configured the ZXUN RCPrack.

2-2


Chapter 2 Public Configuration

Related Man-Machine Commands

Command Function

ADD RACK Adds a rack.

SET RACK Modifies a rack.

DEL RAC Deletes a rack.

SHOW RACK Queries a rack.

Parameter Description

Parameter Name Description

RACK Rack ID Identifies a rack. This ID is unique in an office.

NAME Rack Name You can name the rack using letters and digits for

identification.

Command InstanceExecute the following command to add a rack. The rack ID is 1, and the rack name is N01.

ADD RACK: RACK= 1, NAME= "NO1";

2.2.2 Configuring a Shelf

Configuration DescriptionThis topic describes how to configure a logical shelf.

Note:

During installing the ZXUN RCP software, you have already configured the ZXUN RCPshelf.

Configuration PrerequisiteYou have configured the corresponding rack.


Command Function

ADD SHELF Adds a shelf.

SET SHELF Modifies a shelf.

DEL SHELF Deletes a shelf.

SHOW SHELF Queries a shelf.

2-3





RACK Rack ID The ID of the rack to which the shelf belongs. This ID must

have been configured in 2.2.1 Configuring a Rack.

SHELF Shelf ID Identifies a shelf. This ID is unique in an office.

TYPE Shelf Type The BDS type used in ZXUN RCP.

SHELFSIZE Shelf Size The size of the shelf. 11U, 13U, 14U or 15U are available.

NAME Shelf Name The shelf name, you can name it using letters or digits for

identification.

Command InstanceExecute the following command to add BDS shelf 2. It belongs to rank 1. The size is 14U.

ADD SHELF: RACK= 1, SHELF= 2, SHELFSIZE= "14U";

2.2.3 Configuring a Module

Configuration DescriptionThis topic describes how to configure a module to which an NE belongs.

Configuration PrerequisiteYou have configured the corresponding rack.

You have configured the corresponding shelf.


Command Function

ADD MODULE Adds a module.

SET MODULE Modifies a module.

DEL MODULE Deletes a module.

SHOW MODULE Queries a module.



LOC Location A parameter that consists of multiple elements. You should

type the rack ID, shelf ID, and slot ID.

MTYPE Module Type For example, Distribute Service Module for 16 Core Board.

MODULE Module The ID of the module to which the NE belongs.

2-4




BTYPE Board Type The board types are as follows:

l Single Board Computer Opteron (SBCO)

l Single Board Computer Woodcrest(SBCW)

l Single Board Computer Jasper(SBCJ)

l PC (PC)

BKMODE Backup Mode The backup mode of the board.

l Without backup

l One plus one backup

NAME Module Name Alias of a module.

DESC Module

Description

Usage descriptions of a module.

Command Instance

Execute the following command to create module 1. The module is in slot 3, shelf 2. It isa ZXUN RCP service processing board. The board type is Woodcrest. Use one plus onebackup mode.

ADD MODULE: LOC= 1-2-3, MTYPE= "SSS_CSB_SBCJ", MODULE= 1;

2.2.4 Configuring an Ethernet Port

Configuration Description

This topic describes how to configure an Ethernet port.


Command Function

ADD ENETPORTPARA Adds an Ethernet port.

SET ENETPORTPARA Modifies an Ethernet port.

DEL ENETPORTPARA Deletes an Ethernet port.

SHOW ENETPORTPARA Queries an Ethernet port.



UNIT Unit ID It must be unique in an office.

You must and can only set one parameter in UnitID, Unit Name, Module and Module Name.

2-5




UNITNAME Unit Name Digits or characters only.


MODULE Module The ID of the module to which the NE belongs.


MODULENAME Module Name The name of the module to which the NE belongs.


PORTNO Port The Ethernet port ID, used for network

communication.

PORTCLASS Port Location ETH Port by default.

LOGIPORTCLASS Port Function Possible values:

l External Media Port

l OMC Port

l Heart Beat Port

USERMODE Usage Mode The status of the Ethernet port. Permitted values

are as follows:

l Not Configured

l Enable

l Disable

NEGOTIATE Negotiation Mode The negotiation mode applied in port

communication.

l Auto-Negotiation

l Forcible

SPEED Rate The port rate.

l Not Appointed

l 10M

l 100M

l 1000M

l 10G

WRKMOD Work Mode The port’s working mode

l Not Appointed

l Full Duplex

l Half Duplex

NAME Port Name Port name.

Command Instance

Execute the following command to configure an Ethernet port. The module ID is 1, andthe port ID is 1:

2-6



ADD ENETPORTPARA: MODULE= 1, PORTNO= 1;

2.3 Protocol Stack Configuration

2.3.1 Entering Protocol Stack Configuration Mode

Command Description

This topic describes how to enter protocol stack configuration mode. You must executethe command described in this topic to enter protocol stack configuration mode.

Note:

After the configuration, you must execute the EXIT MODE command to exit protocol stackconfiguration mode.


Command Function

IPSTACK Enters protocol stack configuration mode.

2.3.2 Entering Interface Configuration Mode

Configuration Instruction

A board has an IP address. But in order to protect network security, a system only providesa virtual IP address instead of the real IP address to interconnect with external NEs.

The board’s real IP address should be configured on a real interface, and its virtual IPaddress should be configured on a virtual interface.

