01 Basic Configuration

Operation Manual SmartAX MA5605 Multi-service Access Module Table of Contents

Huawei Technologies Proprietary

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Table of Contents

Chapter 1 Maintenance Terminal Configuration ........................................................................ 1-1 1.1 Maintenance Modes .......................................................................................................... 1-1

1.1.1 Maintaining the MA5605 through HyperTerminal ................................................... 1-1 1.1.2 Maintaining the MA5605 through Telnet ................................................................. 1-1

1.2 Configuring the HyperTerminal.......................................................................................... 1-2 1.2.1 Setting Up a Serial Port Connection ....................................................................... 1-2 1.2.2 Configuring the Serial Port Connection................................................................... 1-3 1.2.3 Logging in to the MA5605 ....................................................................................... 1-4 1.2.4 Maintaining the MA5605 ......................................................................................... 1-4

1.3 Configuring the Telnet ....................................................................................................... 1-4 1.3.1 Running the Telnet Program................................................................................... 1-4 1.3.2 Setting Terminal Preferences.................................................................................. 1-4 1.3.3 Setting Up a Telnet Session.................................................................................... 1-5 1.3.4 Logging in to the MA5605 ....................................................................................... 1-5 1.3.5 Maintaining the MA5605 ......................................................................................... 1-6

Chapter 2 Getting Started with CLI.............................................................................................. 2-1 2.1 Overview ............................................................................................................................ 2-1

2.1.1 Changing a Command Mode .................................................................................. 2-1 2.1.2 Operating Commands ............................................................................................. 2-2

2.2 Changing the Terminal Language ..................................................................................... 2-3 2.3 Clearing the Screen ........................................................................................................... 2-3 2.4 Searching for a Command................................................................................................. 2-4 2.5 Enabling/Disabling Interactive Input .................................................................................. 2-4 2.6 Displaying Help Information............................................................................................... 2-5 2.7 Setting Help Mode ............................................................................................................. 2-5 2.8 Setting and Displaying System Time................................................................................. 2-6 2.9 Modifying System Name.................................................................................................... 2-6 2.10 Enabling/Disabling Timeout Exit of Terminal................................................................... 2-6 2.11 Setting Baud Rate of the Serial Port................................................................................ 2-7 2.12 Testing Network Connectivity .......................................................................................... 2-7 2.13 Setting and Displaying the Buffer Size for History Commands ....................................... 2-8 2.14 Display System and Board Version ................................................................................. 2-9 2.15 Setting and Displaying the Number of Lines Displayed on a Screen.............................. 2-9 2.16 Displaying CPU Occupancy Rate.................................................................................. 2-10 2.17 Displaying Logs.............................................................................................................. 2-10 2.18 Exiting the Current Command Mode ............................................................................. 2-10



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Chapter 3 Board Management ..................................................................................................... 3-1 3.1 Overview ............................................................................................................................ 3-1

3.1.1 Boards the MA5605 Supports ................................................................................. 3-1 3.1.2 Board Management Commands ............................................................................. 3-1 3.1.3 Board States............................................................................................................ 3-1

3.2 Board Management Operations......................................................................................... 3-2 3.2.1 Adding a Board........................................................................................................ 3-2 3.2.2 Deleting a Board ..................................................................................................... 3-3 3.2.3 Prohibiting/Unprohibiting a Board ........................................................................... 3-3

Chapter 4 User Management........................................................................................................ 4-1 4.1 User Management Overview ............................................................................................. 4-1 4.2 User Management Commands.......................................................................................... 4-2 4.3 Operations Involved........................................................................................................... 4-3

4.3.1 Adding/Deleting a User ........................................................................................... 4-3 4.3.2 Modifying User Information ..................................................................................... 4-3 4.3.3 Displaying Current User Information....................................................................... 4-4 4.3.4 Displaying Detailed Information on All Users or Online Users................................ 4-4

Chapter 5 Bandwidth Management ............................................................................................. 5-1 5.1 Overview ............................................................................................................................ 5-1 5.2 Bandwidth Management Commands................................................................................. 5-1 5.3 Setting Bandwidth Convergence Ratio.............................................................................. 5-1 5.4 Displaying Bandwidth Convergence Ratio of a Port.......................................................... 5-2 5.5 Displaying Port Bandwidth................................................................................................. 5-2

Chapter 6 Traffic Management..................................................................................................... 6-1 6.1 Overview ............................................................................................................................ 6-1

6.1.1 Traffic Control.......................................................................................................... 6-1 6.1.2 Service Types.......................................................................................................... 6-1 6.1.3 Traffic Table ............................................................................................................ 6-2 6.1.4 Traffic Types............................................................................................................ 6-2 6.1.5 Traffic Ranks ........................................................................................................... 6-3 6.1.6 Traffic Control Principles ......................................................................................... 6-4

6.2 Traffic Management Commands ....................................................................................... 6-4 6.3 Setting Traffic Ranks ......................................................................................................... 6-4 6.4 Displaying Traffic Ranks .................................................................................................... 6-5 6.5 Adding/Deleting a Traffic Table ......................................................................................... 6-6

6.5.1 Adding a Traffic Item ............................................................................................... 6-6 6.5.2 Deleting a Traffic Item ............................................................................................. 6-6

6.6 Displaying Traffic Items ..................................................................................................... 6-7

Chapter 7 PVC Configuration....................................................................................................... 7-1 7.1 Overview ............................................................................................................................ 7-1 7.2 PVC Configuration Commands.......................................................................................... 7-1



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7.3 Configuring a PVC in ATM Mode....................................................................................... 7-1 7.3.1 Configuration Procedure ......................................................................................... 7-2 7.3.2 Configuration Example............................................................................................ 7-2

7.4 Configuring a PVC in LAN Mode ....................................................................................... 7-3 7.4.1 Configuration Procedure ......................................................................................... 7-4 7.4.2 Configuration Example............................................................................................ 7-4

7.5 Configuring an NMS PVC .................................................................................................. 7-5

Operation Manual SmartAX MA5605 Multi-service Access Module Chapter 1 Maintenance Terminal Configuration


1-1

1.1

1.1.1 You can locally maintain the SmartAX MA5605 Multi-service Access Module (MA5605)

the serial port on the MA5605 through an

2) nal program to manage and maintain the MA5605.

Chapter 1 Maintenance Terminal Configuration

Maintenance Modes

Maintaining the MA5605 through HyperTerminal

through the HyperTerminal program on a maintenance terminal.

For this purpose, follow the steps below: 1) Connect the maintenance terminal to

RS-232 cable. Run the HyperTermi

See Figure 1–1.

Maintenance terminalRS-232 cable

COM

MA5605

Service board 1Service board 2

Service board 3Service board 4

Figure 1–1 Connecting a maintenance terminal with the serial port on the MA5605

1.1.2 Maintaining the MA5605 through Telnet elnet on a maintenance terminal.

nd maintain the MA5605.

You can remotely maintain the MA5605 through TFor this purpose, follow the steps below: 1) Connect the maintenance terminal to the MA5605 through a network. 2) Run the Telnet program to manage a

See Figure 1–2.



