WAN ANM2000 Network Management System TL1 Operation Manual

5/21/2018 WAN ANM2000 Network Management System TL1 Operation Manual

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ANM2000 Network ManagementSystem

Northbound Interface (TL1)

Operation Manual

Version: A

Code: MN000000542

FiberHome Telecommunication Technologies Co., Ltd.

October 2010


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Thank you for choosing our products.

We appreciate your business. Your satisfaction is our

goal. We will provide you with comprehensive technical

support and after-sales service. Please contact your

local sales representative, service representative or

distributor for any help needed at the contact information

shown below.

Fiberhome Telecommunication Technologies Co., Ltd.

Address: No. 5 Dongxin Rd., Hongshan Dist., Wuhan, China

Zip code: 430073

Tel: +86-27-87691549

Fax: +86-27-87691755

Website: http://www.fiberhomegroup.com


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Legal Notice

are trademarks of FiberHome Telecommunication Technologies Co., Ltd.(Hereinafter referred to as FiberHome)

All brand names and produc t names used in th is document are used for

identification purposes only and are trademarks or registered trademarks

of their respective holders.

Al l r ights reserved

No part of this document (including the electronic version) may be

reproduced or transmitted in any form or by any means without prior

written permission from FiberHome.

Information in this document is subject to change without notice.

TM

TMTM


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I

Preface

As a commonly used access network management protocol, TL1 (TransactionLanguage 1) has been widely used on the FiberHome access platforms. Thismanual introduces the application range and operation methods of the TL1interface on the FiberHome EPON equipment.

Relevant Manuals

Manual Description

e-Fim ANM2000Broadband AccessNetwork ManagementSystemInstallation Manual(Based on Windows)

Describes the installation methods of the ANM2000.

e-Fim ANM2000Broadband AccessNetwork ManagementSystemOperation Manual(Based on Windows)

Describes the ANM2000 common operations and maintenancemethods for the purpose of helping users know the ANM2000further and operate it well.


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II

Version and Usage

Version Instruction

A The initial version.

Intended Readers

This manual is intended for the following readers:

Planning and designing engineers

Commissioning engineers

Operation and maintenance engineers

To utilize this manual, these prerequisite skills are necessary:

Data communication technologies

Access network technologies


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III

Conventions

Terminology Conventions

Terminology Meaning

ANM2000FiberHome e-Fim ANM2000 Broadband Access NetworkManagement System

Symbol Conventions

Symbol Refer to Meaning

Note Important features or operation guide.

CautionPossible injury to persons or systems, or cause trafficinterruption or loss.

Warning May cause severe bodily injuries.


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V

Operation Safety Rules

Network management computer should be placed away fromdirect sunlight, electromagnetic interference, heat source,humidity and dust, and with at least 8 cm distance from otherobjects in order to keep good ventilation.

Use UPS power supply to avoid loss of network managementdata caused by accidental power failure.

To shut down the network management computer, first exit theoperating system normally and then shut off the power supply.

The computer crust, UPS power supply and switch (or hub)should be connected to protection earth ground.

Do not visit Internet via the network management computer withthe ANM2000. Otherwise, it may increase data flow in the net

card and hence affects normal network management datatransmission or results in other accidents.

No access to Internet !

S/OS

Figure 1 No access to Interne

To exit the ANM2000 normally does not make equipment out ofcontrol of the network management system.

Use of unidentified memory devices should be prohibited so asto avoid computer virus.


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VI

Do not delete any file in the network management systemrandomly or copy any irrelevant file into the networkmanagement computer.

Do not perform service configuration or expansion in servicerush hours via network management system.

Network management computer cannot be used for purposesother than network management. Do not modify networkmanagement computers protocol setting, computer name or

LAN setting randomly. Otherwise, it may result in abnormaloperation of network management system.

Figure 2 Not permitted to modify protocol setting randomly (1)


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VII

Figure 3 Not permitted to modify protocol setting randomly (2)


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VIII

Figure 4 Not permitted to modify computer name randomly


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IX

Figure 5 Not permitted to modify LAN setting randomly


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Contents

Preface .................................................................................................................... I

Relevant Manuals .............................................................................. I

Version and Usage ............................................................................ II

Intended Readers ............................................................................. II

Conventions ..................................................................................... III

Operation Safety Rules .......................................................................................... V

1

Overview ...................................................................................................... 1-1

1.1 Service Provisioning Interface ........................................................ 1-2

1.2

Integrated Test Interface ................................................................ 1-4

1.3

Integrated Alarm Interface .............................................................. 1-6

1.4

Resource Query Interface .............................................................. 1-8

2

Interface Format ........................................................................................... 2-1

2.1 Format Overview ............................................................................ 2-2

2.2 Input Command Message Format .................................................. 2-3

2.3 Acknowledgement Message .......................................................... 2-4

2.4

Response Message Format ........................................................... 2-5

2.5

Definition of Returned Error Codes ................................................ 2-7

3 TL1 Commands ............................................................................................ 3-1

3.1

Session Control .............................................................................. 3-2

3.1.1

Logging in PON EMS (LOGIN) ........................................ 3-2

3.1.2

Logging out PON EMS (LOGOUT) .................................. 3-3

3.1.3 Handshaking Command (SHAKEHAND) ......................... 3-4

3.2 Integrated Test Interface ................................................................ 3-6

3.2.1

PON Service .................................................................. 3-27

3.2.2

Voice Service ................................................................. 3-47

3.2.3 LAN Service ................................................................... 3-66


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ANM2000 Network Management System Northbound Interface (TL1) Operation Manual

1-2 Version: A

3.2.4 IPTV Service .................................................................. 3-71

3.2.5

Alarms ........................................................................... 3-73

3.2.6

VLAN Function............................................................... 3-73

3.3

Integrated Alarm Interface ............................................................ 3-76

3.3.1 Subscribing to Alarms (SUBSCRIBE) ............................ 3-76

3.3.2 Enabling the Alarm Filtering Function

(ACT-ALARM-FILTER) .................................................. 3-77

3.3.3

Disabling the Alarm Filtering Function

(DACT-ALARM-FILTER) ................................................ 3-78

3.3.4

Modifying the Alarm Filtering Configuration

(CHG-ALARM-FILTER).................................................. 3-79

3.3.5 Querying the Current Alarm Filtering Configuration

(LST-ALARM-FILTER) ................................................... 3-81

3.3.6 Obtaining Alarms (LST-ALARM) .................................... 3-82

3.3.7

Acknowledging an Alarm (ACK-ALARM) ....................... 3-85

3.3.8

Cancelling an Alarm Acknowledgement (UNACK-ALARM)

3-86

3.3.9 Clearing an Alarm (CLR-ALARM) .................................. 3-87

3.4 Resource Query Interface ............................................................ 3-89

3.4.1 Querying the OLT Equipment Information ...................... 3-89

3.4.2

Querying the ONU Equipment Information .................... 3-91

3.4.3

Querying the Subrack Information ................................. 3-94

3.4.4

Querying the Card Information....................................... 3-97

3.4.5

Querying the Media Gateway Information ................... 3-101

3.4.6 Querying the Voice Port Information ............................ 3-103

3.4.7 Querying the Multicast Service Information ................. 3-105

3.4.8 Querying the DSL Port InformationErro! Indicador no

definido.

3.4.9

Querying the LAN Port Information .............................. 3-107

3.4.10

Querying the Port VLAN Information ............................ 3-111

3.4.11 Subscribing to the Resource Change Notification........ 3-113

3.4.12 Unsubscribing to the Resource Change Notification.... 3-114

3.4.13 Querying the Resource Change Notification ................ 3-116


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1 Overview

Version: A 1-3

3.4.14 Reporting the Resource Change Notification ............... 3-118

3.4.15

Exporting the Entire Network Resource Information .... 3-120

3.4.16

Querying the Resource Change Notification ................ 3-121

Appendix A The List of Alarms ............................................................................. 1

Appendix B The List of Parameters ..................................................................... 1


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1-4 Version: A

Figures

Figure 1-1 The overall architecture of the PON IT support system ................... 1-2

Figure 1-2 The overall architecture of the PON integrated test system............. 1-4

Figure 1-3 The overall architecture of the PON integrated alarm system ......... 1-6

Figure 1-4 The overall architecture of the PON resource query system ........... 1-9


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Version: A 1-1

1 Overview

This chapter introduces four types of northbound interfaces of the ANM2000, and

includes the following sections.