This configuration is used to enter interface configuration mode; In this mode, to configurean real IP address and an virtual IP address on the real and virtual interfaces, the ADD IPADDRESS command should be used.

l Ports with the IDs being 1, 2, 3, and 4 represent real interface. If you want to configurethe real address, enter the real interface.

l Port 65530 represents a virtual interface. If you want to configure a virtual address,enter the virtual interface.

In the following example, the real address interface is 255:1:65535:255:1, and the virtualaddress interface is 255:1:65535:255:65530.

2-7



Note:

The command to enter interface configuration mode and commands described in 2.3.3Configuring an IP Interface Address are used together to configure the real and virtualaddress of a module.

Configuration PrerequisiteYou should have entered protocol stack mode. Otherwise, the INTERFACE commandcannot be found and executed.

Man-Machine Language (MML)

Command Function

INTERFACE Enters interface configuration mode.

Description


SUBSYSTEM Subsystem The sub-system ID.

MODULE Module The affiliated module ID.

UNIT Unit ID The affiliated unit ID.

SUNIT Sub-unit ID The affiliated subunit ID.

PORT Port The port ID

l Port 1 represents a real interface.

l Port 65530 represents a virtual interface.

Command InstanceExecute the following command to add real address 255:1:65535:255:1.

INTERFACE:SUBSYSTEM=255,MODULE=1,UNIT=65535,SUNIT=255,PORT=1;

2.3.3 Configuring an IP Interface Address

Configuration InstructionConfigure the IP address and MAC address of the interface after the system shows therelated interface information.

l Port 1 represents a real interface. The IP address configured is a real address.l Port 65530 represents a virtual interface. The IP address configured is a virtual

address.

2-8



Note:

Add the IP address and MAC address for an interface. The mask of a real address is thereal mask in network planning. Generally, it is 255.255.0.0. The mask of a virtual addressis 255.255.255.255. In a real interface, MAC address should be configured, but in a virtualaddress, it does not. In order to avoid conflict between two MAC addresses, the MACaddress of the real address should be reset.

Configuration Prerequisite

You must enter interface configuration mode before configuring an IP interface address.


Command Function

ADD IP ADDRESS Adds an IP address

DEL IP ADDRESS Deletes an IP address

Description


IP address The IP address of a virtual/real interface.

Subnet mask The subnet mask of a virtual/real interface.

Example

Execute the following command to add an interface address whose IP address is10.27.0.102 and subnet mask is 255.255.255.0.

ADD IP ADDRESS:ADDRESS="10.27.0.102",MASK="255.255.255.0";

2.3.4 Configuring a Static Route


If the interconnected NE and ZXUN RCP NE are not in the same network segment, youhave to configure a static route and add a route to other network segment in order tofacilitate communication.

The following is the IPV4 static route configuration, which provides an example to illustratethe configuration procedure (the IPV6 static route configuration uses different commands).

2-9




Command Function

ADD IP ROUTE Adds a static route.

DEL IP ROUTE Deletes a static route.

SHOW IP ROUTE Shows an effective IPv4 route.

SHOW IP ROUTE ALL Shows all routes.



NETPRE Network Prefix IP address of the new static route.

MASK Network Mask The subnet mask of the corresponding static route.

NEXTHOP Next Hop IP

Address

The next hop IP address directed by the static route.

INTERFACE Next Hop Interface Includes the following properties of the next-hop interface

that the static route directs to.

l The subsystem number of the next-hop interface:

SUBSYSTEM

l The module number of the next-hop interface:

MODULE

l The unit number of the next-hop interface: UNIT

l The subunit number of the next-hop interface:

SUNIT

l The port number of the next-hop interface: PORT

TUNNELID Tunnel Interface ID ID of the corresponding tunnel interface.

Range: 1–1024.

PPINTERFACE PPP Interface Includes the following properties of the PPP interface:

l Subsystem number (PPSUBSYSTEM)

l Module number (PPMODULE)

l Unit number (PPUNIT)

l Subunit number PPSUNIT

l Port number (PPPORT)

MPINTERFACE MP Interface Includes the following properties of the MP interface.

l Subsystem number (MPSUBSYSTEM

l Module number (MPMODULE

l Unit number (MPUNIT

l Subunit number (MPSUNIT

l Port number (MPPORT

DISTANCE Management

Distance

The corresponding management distance.

Integer, range: 1–254.

2-10




VRFNAME VRF Name The corresponding VRF name.

String type, range: 0–30.

BFDDETECT Enable BFD

Detection

Sets whether to enable BFD detection.

Note:

You must and can only set one parameter in NEXTHOP, INTERFACE, TUNNELID, PPINTERFACE and MPINTERFACE.

Example

Execute the following command to configure statistic route 10.28.0.103. The NetworkMask is 255.255.255.0 and the next hop route is 10.29.0.101.

ADD IP ROUTE: NETPRE= "10.28.0.103", MASK= "255.255.255.0", NEXTHOP= "10.29.0.101";

2.3.5 Saving the Configuration


After completing the IP stack configuration, you have to save it.

Configuration Prerequisite

You have entered protocol stack configuration mode.


Command Function

SAVE ONLINEDATA Saves the online configuration.

Parameter Descriptions


TYPE Save Mode The saving mode:

l Save Master: Saves the configuration to the master

board.

l Save Slave: Saves the configuration to the slave

board.

2-11



2.3.6 Exiting Current Mode

Command Description

You must execute this command to exit the current mode.

Prerequisite

You have entered a mode.


Command Function

EXIT MODE Exits the current mode.

2.3.7 Data Transfer

Command Description

After the front-end devices are configured, they have to be synchronized with otherdevices.