1-2

MA5100

Internet

Router

MA5605

Maintenance terminal (Telnet)

MA5605

Figure 1–2

1.2

1.2.1

Connecting a maintenance terminal with the MA5605 through a network

Configuring the HyperTerminal

Setting Up a Serial Port Connection

Follow the steps below to set up a serial port connection: 1) Click [Start/Programs/Accessories/Communications/HyperTerminal] to start up

the HyperTerminal. 2) Double click HYPERTRM.EXE to set up a serial port connection. 3) Select the number of the serial port connected to the MA5605, for example

COM2. 4) Click <OK> to display the “COM2 Properties” dialog box. 5) Set the serial port parameters as follows:

Bits per second: 9600 Data bits: 8 Parity: None Stop bits: 1 Flow control: None

See Figure 1–3.



1-3

Figure 1–3

1.2.2

Setting the HyperTerminal parameters

Configuring the Serial Port Connection

Follow the steps below to configure the serial port connection. 1) Select [File/Properties] in the HyperTerminal to display the “MA5605 Properties”

dialog box. 2) Click on the “Settings” tab and then set “Emulation” as "VT100". 3) Click <ASCII Setup>, and then set the parameters.

See Figure 1–4.



1-4

Figure 1–4

1.2.3

1.2.4

1.3

1.3.1 Click [Start/Run] in your PC to run the Telnet program.

1.3.2 Setting Terminal Preferences

Select [Terminal/Preferences] to set the terminal preferences in the dialog box as shown in Figure 1–5.

ASCII setup

4) Click <OK>.

Logging in to the MA5605

1) After configuring the serial port connection, press the <Enter> key to display the login dialog box.

2) Enter your user name and password.

By default,

The super user name is root. The login password for the super user is admin.

Maintaining the MA5605

After logging in to the MA5605, you can run commands to manage and maintain the MA5605.

Configuring the Telnet

Running the Telnet Program



1-5

Figure 1–5 Setting terminal preferences

1.3.3 Setting Up a Telnet Session Select [Connect/Remote System], and then enter the IP address of the MA5605 in the dialog box that a ion with the device.

See Figure 1–6.

ppears to set up a Telnet sess

Figure 1–6 Setting up a Telnet sessio

1.3.4 Logging in to the MA5605

n to connect the MA5605

Note: To log in to the MA5605 through a Telnet session and then configure the MA5605, you first need to configure an inband management channel (refer to Chapter 10

luded” in Part 2 “Service Configuration”). “Configuring Inband NMS inc

1) Upon the above configurations, press the <Enter> Key to display the login dialog box.

2) Enter your name and password.

By default,

The super user name is root.



1-6

The login password for the super user is admin.

1.3.5 Main

maintain the MA5605.

taining the MA5605

After logging in to the MA5605, you can run commands to manage and

Operation Manual SmartAX MA5605 Multi-service Access Module Chapter 2 Getting Started with CLI


2-1

2.1

e 2-4 age 2-4

age 2-6

inal, on Page 2-6

story Commands, on Page 2-8

yed on a Screen, on Page 2-9

ode, on Page 2-10

2.1.1 Changing a Command Mode

The MA5605 provides multiple command modes for users at different levels to avoid

A5605 include:

mode (privileged mode)

ode (global mode)

mode (ADSL mode) e)

Chapter 2 Getting Started with CLI

Overview

You can operate the MA5605 and query the related information through the command line interface (CLI).

The major basic operations of the MA5605 through the CLI involve the following: Changing the Terminal Language, on Page 2-3 Clearing the Screen, on Page 2-3 Searching for a Command, on Pag Enabling/Disabling Interactive Input, on P Displaying Help Information, on Page 2-5 Setting and Displaying System Time, on P Modifying System Name, on Page 2-6 Enabling/Disabling Timeout Exit of Term Setting Baud Rate of the Serial Port, on Page 2-7 Testing Network Connectivity, on Page 2-7 Setting and Displaying the Buffer Size for Hi Display System and Board Version, on Page 2-9 Setting and Displaying the Number of Lines Displa Displaying CPU Occupancy Rate, on Page 2-10 Displaying Logs, on Page 2-10 Exiting the Current Command M

unauthorized access to the MA5605.

The command modes available in the M User mode (you enter this mode upon login) System mode Privileged EXEC User EXEC mode Global configuration m Diagnosis mode ADSL configuration SHDSL configuration mode (SHDSL mod ATM configuration mode (ATM mode) LAN configuration mode (LAN mode)



2-2

fferent CLI command modes, so that you

another.

The system supports switching between dican perform different tasks on the MA5605 in different modes.

Table 2–1 lists the commands for changing a command mode to

Table 2–1 Mode switching commands

To… Use…

Enter privileged mo user mode enable de from

Enter global mode from privileged mode e terminal configur

Enter diagnosis mode from global mode diagnose

Enter ADSL mode from global mode interface adsl

Enter SHDSL mode from global mode interface shdsl

Enter ATM mode from global mode interface atm

Enter LAN mode from global mode interface lan

Return to privileged mode from global mode end

Exit privileged mode disable

Exit the current command mode exit

2.1.2 Operating Commands

s for system basic operations. Table 2–2 lists command

Table 2–2 Basic system operation commands

To… Use… In…

Change the te language terminal language System mrminal ode

Clear the screen cls System mode

Search for a command ch sear System mode

Enable/Disable interactive input (no) smart Global mode

Display help information help System mode

Enable/Disable help mode elp-mode (no) h System mode

Set system time time Privileged EXEC mode

Display system time time show System mode

Modify system name hostname Global mode

Enable/Disable timeoterminal

ut exit of a meout (no) exec-ti System mode



2-3

To… Use… In…

Set baud rate of the serial port baudrate Privileged EXEC mode

Track the route for the destination tracert System mode

Test the network connectivity ping System mode

Set the history command records history size System mode

Display the history command records show history System mode

Display hardware/software version of the system show version System mode

Set the number of lines displayed on a screen (no) length System mode

Display the fan state show fan state System mode

Display the CPU occupancy rate show cpu System mode

Set the number of lines displayed on a screen (no) length System mode

Display logs show log Privileged mode

2.2 Changing the Terminal Language

rminal display.

You can switch between these two languages using the command terminal

English mode

2.3 Clea

cls to clear the current screen.

information on the screen, and show the prompt on the top left of the screen.

The MA5605 supports Chinese or English in its te

language. By default, the terminal display is in English. (Suppose the current language mode is Chinese mode)

MA5605>terminal language

ring the Screen

You can run the command MA5605>cls

After your run the command, the system will clear all current

Note: This command does not clear the screen buffer.



2-4

2.4 Searching for a Command

mmand by keyword. If you search display all commands which contain the

are under your authority.

the <Enter> key, the system will display all

MA5605>search

-----------------

l language

2.5 Enabling/Disabling Interactive Input

The system features interactive command input mode.

n the command smart to enable this mode or the command no smart to e. You are recommended to enable this mode.

