IP10-CLI-User Guide-62.pdf

FibeAir® IP-10

SW Version I6.2

CLI (Command Line Interface)

User Guide

Part ID: BM-0174-0 Doc ID: DOC-00026663 Rev a.00

August 2010

Notice

This document contains information that is proprietary to Ceragon Networks Ltd.

No part of this publication may be reproduced, modified, or distributed without prior written authorization of Ceragon Networks Ltd.

This document is provided as is, without warranty of any kind.

Registered TradeMarks

Ceragon Networks® is a registered trademark of Ceragon Networks Ltd.

FibeAir® is a registered trademark of Ceragon Networks Ltd.

CeraView® is a registered trademark of Ceragon Networks Ltd.

Other names mentioned in this publication are owned by their respective holders.

TradeMarks

CeraMapTM, PolyViewTM, EncryptAirTM, ConfigAirTM, CeraMonTM, EtherAirTM, and MicroWave FiberTM, are trademarks of Ceragon Networks Ltd.

Other names mentioned in this publication are owned by their respective holders.

Statement of Conditions

The information contained in this document is subject to change without notice.

Ceragon Networks Ltd. shall not be liable for errors contained herein or for incidental or consequential damage in connection with the furnishing, performance, or use of this document or equipment supplied with it.

Information to User

Any changes or modifications of equipment not expressly approved by the manufacturer could void the user’s authority to operate the equipment and the warranty for such equipment.

Copyright © 2010 by Ceragon Networks Ltd. All rights reserved.

Contents

General .......................................................................................................... 1

Getting Started .............................................................................................. 2

Command Groups ......................................................................................... 8

CLI Commands .............................................................................................11

CLI Command Parameters ..........................................................................17

CLI Procedures ............................................................................................39

CFM ...............................................................................................................52

FibeAir® IP-10 CLI User Guide 1

General This guide explains how to work with the FibeAir® IP-10 Command Line Interface (CLI) for software version I6.2.

The CLI is used to perform IP-10 configuration and obtain system statistical and performance information.

Using the CLI, you can perform configuration operations for single IP-10 units, as well as configure several IP-10 units in a single batch command.

Access Rights

IP-10 CLI access is granted for the following user groups:

Viewer This user only has read-only access. The user can only view parameters and their values, not modify them.

Operator This user has read-write access. The user can read parameters and their values, and modify them. However, this user cannot add or remove other users.

Admin This user has read-write access. The user can read parameters and their values, modify them, and add/remove other users.

Technician This user has read-write access to the OS CLI.

User access is controlled by the system administrator and configured via the Management command group (shown in the Command Groups section).


Getting Started To log in to the CLI:

1. Power on your PC.

2. Make sure that your PC is connected to the management port on the front panel of the IP-10 unit.

3. Open telnet application as follows: telnet <IP address of the unit> + Enter

4. For a first-time login, use the following

User: admin Password: admin

Note: When using the Hyper Terminal, you should set the terminal speed (in your PC terminal configuration) to 155200 kpbs. In addition, it is recommended to select the VT-100 terminal type and set the terminal size to 24 rows, 80 columns.

Getting Help

Once you are logged in, you can go to a main command group and its sub groups, type the command you want, and press Tab twice for a list of possible parameter values.

In addition, you can type a command and then type a question mark (?) for location-specific information for the command. For example, for the set command, typing set ? and pressing Enter will display a list of optional parameters and a help line.

Wherever you are in the command tree, you can obtain a list of available commands by typing Help or ?.

The commands that are available are different for each location in the CLI tree and the type of user.


Basic Commands

The following basic commands are available when you first log in, if you belong to the Operator user group:

ls list entities

get get parameter

set set parameter

help help

cd change directory

exit exit CLI

logout logout from CLI

cli-ver cli version

cls clear screen

write write the current switch configuration to the configuration file

show-tree show entity tree

find search for a string in the parameter name and information fields

lsp list entity parameters and commands

In addition, you can use the up/down arrow keys, or the “q” key, when the word “END” appears at the end of the screen.

Setting IP Addresses

To define a new IP address, do the following:

1. Log in as follows:

User: admin or operator Password: admin

2. At the command prompt, type: cd management\networking\ip-address\, and press Enter.

3. Type: get ip-address, and press Enter.

This will give you the current IP address.

4. Type: set new_ip_address, and press Enter.

For new_ip_address, enter the new address.


Finding Commands

At any point in the CLI tree, a quick way to find a command is to type find string, and press Enter. For string you can type any word that you think is relevant for a command.