Note:

If the configuration of the front-end devices is modified, they also have to be synchronizedwith other devices.


Command Function

SYN Synchronizes the login user configuration.

2.3.8 Configuration Examples

2.3.8.1 Configuring a Real Address

Configuration Method

Configure real address 202.102.0.1 for module 1. The subnet mask is 255.255.0.0.

1. Execute the following command to enter the real address configuration:

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INTERFACE: SUBSYSTEM= 255, MODULE= 1, UNIT= 65535, SUNIT= 255, LOCALPORT= 1;

2. Execute the following command to configure a real IP address:

ADD IP ADDRESS: ADDRESS= "202.102.0.1", MASK= "255.255.0.0";

2.3.8.2 Configuring a Virtual Address

Configuration Method

Configure a virtual IP address 10.27.0.102 for a module. The subnet mask is 255.255.0.0.

1. Execute the following command to enter the virtual address configuration:


2. Execute the following command to configure a virtual address:


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2-14


Chapter 3Local Office ConfigurationTable of Contents

Topology Configuration...............................................................................................3-1Interconnection Protocol Configuration .......................................................................3-4Load Configuration ...................................................................................................3-14

3.1 Topology Configuration

3.1.1 Configuring a Host


This topic describes how to configure a host name to identify host properties. Thisconfiguration can provide upper layer services with the NE name and role. Thisconfiguration is used to create links and interconnect hosts.

Note:

If an NE is a combination of multiple NEs, the host types of the NEs must be configuredone by one.


Command Function

ADD HOST Adds a host.

SET HOST Sets a host.

DEL HOST Deletes a host.

SHOW HOST Shows a host.

Description

Parameter name Description

Host ID The ID of a host. It must be unique.

Range: 1–65534.

3-1



Parameter name Description

Host Name The unique name of a host in a network. It must be consistent with the

domain name of a real NE host.


Example

Execute the following command to configure a host.

ADD HOST: HOSTID= 1, HOSTNAME= "rcp1.zte.com.cn";

3.1.2 Configuring a Domain


Domain name is the name of a server or a network system. Every domain is unique inthe world. A domain consists of English letters and numbers. It is divided into differentsegments by ".", for example, zte.com.cn.

This topic describes how to configure a domain.


Command Function

ADD REALM Adds a domain.

SET REALM Sets a domain.

DEL REALM Deletes a domain.

SHOW REALM Shows a domain.

Description

Parameter Parameter name Description

REALMID Domain ID The unique ID of a domain.

Range: 1–65535.

REALM Domain name The unique name of a domain. It must be consistent with

the real domain to which a host belongs.


Example

Execute the following command to configure domain "zte.com.cn".

ADD REALM: REALMID= 1, REALM= "zte.com.cn";

3-2


Chapter 3 Local Office Configuration

3.1.3 Configuring an Adjacent Host


This topic describes how to configure an adjacent host that communicates with this NE.

The local NE is RCP. The adjacent hosts can be AF, SPR, and PCEF. You can configurethem according to the networking solution or NE roles.


Command Function

ADD ADJHOST Adds an adjacent host.

SET ADJHOST Sets an adjacent host.

DEL ADJHOST Deletes an adjacent host.

SHOW ADJHOST Shows an adjacent host.

Description


ADJHOSTID Adjacent Host ID Used to identify an adjacent host. It is unique in an office.

Range: 1–65534.

HOSTNAME Adjacent Host

Name

The name of an adjacent host. It must be consistent with

the real host name, for example, pcef1.zte.com.cn.


HOSTTYPE Adjacent Host Type Adjacent host types can be:

l DPI-PCEF

l SPR

l 3GPP-PCEF

l WIMAX-PCEF

l PCRF

l 3GPP-AF

l WIMAX-AF

REALM Domain Name Used to identify the domain that corresponds to an

adjacent host. It must be consistent with the real name of

the domain.


Example

Execute the following command to configure an adjacent host. The host name isspr1.zte.com.cn. The domain to which it belongs is zte.com.cn.

ADD ADJHOST: ADJHOSTID= 1, HOSTNAME= "spr1.zte.com.cn", REALM= "zte.com.cn",HOSTTYPE= "DPI-PCEF";

3-3



3.2 Interconnection Protocol Configuration

3.2.1 Configuring a TCP Connection


TCP protocol is a reliable connection oriented transmission protocol. TCP connectionis used in lower layer signaling transmission between SPR, GGSN, PCEF, AF and3GPPPCEF.

You have to confirm a unique local IP, peer IP and port number when you configure a TCPconnection.


Command Function

ADD TCPCONN Creates a TCP connection.

SET TCPCONN Sets a TCP connection.

DEL TCPCONN Deletes a TCP connection.

SHOW TCPCONN Shows a TCP connection.

Description


ID TCP Connection ID Used to identify a TCP connection. It must be unique.

Range: 1–65535.

NAME TCP Connection

Name

Name of a TCP connection.


LOCIP Local IP Address IP address of the local port. It must be the virtual address

of the NE.

Address type.

LOCPORT Local Port Local port number.

Range: 0–65535.

RMTIP Remote IP Address IP address of the remote terminal.

RMTPORT Remote Port Remote port.

ROLE Local Role Configure the role of the local terminal: whether it is a

server or a client.

l CLNT: client

l SVR: server

MODULE Module Number of a module to which the local terminal belongs.

Range: 1–250.