In interactive command input mode, press <Enter> after inputting a command. er and command entered are

complete. If you fail to enter a required command word or parameter, the system

When interactive mode is disabled, press <Enter> after inputting a command.

ation.

Inte

You can run the command search to search for a coa command by keyword, the system will keyword and

If you enter search and then presscommands under your authority.

You can only enter one parameter following the command search. If you enter two ore more parameters, the system will prompt you that excessive parameters have been entered.

[<keyword>](S[254]):terminal

------------------------------

Mode [System Mode]

-----------------------------------------------

termina

-----------------------------------------------

-----------------------------------------------

Mode [Privilege Mode]

-----------------------------------------------

configure terminal

-----------------------------------------------

Commands:2

You can rudisable this mod

The system then judges whether the paramet

will prompt you to enter one.

The system then begins to verify the parameters and execute the command. If no parameter is entered, the system will prompt error inform

MA5605>smart

ractive function is already enabled



2-5

2.6 Disp y

mation about stem.

he CLI prompt will display the current command mode, as well as all commands and system commands in the mode.

word, you can get help information about the command word.

f the current command.

He

1. Full help is available when you are ready to enter a

d argument ( e.g. 'show ?' ) and then all the

is entered and you want to know which arguments match

2.7 Sett

he command

gh the command help-mode, after you splays help information on the command

and, and then it waits for more execution. MA5605>help-mode

Switch language between English and Chinese

shows that the system redisplays the command already mode is enabled.

If the CLI help mode is disabled through the command no help-mode, after you enter a command and “?”, the system only displays the help information on the command.

la ing Help Information

In any command mode, you can use the command help to get inforthe help sy

In any command mode, entering “?” after t

Entering “?” after an incomplete key

Entering “?” after a complete key word, you can obtain the brief help information and parameters o

MA5605#help

lp may be requested at any point in a command by entering a

question mark '?'.If nothing matches, the help list may be empty.

Two styles of help are provided:

comman

possible argument will show up.

2. Partial help is provided when an abbreviated argument

the input ( e.g. 'show p?' ).

ing Help Mode

By enabling/disabling the help mode, you can determine whether tentered must be re-displayed or not after the on-line help is given.

If the CLI help mode is enabled throuenter a command and “?”, the system difirst, then the comm

Help mode function is already enabled.

MA5605>terminal ?

-----------------------------------------------

Mode [System Mode], Next Command Word

-----------------------------------------------

language

MA5605>terminal

The above example entered after the help information is given when the help



2-6

de [System Mode], Next Command Word

--------------------------

ween English and Chinese

ay the command

2.8 Setting

You corre mand time. The new system time takes effect immediately after it is modified.

esenting hour:minute:second year/month/day.

The system time will not change if you do not enter a parameter in correct format.

>]:14:28:54

2.9 Mod

, run the command hostname. It is recommended the system, such as a site name.

me

<name>(S[49]):huawei

em name? ( y/n ) [n]:y

Set successfully.

2.10 Enabling/Disabling Timeout Exit of Terminal

t nothing within 5 command, the system will exit automatically. To continue the

in again.

MA5605>no help-mode

Help mode function is disabled.

MA5605>terminal ?

-----------------------------------------------

Mo

---------------------

language Switch language bet

MA5605>

The above example shows that the system does not displalready entered when the help mode is disabled.

and Displaying System Time

can run the command show time to view system time. If the system time is not ct, the Administrator can modify it using the com

The time format is hh:mm:ss yyyy/mm/dd/, repr

In the process of setting, the system will check the validity of the system time and invalidate all illegal settings.

MA5605#time

[<time[hh:mm:ss]

[<date[yyyy/mm/dd]>]:2005/04/08

set successfully.

ifying System Name

To modify the name of the systemthat you adopt a meaningful name forMA5605(config)#hostna

>Are you sure to modify syst

huawei(config)#

To enable timeout exit, use the command exec-timeout. If you inpuminutes after running the operation, you need to log



2-7

However, the command is ineffective for a Telnet user, as shown in the example

seful for Telnet console.

2.11 Se

To disable timeout exit, run the command no exec-timeout.

below. MA5605#no exec-timeout

Failure: This command is not u

tting Baud Rate of the Serial Port

Caution:

Only the serial port user is authorized to perform sucannot perform the operation.

ch operation. A Telnet user

Upon settings of the baud rate of the serial port, you need to set the baud rate of the configuration terminal (such as HyperTerminal) in time.

Xm lly, the default baud rate is 9600 bit/s.

<ba

Please change terminal baud rate and try to connect again...

2.12 Testing Network Connec

.

I.

.

address of the opposite host.

[-t]:

Ping 10.11.104.1: 56 data bytes, press CTRL_C to break

s

1: bytes=56 Sequence=3 ttl=255 time = 4 ms

ly from 10.11.104.1: bytes=56 Sequence=4 ttl=255 time = 3 ms

You can run the command baudrate to set the baud rate of the serial port. When the odem connection is set up initia

MA5605#baudrate

udRate>{9600,19200,38400,57600}[9600]:19200

tivity

The MA5605 offers two commands for connectivity test: ping and tracert

ping

This command is used to check network connectivity and host reachability

The example below shows how to ping the IPMA5605#ping 10.11.104.1

[-c]:

[-s]:

Reply from 10.11.104.1: bytes=56 Sequence=0 ttl=255 time = 3 m

Reply from 10.11.104.1: bytes=56 Sequence=1 ttl=255 time = 4 ms

Reply from 10.11.104.1: bytes=56 Sequence=2 ttl=255 time = 4 ms

Reply from 10.11.104.

Rep

Ping statistics for 10.11.104.1:



2-8

t packets : 5

II. tracert

gateways passed by packets sent from local s to check the network connection status and locate

1) An IP packet is sent with Time To Live (TTL) of 1 to the destination. 2) The first host which receives the packet subtracts 1 from its TTL value and then

rds the packet. Meanwhile, it sends back a timeout Internet Control Message Protocol (ICMP packet).

sent with TTL value of 2. The location of the second host is determined in the same way as mentioned above.

destination is located. The TTL value is

10.1

MA5605#

<hos

[-m]

TraceRoute to 10.11.104.1(10.11.104.1) 30 hops max,40 bytes packet

1 ms 1 ms 10.11.104.1

Trace complete.

2.13 Setting and Displaying the Buffer Size for History Commands

I.

story size to set the number of history commands, which d recording, run the command

store the default value, use the command no history size. By default, it is 10.

Sen

Received packets : 5

Lost packets : 0(0.00%)

Approximate round trip times in milli-seconds:

Minimum = 3ms, Maximum = 4ms, Average = 4ms

This command tracert is used to test the host to the destination host, so athe faults in the network.

The process of a tracert test is as follows:

disca

The location of the first route in the path is thus determined.

3) The second packet is

4) The same process continues until the less than 254.

The example below shows how to trace the route to the host with the IP address of 1.104.1.

tracert

t IP>:10.11.104.1

[-f]:

:

[-w]:

Press CTRL_C to break

1 <1 ms

Setting the buffer size for histroy commands

You can run the command hiis in the range of 0–50. To disable history commanhistory size 0. To re



2-9

0-50}:15

the history commands.