For example, if you type find user, and press Enter, you would get a list of commands relating to "user", as follows:

1) management/mng-services/users/add-user Add user <name> <group> 2) management/mng-services/users/delete-user Delete user <name> 3) management/mng-services/users/show-users Show users

Command Example

The following example shows how you can find a command within a sub-group, and then execute the command. The example starts with the lsp (list parameters) command, and ends with the activation of an interface loopback test.

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

IP-10:/> cd diagnostics/loopback/radio-loopback/ IP-10:/diagnostics/loopback/radio-loopback> lsp *********** configuration ******** timeout rw Loopback timeout in minutes *********** statuses ************* counter ro Loopback time left if-loopback rw IF loopback activation rfu-rf-loopback rw RFU RF Loopback Enable Command IP-10:/diagnostics/loopback/radio-loopback> set timeout 2 IP-10:/diagnostics/loopback/radio-loopback> set if-loopback off on IP-10:/diagnostics/loopback/radio-loopback> set if-loopback on Caution: This action affects traffic. The may cause permanent loss of Ethernet traffic & wayside. Consider disabling or physically disconnecting the Ethernet ports of the IDM and Wayside before the loopback activation. Are you sure? (yes/no):yes IP-10:/diagnostics/loopback/radio-loopback>

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

Important!

Note that bridge related commands need to be followed by a “write” command to be saved.

Otherwise, the commands will not be saved following a reset in the system.


Viewing the Command Tree

At any location within the command group structure, you can type show-tree and press Enter for a list of all the commands in the group you are currently in.

The following list appears when you type show-tree.

IP-10:/> show-tree

management

mng-services

cfg-service

event-service

event-log

alarm-service

alarm-current

alarm-external

pm-service

users

time-service

ntp

mng-software

networking

ip-address

mng-protocols

snmp

platform

inventory

license

idc-board

fpga

remote-idu

remote-co

remote-cl

mate-idu

all-odu

radio

framer

mrmc

modem


rfu

rfu-sw-upload

rfu-co

rfu-cl

rfic

interfaces

auxiliary

user-channel

eow

wayside

ethernet

bridge

eth-port[1]

eth-port[2]

eth-port[3]

eth-port[4]

eth-port[5]

eth-port[6]

eth-port[7]

eth-port[8]

service-oam

pdh

port-group

e1t1-port[1]

e1t1-port[2]

e1t1-port[3]

e1t1-port[4]

e1t1-port[5]

e1t1-port[6]

e1t1-port[7]

e1t1-port[8]

e1t1-port[9]

e1t1-port[10]

e1t1-port[11]

e1t1-port[12]

e1t1-port[13]

e1t1-port[14]


e1t1-port[15]

e1t1-port[16]

diagnostics

rmon

loopback

line-loopback

radio-loopback

xml-interface


Command Groups

The command groups that appear when you log in include the following:

Management

Platform

Radio

Interfaces

Diagnostics

Some groups include sub groups that enable setup operations relevant to that category.

The following illustrations show the trees of each main group.

Management

Management


Platform

Radio


Interfaces

Diagnostics


CLI Commands

The following table lists the commands you can use in each command group and sub group.

Note that when you enter a group or sub group, you can type a command and then press the Tab key twice (or type a question mark) for a list of values relevant to that command.

Command Group Command Description Privilege

ALL echo Display a line of text operator

ALL write Write the current switch configuration into configuration file

operator

ALL show‐tree Show entity tree rw

ALL find Search for a string in the parameter's entity name and information fields

rw

ALL lsp entity name and information fields list entity parameters and commands

rw

Mng‐services ping Ping utility operator

Mng‐services telnet Telnet utility operator

cfg‐service set‐to‐default Set to factory default configuration

operator

Event‐log show Show log rw

Event‐log clear Clear log operator

alarm‐current show Show current alarms rw

Pm‐service Clear‐entire‐pm Clear entire pm operator

users add‐user Add user <name> <group> admin

users delete‐user Delete user <name> admin

Users Show‐users Show users admin

mng‐software versions‐idu Show IDU application packages set versions

operator

mng‐software versions‐rfu Show supported RFU version operator

mng‐software verify‐packages Verify installed packages operator

mng‐software download Download newer packages from remote server (without installation)

operator



mng‐software upgrade Upgrade all installed packages or requested package

operator

mng‐software rollback Rollback recent IDU application upgrade transaction (1 step back). CAUTION: packages upgraded after IDU application undergo rollback also! NOTE: rollback doesn't revert 'downgrade' operation ‐ use 'upgrade' command instead!