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Example

Execute the following command to create a TCP connection. The ID is 1; the name isTCP 1; the local IP address is 10.27.0.102; the port number of the local terminal is 5001;the remote IP address is 10.27.0.105; the port number of the remote terminal is 5001; thelocal terminal is a client; the module number is 1.

ADD TCPCONN: ID= 1, NAME= "TCP1", LOCIP= "10.27.0.102", LOCPORT= 5001, RMTIP= "10.27.0.105", RMTPORT= 5001, ROLE= "CLNT", MODULE= 1;

3.2.2 Diameter Protocol Configuration

3.2.2.1 Configuring Diameter Protocol Properties


The Diameter protocol configuration refers to the configuration of the basic properties ofthe Diameter protocol, including product name, vendor ID, TC timer, maximum connectionnumber and maximum route number.

Note:

In the configuration, Max Connection Number and Max Route Number are capacityparameters. You have to restart the corresponding NE to make them effective when theyare modified.


Command Function

ADD DIM GLOBAL Adds basic DIAMETER configuration.

SET DIM GLOBAL Sets basic DIAMETER configuration.

SHOW DIM GLOBAL Shows basic DIAMETER configuration.

Description


PRODUCTNAME Product Name The product name carried in CER message

when a Diameter connection is created.


VENDORID Vendor ID It is 3GPP by default.

l 10415 refers to 3GGP

l 3902 refers to ZTE

3-5




TC Link Heartbeat

Interval(s)

The time consumed in sending DWR/DWA

messages by a Diameter connection. It is

used to test whether a Diameter link operates

normally.

Range: 5–100.

Default value: 30s.

MAXCONN Max Connection Number The maximum global capacity of Diameter

connection data. It is used to specify the

applied data space.

Range: 32–4096.

Default value: 2048.

MAXROUTE Max Route Number The maximum global capacity of Diameter

route data. It is used to specify the applied

data space.

Range: 64–8192.

Default value: 4096.

ACTIVETIME Transaction Resend

Interval(s)

The active time. When time out, the

transaction will be terminated.

Range: 6–20.

Default value: 15s.

SHRPTIME Shrinking Duration(s) Default value: 120s.

Range: 60–86400.

EXPTIME Expansion Duration(s) Default value: 60s.

Range: 60–86400.

Example

Execute the following command to configure the basic properties of Diameter protocol. Theproduct name is zte; the company is 3GPP; the heartbeat detection time is 30 seconds;the maximum connection number is 128; the maximum route number is 512; the intervalbetween sending two messages is 15 seconds.

ADD DIM GLOBAL: PRODUCTNAME= "zte", VENDORID= "3GPP", TC= 30, MAXCONN= 128, MAXROUTE= 512;

3.2.2.2 Configuring Diameter Global Registry Module


When configuring the Diameter global registry module, the number of the module in whichthe G-REG node locates should be the same with that of the NE module.

3-6



PrerequisiteThe corresponding modules have been created.


Command Function

ADD DIM GLOBALREGISTRY Adds Diameter global registry.

SET DIM GLOBALREGISTRY Sets Diameter global registry.

SHOW DIM GLOBALREGISTRY Shows Diameter global registry.

DEL DIM GLOBALREGISTRY Deletes Diameter global registry.

Description


MODULE G-REG Master Module Number of the module in which the G-REG

node is located.

Range: 1–250.

ExampleExecute the following command to configure a Diameter global registry module. Thenumber of the module in which the G-REG node is located is 1.

ADD DIM GLOBALREGISTRY: MODULE= 1;

3.2.2.3 Configuring a Diameter SCTP Association

Configuration InstructionSCTP provides connection-oriented, point-to-point transmission. It shares the powerfulcongestion control function and lost data detection function with the TCP protocol. Thusany data transmitted by TCP protocol can be transmitted by SCTP protocol.

The basic properties of an SCTP association that can be configured include module,remote adjacent office, protocol type, application property, local IP, local port, remote IP,remote port and SCTP ID.

This topic describes how to configure the corresponding SCTP association for a SIP link.


Command Function

ADD DIMSCTP Adds an SCTP association.

SET DIMSCTP Sets an SCTP association.

DEL DIMSCTP Deletes an SCTP association.

SHOW DIMSCTP Shows an SCTP association.

3-7



Description

Parameter Parameter Name Description

ID SCTP ID Used to identify an SCTP connection. It must

be unique.

Range: 1–2176.

NAME SCTP Association Name The name of the SCTP association.

MODULE Module Module ID. It is used to specify the module

that is associated with the SCTP association.

Range: 0–65534.

PROPERTYPE Application Attribute Application attribute of an SCTP association.

l Client: Apply SCTP to client

l Server: Apply SCTP to server

LOCADDR Local IP The following are the available options:

l Local IP Type

l Local IP VPN

l Local IP Address

LOCPORT Local Port The port ID of the sender's terminal. With

the source IP address and the port ID, the

connection from which datagram is sent can

be identified.

Range: 1-65535.

REMADDR Destination IP The following are the available options:

l Local IP Type

l Local IP VPN

l Local IP Address

REMPORT Remote Port The ID of the destination port to which the

datagram is sent. With the port ID, the

datagram can be sent to the correct end or

the target application program.

Range: 0-65535.

INSTREAMS Quantity of In-stream The maximum number of streams that can be

received supported by the local end.

Range: 1-17.

OUTSTREAMS Quantity of Out-stream The maximum number of streams that can be

sent supported by the local end.

Range: 1-17.