MA5605#show history

-----------------

2.14 Dis

You can run the command show version to display the system and board version. By displayed.

program is 3734731

m B

512K bytes SRAM

onds

2.15 Se ed on a Scr

n use the command length to set the number of lines

The command length 0 indicates that split-screen display is disabled.

gth restores the lines displayed on one screen to 24.

<length[0,10-100]>:25

Lines number remains unchanged.

MA5605#history size

<size>{

History command number modified successfully.

You can run the command show history to display

Command history list is

------------------------------

history size 15

-------------

Record number: 1

play System and Board Version

default, system version is MA5605#show version

[<frameId/slotId>]{(0)[/(0-4)]}:

MA5600 V100R011(MA5605) Version , RELEASE SOFTWARE

Copyright(C) 1998-2005 by Huawei Technologies Co., Ltd.

Program-base: 0x5000000(B), the length of the

No new program in flash, system will boot fro

BIOS Version is 103

MA5605 with 1 MPC850 (Rev 33.01) CPU running at 40Mhz

64 M bytes SDRAM

32 M bytes Flash Memory

MA5605 uptime is 1 day, 23 hours, 51 minutes, 11 sec

tting and Displaying the Number of Lines Displayeen

In system mode, you cadisplayed on a screen, ranging 10–100. By default, it is 24.

The command no lenMA5605>length



2-10

MA5605#show length

2.16 Displaying CPU Occupancy Rate

2.17 Displaying Logs

run the command show log to display logs of users.

[date]:

<inquiryNumber>{1-800}:3

---------------------------------------------------

ADDRESS: 10.70.54.82

all

-------------------

TIME: 2005/05/27 14:34:32.65

.54.82

: terminal language

----------------------------------------------

SER NAME: root TIME: 2005/05/27 14:34:22.87

2.18 Exiting the Current Command Mode

ame and password for

e the command to exit the current mode.

You can run the command show length to display the number of lines displayed on ascreen.

The number of lines each screen show: 25.

You can run the command show cpu to display the CPU occupancy rate. MA5605#show cpu 0/0

Frame 0 Slot 0 Board CPU occupancy rate: 39%.

You can MA5605#show log

{all,user}:all

[num]:num

---------------------

USER NAME: root TIME: 2005/05/27 14:34:56.20

OPERATE: show log

-----------------------------------------------------

USER NAME: root

ADDRESS: 10.70

OPERATE

--------------------------

U

ADDRESS: 10.70.54.82

OPERATE: enable.

In system mode, you can use the command exit to exit the system. The system will then clear the screen, and prompt you to enter your user nlog-in again.

In other modes, you can us

Operation Manual SmartAX MA5605 Multi-service Access Module Chapter 3 Board


3-1

ent

3.1 O

3.1.1 Boa

boards, including MFEA, MFOA, MIMB, MCOA, and MCCA.

ADCH) and SHDA.

Slot 0 on the MA5605 is for an upstream board, and slots 1 to 4 are for service boards.

3.1.2 Board Management Commands

The query operation commands are applied to all boards, while other operation commands are only applied to xDSL service boards (ADLx, ADCx and SHDA).

Table 3–1 lists all board management commands.

Table 3–1 Board management commands

Chapter 3 Board Managem

verview

rds the MA5605 Supports The MA5605 supports two types of boards:

Upstream Service boards, including ADLx (ADLA, ADLH, and ADLI), ADCx (ADCE and

To… Use… In…

Add a board board add Global mode

Delete a board board delete Global mode

Prohibit/Unprohibit a board (no)board prohibit Global mode

Display the information on a board in a slot show board System mode

Reboot the system reboot Privileged mode

3.1.3 Board States

During the process of board maintenance and management, a service board may be in various states.

Table 3–2 lists all board states and their respective meanings.



3-2

Table 3–2 Board states

State Description Remarks

Normal normal. layer physical link

is normal. Communication is The communication in lower-

quasi-normal Communication is basically normal.

When two service chipsets of an ADSL board are reset, one is reset successfully, and the other fails. This is a temporary state.

offline The board is offline. A board is added offline.

prohibited prohibited. the noThe board is After the prohibiting operation is performed,

rmal services of a board are disrupted.

3.2 Board Management Operations

3.2.1 Adding a Board

Before adding a board

You need to use command show board to verify that the target slot is idle.

Note: You can only add a service board to an idle slot.

C rdommand for adding a boa

Y board.

The example below shows how to add an ADLI board to slot 1 in frame 0.

M d add ad dli 0/1

ou can run the command board add to add a

A5605(config)#boar sl h521a

Note: The system only supports the ADSL, ADSL2/ADSL2+ and SHDSL boards. The frame No. (frameId) is 0, and the slot No. (slotId) is 1, 2, 3, or 4.



3-3

3.2.2 Deleting a Board

Caution:

Deleting a board is an irreversible operation.

Y te an ice boar

efore deleting a board

ou can dele y xDSL serv d as long as it is not in use.

B

to check the state of a board to be

eleting a board

You need to use the command show boarddeleted.

Command for d

You can run the command board delete to delete a board.

s how to delete a board in slot 2, frame 0.

Are you sure to delete?(y/n) [n]:y

Delete successfully.

deletion result

The example below showMA5605(config)#board delete 0/2

Verify the

the deletion of the board. The type for a deleted board shall be empty.

Note:

You can run the command show board to verify

You cannot delete a board which is in normal working status. delete this

board, you need to delete the PVC first. You cannot delete a service board that is associated with PVC data. To

3.2.3 Prohibiting/Unprohibiting a Board

Before prohibiting/unprohibiting a board

You need to use the command show board to check the state of a service board.



3-4

You can only prohibit a board that is in the unprohibited status, and unprohibit a board d status.

Commands for prohibiting/unprohibiting the service board

that is in prohibite

You mand board prohibit to prohibit a board.

ce of the board, and prohibit all other operations for the board until the board is unprohibited. A5605(config)#board prohibit

<FrameId[/slotId]>{(0)[/(1-4)]}:0/2

You can run the command no board prohibit to unprohibit a prohibited service board.

sult

can run com

The operation will interrupt the on-going servi

M

Are you sure to prohibit?(y/n) [n]:y

Board prohibited.

Verify the re

oard to verify that the board is prohibited.

ored to its original state, and its services will also be resumed.

You can run the command show b

After a service board is unprohibited, the service board will be rest

Operation Manual SmartAX MA5605 Multi-service Access Module Chapter 4 User Management


4-1

Chapter 4 User Management

This chapter introduces:

4.1 User Management Overview

User Management Overview, on Page 4-1 User Management Commands, on Page 4-2 Adding/Deleting a User, on Page 4-3

Definition

A user here refers to the person who operates and maintains the MA5605 through the CLI.

User management refers to setting of the authority, password, and Telnet permit for a user who logs in to the MA5605.