Service provisioning interface

Integrated test interface

Integrated alarm interface

Resource query interface


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1-2 Version: A

1.1 Service Provisioning Interface

The automatic activation system receives the FTTx service activation workorder

from the upper level service provisioning system, splits the workorder, and then

maps the sub-task into the detailed NE configuration commands. By accessing the

PON EMS service provisioning interface and relevant FTTx product platforms /

NEs (such as the AAA authentication system, the softswitch, the SHLR, the IPTV

management platform, etc.), the system delivers various NE configurationcommands, so as to implement the automatic activation of the FTTx service.

The overall architecture of the PON service provisioning system is shown in the

following figure:

Service guarantee system

CRM system

Resource

management

system

Service

provision

system

Automaticactivation

system

PON

EMS

Service guarantee

system (module)

Construction

scheduling

system

(module)

Integrated test

system

(module)

Softswitch

AAAauthentication

system

Integrated

alarm

system

Client

HGU

Customer service

system

Optical

distributionnetwork

integrated

measurement

system

Client

Fault

complaint

Service

accept

Accounting

system

SHLR

IPTVmanagement

platform

BSS

domain

OSS

domain

----I1 interface

----I3 in terface

----I2 interf ace

----I4 interface

ITMS

OLT

MDU / SFU

----I5 interfac e

Figure 1-1 The overall architecture of the PON IT support system


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1 Overview

Version: A 1-3

As Figure 1-1 shows, the systems involved with the FTTx service provisioning flow

include: the CRM system, the billing system, the service provisioning system, the

automatic activation system, the resource management system, the construction

scheduling system, the integrated test system, the PON EMS system, the AAA

authentication system, the softswitch system, the SHLR system, the IPTV

management platform.

The related interface is described as follows:

The I1 interface: the PON EMS northbound interface, providing the service

automatic activation function.


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1-4 Version: A

1.2 Integrated Test Interface

The integrated test system implements the tests of the following aspects: the

troubleshooting of the PON, the routine monitor, the provisioning and completion

test of the PON. It initiates the test of the PON access network, and implements

the network fault reason diagnosis or network quality active monitor of the

equipment and the line by accessing the PON EMS integrated test interface or the

PON integrated measurement system.

The overall architecture of the PON integrated test system is shown in the

following figure:


CRM system

Resource

management

system

Service

provision

system

Automaticactivation

system

PON

EMS

Service guarantee

system (module)

Construction

scheduling

system

(module)

Integrated test

system

(module)

Softswitch

AAA

authenticationsystem

Integrated

alarm

system

Client

HGU

Customer service

system

Optical

distribution

network

integrated

measurement

system

Client

Fault

complaint

Service

accept

Accounting

system

SHLR

IPTV

managementplatform

BSS

domain

OSS

domain

----I1 interface

----I3 interface

----I2 interface

----I4 interface

ITMS

OLT

MDU / SFU

----I5 interface

Figure 1-2 The overall architecture of the PON integrated test system


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1 Overview

Version: A 1-5

As Figure 1-2 shows, the systems involved with the FTTx integrated test include:

the customer service system, the service guarantee system, the resource

management system, the construction scheduling system, the integrated test

system, the PON EMS system, the PON integrated test system, etc.

The related interfaces are described as follows:

The I3 interface: the PON EMS northbound interface, providing the service fault

diagnosis and routine monitor functions.

The I2 interface: the PON EMS alarm report interface, completing the NE

equipment alarm report functions.

The I4 interface: the northbound interface of the PON integrated test system, used

to isolate and test various faults caused by the passive equipment (including the

optical fiber, the optical cable, the splitter, etc.) in the ODN rapidly and effectively.

In general, the FTTX integrated test system can perform the following threefunctions: the troubleshooting of the PON, the routine monitor of the PON, and the

provisioning and completion test of the PON.


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1-6 Version: A

1.3 Integrated Alarm Interface

The northbound interface between the PON EMS and the integrated alarm system

reports the severe alarms influencing multiple subscribers in a batch manner. The

PON EMS reports the following alarms via this interface: various major alarms at

the network level (the MDU and the equipment of higher level), including hardware

faults alarms (such as the faults of the OLT equipment card and the power supply

module), severe alarms of the MDU software and hardware, abnormal power-offalarms, trunk fiber breakout alarms, and the MDU environment parameters and

relevant alarms in the FTTB mode.

The overall architecture of the PON integrated alarm system is shown in the

following figure:


CRM system

Resource

management

system

Service

provision

system

Automaticactivation

system

PON

EMS

Service guarantee

system (module)

Construction

scheduling

system

(module)

Integrated test

system

(module)

Softswitch

AAAauthentication

system

Integrated

alarm

system

Client

HGU

Customer service

system

Optical

distributionnetwork

integrated

measurement

system

Client

Fault

complaint

Service

accept

Accounting

system

SHLR

IPTV

management

platform

BSS

domain

OSS

domain

----I1 interface

----I3 interface

----I2 interface

----I4 interface

ITMS

OLT

MDU / SFU

----I5 interface

Figure 1-3 The overall architecture of the PON integrated alarm system


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1 Overview

Version: A 1-7

As part of the service guarantee IT system, the integrated alarm system is the

convergence center of the monitored alarms and events. It performs the following

functions:

Alarm collection function: In PON, the system can collect severe alarms that

influence multiple subscribers in a batch manner and environment alarms on

the PON equipment via the alarm northbound interface of the PON EMS; can

initiate the alarm synchronization with the PON EMS system, so as to

implement the completeness of alarms.

Alarm handling function: In PON, the system can compress the PON alarmsaccording to the alarm compression rules configured by the operation and

maintenance division; can provide the detailed alarm information via the

association between the alarms and resources information (by analyzing the

association relationship between the alarms and resources information,

obtains the association relationship between the alarms and the services /

subscribers, and obtains the source and result relationships between alarms);

can deliver the workorder to the service guarantee system automatically

according to the workorder delivering rules.

Alarm operation function: In PON, users can confirm alarms, confirm deleting

alarms, and clear alarms; in addition, users can directly confirm, delete, and

clear the alarms in the PON EMS via the PON EMS alarm northbound

interface.


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1-8 Version: A

1.4 Resource Query Interface

The PON EMS northbound interface performs the following resource query

functions: Exports all resource data in PON, queries the network resource data in

PON, and reports the changing condition of the network resource; among them,

exporting all resource data in PON is implemented via the file and the FTP, and

querying the network resource data in PON and reporting the changing condition

of the network resource are implemented via the TL1 protocol.

Users can query the following resource data via the PON EMS northbound

interface: the PON physical resource data, the service resource data, etc. The

OSS system can synchronize and check the data via the PON EMS northbound

interface, so as to keep the consistency between the OSS system data and the

PON EMS data.

The overall architecture of the PON resource query system is shown in the

following figure:


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1 Overview

Version: A 1-9


CRM system

Resource

management

system

Service

provision

system

Automatic

activationsystem

PON

EMS

Service guarantee

system (module)

Construction

scheduling

system

(module)

Integrated test

system(module)

Softswitch

AAAauthentication

system

Integrated

alarmsystem

Client

HGU

Customer service

system

Optical

distribution

network

integrated

measurement

system

Client

Fault

complaint

Service

accept

Accounting

system

SHLR

IPTV

management

platform

BSS

domain

OSS

domain

----I1 interface

----I3 interface

----I2 interface

----I4 interface

ITMS

OLT

MDU / SFU

----I5 interface

Figure 1-4 The overall architecture of the PON resource query system

As Figure 1-4 shows, the OSS systems involved with the PON EMS resource

query include: the service guarantee system, the resource management system,

etc.

The related interface is described as follows:

The I5 interface: the PON EMS northbound interface, providing the resource data

query and resource changing notification functions.


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Version: A 2-1

2 Interface Format

This chapter introduces the command format of the TL1 interface, and includesthe following sections.