admin

mng‐software downgrade Downgrade application packages to older version (downloaded to special downgrade directory)

admin

mng‐software kernel‐reinstall Re‐install last installed Linux kernel package (recommended for corrupt kernel restoration)

admin

mng‐software package‐install Download and install new package (without existing version installed).NOTE: provide package name without version, e.g. 'rfu', not 'rfu‐0.0.1'

admin

mng‐software package‐uninstall Uninstall SW package (recommended for independent package removal)

admin

mng‐software show‐packages Show SW packages operator

mng‐software cleanup Clean up disk from old duplicated (kernel) packages and repackaged files, or downgrade files

operator

mng‐software change‐server‐password Change remote server password

admin

mng‐protocols status‐show Show Management Protocols status

operator

mng‐protocols web‐restart restart the web server admin

snmp status‐show Show SNMP status operator



snmp change‐user‐settings Change the settings of the SNMPv3 user (security level / username / password)

admin

idc‐board reset‐idc‐hw Reset the IDC ‐ cold (HW) reset

operator

idc‐board create‐archive Create archive file on target operator

idc‐board install‐archive Install the requested archive file on target

admin

idc‐board upload‐archive Upload the archive file to the PC (host). Before activating this command, make sure to set host‐ip, host‐path, user‐name and user‐password

operator

idc‐board download‐archive Get the archive file from the PC (host) onto the target. Before activating this command, make sure to set host‐ip, host‐path, user‐name and user‐password

operator

idc‐board change‐user‐password Change user password for the ftp session. When using default user name (anonymous), use PC (host) login as password

operator

idc‐board cli‐script Execute, show or delete a CLI configuration script

operator

remote‐idu remote‐reset‐idc‐hw Reset the remote IDC ‐ cold (HW) reset

operator

remote‐idu force‐unmute Force Remote Unmute Command

operator

remote‐co clear‐device‐error clear device error counter operator

remote‐cl clear‐device‐error clear device error counter operator

mrmc change‐script‐cmd Change modem script command

operator

modem clear‐counters Clear “block defected” accumulated counters

operator

rfu‐sw‐upload internal‐sw‐download‐action

Set Internal SW Download action

operator

rfu‐co clear‐device‐error Clear IDU device error counter

operator



rfu‐cl clear‐device‐error Clear device error counter operator

ethernet set‐gbe‐mute‐override Set GbE mute override. This command is used to activate “state propagation”

operator

ethernet show‐gbe‐mute‐override Show GbE mute override. This command is used to show the activated mode of “state propagation”.

rw

Bridge show‐ports‐status Show status of all ports rw

Bridge vlan Add, remove, or modify values associated with a single VLAN

operator

Bridge show‐vlan‐info Show VLAN database rw

Bridge show‐running‐config Show current switch operating configuration

rw

Bridge show‐eth‐statistics Show Ethernet Statistics rw

Bridge show‐all‐traffic‐statistics Show ethernet statistics for all ports

rw

Bridge show‐forwarding‐table Shows the forwarding table for a specific VLAN

rw

Bridge qos‐copy‐priorities‐configurations

Copy priority configuration from one port to another

operator

Bridge qos‐copy‐rate‐limiting‐configurations

Copy rate limiting configuration from one port to another

operator

Bridge qos‐set‐vlan‐tag‐pbit‐val Set VLAN tag pbits (CoS bits) to queue allocation

operator

Bridge qos‐show‐vlan‐tag‐pbit‐val

Show VLAN tag Pbits (CoS bits) to queue allocation

rw

Bridge qos‐set‐ip‐pbit‐val Set IP Pbits (IPv4 ToS/ IPv6 TC) to queue allocation

operator

Bridge qos‐show‐ip‐pbit‐val Show IP Pbits (IPv4 ToS/ IPv6 TC) to queue allocation