User authorities

Users are divided into three levels. Authorities vary with the levels. Users can only use onfiguration commands for their own level(s) or lower level(s).

General user

A general user can only check the system information, and use certain commands, such as cls.

Operator

An operator can make some basic system configurations.

Administrator

An administrator can manage the system. The root user is a super administrator, who can add or delete a user.

User attributes

c

The attributes of a user include:

User name

It consists of 1–19 characters. It is unique in the whole system.

Authority Log-in password

It consists of 1–119 characters.

Telnet permit



4-2

User name and password

Each u er.

When you log in to the MA5605, the system first checks whether the user name input

u input, and then checks whether the user name you input is

e console with your user name, the

n the maximum number of online

users allowed for a user name.

ser name is unique, and the password can be set by the us

matches the password yo

being used. If another user has logged in to th

system a sed occepts or rejects your login request ba

Access control

To log in to the MA5605, you must enter a user name and a password. Moreover, the user name you input must match the password you input. If not, you will fail to log in.

r authority.

Note:

After logging in to the MA5605, you can only operate and maintain the MA5605 based on you

The MA5605 allows up to one serial port user and two Telnet users to log in at one time.

If there are two Telnet users already and you try to log in, you will fail to log in and see the prompt “too many users”.

4.2 User Management Commands

Table 4–1 lists all user management commands.

Table 4–1 User management commands

To… Use… In…

Add/Delete a user (no) user name Privileged mode

Display user information show user User EXEC mode

Display the informcurrent user

ation on the show client User EXEC mode

Mo of a user at a user modify Privileged mode

dify password, authority and Telnet authoritylower level

Mo ser password User EXEC mode dify a user’s own password u



4-3

4.3 Ope

4.3.1 Add

rations Involved

ing/Deleting a User

You can run the command user name to add a user or you can run the command no user name to delete a user.

Note: When using these commands, you must be an administrator. Up to 10 users can be added. You cannot modify the root user authority and Telnet permit, or delete the root

user.

The examplMA5605#

e below shows how to add an administrator with the Telnet permit. user name

shenzhen

> user level:

> 2: Operator

> I

> Login password (<20 chars):

> Confirm password:

y.

4.3.2 Mod

Note:

<username>(S[19]):

> 1: General user

> 3: Administrator

nput level [1]: 3

> Telnet permit?{on|off}[on]:

The user added to system successfull

ifying User Information

Telnet permit nnot bt user c ly their own

The authority and of the root user ca e modified. Users lower than the roo an modify on passwords.

I. M

Y he command user password to modify your own password. M

odifying your own password

ou can run tA5605#user password



4-4

old password:

> New password(<20 chars):

> Confirm new password:

Password modified successfully.

II. Modifying user password, authority or Telnet permit

If you are a root user, you can run the command user modify to modify the password, authority or Telnet permit of a user at a lower level.

The example below shows how to modify the password of user “shenzhen” using this command: MA5605#user modify

<userName>:shenzhen

<option>{password,level,telnet}:password

> New password(<20 chars):

> Confirm new password:

Password modified successfully.

4.3.3 Displaying Current User Information

You can run the command show client to show the information on current online users. MA5605>show client

Current users:

User Name User Type IP Address

--------------------- ----------- ------------------

root Serial -

--------------------- ----------- ------------------

4.3.4 Displaying Detailed Information on All Users or Online Users

You can run the command show user to show details about all users, including both online user and offline users. MA5605>show user

<option>{all,online}:all

All users of console:

User Name Access Level Log Status Telnet

------------------- --------------------- ------------ ---------

root Super administrator online on

aaa General user offline off

------------------- --------------------- ------------ ---------

>



4-5

Note:

In the display: Log Status means user authority, such as administrator, operator, or general user.

elnet”, “on” means that Telnet-based login is permitted and “off” means such login is not permitted.

Under the column of “T

Operation Manual SmartAX MA5605 Multi-service Access Module Chapter 5 Bandwidth Management


5-1

5.1 Overview

When you use an MIMA or MCCA board as the upstream board for the MA5605, you

Setting Bandwidth Convergence Ratio, on Page 5-1

5.2 Bandwidth Management Commands

dth management commands.

nt

Chapter 5 Bandwidth Management

can manage the board bandwidth, including:

Displaying Bandwidth Convergence Ratio of a Port, on Page 5-2 Displaying Port Bandwidth, on Page 5-2

Table 5–1 lists all bandwi

Table 5–1 Commands for bandwidth manageme

To… Use… In…

Configure bandwidth convergence ratio bandwidth convergency Global mode

Display bandwidth show bandwidth System mode

5.3 Setting Bandwidth Convergence Ratio

nvergence ratio?What is a bandwidth co

e time. So, each user cal bandwidth. Then, this

s called a bandwidth convergence ratio.

d there are 10 users in the community who are allocated with 20 Mbit/s each. The total bandwidth

andwidth convergence ratio

In actual applications, not all users use their bandwidth at the samcan be assigned a bandwidth larger than the average physiratio of this assigned bandwidth to the average bandwidth i

Suppose the physical bandwidth available for a community is 100 Mbit/s, an

allocated to users is 200 Mbit/s and the convergence ratio in this case is 2.

Command for configuring a b

nd bandwidth convergency to set the bandwidth convergence

You can run the commaratio for a port. MA5605(config)#bandwidth convergency

{<rate>}{1.0-27.0}[1.0]:2.0

Are you sure to set convergency? (y/n) [n]:y



5-2

Set successfully.

Note:

By default, the convergence ratio is 1.0.

5.4 Disp

Yo th convergency to show the bandwidth conveA5605(config)#show bandwidth

{port,convergency}:convergency

Convergency

2.0

5.5 Displaying Port Bandwidth

I. MIMA/MCOA board

For an MIMA/MCCA board, you can use the command show bandwidth port to display such information as:

Original RX bandwidth (original Up_Sum) Virtual RX bandwidth (Virtual Up_Sum) Used RX bandwidth (Up Used) Original TX bandwidth (original Down_Sum) Virtual TX bandwidth (Virtual Down_Sum) Used TX bandwidth (Down Used)

For an MCCA board, you can display bandwidth of both upstream and subtending ports.

The example below shows how to display the port bandwidth of the MIMA board. MA5605(config)#show bandwidth

{port,convergency}:port

<frameId/slotId/portId>{(0)/(0-4)/(1-16)}:0/0/1

(Unit = kbps Convergency = 1.0)

Frame: 0 Slot: 0 Board Type: IMA

Port Original Virtual Up Original Virtual Down

Up_Sum Up_Sum Used Down_Sum Down_Sum Used

---- --------- ---------- -------- --------- --------- --------

1 5520 27600 2048 5520 27600 2048

laying Bandwidth Convergence Ratio of a Port

u can run the command show bandwidrgence ratio of a port.