Format overview

Input command message format

Acknowledgement message

Response message format

Definition of returned error codes


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2-2 Version: A

2.1 Format Overview

Command format

Refers to the format for a user to input a command. The matching mode toexecute a command includes the following conditions:

Execute an operational command: All character strings are matched exactly.

Execute a query command: For an optional parameter whose data type ischaracter string, users can execute the fuzzy query; for a compulsoryparameter whose data type is character string, users should execute theexact matching. If the filtering conditions set by a user cannot identify aunique record, and there are multiple records complying with the filteringconditions, the northbound interface will return all records to the user in a list.

Response format

Refers to the format of the information which is returned to users. A correspondingcommand input is required to bring up an expected response.

Remarks

For descriptions on symbols used in various formats, please see the followingtable.

Symbol Description

< >Encloses a certain identifier symbol. For example, canindicate a random integer.

[ ] Encloses a certain optional symbol or message entry.

' 'Encloses a certain identifier letter. For example, a' indicates theEnglish letter a, instead of a variable symbol.

( ) Encloses a group of compulsory symbols or message entries.

*Refers to the postfix, indicating that the current symbol or symbol groupappears 0 or multiple times.

+Refers to the postfix, indicating that the current symbol or symbol groupappears once or multiple times.

^ Refers to a space.

cr Refers to a carriage return operation.

lf Refers to a line feed operation.

|Is used to separate multiple options, indicating that users can selectonly one option. For example, a|b|c indicates to select a or b or c.

::=In a certain syntax rule, separate the left and right parts. For example, ::= (0|1|-|9) indicates that the value of is a certaindigital number from 0 to 9 (including 0 and 9).


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2 Interface Format

Version: A 2-3

2.2 Input Command Message Format

Input command message format

: : ;: : =[ - [ - ] ]Stagi ng Par ameter Bl ock: : =[ ] : : :

Remark

The following table describes various parameters of the command:

Parameter Remark

command_code

Refers to the codes of a command, indicating the operations to beperformed. Commonly this parameter complies with the followingformat:[-[-]]verb: Is a compulsory parameter, indicating the command name.Usually it is a verb or abbreviation describing the operation type.modifier: Is used to modify the input command . A verb can include twooptional modifiers, seperated with -.

staging_blocks

Refers to the task identifier block. Commonly this parameter complieswith the following format:[]:::target identifier: It is not needed here.access identifier: Refers to the identity information, used to identify theoperation object of the command.ctag (correlation tag): Refers to the command identifier code, used tomatch the input and output commands. In the response meassage andthe input message, this value should be the same.

payload_blocks

Refers to the transferring parameter block, and can be null. Commonlythis parameter complies with the following format:

, Among them, each parameter block (datablock) has the followingformat: parameter name = parameter value, and two parameter blocksare seperated with ,.


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2-4 Version: A

2.3 Acknowledgement Message

The format of theacknowledgement message is described as follows:

acknowl edgment_code ct ag)

Response format of query commands:

[ ] header : : = ^ - - : : r esponse_i d: : =M r esponse_bl ock: : =( ( ^ ^ ) | ( ^ ) )quot ed l i ne: : = ^ ^

r esul t : : =( *) ( ( ( ) *) )( *) att r i bs: : =( ( ) *) val ues: : =( ( ) *) t ermi nat or: : =( ; | >)


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2-6 Version: A

Remark

For the remarks in the command response result, please see the following table.

Parameter Remark

header

Refers to the message header, meaning the public parts of allresponse and report messages. It includes the equipment ID (sid),date, and time, and commonly complies with the following format:^^^^--^::sid: abbreviation of the manufacturer name _network mangementserver IP address. For exmple, it can be one of the following items:

HW_IPZTE_IPFH_IP

response_id

Refers to the response ID, and commonly complies with thefollowing format:M^^^Ctag: Refers to the command ID, used to match the input andoutput commands. In the response meassage and the inputmessage, this value should be the same.completion code: Refers to the response completion ID, with itsrange as follows:COMPLD: The command is executed correctly.DELAY: The command execution is delayed.DENY: The command execution fails.PRTL: The command is executed partially.RTRV: Returns the results of the executed tests in the command,and other test items are being performed.

response_block

Refers to the contents of the response message.EN: Refers to the error code.ENDESC: Refers to the description of an error.quoted line: Refers to the returned parameters. When the queriedinformation includes too many data, the northbound interface willsend the queried data to the client end in packets.total_blocks indicates the total number of data packets,block_number indicates the serial No. of the current data packet,and block_records indicates how many data entries are in thecurrent data packet.title: Is a character string, meaning the title of the result.attrib: Is a character string, meaning the arribute name.value: Is a character string, meaning the arribute value. If it is notsupported, - will be returned.

terminator

Is indicated with > or ;.> indicates that the data sending is not completed, and there is anext packet to be received.

; indicates that the data sending is completed. There can be only

one ; in the returned data.


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2 Interface Format

Version: A 2-7

2.5 Definit ion of Returned Error Codes

EN (Error - Code) Error Type ENDESC (Error -Descript ion)

IRNE INPUT resource does not exist

IANE INPUT the alarm does not exist

IMP INPUT missing parameter

IIPF INPUT invalid parameter format

IIPE INPUT input parameter error

DDNS DEVICE device may not support this operation

DDOF DEVICE device operation failed

DDB DEVICE device is busy

SENS SYSTEM EMS may not support this operation

SEOF SYSTEM EMS operation failed

EEEH EXCEPTION EMS exception happens

TUB TEST user is busy

TUT TEST user is testing

TTMB TEST test module is busy


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Version: A 3-1

3 TL1 Commands

This chapter introduces the operation methods of various TL1 interfaces, andincludes the following sections.

Session control

Service provisioning interface

Integrated test interface

Integrated alarm interface

Resource query interface


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3-2 Version: A

3.1 Session Control

The session control is used to manage the communication between the integratedtest system and the PON EMS, so as to prevent access of illegal users.

3.1.1 Logging in PON EMS (LOGIN)

Functions

After establishing the TCP connection successfully, a user can log in the PONEMS via this command. When logging in successfully, a user can delivernorthbound interface commands to operate the equipment.

Command format

LOGI N: : : CTAG: : UN=user - name, PWD=passwor d;

Response format

Complies with the response format of operational commands mentioned in Section2.4.

Input parameter

Parameter Name Data Type Value Range Remark

UN OCTET STRING SIZE (20) The username

PWD OCTET STRING SIZE (16) The password

Output parameter

None

Example

Command:


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3 TL1 Commands

Version: A 3-3

LOGI N: : : CTAG: : UN=1, PWD=1;

Response:

FH_133. 5. 35. 238 2010- 05- 26 19: 23: 18M CTAG COMPLDEN=0 ENDESC=No er r or

Meaning:

The user has logged in successfully.

3.1.2 Logging out PON EMS (LOGOUT)

Functions

A user logs out the PON EMS.

Command format

LOGOUT: : : CTAG: : ;

Response format


Input parameter

None

Output parameter

None


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3-4 Version: A

Example

Command:

LOGOUT: : : CTAG: : ;

Response:

FH_133. 5. 35. 238 2010- 05- 26 19: 23: 23M CTAG COMPLD

EN=0 ENDESC=No er r or

Meaning:

The user has logged out successfully.

3.1.3 Handshaking Command (SHAKEHAND)

Functions

If there are no communications on a certain TCP connection in a 10-minuteinterval, the system will disconnect this TCP connection automatically. To maintainthis connection without any other operation, users can deliver a handshakingcommand.

Command format

SHAKEHAND: : : CTAG: : ;

Response format


Input parameter

None


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3 TL1 Commands

Version: A 3-5

Output parameter

None

Example

Command:

SHAKEHAND: : : CTAG: : ;

Response:


Meaning:

The user has handshaked successfully.


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3-6 Version: A

3.2 Service Provisioning Interface

3.2.1 Act ivating a VoIP Port

Functions

This command is used to activate a VoIP port.

Command format

ACT- VOI PPORT: : ONUI P=onu- name| [ OLTI D=ol t - name, PONI D=ponport _l ocat i on, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex] , ONUPORT=onuport : CTAG: : ;

Response format

Complies with the response format mentioned in Section2.4.