MAXRTRY Max Retransmission

Times of Path

Maximum retransmission times of path.

Range: 1-10. Default: 5.

MAXRTO Max Value of RTO(10ms) Maximum value of RTO (10ms).


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MINRTO Min Value of RTO(10ms) Minimum value of RTO (10ms)


INITRTO Initial Value of

RTO(10ms)

Initial value of RTO (10ms).


HB Heartbeat Interval(10ms) Heartbeat interval (10ms).


FIXNH Enable Link Switch Whether to enable the link switch function.

l Yes

l No

SCTPMAXRTRYNUM SCTP Max

Retransmission Times

SCTP maximum retransmission times.


DELAYACK Delay ACK Duration

(10ms)

Delay ACK duration (10ms).


MAXBURST Max Burst Data Packet Maximum burst data packet.


PRIMARYPATH Primary Path Primary path.

l Remote IP 1

l Remote IP 2

l Remote IP 3

l Remote IP 4

PMTU Path MTU(10B) The maximum transmission unit for a path

(10B).


BREAKTIME Anti-break Duration(s) Anti-break duration(s).


PDTHRESH Path Detect Threshold Path detect threshold.


MINCWND Min Congestion Window

(KB)

Min congestion window (KB).


PLTIMER Packet Loss Test

Duration(10s)

Range:2–30. Default: 10.

MPPLTHRD Main Path Packet Loss

Threshold (%)

Main path packet loss threshold (%).


DPLEN Length of Detection

Packet

Length of detection packet.

l 1 MTU

l 1/2 MTU

l 1/4 MTU

l 1/8 MTU

3-9




CB Packet Sending

Interval(10ms)

Packet sending interval (10ms).


QOSTYPE QoS Priority Way QoS priority.

l Not available

l DSCP

l TOS

QOSVALUE QoS Priority Value QoS priority value.

Range: 0-65535.

CHECKSUM Checksum Type Checksum type.

l Adaptive

l CRC32

l ADLER32

Command ExampleExecute the following command to configure a Diameter SCTP association: Theassociation ID is 2; the association name is sctp 2; the local port is 6300; the remoteIP 1 is 202.201.16.34; the remote IP 2 is 202.201.16.36; the remote port is 6500; theapplication attribute is Apply SCTP t client; the module ID is 1:

ADD DIMSCTP: NAME= "sctp2", MODULE= 1, ROLE= "CLIENT", LOCADDR= "IPv4"-1-"202.202.11.12", LOCPORT= 6300, REMADDR= "IPv4"-1-"202.201.16.36", REMPORT=6500;

3.2.2.4 Configuring a Diameter Link

Configuration InstructionThis topic describes how to configure the links that use Diameter protocol to interconnectwith RCP, SPR and GGSN. You have to confirm the connection protocol and the usedSCTP association. If they cannot be configured correctly, links might fail to send andreceive Diameter messages.

This configuration depends on SCTP/TCP connection. Therefore, you have to configurethe connection first. Parameters Bearer Protocol Type and SCTP/TCP Bearer Link IDmust be configured together.

PrerequisiteYou have configured the corresponding TCP/SCTP connection.


Command Function

ADD DIM RCPLINK Adds a Diameter link.

3-10



Command Function

SET DIM RCPLINK Sets a Diameter link.

DEL DIM RCPLINK Deletes a Diameter link.

SHOW DIM RCPLINK Shows a Diameter link.

Description


LINKNO Link ID Used to identify a Diameter link. It must be

unique.

Range: 1–65535.

LOCALHOSTNAME Local Host Name String type, range: 1–127.

LOCALREALM Local Domain Local domain name.


DSTHOSTNAME Destination Host Name String type, range: 1–127.

DSTREALM Destination Domain Remote domain name.


PROTOCOL Bearer Protocol Type The protocol type of transmission layer that

transmits Diameter messages.

l TCP

l SCTP

CONNID SCTP/TCP Bearer Link

ID

The ID of the SCTP or TCP connection used

by the Diameter link.

Use the IDs configured in 3.2.1 Configuring

a TCP Connection and 3.2.2.3 Configuring a

Diameter SCTP Association.

CONNID2–8 SCTP/TCPBearer Link

2–8

The ID of the SCTP or TCP connection used

by the Diameter link.

NAME Link Name Diameter link name. It is used to identify link

feature. For example, use "RCP-CSCF" to

refer to the link between RCP and CSCF.


HEARTBEAT Enable Heartbeat

Detection

When you select Yes, the OPTIONS

messages will be sent to the opposite end. If

the response can be received within the set

period (determined by the interval for sending

the OPTIONS messages and the heartbeat

times), the link is in normal state.

l Yes

l No

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HEARTBEATTIM Heartbeat Cycle(s) Heartbeat detection period.

Range: 10–360.

HEARTBEATCNT Heartbeat Times Heartbeat times.

Range: 1–10.

TLSENABLED TLS Enabled Whether to support TLS.

l Yes

l No

ExampleExecute the following command to add a RCP-PCEF Diameter link. The link number is1; the local host name is "rcp1.zte.com.cn"; the local domain name is "zte.com.cn"; theremote host name is "pcef1.zte.com.cn"; the remote domain name is "zte.com.cn"; thebearer protocol type is "TCP"; the bearer node ID is 1; the link name is "RCP-PCEF" .