M



5-3

II. xDSL board

Fo mmand show ba

Total upstream bandwidth (Upbandwidth) wnstream bandwidth (Downbandwidth)

ted upstream bandwidth (upbandwidthallot) Allocated downstream bandwidth (downbandwidthallot)

MA5605(config)#

512

r an xDSL (ADSL/ADSL2/ADSL2+/SHDSL) board, you can use the condwidth port to display the following information:

Total do Alloca

The example below shows how to display the bandwidth of a port on the ADLA board.

show bandwidth port 0/1/3

Upbandwidth Downbandwidth UpbandwidthAllot DownbandwidthAllot

------------ -------------- ---------------- ------------------

896 8160 512

Note: The MCOA board does not support bandwidth configurations.

Operation Manual SmartAX MA5605 Multi-service Access Module Chapter 6 Traffic Management


6-1

6 Traffic Management

nt, including: Overview, on Page 6-1

Traffic Management Commands, on Page 6-4 Setting Traffic Ranks, on Page 6-4

Adding/Deleting a Traffic Table, on Page 6-6

6.1 Overview

6.1.1 Traf

ond to different PVCs in the system.

for each PVC according to the traffic parameter (index of a traffic item) selected for traffic control. Also, the MA5605 prevents PVCs

es to offer services for users equally and effectively.

6.1.2 Serv

ding CBR, rt-VBR, nrt-VBR and UBR e e MIMB, the MCOA, or the MCCA.

ristics and applications of the four service types.

I. R

n ctions that require static bandwidth and top

Typical applications of CBR services are circuit service, emulation voice service

Peak cell rate (PCR) is the only parameter required for applying CBR service. Cells are delivered at the source end at the PCR rate or a rate below PCR.

II

e is very sensitive to delay and jitter. Typical

lay. The data r applying

Chapter

This chapter introduces traffic manageme

Displaying Traffic Ranks, on Page 6-5

Displaying Traffic Items, on Page 6-7

fic Control

The services the MA5605 supports corresp

The MA5605 provides QoS guarantee

from violating traffic rul

ice Types

The MA5605 supports four service types, incluwh n the upstream board of the MA5605 is th

The following describes the characte

CB service

Co stant Bit Rate (CBR) is used for connepriority. CBR features high stability and low burst. Data services are delivered in fixed period.and video service.

. rt-VBR service

Real-time Variable Bit Rate (rt-VBR) servicapplications of rt-VBR are voice service and video service.

Compared with CBR service, rt-VBR service allows a certain degree of demay be delivered at the source end at different rates. Parameters required fo



6-2

size (MBS), rance (CDVT).

III.

onnections in which there is no pared with rt-VBR, nrt-VBR has lower

r application include PCR, SCR,

IV.

with high burst and without real-time quire no for UBR

st to be discarded. Error rrection is implemented by the upper layer protocols. Typical applications of UBR rvice are FTP and E-mail.

6.1.3 Traffic Table

The traffic table is the core of traffic management. A traffic table contains such items as: Index

Service type Traffic type Traffic type parameters

You can add, delete and query a traffic table.

Through traffic items assigned to source and destination ends of a PVC, you can control PVC traffic.

Before setting up a service PVC, make sure that a qualified traffic item exists. If such a traffic item exists, you can specify its index directly to set up the service PVC. If such a traffic item does not exist, you need to add a table item. The index of this table item is assigned by the system.

6.1.4 Traffic Types

MA5605 supports four service types, corresponding to 13 traffic types, which comply with RFC2514.

You need to set parameters based on the traffic types.

Table 6–1 lists the traffic type and related parameters for the four service types.

rt-VBR service include PCR, sustainable cell rate (SCR), maximum burstand cell delay variation tole

nrt-VBR service

Non-real-time Variable Bit Rate (nrt-VBR) is used for cfixed timing relationship between samples. Comprio ity than rt-VBR. Parameters required for serviceMBS and CDVT.

UBR service

Unspecified Bit Rate (UBR) is used for servicesrequirement. UBR users only demand optimum network service, but reguarantee on quality of service (QoS). The network offers no QoS guaranteeservice. In the case of network congestion, UBR cells are the fircose



6-3

Table 6–1 Traffic types and traffic parameters

Service type Traffic type Para 1 Para 2 Par

a 3 Para

4

NO_CLP_NO_SCR CLP01PCR

NO_CLP_NO_SCR_CDVT R CDVT

CLP01PCCBR

CLP_TRANSPARENT_NO_SC CLP0R

1PCR

CDVT

rt_VBR CLP_TRANSPARENT_SCR R CLP01PC CLP01SC

R MBS

CDVT

rt_VBR NO_CLP_SCR_CDVT CLP01PCR

CLP01SCR

MBS

CDVT

CLP_NO_TAGGING_SCR_CDVT

CLP01PCR

CLP0SCR MBS

CDVT

rt_VBRP_TAGGING_SCR_CDVT CLP01PC

R CLP0SCR MB

S CDVT CL

NO_CLP_SCR CLP01PC CLP01SC MB R R S nrt_VB

R CLP_NO_TAGGING_SCR CLP01PC

R CLP0SCR MB

S

nrt_VB CLP01PC MBR

CLP_TAGGING_SCR R CLP0SCR S

NO_CLP_NO_SCR CLP01PCR

NO_CLP_NO_SCR_CDVT CLP01PCR

CDVT UBR

NO_CLP_TAGGING_NO_SCR CLP01PC CDVT R

6.1.5 Traf

c shaping is optional according to actual needs.

The parameter SCR (CPL01SCR or CLP0SCR) of rt-VBR (with traffic shaping)

fic ranks for each of the above two parameters.

fic Ranks

The CBR and rt-VBR services the MA5605 provides supports traffic shaping. For rt-VBR service, traffi

To boost cell processing efficiency, the MA5605 provides 32 traffic ranks for: The parameter CLP01PCR of CBR

Select one out of the 32 traf



6-4

6.1.6 Traffic Control Principles

Traffic control is not local on a certain device, but global in the whole network. The

at the access end, and monitor traffic at the convergence end. re traffic is converged or traffic congestion is likely to happen.

control near the source end.

um SCR of a node among all nodes.

6.2 Traffic Management Commands

ffic management commands

The MA5605 also provides 16 traffic ranks for the parameter SCR (CPL01SCR or CLP0SCR) of rt-VBR (with no traffic shaping). Select one out of the 16 traffic ranks for the parameter.

Traffic control on the MA5605, a device in the access layer, can reduce traffic burst and stabilize traffic.

Follow these principles for traffic control: Control traffic Control traffic whe Control traffic Control traffic where a switching node is placed. Control traffic for each node where end-to-end QoS must be ensured. Control traffic at any node in a PVC because the PVC bandwidth is determined by

the minimum SCR of a node among all nodes of the PVC. For the services going through multiple switching modes, user bandwidth is

determined by the minim

Table 6–2 lists all traffic management commands.

Table 6–2 Tra

To… Use… In…

Set a traffic rank rank Global mode

Display a traffic rank show rank Global mode

Add/Delete a traffic item (no) traffic Global mode.

Display traffic items show traffic Global mode

ing Traffic Ranks 6.3 Sett

You can run the command rank to modify the current traffic rank. ig)#rank

{<type>}{cbr,rt-vbr}:rt-vbr

00}:66

Change successfully.