Input parameter

ParameterName

Data Type Value Range Remark

ONUIPOCTETSTRING

SIZE (128)The IP address, name, or ID of an ONU withthe management IP address

OLTIDOCTETSTRING

SIZE (128) The IP address, name, or ID of an OLT

PONIDOCTETSTRING

SIZE (128)cabinet-subrack-slot-PON port No.

The PON port identity information. A PONport is identified by the cabinet-subrack-slot-PON port No. In the absence ofany of the cabinet, subrack, slot, PON portNo., fill with NA.

ONUIDTYPEOCTETSTRING

SIZE (128) The ONU ID TYPE (MAC, LOID)

ONUID OCTETSTRING

SIZE (128)

cabinet-subrack-slot-port No.

The ONU ID, and its value can be one of the

following four items: MAC, LOID. It is used touniquely identify an ONU connected with theappointed PON port.

ONUPORTOCTETSTRING

A card port is identified by the cabinet-subrack-slot-port No., and in the absence ofany of the cabinet, subrack, slot, PON portNo., fill with NA.

[g1] Comentrio: GPON

,

,

3.2.8,3.2.9,3.2.10,3.2.11.3.2.3.3.2.4


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3 TL1 Commands

Version: A 3-7

Example

Command:

ACT- VOI PPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUI D=54- 5B- 04- B3- 43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : ;

Response:


Meaning:

This command is used to activate the NA-NA-NA-1 VOIP port on the54-5B-04-B3-43-A0 ONU.

3.2.2 Deactivating a VoIP Port

Functions

This command is used to deactivate a VoIP port.

Command format

DACT- VOI PPORT: : ONUI P=onu- name| [ OLTI D=ol t - name, PONI D=ponport _l ocat i on,ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex] , ONUPORT=onuport : CTAG: : ;

Response format



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3-8 Version: A

Parameters


ONUIP OCTET STRING SIZE (128)The IP address, name, or IDof an ONU with themanagement IP address

OLTID OCTET STRING SIZE (128)The IP address, name, or IDof an OLT

PONID OCTET STRING

SIZE (128)cabinet-subrack-slot-PONport No.

The PON port identityinformation. A PON port isidentified by the cabinet-subrack-slot-PON port No.,and in the absence of any ofthe cabinet, subrack, slot,

PON port No., fill with NA.

ONUIDTYPE OCTET STRING SIZE (128)The ONU ID TYPE (MAC,LOID)

ONUID OCTET STRING SIZE (128)

The ONU ID, and its valuecan be one of the followingfour items: MAC, LOID. It isused to uniquely identify anONU connected with theappointed PON port.

ONUPORT OCTET STRING

SIZE (128)cabinet-subrack-slot- portNo.

A card port is identified bythe cabinet-subrack-slot-port No., andin the absence of any of thecabinet, subrack, slot, PONport No., fill with NA.

Example

Command:

DACT- VOI PPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUI D=54-5B- 04- B3- 43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : ;

Response:


Meaning:

This command is used to deactivate the NA-NA-NA-1 VOIP port on the54-5B-04-B3-43-A0 ONU.

3.2.3 Configuring the Voice Service of a VoIP Port

Functions


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3 TL1 Commands

Version: A 3-9

This command is used to configure the voice service of a VoIP port.

Command format

CFG- VOI PSERVI CE: : ONUI P=onu- name| [ OLTI D=ol t - name, PONI D=ponport _l ocat i on, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex], ONUPORT=onu-por t : CTAG: : [ PHONENUMBER=phone number, ] PT=prot ocol t ype[ , SLVAN=voi p outervl an] [ , VOI PVLAN=voi p i nnervl an] [ , SCOS=out er - qos] [ , CCOS=i nnerqos] [ , EI D=equi pment - i d] [ TI D=Ter mi nal- I D] [ SI PREGDM=si p r egi st er domai n, SI PUSERNAME=si p- user-name] [ , SI PUSERPWD=si puser password] [ MGCI P1=act i ve baci p] [ , MGCI P2=st andby bac i p] [ , I PMODE=i p mode] [ , I P=i paddr ess, I PMASK=i p- mask, I PGATEWAY=i p- gateway] [ , PPPOEUSER=pppoeuser ,

PPPOEPWD=pppoe passwor d] ;

Response format


Parameters


ONUIP OCTET STRING SIZE (128)The IP address, name, orID of an ONU with the

management IP address

OLTID OCTET STRING SIZE (128)The IP address, name, orID of an OLT

PONID OCTET STRING


The PON port identityinformation. A PON port isidentified by the cabinet-subrack-slot-PON portNo., and in the absence ofany of the cabinet,subrack, slot, PON portNo., fill with NA..



The ONU ID, and its valuecan be one of the followingfour items: MAC, LOID. It isused to uniquely identify an

ONU connected with theappointed PON port.



A card port is identified bythe cabinet-subrack-slot-port No., andin the absence of any ofthe cabinet, subrack, slot,PON port No., fill with NA..

PHONENUMBER OCTET STRING SIZE (1 to 32) The telephone number

PT OCTET STRING SIZE (1 to 32)The voice protocol type(H.248, SIP)


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3-10 Version: A


EID OCTET STRING SIZE (1 to 64)The MG gateway domainname in the H.248 protocolconfiguration

TID OCTET STRING SIZE (1 to 64)The H.248 subscriberterminal ID

SIPREGDM OCTET STRING SIZE (1 to 32) The SIP register server

SIPUSERNAME OCTET STRING SIZE (1 to 32)The usernamecorresponding to the SIPsubscriber port

SIPUSERPWD OCTET STRING SIZE (1 to 32)The passwordcorresponding to the SIPsubscriber port

SVLAN INTEGER 0 to 4095The voice service outerVLAN

VOIPVLAN INTEGER 0 to 4095 The voice service innerVLAN

IPMODE OCTET STRING SIZE (1 to 32)The IP obtaining mode:DHCP, PPPoE, static

IP OCTET STRING SIZE (1 to 32) The IP address

IPMASK OCTET STRING SIZE (1 to 32) The IP address mask

IPGATEWAY OCTET STRING SIZE (1 to 32) The gateway address

PPPOEUSER OCTET STRING SIZE (1 to 32) The PPPoE username

PPPOEPWD OCTET STRING SIZE (1 to 32) The PPPoE password

SCOS INTEGER 0 to 7 The outer service priority

CCOS INTEGER 0 to 7 The inner service priority

MGCIP1 OCTET STRING SIZE (32)The active softswitch IPaddress

MGCIP2 OCTET STRING SIZE (32)The standby softswitch IP

address

Example

Command:

CFG- VOI PSERVI CE: : OLTI D=133. 5. 35. 235, PONI D=NA-NA-4- 4, ONUI DTYPE=MAC, ONUID=54- 5B- 04- B3- 43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : PHONENUMBER=77777777, PT=H. 248, VOI PVLAN=650, CCOS=0, EI D=ei d, TI D=t i d, I PMODE=STATI C, I P=14. 14. 14. 7, IPMASK=255. 255. 0. 0, I PGATEWAY=14. 14. 14. 1;

Response:


This command is used to configure the voice service of the 54-5B-04-B3-43-A0ONU VoIP port on the 133.5.35.235 OLT.


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3 TL1 Commands

Version: A 3-11

3.2.4 Deleting the Voice Service of a VoIP Port

Functions

This command is used to delete configure the voice service of a VoIP port.

Command format

DEL- VOI PSERVI CE: : ONUI P=onu- name| [ OLTI D=ol t - name, PONI D=ponport _l ocat i on

, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex] , ONUPORT=onuport : CTAG: : ;

Response format


Parameters


ONUIP OCTET STRING SIZE (128)The IP address, name, orID of an ONU with the

management IP address

OLTID OCTET STRING SIZE (128)The IP address, name, orID of an OLT

PONID OCTET STRING


The PON port identityinformation. A PON port isidentified by the cabinet-subrack-slot-PON portNo., and in the absence ofany of the cabinet,subrack, slot, PON portNo., fill with NA..



The ONU ID, and its valuecan be one of the followingfour items: MAC, LOID. It isused to uniquely identify an

ONU connected with theappointed PON port.



A card port is identified bythe cabinet-subrack-slot-port No., andin the absence of any ofthe cabinet, subrack, slot,PON port No., fill with NA..