ADD DIMRCPLINK: LINKNO= 1, LOCALHOSTNAME= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn", DSTHOSTNAME= "pcef1.zte.com.cn", DSTREALM= "zte.com.cn", CONNID= 1, PROTOCOL= "TCP", NAME= "RCP-PCEF";

3.2.2.5 Configuring a Diameter Route

Configuration InstructionDiameter route function refers to the analysis and processing of the Diameter messagessent to the local terminal or the Diameter messages received from the last hop terminal.This configuration provides the following functions:

l Perform route analysis for the requests sent to the local terminal to decide thecorresponding operation and the next hop routing.

l Perform route analysis for the messages received from the last hop to decide thecorresponding operation and the next hop routing.

For a route to PCEF, you only have to configure a pair of RELAY route and LOCAL route.The Route Application ID is set to be Gx'. The other route configuration is similar to this.

For the route to SPR, you have to configure two pairs of RELAY routes and LOCAL routes.The Route Application ID of a pair is set to be E4/Sp, the other is set to be Sp'. The otherroute configuration is similar to this.

PrerequisiteYou have configured the corresponding Diameter link.


Command Function

ADD DIM ROUTE Adds a Diameter route.

3-12



Command Function

SET DIM ROUTE Sets a Diameter route.

DEL DIM ROUTE Deletes a Diameter route.

SHOW DIM ROUTE Shows a Diameter route.

Description


ROUTENO Route ID Used to identify a Diameter route. It

must be unique.

Range: 1–32767.

LOCALPROCESSID Local Action Used to identify Diameter message

processing type. If it is Local, themessages are processed locally;

if Relay, the messages will be

sent to the next hop server without

modifying any properties that are

unrelated to the route.

MASTERLINKNO Master Link Used to specify the master link

under this route. The link must

have been configured in Diameter

link configuration.

Range: 1–65535.

ROUTEPRIORITY Route Priority Used to specify the priority of a

route. When there are several

routes, the system will select one

based on their priorities.

l Low

l Middle

l High

ROUTEAPPID Route Application ID l Common

l E4/Sp

l Sp'

l Rx

l Gx

l S9

l WiMAX-Gx

DESTURI Destination URI Destination URI address.


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DESTURIOPTYPE Destination URI Operation Type How to match destination URI.

l Longest Match From Right to

Left

l Exact Match

SPECFLAG Special Property l Common

l Priority to compare this route, if

condition met and link blocked,

then failed

l Priority to compare this route, if

condition met and link blocked,

then continue

ROUTEGROUPNO Route Group ID Range: 0–65535.

MASTERFLAG Master Route Whether a route is a master route

or a slave route.

l Master

l Slave

OTHCONDNO Additional Condition Range: 0–65535.

PEERHOSTNAME Dynamic Peer Host Name String type, range: 0–127.

WEIGHT Weight Range: 0–9. Default: 0.

Example

Execute the following command to add a Diameter route. The route ID is 1; the localoperation is "Local"; themaster link is 1; the slave link is 2; the priority is high; the supportedapplication interface is GX; the destination URI is zte.com.cn.

ADD DIM ROUTE:ROUTENO=1,LOCALPROCESSID="LOCAL",MASTERLINKNO=5,ROUTEAPPID="Gx",DESTURI="rcp1.zte.com.cn",LOCALHOST="rcp1.zte.com.cn",LOCALREALM="zte.com.cn";

3.3 Load Configuration

3.3.1 Configuring Load Control Timer


This topic describes how to configure a load control timer. You can check the CPU dataarea and DATA area periodically based on the timer configuration. When the value of CPUand DATA area reaches a certain level, load control can be performed and correspondingalarms will be raised. Thus system load can be controlled.

3-14




Command Function

SET LOADTIM Sets a load timer.

SHOW LOADTIM Shows a load timer.

Description


RESTIME Resource Status Detection

Interval(s)

The interval for checking whether a

system is overloaded.

Range: 30–3600.

SSPTIME Stable State Guide Time(s) Used to prevent the system from

shifting to a lower level when the load

control level decreases.

A system has to maintain stable

within the stable state protect time

before shifting to another level.

Range: 30–3600.

ExampleExecute the following command to modify the load control timer. The resource status timeis 60 seconds; the stable state protect time is 60 seconds.

SET LOADTIM: RESTIME= 60, SSPTIME= 60;

3.3.2 Configuring an Overload Policy

Configuration InstructionWhen a system is overloaded, perform the corresponding overload policy.


Command Function

SET LOADPLC Sets an overload policy.

SHOW LOADPLC Shows an overload policy.

Description


LEVL Overload Level Used to identify a load level. It must be unique in an

office.

Range: 1–4.

3-15




IFRESP Response

Indication

Whether to return a response or not.

l Yes

l No

MSGRATIO Allowed Message

Ratio(%)

Configure the percentage of the allowed messages.

Range: 0–100.

MSGNUM Minimum Number

of Allowed

Message

Configure the minimum number of the allowed messages.

ExampleExecute the following command to modify the overload policy. The overload level is 1; thepercentage of the allowed messages is 30%; the minimum message is 1.

SET LOADPLC: LEVL= 1, IFRESP= "YES", MSGRATIO= 30, MSGNUM= 1;

3.3.3 Configuring Load Control

Configuration InstructionWhen the value of CPU and DATA area reaches a certain level, load control can beperformed and corresponding alarms will be raised.

This topic describes how to configure load control based on thresholds.


Command Function

ADD LOADCFG Adds load control configuration.

SET LOADCFG Sets load control configuration.

DEL LOADCFG Deletes load control configuration.