MA5605(conf

<oldrank>{0-16000}:64

<newrank>{0-160



6-5

d the rt-VBR rank table.

Although you can modify a value in a traffic rank table which is not used, modify it only w default rank your demand

Make a comprehensive planning in advance fo l traffic ranks in the system to avoid frequ ure.

Note:

It is recommended that you use the default values for the CBR traffic rank table an

hen the cannot meet .

r the overalent changes in the fut

Make su ra be modified is 0 (namely, the traffic rank to be modified is not in use).

n me ea ra bl modification will fail.

re that the reference count of a t ffic rank to

If a ra k after modification is the sa as one alr dy in the nk ta e, the

6.4 Displaying Traffic Ranks

You can run the command show rank to display the traf d rt-VBR traf t e coMA5605(config)#show rank

{<cbr/rt-v

R rt

NO. Rank(kbps) Ref. count

----- --------

0 64 1

1 128 0

2 192 0

3 256 0

4 384 0

5 512 0

6 800 0

1000 0

8 1500 0

12 8000 0

fic ranunt.

ks in the CBR anfic rank ables as well as their referenc

br>}{cbr,rt-vbr}:rt-vbr

ank of VBR.

---------- -

7

9 2000 0

10 4000 0

11 6000 0

13 10000 0

14 12000 0

15 16000 0



6-6

6.5 Add

6.5.1 Adding a Traffic Item

traffic to add a traffic item. If the table item is added

low shows how to add a traffic item for CBR.

/s. However, since there is no such value in this table, the system adjusts the PCR to 64 kbit/s.

C oScr}:clpTransparentNoScr

<cdv

<epd

6.

ing/Deleting a Traffic Table

You can run the command successfully, the system will display the Traffic Identifier (TID), by which you can reference or delete the traffic item.

The example be

In this example, the PCR is set to 50 kbit

MA5605(config)#traffic

{cbr,rt-vbr,nrt-vbr,ubr}:cbr

{No lpNoScr,NoClpNoScrCdvt,ClpTransparentN

{pcr}:pcr

<rate>{0-16000}:50

[cdvt]:cdvt

tval>{0-26738680}:10000000

[epd]:epd

>{on,off}:on

[ppd]:ppd

<ppd>{on,off}:on

[<index>]{5-50}:6

Attention: System has adjusted 50 to 64 <kbps>.

Add traffic item successfully, TID =

Note: a traffic item is CBR, selec R and

item from ffic rank tabl u shall 1SCR an R of rt-VBR serv rt-VBR

You can set neither two identical traffic ranks nor two identical traffic items in a traffic rank table.

50 traffic items.

If the service type of to be added t the CLP01PCCLP0PCR values of theselect the values for CLP0

the CBR trad CLP0SC

e. Similarly, yoice from the

traffic rank table.

The system supports up to

6.5.2 Deleting a Traffic Item



6-7

Note:

You cannot delete a system traffic item, namely, a traffic item with TID ranging 1–4.

ex). You can delete a traffic item with reference count of 0 (to show the reference count,

run the command show traffic and enter the ind

You can run the command no traffic to delete a traffic item. MA5605(config)#no traffic

50}:6

Are you sure to delete this traffic template?(y/n) [n]:

D

6.6 Disp a

You can run the command show traffic <traffic type> to see the definitions of all traffic pes and the corresponding traffic items.

tem, use the command show traffic to make sure exist, or the index of the item to be deleted already

all

2 : CLP_NO_TAGGING_NO_SCR[D]

3 : CLP_TAGGING_NO_SCR[D] 4 : NO_CLP_SCR

GING_SCR 6 : CLP_TAGGING_SCR

_TRANSPARENT_NO_SCR

_CLP_TAGGING_NO_SCR

NO_CLP_SCR_CDVT

CLP_TAGGING_SCR_CDVT

SCR CLP0SCR MBS CDVT EPD/PPD

kbps cells 1/10us

------ ------- ------- ----

-- -- -- off/off

-- 512 -- off/off

64 500 10000000 off/off

- -- -- off/off

You can enter a traffic index directly when running the command show traffic, and then you can see the detailed information on the traffic type.

<index>{5-

y

elete traffic item successfully.

l ying Traffic Items

ty

Before adding or deleting a traffic ithat the item to be added does not exists. MA5605(config)#show traffic

{<Traffic Type>}{all,cbr,rt-vbr,nrt-vbr,ubr}:

Traffic type definition:

1 : NO_CLP_NO_SCR

5 : CLP_NO_TAG

7 : CLP_NO_TAGGING_MCR[D] 8 : CLP

9 : CLP_TRANSPARENT_SCR 10: NO

11: NO_CLP_NO_SCR_CDVT 12:

13: CLP_NO_TAGGING_SCR_CDVT 14:

TID Service Traff.CLP01PCR CLP0PCR CLP01

Type Type kbps kbps kbps

---- -------- ------ -------- ------- --

1 UBR 1 512 -- --

2 nrt-VBR 4 512 -- 512

3 rt-VBR 14 256 -- --

4 CBR 1 1500 -- -- -

Record number: 4



6-8

Serv

Traffic type : NO_CLP_NO_SCR

EPD : off

ff

tem

Note:

MA5605(config)#show traffic 1

ice type : UBR

CLP01PCR : 512 <kbps>

PPD : o

Option : Sys

Reference count: 10

The “Option” above means traffic attribute (System or User). The MA5605 has four

”, whereas the attribute of a newly added traffic item is “User”.

If the reference count of a displayed traffic item involves both Tx and Rx directions, h Rx link and Tx link, the reference count

shall be 2.

traffic table items, numbered from 1 to 4, and these four items cannot be deleted. The attribute of these four traffic items is “System

namely the traffic table item is used in bot

Operation Manual SmartAX MA5605 Multi-service Access Module Chapter 7 PVC Configuration


7-1

Chapter 7 PVC Configuration

7.1 Ove

Th xDSL (ADSL/ADSL2+/SHDSL)-ATM

xDSL (ADSL/ADSL2+/SHDSL)-LAN

7.2 PVC Configuration Commands

nds

rview

e MA5605 supports three types of PVCs:

NMS-ATM, that is, NMS PVC in ATM mode

Table 7–1 lists PVC configuration commands.

Table 7–1 PVC configuration comma

To… Use… In…

Add/Delete a PVC (no) pvc Global mode

Display a PVC show pvc Global mode

Note: Because the ADSL/ADSL2/ADSL2+/SHDSL side is generally connected with a

r the VPI/VC value at the DSL side.

the upper-layer device.

e PVC on this port ice. port at the

Modem, it is recommended that you adopt 0/35 foADSL/ADSL2/ADSL2+/SH

The VPI/VCI is unique for each PVC on a port. The connection parameters of aport must be consistent with those of the connected port on

For an IMA or 155 Mbit/s ATM upstream port, the VPI/VCI of thmust be the same as that on the connected port on the upper-layer dev

For an FE upstream port, the VLAN must be the same as that of the FEpeer end.