Example


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3-12 Version: A

Command:

DEL- VOI PSERVI CE: : OLTI D=133. 5. 35. 235, PONI D=NA-NA-4- 4, ONUI DTYPE=MAC, ONUID=54- 5B- 04- B3- 43- A0, ONUPORT=NA-NA-NA-1: CTAG: : ;

Response:


This command is used to delete configure the voice service of the

54-5B-04-B3-43-A0 ONU VoIP port on the 133.5.35.235 OLT.

3.2.5 Activating a LAN Port

Functions

This command is used to activate a LAN port.

Command format

ACT- LANPORT: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on,ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex] , ONUPORT=onuport : CTAG: : ;

Response format


Parameters

ParameterName


ONUIP OCTET STRING SIZE (128)The IP address, name, or ID of anONU with the management IPaddress

OLTID OCTET STRING SIZE (128)The IP address, name, or ID of anOLT

PONID OCTET STRING


The PON port identity information. APON port is identified by the cabinet-subrack-slot-PON port No., and inthe absence of any of the cabinet,subrack, slot, PON port No., fill withNA..


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3 TL1 Commands

Version: A 3-13

ParameterName


ONUIDTYPE

OCTET STRING SIZE (128) The ONU ID TYPE (MAC, LOID)


The ONU ID, and its value can beone of the following four items:MAC, LOID. It is used to uniquelyidentify an ONU connected with theappointed PON port.



A card port is identified by thecabinet -subrack-slot-port No., andin the absence of any of the cabinet,subrack, slot, PON port No., fill withNA..

Example

Command:

ACT- LANPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUI D=54- 5B- 04- B3- 43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : ;

Response:

10. 22. 16. 22 2007- 03- 01 13: 35: 00M CTAG COMPLDEN=0 ENDESC=No er r or

Meaning:

This command is used to activate the NA-NA-NA-1 FE VOIP port on the54-5B-04-B3-43-A0 ONU.

3.2.6 Deactivating a LAN Port

Functions

This command is used to deactivate a LAN port.

Command format

DACT- LANPORT: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on,ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex] , ONUPORT=onuport : CTAG: : ;


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3-14 Version: A

Response format


Parameters

ParameterName



OLTID OCTET STRING SIZE (128) The IP address, name, or ID of anOLT

PONID OCTET STRING


The PON port identity information. APON port is identified by the cabinet-subrack-slot-PON port No., and inthe absence of any of the cabinet,subrack, slot, PON port No., fill withNA.

ONUIDTYPE OCTET STRING SIZE (128) The ONU ID TYPE (MAC, LOID)




SIZE (128)cabinet

-subrack-slot- portNo.

A card port is identified by thecabinet -subrack-slot-port No., andin the absence of any of the cabinet,

subrack, slot, PON port No., fill withNA.

Example

Command:

DACT- LANPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUI D=54- 5B- 04- B3- 43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : ;

Response:

10. 22. 16. 22 2007- 03- 01 13: 35: 00M CTAG COMPLD


Meaning:

This command is used to deactivate the NA-NA-NA-1 FE VOIP port on the54-5B-04-B3-43-A0 ONU.


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3 TL1 Commands

Version: A 3-15

3.2.7 Configuring the Bandwidth of a LAN Port

Functions

This command is used to configure the bandwidth of a LAN port.

Command format

CFG- LANPORT: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on,

ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex], ONUPORT=onu-por t : CTAG: : BW=bandwi dt h;

Response format


Parameters

ParameterName


ONUIP OCTET STRING SIZE (128)

The IP address, name, or ID of an ONU

with the management IP addressOLTID OCTET STRING SIZE (128) The IP address, name, or ID of an OLT

PONID OCTET STRING

SIZE (128)Cabinet-subrack-slot-PON port No.

The PON port identity information. APON port is identified by the cabinet-subrack-slot-PON port No., and in theabsence of any of the cabinet, subrack,slot, PON port No., fill with NA.

ONUIDTYPE OCTET STRING SIZE (128) The ONU ID TYPE (MAC, LOID)


The ONU ID, and its value can be oneof the following four items: MAC, LOID.It is used to uniquely identify an ONUconnected with the appointed PONport.


SIZE (128)Cabinet-subrack-slot-

port No.

A card port is identified by the cabinet-subrack-slot-port No., and in theabsence of any of the cabinet, subrack,

slot, PON port No., fill with NA.BW OCTET STRING SIZE (128) The bandwidth profile name


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3-16 Version: A

Example

Command:

CFG- LANPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUI D=54- 5B-04- B3-43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : BW=4M;

Response:


Meaning:

This command is used to configure the bandwidth of the NA-NA-NA-1 LAN port ofthe 54-5B-04-B3-43-A0 ONU.

3.2.8 Adding a LAN Port into a Multicast Group

Functions

This command is used to add a LAN port into a multicast group.

Command format

ADD- LANI PTVPORT: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex], ONUPORT=onu-por t : CTAG: : [ UV=uservl an] [ , MVLAN=mvl an] ;

Response format



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3 TL1 Commands

Version: A 3-17

Parameters

ParameterName


ONUIPOCTETSTRING

SIZE (128)The IP address, name, or ID of anONU with the management IPaddress

OLTIDOCTETSTRING

SIZE (128)The IP address, name, or ID of anOLT

PONIDOCTETSTRING

SIZE (128)Cabinet-subrack-slot-PONport No.

The PON port identity information. APON port is identified by the cabinet-subrack-slot-PON port No., and inthe absence of any of the cabinet,subrack, slot, PON port No., fill with

NA.ONUIDTYPE

OCTETSTRING

SIZE (128) The ONU ID TYPE (MAC, LOID)

ONUIDOCTETSTRING

SIZE (128)


ONUPORTOCTETSTRING

SIZE (128)Cabinet-subrack-slot- portNo.

A card port is identified by thecabinet -subrack-slot-port No., andin the absence of any of the cabinet,subrack, slot, PON port No., fill withNA.

UV INTEGER 0 to 4095 The subscriber side VLAN

MVLAN INTEGER 0 to 4095 The related multicast VLAN

Example

Command:

ADD- LANI PTVPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUID=54- 5B-04- B3-43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : UV=100, MVLAN=88;

Response:

10. 22. 16. 22 2007- 03- 01 13: 35: 00M CTAG COMPLD


Meaning:

This command is used to add the NA-NA-NA-1 LAN port of the54-5B-04-B3-43-A0 ONU into a multicast group.


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3-18 Version: A

3.2.9 Deleting a LAN Port f rom a Multicast Group

Functions

This command is used to delete a LAN port from a multicast group.

Command format

DEL- LANI PTVPORT: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on

, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex], ONUPORT=onu-por t : CTAG: : [ UV=uservl an] [ , MVLAN=mvl an] ;

Response format


Parameters

ParameterName


ONUIP OCTET STRING SIZE (128)The IP address, name, or ID of anONU with the management IP

addressOLTID OCTET STRING SIZE (128)

The IP address, name, or ID of anOLT

PONID OCTET STRING



ONUIDTYPE OCTET STRING SIZE (128) The ONU ID type (MAC, LOID)




SIZE (128)

Cabinet-subrack-slot- portNo.

A card port is identified by thecabinet -subrack-slot-port No., and

in the absence of any of the cabinet,subrack, slot, PON port No., fill withNA.

UV INTEGER 0 to 4095 The subscriber side VLAN

MVLAN INTEGER 0 to 4095 The related multicast VLAN

Example


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3 TL1 Commands

Version: A 3-19

Command:

DEL- LANI PTVPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUID=54- 5B-04- B3-43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : UV=100, MVLAN=88;

Response:


Meaning:

This command is used to delete the NA-NA-NA-1 LAN port of the54-5B-04-B3-43-A0 ONU from a multicast group.

3.2.9 Configuring the IPTV Service Information of a LANPort

Functions

This command is used to configure the IPTV service information of a LAN port.

Command format

CFG- LANI PTVPORT: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex], ONUPORT=onu-por t : CTAG: : [ FLMODE=i ptv- f ast l eave-mode] [ , MAXGRP=Max-group- number ] ;

Response format

Complies with the response format mentioned in Section 2.4.