SHOW LOADCFG Shows load control configuration.

Description


LOADTYPE Overload Type The type of the area that is under load control.

l CPU

l Data area

UPTH1 Up Threshold 1(%) Up percentage of level one.

Range: 1–100.

LWTH1 Low Threshold

1(%)

Low percentage of level one.

Range: 1–100.

3-16




UPTH2 Up Threshold 2(%) Up percentage of level two.

Range: 1–100.

LWTH2 Low Threshold

2(%)

Low percentage of level two.

Range: 1–100.

UPTH3 Up Threshold 3(%) Up percentage of level three.

Range: 1–100.

LWTH3 Low Threshold

3(%)

Low percentage of level three.

Range: 1–100.

Example

Execute the following command to configure load control. Level 1: 90%–85%; level 2:85%–80%; level 3: 80%–75%.

ADD LOADCFG: LOADTYPE= "DATA", UPTH1= 90, LWTH1= 85, UPTH2= 85, LWTH2=80, UPTH3= 80, LWTH3= 75;

3-17




3-18


Chapter 4Configuration ExampleTable of Contents

Configuration Plan Example .......................................................................................4-1Configuring Public Data..............................................................................................4-2Configuring System to Interconnect with PCEF ..........................................................4-4Configuring System to Interconnect with SPR ............................................................4-5

4.1 Configuration Plan ExampleFigure 4-1 shows the configuration plan.

Figure 4-1 Configuration Plan

4-1



Table 4-1 Configuration Plan

Parameter Plan

Board Property Slot 9, shelf 2, rack 1

IP Address 10.27.0.102

Subnet Mask 255.255.255.255

RCP Host Name rcp1.zte.com.cn

RCP

Gateway 10.27.0.254

GGSN IP address 10.27.2.105

Subnet Mask 255.255.255.255

GGSN Host Name pcef1.zte.com.cn

GGSN

Gateway 10.27.2.254

SPR IP Address 10.27.1.83

Subnet Mask 255.255.255.255

SPR Host Name spr1.zte.com.cn

SPR

Gateway 10.27.1.254

4.2 Configuring Public DataPhysical configuration

1. Configure a rack

Execute the following command to configure rack 1; the name is N01:

ADD RACK: RACK= 1, NAME= "NO1";

2. Configure a shelf

Execute the following command to configure BDS shelf 2. It belongs to rack 1. Theshelf size is 14U:

ADD SHELF: RACK= 1, SHELF= 2, SHELFSIZE= "14U";

3. Configure a module

Execute the following command to configure a module:

ADD MODULE: LOC= 1-2-9, MTYPE= "OMP_DS_16CORE", MODULE= 1, BTYPE="SBCJ";

Protocol stack configuration

1. Configure a real address

4-2


Chapter 4 Configuration Example

a. Enter protocol stack configuration mode:

Execute the IPSTACK command to enter protocol stack configuration mode.

b. Execute the following command to enter real address configuration mode:


c. Execute the following command to configure a real address.


2. Configure a virtual address

a. Execute the following command to enter virtual address configuration mode:


b. Execute the following command to configure a virtual address:


3. Configure a static routel Execute the following command to configure a static route that routes to SPR:

ADD IP ROUTE: NETPRE= "10.27.1.83", MASK= "255.255.255.255", NEXTHOP=" 10.27.0.254";

l Execute the following command to configure a static route that routes to PCEF:

ADD IP ROUTE: NETPRE= "10.27.2.105", MASK= "255.255.255.255", NEXTHOP= " 10.27.0.254;

Local office configuration

1. Configure module capacity

Execute the following command to configure the capacity for module 1. Use the defaultvalue:

ADD MODTBL: MODULE= 1;

2. Configure the host

Execute the following command to configure host rcp1.zte.com.cn:

ADD HOST: HOSTID= 1, HOSTNAME= "rcp1.zte.com.cn";

3. Configure a realm

Execute the following command to configure realm "zte.com.cn":

ADD REALM: REALMID= 1, REALM= "zte.com.cn";

4. Configure the basic properties of Diameter protocol

Execute the following command to configure the basic properties of Diameter protocol.The product name is zte, the producer is 3GPP, the heartbeat detection duration is 30s,

4-3



the maximum number of connections is 128, the maximum number of route is 512, theinterval between sending two messages is 15s:

ADD DIM GLOBAL: PRODUCTNAME= "zte", VENDORID= "3GPP", TC= 30, MAXCONN= 128, MAXROUTE= 512;

5. Configure a Diameter global processing module

Execute the following command to configure a Diameter global processing module.The ID of the module to which the G-REG node belongs is 1:

ADD DIM GLOBALREGISTRY: MODULE= 1;

4.3 Configuring System to Interconnect with PCEFConfigure an adjacent hostConfigure adjacent host "pcef1.zte.com.cn":

ADDADJHOST:ADJHOSTID= 1, HOSTNAME= "pcef1.zte.com.cn", REALM= "zte.com.cn",HOSTTYPE= "3GPP-PCEF";

Configure an SCTP connectionConfigure an SCTP connection that connects with the PCEF NE:

ADD SCTPAC: ASSOCID= 1, SCTPPROTYPE= "DIM",MODULE= 1, OFFICE= 0, PROPERTYPE= "CLIENT", LOCPORT= 3867, REMPORTFLAG= "FIXED", REMPORT= 3868,IPV4LOCADDR1FLAG= "FIXED", IPV4LOCADDR1= "10.27.0.102", IPV4REMADDR1FLAG= "FIXED", IPV4REMADDR1= "10.27.2.105";