7.3 Con

figuring a PVC in ATM Mode

When configured with an MIMB, MCOA or MMCA board as its upstream board, theMA5605 supports PVCs from xDSL ports to ATM ports

In ATM mode, the system supports up to 256 service PVCs and one inband NMS PVC. Each xDSL port supports up to four PVCs.



7-2

support flow control.

7.3.1 Configur

t your desired traffic index to control PVC traffic.

ure, refer to “Chapter 6 Traffic Management”.

and pvc and enter the keyword nms to set up an NMS be 1483B or IPoA.

n configure the VPI/VCI on the ATM port only. col, you need to configure the VPI/VCI on the ATM port

as well as the IP address of the peer node.

n run the command pvc and enter the keyword adsl or shdsl to set up an ATM service PVC.

In ATM mode, PVCs

ation Procedure

1) Configure traffic type.

When configuring a PVC, selec

For detailed configuration proced

2) Configure a PVC.

You can run the commPVC. The protocol can

When using 1483B, you ca When using IPoA proto

You caxDSL-

Note: t need to determine the source frame No., slot No.,

iguring the NMS PVC. Parameter portId corresponds the IMA group No., not the port No. For how to configure an IMA group, refer to “Chapter 10 Configuring an IMA Board” in the next part Service Configuration.

A PVC is identified by its VPI/VCI. VPIs/VCIs of PVCs on different ports can be the same, but those on one port must be different.

To configure a PVC, you firsport No. as well as destination frame No., slot No. and frame No. Because the MIMB board is based on an IMA group, configure the IMA group before conf

3) Query PVC information.

You can run the command show pvc to query the information on a PVC, PVCs of a slot, PVCs of a port, the NMS PVC or all PVCs.

7.3.2 Configuration Example

Networking data The MA5605 is connected with the upper layer MA5100 through the MCCA

board. The NMS PVC at the MA5605 side is connected to port 1, with VPI/VCI of 4/220. The PVC on port 0/1/1 on the ADSL board is connected to port 1 on the MCCA

board. The NMS protocol of the MA5605 is 1483B.



7-3

Configuration procedure

1) C 3B. MA

{ipoa,1483b}:1483b

atm

eId/SlotId/PortId>{(0)/(0)/(1-2)}:0/0/1

{<vpi>}{0-255}:0

<tx-UPC>{off,on}[off]:off

2) Configuring a service PVC from ADSL 0/1/1 to ATM 0/0/1,

{adsl,shdsl,atm,nms}:adsl

/(1-16)}:0/1/1

{<vpi>}{0-31}:0

}:35

atm

otId/PortI (1-2)}:0/0/1

{<vpi>}{0-255}:0

{<vci>}{32-511}:32

tr>{1-50}:1

7.4 Configuring a PVC in LAN Mode

Whsup s from xDSL ports to FE ports.

Table 7–2 lists the PVC attributes in Tagged and Untagged modes.

Table 7–2 PVC attributes

onfiguring an NMS PVC to MA5605, with the protocol of 1485605(config)#pvc nms

{adsl,shdsl,atm,nms}:

<Fram

{<vci>}{32-511}:35

<rx-cttr>{1-50}:1

<tx-cttr>{1-50}:1

<rx-UPC>{off,on}[off]:off

Add NMS PVC successfully, CID = 1.

MA5605(config)#pvc

<FrameId/SlotId/PortId>{(0)/(1-4)

{<vci>}{32-127

{adsl,shdsl,atm,nms}:

<FrameId/Sl d>{(0)/(0)/

<rx-ct

<tx-cttr>{1-50}:1

<rx-UPC>{off,on}[off]:off

<tx-UPC>{off,on}[off]:off

Add PVC successfully, CID = 2.

en configured with an MFEA/MFOA board as its upstream board, the MA5605 ports PVC

Board mode PVC attributes

Tagged Up to 128 PVCs can be created from a VLAN to xDSL ports,

and up to 4 PVCs can be creat

The system creates PVCs between VLANs and xDSL ports.

ed to an xDSL port. The system supports 1483B and IPoA protocols. In IPoA

mode, each VLAN can only be configured with one PVC.



7-4

n be created from an FE port to xDSL ports, and up to 4 PVCs can be configured for an xDSL port.

apsulation protocol is 1483B.

Untagged

The system creates PVCs between FE ports and xDSL ports. Up to 128 PVCs ca

By default, the enc

7.4.1

PVC, select your desired traffic index to control PVC traffic.

2)

stream board, accomplishing the

3)

You can run the command show pvc to query a PVC, PVCs of a slot, PVCs of a port, the NMS PVC or all PVCs.

7.4.2 Configuration Example

Ex

Configuration Procedure

1) Configure traffic type.

When configured with an FE upstream board, the MA5605 supports Committed Access Rate (CAR) function.

When configuring a

For detailed configuration procedure, refer to “12.3.5 Configuring Traffic Items in an FE Port” in Part 2 Service Configuration.Configure a PVC.

In global mode, set up an xDSL-LAN service PVC. The ATM cells sent from the xDSL side are terminated on the FE upconversion from ATM cells to MAC frames.

Query the PVC.

ample 1: Tagged mode

SeMA5

<vl

Add

MA5

MA5605(config)#pvc

adsl,shdsl,lan}:lan

0/0

<vla

{148

<priority>{0-7}:3

<FrameId/SlotId/PortId>{(0)/(1-4)/(1-16)}:0/2/1

i

<rx-car>{on,off}:on

t VLAN 2 as a service VLAN, and set up a PVC from the ADSL port to this VLAN. 605(config-LAN-0/0)#vlan

anId>{1-4095}:2

VLAN successfully, VLANID = 2.

605(config-LAN-0/0)#exit

{

<FrameId/SlotId>{(0)/(0)}:

{untagged,tagged}:tagged

nId>{1-4095}:2

3b,ipoa}:1483b

{adsl,shdsl,lan}:adsl

<vpi>}{0-127}:0

<vc >}{32-127}:35



7-5

<tx-cttr>{1-20}:3

Example 2: Untagged mode

<tx-car>{on,off}:on

<rx-cttr>{1-20}:3


Set up a PVC from the ADSL port to the FE port. MA5605(config)#pvc

{adsl,shdsl,lan}:lan

<FrameId/SlotId>{(0)/(0)}:0/0

{untagged,tagged}:untagged

{adsl,shdsl,lan}:adsl

<FrameId/SlotId/PortId>{(0)/(1-4)/(1-16)}:0/2/1

{<vpi>}{0-127}:0

{<vci>}{32-127}:35

<rx-car>{on,off}:on

<tx-car>{on,off}:on

<rx-cttr>{1-20}:5

<tx-cttr>{1-20}:5


7.5 Configuring an NMS PVC

With varying upstream boards, the MA5605 supports the inband NMS in ATM or LAN mode. To configure the NMS in ATM mode, you need to set up a PVC. For configuration of an NMS PVC, refer to “Chapter 9 Configuring an Inband NMS” in Part 2 Service Configuration.

Documents

01 Basic Configuration