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3-20 Version: A

Parameters

ParameterName


ONUIPOCTETSTRING


OLTIDOCTETSTRING

SIZE (128)The IP address, name, or ID of anOLT

PONIDOCTETSTRING



NA.ONUIDTYPE

OCTETSTRING

SIZE (128) The ONU ID type (MAC, LOID)

ONUIDOCTETSTRING

SIZE (128)

The ONU ID, and its value can be oneof the following four items: MAC,LOID. It is used to uniquely identify anONU connected with the appointedPON port.

ONUPORTOCTETSTRING


A card port is identified by the cabinet-subrack-slot-port No., and in theabsence of any of the cabinet,subrack, slot, PON port No., fill withNA.

FLMODEOCTETSTRING

SIZE (32)The fast leave mode:EnabledDisabled

MAXGRP INTEGER 0 to 255

Means the maximum multicast

program number a port is allowed tojoin at a time.

Example

Command:

CFG- LANI PTVPORT: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4, ONUI DTYPE=MAC, ONUID=54- 5B-04- B3-43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : FLMODE=1, MAXGRP=35;

Response:

10. 22. 16. 22 2007- 03- 01 13: 35: 00M CTAG COMPLD


Meaning:

This command is used to configure the IPTV service information of theNA-NA-NA-1 LAN port on the 54-5B-04-B3-43-A0 ONU.


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3 TL1 Commands

Version: A 3-21

3.2.10 Configuring the VLAN Information of a LAN Port

Functions

This command is used to configure the VLAN information of a LAN port.

Command format

CFG- LANPORTVLAN: : ONUI P=onu-name| OLTI D=ol t - name[ , PONI D=ponpor t _l ocat i on, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex], ONUPORT=onu-por t : CTAG: : [ SVLAN=o

uter vl an] , CVLAN=I nner vl an[ , UV=user vl an] [ , SCOS=out er qos] [ , CCOS=i nnerqos];

Response format


Parameters

ParameterName


ONUIPOCTETSTRING

SIZE (128)The IP address, name, or ID of anONU with the management IP

addressOLTID

OCTETSTRING

SIZE(128)The IP address, name, or ID of anOLT

PONIDOCTETSTRING




SIZE(128) The ONU ID type (MAC, LOID)

ONUIDOCTETSTRING

SIZE(128)


ONUPORT OCTETSTRING

SIZE (128)

Cabinet-subrack-slot- portNo.

A card port is identified by the

cabinet -subrack-slot-port No., andin the absence of any of the cabinet,subrack, slot, PON port No., fill withNA.

SVLAN INTEGER 0 to 4095 The SVLAN

CVLAN INTEGER 0 to 4095 The CVLAN

UV INTEGER 0 to 4095 The User VLAN

SCOS INTEGER 0 to 7The priority information carried bythe SVLAN

CCOS INTEGER 0 to 7The priority information carried bythe CVLAN


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3-22 Version: A

Example

Command:

CFG- LANPORTVLAN: : OLTI D=133. 5. 35. 234, PONI D=NA- NA- 4- 1, ONUI DTYPE=MAC, ONUID=54- 5B-04- B3-43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : SVLAN=510, CVLAN=1301, UV=487;

Response:


Meaning:

This command is used to configure the VLAN information of the NA-NA-NA-1 LANport on the 54-5B-04-B3-43-A0 ONU.

3.2.11 Deleting the VLAN Information from a LAN Port

Functions

This command is used to delete the VLAN information from a LAN port on anFTTH ONU.

Command format

DEL- LANPORTVLAN: : ONUI P=onu-name| OLTI D=ol t - name[ , PONI D=ponpor t _l ocat i on, ONUI DTYPE=onui d- t ype, ONUI D=onu- i ndex], ONUPORT=onu-por t : CTAG: : [ UV=uservl an];

Response format



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3 TL1 Commands

Version: A 3-23

Parameters

ParameterName




PONID OCTET STRING



NA.ONUIDTYPE OCTET STRING SIZE (128) The ONU ID type (MAC, LOID)


The ONU ID, and its value can be oneof the following four items: MAC,LOID. It is used to uniquely identify anONU connected with the appointedPON port.



A card port is identified by the cabinet-subrack-slot-port No., and in theabsence of any of the cabinet,subrack, slot, PON port No., fill withNA.

UV INTEGER 0 to 4095 The User VLAN

Example

Command:

DEL- LANPORTVLAN: : OLTI D=133. 5. 35. 234, PONI D=NA- NA- 4- 1, ONUI DTYPE=MAC, ONUID=54- 5B-04- B3-43- A0, ONUPORT=NA- NA- NA- 1: CTAG: : UV=487;

Response:


Meaning:

This command is used to delete the VLAN information of the NA-NA-NA-1 LANport on the 54-5B-04-B3-43-A0 ONU.

3.2.12 Adding an ONU

Functions


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3-24 Version: A

This command is used to add an ONU.

Command format

ADD- ONU: : OLTI D=ol t - name, PONI D=ponport _l ocat i on: CTAG: : [ AUTHTYPE=auth- t ype, ] ONUI D=onu- i ndex[ , NAME=name] , ONUTYPE=onu t ype;

Response format


Parameters

ParameterName



PONID OCTET STRING



AUTHTYPE

OCTET STRING SIZE (128) ONU authorize type(MAC,LOID)

ONUID OCTET STRING SIZE (128) The ONU ID (LOID)

PWD OCTET STRING SIZE (128) The LOID passwordNAME OCTET STRING SIZE (128) The ONU name

ONUTYPE OCTET STRING SIZE (32) The ONU type


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3 TL1 Commands

Version: A 3-25

Example

Command:

ADD- ONU: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4: CTAG: : AUTHTYPE=MAC, ONUTYPE=AN5006- 04, ONUI D=54- 5B- 04- B3- 43- A0;

Response:

10. 22. 16. 22 2007- 03- 01 13: 35: 00M CTAG COMPLD


Meaning:

This command is used to add an AN5006-04 ONU to the 133.5.35.235 OLT.

3.2.13 Deleting an ONU

Functions

This command is used to delete an ONU.

Command format

DEL- ONU: : OLTI D=ol t - name, PONI D=ponport _l ocat i on: CTAG: : ONUI DTYPE=onui d- type, ONUI D=onu- i ndex;

Response format



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3-26 Version: A

Parameters

ParameterName


OLTID OCTET STRING SIZE (128) The IP address, name, or ID of an OLT

PONID OCTET STRING


The PON port identity information. APON port is identified by the cabinet-subrack-slot-PON port No., and in theabsence of any of the cabinet,subrack, slot, PON port No., fill withNA.

ONUIDTYPE OCTET STRING SIZE (128) The ONU ID type (MAC, LOID)


The ONU ID, and its value can be one

of the following four items: MAC, LOID.It is used to uniquely identify an ONUconnected with the appointed PONport.

Example

Command:

DEL- ONU: : OLTI D=133. 5. 35. 235, PONI D=NA- NA- 4- 4: CTAG: : ONUI DTYPE=MAC, ONUTYPE=AN5006- 04, ONUI D=54- 5B- 04- B3- 43- A0;

Response:


Meaning:

This command is used to delete an AN5006-04 ONU from the 133.5.35.235 OLT.


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3 TL1 Commands

Version: A 3-27

3.3 Integrated Test Interface

3.3.1 PON Service

3.3.1.1 Pinging an IP from the Equipment (PING)

Functions

This function is used to test the VoIP channel.

Command format

PI NG: : ONUI P=onu name| OLTI D=OLT_name[ , PONI D=ponpor t _l ocat i on, ONUI DTYPE=i d- t ype, ONUI D=onu_i ndex]: CTAG: : I P=i p- address ;

Response format

Complies with the response format on query commands mentioned in Section 2.4.

t i t l e = Pi ng f romONU

Input parameter



The IP address, name,or ID of an ONU withthe management IPaddress

OLTID OCTET STRING SIZE (128)The IP address, name,or ID of an OLT

PONID OCTET STRING

SIZE (128)Cabinet

-subrack-slot-PONport No.

The PON port identityinformation. A PON portis identified by thecabinet

-subrack-slot-PON portNo., and in the absenceof any of the cabinet,subrack, slot, PON portNo., fill with NA.