Configure a TCP connectionConfigure a TCP connection that connects the PCEF NE

ADD TCPCONN: ID= 1, NAME= "pcef1", LOCIP= "10.27.0.102", LOCPORT= 5001, RMTIP= "10.27.2.105", RMTPORT= 5001, ROLE= "SVR", MODULE= 1;

Configure a Diameter linkConfigure a Diameter link that interconnects with the PCEF NE

ADD DIMRCPLINK: LINKNO= 1, LOCALHOSTNAME= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn", DSTHOSTNAME= "pcef1.zte.com.cn", DSTREALM= "zte.com.cn", CONNID= 1, PROTOCOL= "TCP", NAME= "RCP-PCEF";

Configure a Diameter route

l Configure a LOCAL route

ADD DIM ROUTE: ROUTENO= 1, LOCALPROCESSID= "LOCAL", MASTERLINKNO= 5, ROUTEAPPID= "Gx", DESTURI= "rcp1.zte.com.cn", LOCALHOST= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn";

4-4


Chapter 4 Configuration Example

l Configure a RELAY route

ADDDIMROUTE: ROUTENO= 2, LOCALPROCESSID= "RELAY",MASTERLINKNO= 5, ROUTEAPPID= "Gx", DESTURI= "pcef1.zte.com.cn", LOCALHOST= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn";

4.4 Configuring System to Interconnect with SPRConfigure an adjacent hostConfigure adjacent host "spr1.zte.com.cn":

ADD ADJHOST: ADJHOSTID= 2, HOSTNAME= "spr1.zte.com.cn", REALM= "spr1.zte.com.cn", HOSTTYPE= "SPR";

Configure an SCTP connectionConfigure an SCTP connection that connects with the SPR NE:

SCTPAC: ASSOCID= 2, SCTPPROTYPE= "DIM", MODULE= 1, OFFICE= 0, PROPERTYPE= "CLIENT", LOCPORT= 3867, REMPORTFLAG= "FIXED", REMPORT= 3868, IPV4LOCADDR1FLAG= "FIXED", IPV4LOCADDR1= "10.27.0.102", IPV4REMADDR1FLAG="FIXED", IPV4REMADDR1= "10.27.1.83";

Configure a Diameter linkConfigure a Diameter link that interconnects with the SPR NE

ADD DIM RCPLINK: LINKNO= 2, LOCALHOSTNAME= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn", DSTHOSTNAME= "spr1.zte.com.cn", DSTREALM= "zte.com.cn", CONNID= 1, PROTOCOL= "SCTP", NAME= "sp";

Configure a Diameter routeYou have to configure two Diameter routes: the LOCAL and RELAY routes of E4/Sp andSp' respectively.

l E4/Sp

ADD DIM ROUTE: ROUTENO= 3, LOCALPROCESSID= "LOCAL", MASTERLINKNO= 1, ROUTEAPPID= "E4/Sp", DESTURI= "rcp1.zte.com.cn", LOCALHOST= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn";

ADDDIMROUTE: ROUTENO= 4, LOCALPROCESSID= "RELAY",MASTERLINKNO= 1, ROUTEAPPID= "E4/Sp", DESTURI= "zte.com.cn", LOCALHOST= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn";

l Sp'

ADD DIM ROUTE: ROUTENO= 5, LOCALPROCESSID= "LOCAL", MASTERLINKNO= 1, ROUTEAPPID= "Sp'", DESTURI= "rcp1.zte.com.cn", LOCALHOST= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn";

4-5



ADDDIMROUTE: ROUTENO= 6, LOCALPROCESSID= "RELAY",MASTERLINKNO= 1, ROUTEAPPID= "Sp'", DESTURI= "zte.com.cn", LOCALHOST= "rcp1.zte.com.cn", LOCALREALM= "zte.com.cn";

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FiguresFigure 1-1 Configuration Flow................................................................................... 1-2

Figure 1-2 Login Dialog Box...................................................................................... 1-6

Figure 1-3 Local Maintenance Terminal .................................................................... 1-7

Figure 1-4 Command Tree........................................................................................ 1-8

Figure 1-5 Command Result ..................................................................................... 1-9

Figure 1-6 Searching for a Command ..................................................................... 1-10

Figure 1-7 Help....................................................................................................... 1-11

Figure 1-8 Batch Command Mode .......................................................................... 1-12

Figure 2-1 Shelf ........................................................................................................ 2-1

Figure 4-1 Configuration Plan ................................................................................... 4-1

I

Figures


TablesTable 1-1 Configuration Description .......................................................................... 1-2

Table 1-2 Configuration Flow .................................................................................... 1-3

Table 2-1 Public Data Configuration Planning ........................................................... 2-2

Table 4-1 Configuration Plan..................................................................................... 4-2

III

Tables


GlossaryCPU- Central Processing Unit

MAC- Medium Access Control

PCC- Policy and Charging Control

PCEF- Policy and Charging Enforcement Function

RCP- Resource Control Platform

SGSN- Service GPRS Supporting Node

SPR- Subscription Profile Repository

TCP- Transfer Control Protocol

V

SJ-20110901092928-006-ZXUN RCP (V4[1].11.10) Resourse Control Platform Data Configuration Guide...

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Transcript of SJ-20110901092928-006-ZXUN RCP (V4[1].11.10) Resourse Control Platform Data Configuration Guide...