rw

Bridge qos‐vlan‐to‐queue QoS VLAN ID to queue allocation

operator

Bridge qos‐show‐vlan‐to‐queue Show QoS VLAN to queue allocation

rw

Bridge qos‐set‐scheduler‐q‐weight

Set scheduler queues weight operator



Bridge qos‐show‐scheduler‐q‐weight

Show scheduler queues’ weights

rw

Bridge qos‐policer Add/Remove a policer operator

Bridge qos‐policer‐class Add/Remove a policer class operator

Bridge qos‐show‐policers Show QoS policers rw

Bridge qos‐static‐mac‐priority Set/Remove a static MAC priority

operator

Bridge qos‐show‐static‐mac‐priorities

Show static MAC priorities rw

Bridge clear‐all‐peer‐info Clear all peer's information operator

eth‐port[1] show‐port‐status Show port status rw

eth‐port[1] set‐allowed‐vlans Set allowed VLANs operator

eth‐port[1] show‐allowed‐vlans Show allowed VLANs rw

eth‐port[1] qos‐set‐vlan‐pbits‐prio‐remap

Set VLAN Pbits priority remap

operator

eth‐port[1] qos‐show‐vlan‐pbits‐prio‐remap

Show VLAN Pbits priority remap

rw

eth‐port[1] mep Add/Remove an MEP operator

eth‐port[1] mip Add/Remove MIP operator

eth‐port[1] show‐meps‐list Add/Remove MIP operator

eth‐port[1] show‐meps‐list Show MEPs list operator

eth‐port[1] clear‐peer‐info Clear all peer's information

eth‐port[1] clear‐rmon Clear RMON statistics operator

eth‐port[1] qos‐detach‐policer Detach policer map from the port

operator

eth‐port[1] qos‐show‐policer‐classes Show policer classes rw

eth‐port[1] show‐if‐table‐counters Show IF table counters operator

service‐oam domain Add/Modify/Remove a maintenance domain

operator

service‐oam association Add/Modify/Remove a maintenance association

operator

service‐oam remote‐mep Add/Remove a remote MEP operator

service‐oam ccm‐admin Change continuity check admin state

operator

service‐oam ccm‐interval Change continuity check interval time

operator



service‐oam ping Ping message to a remote MEP or MIP

rw

service‐oam linktrace Traceroute message to a remote MEP or MIP

rw

service‐oam auto‐linktrace Add/Remove a remote MEP to the automatic linktrace list

operator

service‐oam show‐auto‐linktrace‐list Show the remote MEPs configured in the automatic linktrace list

rw

service‐oam show‐configured‐local‐meps

Show all local MEPs info rw

service‐oam show‐configured‐remote‐meps

Show all remote MEPs info rw

service‐oam show‐domain‐list Show Maintenance domain list

rw

service‐oam show‐mips‐list Show domain & VLAN MIPs list

rw

service‐oam show‐domain‐interval Show domain & VLAN CCM interval

rw

service‐oam show‐auto‐linktrace‐mep‐status

Show last auto linktrace result for a remote MEP

rw

service‐oam show‐auto‐linktrace‐maid‐status

Show last auto linktrace result for all MAID remote MEPs

rw

service‐oam show‐maid‐list Show the MAID list rw

service‐oam show‐local‐meps‐list Show the local MEP list rw

service‐oam show‐remote‐meps‐list Show the remote MEPs list rw

port‐group disable‐all‐ports Disable all E1/T1 ports operator

port‐group enable‐all‐ports Enable all E1/T1 ports operator

diagnostics show‐files‐list Show downloadable files operator

rmon get‐statistics Get RMON statistics operator

rmon clear‐port Clear RMON statistics from a specific port

operator

rmon clear‐all Clear RMON statistics from all ports

operator


CLI Command Parameters

Parameter Group Parameter Description Privileges

Event‐log event‐to‐syslog Event to syslog OPERATOR rw

alarm‐current most‐severe Most severe alarm VIEWER rw

alarm‐external external‐output.group

External alarm group OPERATOR rw

alarm‐external external‐output.admin

External alarm output admin

OPERATOR rw

alarm‐external external‐input.admin[5]

External input alarm admin

OPERATOR rw

alarm‐external external‐input.text[5]

External input alarm text OPERATOR rw

alarm‐external external‐output External alarm state VIEWER rw

alarm‐external External‐input[5] External input state VIEWER rw

time‐service dst‐offset Daylight Savings Time offset

OPERATOR rw

time‐service dst‐start‐month Daylight Savings Time starting month

OPERATOR rw

time‐service dst‐start‐day Daylight Savings Time starting day

OPERATOR rw

time‐service dst‐end‐month Daylight Savings Time ending month

OPERATOR rw

time‐service dst‐end‐day Daylight Savings Time ending day

OPERATOR rw

time‐service gmt‐offset‐hours NTP offset from GMT (hours part)

OPERATOR rw

time‐service gmt‐offset‐minutes

NTP offset from GMT (minutes part)