ONUIDTYPE OCTET STRING

SIZE (128)ONU_NAME,MAC,LOID,ONU_NUMBER

The ONU ID type(ONU_NAME, MAC,LOID, ONU_NUMBER)


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3-28 Version: A



The ONU ID, and itsvalue can be one of thefollowing four items:ONU_NAME, MAC,LOID, ONU_NUMBER.It is used to uniquelyidentify an ONUconnected with theappointed PON port.

IP OCTET STRING SIZE (20)The target IP addressof the ping operation

Output parameter


TxPkts INTEGER 0 to 10The number of Txpackets

RxPkts INTEGER 0 to 10The number of Rxpackets

LostPkts INTEGER 0 to 10The number of lostpackets

LostPktRatio INTEGER 0 to 100 Packet loss rate

MinDelay INTEGER 0 to 2000Minimum delay timeUnit: ms

MaxDelay INTEGER 0 to 2000Maximum delay timeUnit: ms

AvgDelay INTEGER 0 to 2000Average delay timeUnit: ms

Example

Command:

PI NG: : ONUI P=133. 5. 35. 237: CTAG: : I P=134. 140. 55. 130;

Response:

FH_134. 140. 55. 130 2010- 07- 01 11: 19: 48M CTAG COMPLDt otal _bl ocks=1bl ock_number =1bl ock_r ecords=1Pi ng f r om ONU- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -TxPkt s RxPkt s Lost Pkt s Lost Pkt Rat i o Mi nDel ay MaxDel ay

AvgDel ay2 2 0 0 16 0 8

Meaning:

This command is used to ping the 134.140.55.130 OLT from the 133.5.35.237ONU.


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3 TL1 Commands

Version: A 3-29

3.3.1.2 Querying the NE Equipment Information (LST-DEVINFO)

Functions

Query the equipment type, software version, memory, CPU, temperature, andother information of a certain NE (OLT and ONU).

Command format

LST- DEVI NFO: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport - l ocat i on, ONUI DTYPE=i d- t ype, ONUI D=onu- i ndex]: CTAG: : ;

Response format



Input parameter



The IP address, name, or ID

of an ONU with themanagement IP address


PONID OCTET STRING


The PON port identityinformation. A PON port isidentified by the cabinet-subrack-slot-PON port No.,and in the absence of any ofthe cabinet, subrack, slot,PON port No., fill with NA.


ONU_NAME,MAC,LOID,ONU_NUMBER

The ONU ID type(ONU_NAME, MAC, LOID,ONU_NUMBER)


The ONU ID, and its valuecan be one of the following

four items: ONU_NAME,MAC, LOID,ONU_NUMBER. It is used touniquely identify an ONUconnected with theappointed PON port.


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3-30 Version: A

Output parameter


DEVNAME OCTET STRING SIZE (128) The equipment name

DEVIP OCTET STRING SIZE (128) The equipment IP address

DT OCTET STRING SIZE (255) The equipment type

DEVER OCTET STRING SIZE (255) The software version

MEM INTEGER 0 to100The memory utilization ratioUnit: %

CPU INTEGER 0 to100The CPU utilizationUnit: %

TEMPERATURE INTEGER -50 to 100The temperature

Unit:

Example

Command:

LST- DEVI NFO: : OLTI D=133. 5. 35. 234, PONI D=NA-NA-4- 1, ONUI DTYPE=LOI D, ONUI D=hg220sn_1: CTAG: : ;

Response:

Li st of Devi ce I nf o- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -DEVNAME DEVI P DT DEVER MEM CPU TEMPERATURE

- - - - HG220 ! ! RP0100 - - - - - -

Meaning:

This command is used to query the NE equipment information of the ONU whoseSN is hg220sn_1 connected to the 133.5.35.234 OLT.

3.3.1.3 Querying the Card Information (LST-BRDINFO)

Functions

Query the type, status, version, etc. of a certain card.

Command format

LST- BRDI NFO: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on, ONUI DTYPE=i d- t ype, ONUI D=onu_i ndex] [ , BOARDI D=boar d- name] : CTAG: : ;


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3 TL1 Commands

Version: A 3-31

Response format



Input parameter

ParameterName


ONUIPOCTETSTRING


OLTID OCTETSTRING

SIZE (128) The IP address, name, or ID of anOLT

PONIDOCTETSTRING





The ONU ID type (ONU_NAME,MAC, LOID, ONU_NUMBER)

ONUIDOCTETSTRING

SIZE (128)

The ONU ID, and its value can beone of the following four items:ONU_NAME, MAC, LOID,ONU_NUMBER. It is used touniquely identify an ONU connected

with the appointed PON port.

BOARDIDOCTETSTRING

SIZE (128)Cabinet -subrack-slot

The card identity information. A cardis located in the cabinet-subrack-slot No. mode, and in theabsence of any of the cabinet,subrack, slot, PON port No., fill withNA.


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3-32 Version: A

Output parameter

ParameterName


BOARDIDOCTETSTRING

SIZE (128)Cabinet-subrack-slot

The card identity information. A card islocated in the cabinet -subrack-slot No.mode, and in the absence of any of thecabinet, subrack, slot, PON port No., fillwith NA.

BSTATOCTETSTRING

NormalFaultOffline

The card status

BOARDTYPEOCTETSTRING

SIZE (128) The card type

BSERVICEOCTETSTRING

PowerETH

ADSLVDSLPOTSE1GPONEPONSCUOther

The card service type (such as theADSL2P, the SHDSL)

PNUM INTEGER 0 to 64 The number of ports

SWVEROCTETSTRING

SIZE (255) The software version

HWVEROCTETSTRING

SIZE (255) The hardware version

MEM INTEGER 0 to100The memory utilization ratioUnit: %

CPU INTEGER 0 to 100 The CPU utilizationUnit: %

Example

Command:

LST- BRDI NFO: : OLTI D=133. 5. 35. 235, BOARDI D=NA- NA- 4: CTAG: : ;

Response:

DEVNAME DEVI P DT DEVER MEM CPU TEMPERATURE237_AN5006- 20 133. 5. 35. 237AN5006- 20 RP0106 64. 29 2. 33 38

Meaning:

This command is used to query the information of the card in slot 4 of the133.5.35.235 OLT.


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3 TL1 Commands

Version: A 3-33

3.3.1.4 Querying the ETH Performance (LST-LANPERF)

Functions

Query the ETH performance of an OLT uplink port or an ONU LAN port.

Command format

LST- LANPERF: :ONUI P=onu_name| OLTI D=ol t _name[ , PONI D=ponport _l ocat i on, ONUI DTYPE=i d- t yp

e, ONUI D=onu_i ndex], PORTI D=l anpor t _i ndex: CTAG: : ;

Response format


Ti t l e = Li st of Et henet per f or mance

Output parameter


OutPkts DOUBLE 0 to 1.85E19 The number of Tx packets

InPkts DOUBLE 0 to1.85E19 The number of Rx packets

OutOctets DOUBLE 0 to1.85E19 The number of Tx bytes

InOctets DOUBLE 0 to1.85E19 The number of Rx bytes

CRC DOUBLE 0 to1.85E19The number of Rx CRC erroredmessages

UnderSizePkts DOUBLE 0 to1.85E19The number of Rx under-sizemessages

OverSizePkts DOUBLE 0 to1.85E19The number of Rx over-sizemessages

InErrors DOUBLE 0 to1.85E19The number of Rx erroredmessages

OutErrors DOUBLE 0 to1.85E19The number of non-Tx erroredmessages

InDiscards DOUBLE 0 to1.85E19The number of discarded Rxmessages

OutDiscards DOUBLE 0 to1.85E19The number of discarded Txmessages

InUnicastPkts DOUBLE 0 to1.85E19 The number of Rx unicast packets

InMulticastPkts DOUBLE 0 to1.85E19 The number of Rx multicast packets

InBroadcastPkts DOUBLE 0 to1.85E19The number of Rx broadcastpackets

OutUnicastPkts DOUBLE 0 to1.85E19 The number of Tx unicast packets

OutMulticastPkts DOUBLE 0 to1.85E19 The number of Tx multicast packets

OutBroadcastPkts DOUBLE 0 to1.85E19The number of Tx broadcastpackets

StateChangeCounters

INTEGER0 to4294967295

The port status changing times


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3-34 Version: A

Example

Command:

LST- LANPERF: : OLTI D=133. 5. 35. 234, PORTI D=NA- NA- 29- 1: CTAG: : ;

Response:

Li st of Ethenet perf ormance- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -OutPkt s I nPkt s OutOct ets I nOct ets CRC UnderSi zePkt sOver Si zePkts I nEr r ors Out Er r ors I nDi scards Out Di scar dsI nUni cast Pkt s I nMul t i cast Pkt s I nBr oadcast Pkt s Out Uni cast Pkt s

OutMul t i cast Pkt s OutBr oadcastPkt s StateChangeCounters

6889 643 198010 509876 0 0 0 0 - - 0 - - 197 37 6655 - -0 98 - -

Meaning:

This command is used to query the information of the uplink port 29 of the card inslot 1 under the 133.5.35.234 OLT.