OPERATOR rw

time‐service time‐and‐date Time and date format: day‐month‐year hours:mins:secs

OPERATOR rw

ntp server NTP server with which the system is synchronised

OPERATOR RW

ntp admin NTP administrative state OPERATOR rw

ntp status NTP service status VIEWER ro

ntp poll‐interval NTP polling interval VIEWER ro



ntp sync‐server The NTP server with which the target is currently synchronized

VIEWER ro

mng‐software

server‐url Remote SW update server URL, where SW updates reside

ADMIN rw

mng‐software server‐login Remote server login Admin rw

mng‐software status‐download Last SW download status VIEWER rw

mng‐software status‐install Last SW installation status VIEWER rw

mng‐software version‐package‐name

Common (version holder) package name

VIEWER rw

mng‐software common‐version‐idu

Identifies installed IDU application package set version

VIEWER rw

mng‐software common‐version‐rfu

Identifies installed RFU package version

VIEWER rw

mng‐software common‐version‐rfu‐upgrade

Identifies RFU package version for upgrade

VIEWER rw

mng‐software common‐version‐rfu‐downgrade

Identifies RFU package version for downgarde

VIEWER rw

networking number‐of‐ports Number of management ports

OPERATOR rw

networking vlan In‐Band management VLAN ID

OPERATOR rw

networking type How management data is passed

OPERATOR rw

networking capacity Management port capacity OPERATOR rw

networking auto‐negotiation Management port auto negotiation

OPERATOR rw

networking duplex Management port duplex OPERATOR rw

networking ethernet‐rate Management port Ethernet rate (Mbps)

OPERATOR rw

ip‐address ip‐address Unit management IP address

OPERATOR rw

ip‐address subnet‐mask Unit subnet mask OPERATOR rw

ip‐address default‐gateway Default gateway OPERATOR rw

ip‐address hw‐address Hw address VIEWER rw

mng‐protocols web‐inactivity‐timeout

Web inactivity timeout, in minutes

OPERATOR rw



mng‐protocols web‐protocol Web protocol type ADMIN rw

mng‐protocols web‐ca‐certificate‐admin

WEB Certificate Authority (CA) digital certificate

ADMIN rw

mng‐protocols web‐admin HTTP/S channel administrative state for web and NMS access

ADMIN rw

mng‐protocols telnet‐admin Telnet administrative state ADMIN rw

mng‐protocols web‐status Web service status VIEWER rw

mng‐protocols telnet‐status Telnet service status VIEWER rw

snmp version SNMP version ADMIN rw

snmp trap‐admin[4] Enable/disable sending SNMP traps

OPERATOR rw

snmp trap‐manager[4] IP address of manager to which SNMP traps will be sent

OPERATOR rw

snmp trap‐port[4] Manager port to which traps are sent (default is 162)

OPERATOR rw

snmp trap‐severity‐filter[4]

Filter for traps sent to the manager according to severity

OPERATOR rw

snmp trap‐status‐change‐filter[4]

Send trap on perational status change only

OPERATOR rw

snmp trap‐heartbeat[4] How often (in minutes) a trap heartbeat is sent to the manager (0 to disable)

OPERATOR rw

snmp v3‐security‐mode SNMPv3 security mode VIEWER ro

snmp v3‐auth‐algorithm SNMPv3 authentication algorithm

VIEWER ro

snmp admin SNMP administrative state ADMIN rw

snmp read‐community SNMP read community OPERATOR rw

snmp write‐community SNMP write community OPERATOR rw

snmp trap‐community[4]

SNMP trap community OPERATOR rw

snmp trap‐clli[4] SNMP trap clli OPERATOR rw

snmp trap‐name[4] Text for manager name or comment

OPERATOR rw

snmp v3‐username SNMPv3 single user username

VIEWER ro



snmp status SNMP service status VIEWER ro

snmp mib‐version Private MIB file version VIEWER ro

platform system‐services Number of services as provided by the system according to the rfc3418