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3 TL1 Commands

Version: A 3-35

3.3.1.5 Querying the PON Port Information (LST-PONINFO)

Functions

Query the status and configuration information of an OLT PON port.

Command format

LST- PONI NFO: : OLTI D=ol t - name, PONI D=pon_name: CTAG: : ;

Response format


Ti t l e = Li st of ol t pon port i nf or mat i on

Input parameter

ParameterName



PONID OCTET STRING


The PON port identity information.

A PON port is identified by thecabinet -subrack-slot-PON portNo., and in the absence of any ofthe cabinet, subrack, slot, PONport No., fill with NA.

Output parameter

ParameterName


AdminState OCTET STRINGUPDOWN

The management status

OperState OCTET STRINGUPDOWN

The running status

Example

Command:

AN5116- 02:

LST- PONI NFO: : OLTI D=133. 5. 35. 234, PONI D=NA- NA- 4- 1: CTAG: : ;


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3-36 Version: A

Response:

Li st of Boar d I nf o- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -BOARDI D BSTAT BOARDTYPE BSERVI CE PNUM SWVER HWVER MEMCPUNA-1- 4 Nor mal EC4B EPON 4 RP0201 WKE2. 119. 318R1A - - - -

Meaning:

This command is used to query the information of the PON port 1 of the card inslot 4 under the 133.5.35.234 OLT.

3.3.1.6 Querying the ONU Configuration Information(LST-ONUCFG)

Functions

Query the configuration information of an ONU from the OLT, including the ONUstatus, the optical fiber length, the authentication information, etc.

Command format

LST- ONUCFG: :OLTI D=ol t - name, PONI D=ponport _l ocat i on, ONUI DTYPE=i d- t ype, ONUI D=onu- i ndex: CTAG: : ;

Response format


Ti t l e = l i st of ONU i nf o

Input parameter

ParameterName


OLTID OCTET STRING SIZE (128) The IP address, name, or ID ofan OLT

PONID OCTET STRING


The PON port identityinformation. A PON port isidentified by the cabinet-subrack-slot-PON port No., andin the absence of any of thecabinet, subrack, slot, PON portNo., fill with NA.


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3 TL1 Commands

Version: A 3-37

ParameterName




The ONU ID type (ONU_NAME,MAC, LOID, ONU_NUMBER)


The ONU ID, and its value canbe one of the following fouritems: ONU_NAME, MAC,LOID, ONU_NUMBER. It isused to uniquely identify anONU connected with theappointed PON port.

Output parameter

ParameterName




OperState OCTET STRINGUPPower-OffLOS

The running status

AUTH OCTET STRINGMACLOID

The authentication mode

AUTHINFO OCTET STRING SIZE (64)

The authentication information.If AUTH is set to MAC,

AUTHINFO means the MACaddress; If AUTH is set to LOID,

AUTHINFO means the LOIDvalue.

Length INTEGER 0 to 100The optical fiber length

Unit: kmUsFixedBw INTEGER 0 to 40000

The uplink fixed bandwidthUnit: Mbit/s

UsAssuredBw

INTEGER 0 to 40000The uplink assured bandwidthUnit: Mbit/s

UsMaxBw INTEGER 0 to 40000The uplink maximum bandwidthUnit: Mbit/s

DsMaxBw INTEGER 0 to 40000The downlink maximumbandwidthUnit: Mbit/s

Example

Command:

LST- ONUCFG: : OLTI D=133. 5. 35. 234, PONI D=NA- NA- 4- 1, ONUI DTYPE=LOI D, ONUI D=511603: CTAG: : ;

Response:

l i st of ONU i nf o- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Admi nStat e OperSt at e AUTH AUTHI NFO Length UsFi xedBwUsAssur edBw UsMaxBw DsMaxBwUP UP LOI D 551607 0. 002 0 0 1000 1000


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3-38 Version: A

Meaning:

This command is used to query the configuration information of the ONU underPON port 1 of the card in slot 4 under the 133.5.35.234 OLT.

3.3.1.7 Querying the ONU Status (LST-ONUSTATE)

Functions

Query the status and authentication information of an ONU or all ONUs under thePON port of an OLT.

Command format

LST- ONUSTATE: :OLTI D=ol t - name, PONI D=ponport _l ocat i on[, ONUI DTYPE=i d- t ype, ONUI D=onu- i ndex] : CTAG: : ;

Response format


Ti t l e = l i st of ONU st at e

Input parameter



PONID OCTET STRING


The PON port identityinformation. A PON port isidentified by the cabinet-subrack-slot-PON port No.,and in the absence of any ofthe cabinet, subrack, slot,PON port No., fill with NA.



The ONU ID type

(ONU_NAME, MAC, LOID,ONU_NUMBER)


The ONU ID, and its value canbe one of the following fouritems: ONU_NAME, MAC,LOID, ONU_NUMBER. It isused to uniquely identify anONU connected with theappointed PON port.


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3 TL1 Commands

Version: A 3-39

Output parameter



The ONU ID, and its value isONU_Number. It is used touniquely identify an ONUconnected with the appointedPON port.



OperState OCTET STRINGUPPower-OffLOS

The running status

AUTH OCTET STRINGMACLOID

The authentication mode

AUTHINFO OCTET STRING SIZE (64)

The authentication information.If AUTH is set to MAC,

AUTHINFO means the MACaddress; If AUTH is set toLOID, AUTHINFO means theLOID value.

ONUIP OCTET STRINGThe ONU management IPaddress

Example

Command:

LST- ONUSTATE: : OLTI D=133. 5. 35. 235, PONI D=NA-NA-4- 4, ONUI DTYPE=LOI D, ONUI D=551607: CTAG: : ;

Response:

l i st of ONU st at e- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -ONUI D Admi nSt at e Oper St at e AUTH AUTHI NFO ONUI P1 UP UP LOI D 551607 - -

Meaning:

This command is used to query the configuration status information of the ONUunder PON port 4 of the card in slot 4 under the 133.5.35.235 OLT.


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3-40 Version: A

3.3.1.8 Querying the Optical Module DDM Information(LST-OMDDM)

Functions

Querying the DDM information of an optical module, and the optical module canbe an ETH optical module, an OLT PON optical module, or an ONU PON opticalmodule.

Command format

LST- OMDDM: : ONUI P=onu- name| OLTI D=ol t - name[ , PONI D=ponport _l ocat i on][ , ONUI DTYPE=i d- t ype, ONUI D=onu- i ndex][ , PORTI D=l anpor t _i ndex] [ , PEERFLAG=f l ag]: CTAG: : ;

Input parameter


ONUIP OCTET STRING SIZE (128)The IP address, name, or IDof an ONU with themanagement IP address.


PONID OCTET STRING


The PON port identity

information. A PON port isidentified by the cabinet-subrack-slot-PON port No.,and in the absence of any ofthe cabinet, subrack, slot,PON port No., fill with NA.



The ONU ID type(ONU_NAME, MAC, LOID,ONU_NUMBER)


The ONU ID, and its valuecan be one of the followingfour items: ONU_NAME,MAC, LOID,ONU_NUMBER. It is used touniquely identify an ONUconnected with the

appointed PON port.

PORTID OCTET STRING

SIZE (128)Cabinet-subrack-slot-portNo.

A card is identified by thecabinet -subr

WAN ANM2000 Network Management System TL1 Operation Manual

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