VIEWER ro

platform system‐name System name Operator rw

platform system‐contact‐person

System contact person OPERATOR rw

platform system‐location System location OPERATOR rw

platform longitude Unit's longitude coordinates

OPERATOR rw

platform latitude Unit's latitude coordinates OPERATOR rw

Platform system‐description

System description VIEWER ro

Inventory board‐type Board type VIEWER ro

Inventory board‐sub‐type Board sub‐type VIEWER ro

Inventory firmware Firmware VIEWER ro

Inventory hardware Hardware VIEWER ro

Inventory board‐modules Board modules VIEWER ro

Inventory idc‐type The type of IDC VIEWER ro

Inventory idc‐sub‐type The sub‐type of the IDC VIEWER ro

Inventory idc‐firmware IDC firmware VIEWER ro

Inventory idc‐hardware‐features

The hardware features of the IDC

VIEWER ro

Inventory modem‐type The type of modem VIEWER ro

Inventory modem‐sub‐type The sub‐type of the modem

VIEWER ro

Inventory modem‐firmware The firmware of the modem

VIEWER ro

Inventory modem‐system‐rate

The frequency of the clock for the PVG

VIEWER ro

Inventory modem‐hardware‐features

The hardware features of the modem

VIEWER ro

Inventory mux‐type The type of MUX VIEWER ro

Inventory mux‐sub‐type The sub‐type of the MUX VIEWER ro

Inventory mux‐firmware The firmware of the MUX VIEWER ro



Inventory mux‐hardware‐features

The hardware features of the MUX

VIEWER ro

Inventory xc‐type The type of XC VIEWER ro

Inventory xc‐sub‐type The sub‐type of the XC VIEWER ro

Inventory xc‐firmware The firmware of the XC VIEWER ro

Inventory xc‐hardware‐features

The hardware features of the XC

VIEWER ro

Inventory chain‐type Chain type VIEWER ro

Inventory chain‐sub‐type Chain sub‐type VIEWER ro

Inventory chain‐firmware Chain firmware VIEWER ro

Inventory chain‐hardware‐features

Chain hardware features VIEWER ro

Inventory total‐num‐of‐interfaces

Total number of interfaces VIEWER ro

Inventory num‐of‐fe‐interfaces

Number of fast Ethernet interfaces

VIEWER ro

Inventory num‐of‐radio‐interfaces

Number of Radio interfaces

VIEWER ro

Inventory num‐of‐10‐100‐1000‐interfaces

Number of 10/100/1000 interfaces

VIEWER ro

Inventory num‐of‐sfp‐interfaces

Number of SFP interfaces VIEWER ro

Inventory num‐of‐tdm‐interfaces

Number of TDM interfaces VIEWER ro

Inventory type‐of‐tdm‐interfaces

Type of TDM interfaces VIEWER ro

Inventory hw‐supported‐bit‐bate

HW supported bit rate VIEWER ro

Inventory date‐code Date of board testing (number of seconds from 1/1/1970)

VIEWER ro

Inventory hass‐number Number of hass testing VIEWER ro

Inventory tx‐iq‐delay‐index‐in‐fdf‐table

TX IQ Delay ‐ Tx index in fdf table

VIEWER ro

Inventory tx‐iq‐delay TX IQ Delay ‐ TX Delay VIEWER ro

Inventory rx‐master‐iq‐delay‐index‐in‐f

RX IQ Delay ‐ Rx Master index in fdf

VIEWER ro

Inventory df‐table Table ro



Inventory rx‐master‐iq‐delay RX IQ delay ‐ Rx Master delay

VIEWER ro

Inventory rx‐slave‐iq‐delay‐index‐in‐fd

RX IQ Delay ‐ Rx slave index in fdf

VIEWER ro

Inventory f‐table Table ro

Inventory rx‐slave‐iq‐delay RX IQ delay ‐ Rx slave delay

VIEWER ro

Inventory num‐of‐working‐hours

Counter of working hours of the board

VIEWER ro

Inventory license‐demo‐timer

Number of hours left for license demo mode

VIEWER ro

Inventory spare1 Spare 1 VIEWER ro



Inventory pic‐version The version of the pic VIEWER ro

Inventory hw‐feature HW features VIEWER ro

Inventory serial‐number The serial number of the board

VIEWER ro

Inventory part‐number Part number of the application in the board

VIEWER ro

Inventory license‐register System license features VIEWER ro

Inventory comments Text description of the board

OPERATOR rw

Inventory company‐name Company name ADMIN rw

Inventory product‐name Product name ADMIN rw

Inventory logo Compay logo ADMIN rw

Inventory main‐view Company main logo ADMIN rw

Inventory hw‐inventory‐version

The hw inventory version VIEWER ro

Inventory production‐inventory‐version

The production inventory version

VIEWER ro

license demo‐admin Enable/disable demo mode

OPERATOR rw

license license‐code The user license code that determines the user rights

OPERATOR rw

license capacity‐name Capacity rights VIEWER ro

license acm‐license ACM rights VIEWER ro



license switch‐application‐license

Switch application rights VIEWER ro

license license‐type Type of license VIEWER ro

license demo‐timer Time left for license demo mode (in hours)

VIEWER ro

idc‐board measurement‐system

Measurement system OPERATOR rw

idc‐board host‐ip IP of the HOST where the archive is to be stored

OPERATOR rw

idc‐board file‐transfer‐protocol

Determines whether the file transfer protocol is secure (SFTP) or not (FTP)

ADMIN rw

idc‐board idc‐clli General CLLI field rw

idc‐board host‐path Relative path (under the ftp directory) on the HOST where the archive is to be stored. For using default ftp path: set // for Windows or set / for Linux

OPERATOR rw

idc‐board user‐name User name for the ftp session

OPERATOR rw

idc‐board cli‐script‐file‐name

The CLI configuration script's file name to be downloaded

OPERATOR rw

idc‐board temperature IDU temperature VIEWER ro

idc‐board voltage‐input Voltage input VIEWER ro

idc‐board system‐up‐time System up time (in hundredths of seconds)

VIEWER ro

idc‐board security‐file‐type ADMIN rw

idc‐board security‐file‐format

ADMIN rw

idc‐board config‐creation‐status

Status of the archive creation action

VIEWER ro

idc‐board config‐upload‐status

Status of the archive storage action

VIEWER ro

idc‐board config‐download‐status

Status of the archive download action

VIEWER ro

idc‐board config‐install‐status

Status of the archive download action

VIEWER ro



idc‐board unit‐info‐creation‐status

Status of the unit‐info creation action

VIEWER ro

idc‐board unit‐info‐upload‐status

Status of the archive storage action

VIEWER ro

idc‐board upload‐pub‐key‐status

Status of the public key uploading

VIEWER ro

idc‐board download‐security‐status

Status of security file download status

VIEWER ro

idc‐board download‐cli‐script‐status

Status of CLI configuration script's file download status

VIEWER ro

idc‐board version IDC version VIEWER ro

idc‐board kernel‐modules‐version

Identifies current kernel‐modules package set version

VIEWER ro

idc‐board security‐file‐name The security filename to be downloaded

ADMIN rw

idc‐board status‐text‐indication[2]

Internal status text indication array

VIEWER ro

idc‐board radio‐led Radio LED VIEWER ro

idc‐board idu‐led IDU LED VIEWER ro

idc‐board rfu‐led RFU LED VIEWER ro

idc‐board protection‐led Remote LED VIEWER ro

idc‐board remote‐led Remote LED VIEWER ro

fpga fw‐version FPGA FW Version ‐ ro

remote‐idu remote‐ip‐address Remote IDU IP address OPERATOR rw

remote‐idu remote‐subnet‐mask

Remote IDU subnet mask OPERATOR rw

remote‐idu remote‐default‐gateway

Remote IDU default gateway

OPERATOR rw

remote‐idu remote‐atpc‐admin

Remote IDU ATPC enable/disable configuration

OPERATOR rw

remote‐idu remote‐atpc‐ref‐rx‐level

Remote ATPC reference Rx level configuration

OPERATOR rw

remote‐idu remote‐management‐type

Remote Management type status

OPERATOR rw

remote‐idu remote‐link‐id Remote IDU Link ID OPERATOR rw



remote‐idu remote‐force‐mute‐tx

Force remote Mute transmit configuration

OPERATOR rw

remote‐idu remote‐force‐max‐tx‐level

Force remote Max transmit level configuration

OPERATOR rw

remote‐idu remote‐web‐protocol

Remote IDU web protocol type

VIEWER ro

remote‐idu remote‐rx‐level Remote Rx level status VIEWER ro

remote‐idu remote‐most‐severe‐alarm

Remote most severe alarm status

VIEWER ro

remote‐idu remote‐communication

Remote Communication Status

VIEWER ro

remote‐co device‐error Device errors VIEWER ro

remote‐cl device‐error Device errors VIEWER ro

mate‐idu protection‐admin Protection admin OPERATOR rw

all‐odu admin All ODU admin OPERATOR rw

radio mhc‐admin MAC header compression admin

OPERATOR rw

framer link‐id Link ID OPERATOR rw

framer radio‐excessive‐ber‐threshold

Radio Excessive BER threshold configuration

OPERATOR rw

framer radio‐signal‐degrade‐threshold

Radio Signal Degrade threshold configuration

OPERATOR rw

framer radio‐ber Radio BER status VIEWER ro

framer oper‐status Operational status VIEWER ro

framer radio‐pm‐15min‐interval[96]

Radio 15 minute interval performance monitor

VIEWER ro

framer radio‐pm‐24hour‐interval[30]

Radio 24 hour interval performance monitor

VIEWER ro



mrmc mrmc‐script Radio scheme (Bit Rate, Occupied BW, Modulation and Grade).\n Occupied BW Vs Channel Separation are listed in pairs: (Occupied BW Range[MHz], Channel Separation [MHz]):\n(5‐7,7); (8‐10,10); (12‐14,13.75‐15); (25‐29,27.5‐30); (33‐38,40); (50‐55,55‐56)

VIEWER ro

mrmc operation‐mode Operation mode VIEWER ro

mrmc current‐tx‐profile Current Tx profile VIEWER ro

mrmc script‐package‐version

Modem script package version

VIEWER ro

mrmc rfu‐chosen‐grade RFU chosen grade VIEWER ro

mrmc connected‐rfu‐grade

Actual connected RFU grade

VIEWER ro

mrmc occupied‐bandwidth

Occupied bandwidth (MHz)

VIEWER ro

mrmc current‐tx‐qam Current Tx QAM VIEWER ro

mrmc current‐tx‐bitrate Current Tx bitrate VIEWER ro

mrmc max‐available‐tdm‐interfaces

Max available TDM interface

VIEWER ro

mrmc current‐rx‐profile Current Rx profile VIEWER ro

mrmc current‐rx‐qam Current Rx QAM VIEWER ro

mrmc current‐rx‐bitrate Current Rx bitrate VIEWER ro

mrmc loaded‐script‐version

Modem script version VIEWER ro

mrmc loaded‐script‐description

Loaded script description VIEWER ro

mrmc mrmc‐pm‐15min‐interval[96]

MRMC 15 minute interval performance monitor

VIEWER ro

mrmc mrmc‐pm‐24hour‐interval[30]

MRMC 24 hour interval performance monitor

VIEWER ro

modem mse MSE VIEWER ro

modem defected‐blocks Defective blocks VIEWER ro

modem ldpc‐decoder‐stress

LDPC decoder stress VIEWER ro



modem pm‐15min‐interval[96]

Modem 15 minute interval performance monitor

VIEWER ro

modem pm‐24hour‐interval[30]

Modem 24 hour interval performan monitor

VIEWER ro

modem mse‐threshold MSE threshold OPERATOR rw

rfu pm‐rx‐level‐threshold‐1

RFU performance monitoring Rx level threshold 1 configuration

OPERATOR rw

rfu pm‐rx‐level‐threshold‐2

RFU performance monitoring Rx level threshold 2 configuration

OPERATOR rw

rfu pm‐tx‐level‐threshold

RFU performance monitoring Tx level threshold configuration

OPERATOR rw

rfu atpc‐admin RFU ATPC enable/disable OPERATOR rw

rfu tx‐freq RFU Tx frequency configuration

OPERATOR rw

rfu atpc‐ref‐rx‐level RFU ATPC reference Rx Level

OPERATOR rw

rfu rx‐freq RFU Rx frequency configuration

OPERATOR rw

rfu mute‐tx RFU mute transmitter OPERATOR rw

rfu unfaded‐rsl RFU Unfaded Rx level configuration

OPERATOR rw

rfu rfu‐mode RFU mode configuration OPERATOR rw

rfu rsl‐connector‐source

RFU RX level connector source configuration

OPERATOR rw

rfu delay‐calibration RFU delay calibration configuration

OPERATOR rw

rfu max‐tx‐level RFU maximum transmit level configuration

OPERATOR rw

rfu log‐interval RFU log interval configuration, in seconds

OPERATOR rw

rfu log‐admin RFU log enable/disable configuration

OPERATOR rw

rfu standard‐organization

RFU standard organization VIEWER ro

rfu temp‐in‐celsius RFU temperature, celsius VIEWER ro



rfu temp‐in‐fahrenheit

RFU temperature, fahrenheit

VIEWER ro

rfu tx‐level‐status RFU transmit level VIEWER ro

rfu rx‐level RFU receive level status VIEWER ro

rfu synthesizer‐status RFU synthesizer VIEWER ro

rfu power‐supply‐status

RFU power supply status VIEWER ro

rfu band RFU band status VIEWER ro

rfu min‐tx‐freq RFU minimum Tx frequency status

VIEWER ro

rfu max‐tx‐freq RFU maximum Tx frequency status

VIEWER ro

rfu tx‐rx‐freq‐separation

RFU Tx Rx frequency separation

VIEWER ro

rfu min‐bandwidth RFU minimum bandwidth status

VIEWER ro

rfu max‐bandwidth RFU maximum bandwidth status

VIEWER ro

rfu pmax RFU Pmax status VIEWER ro

rfu communication‐status

RFU communication to remote unit status

VIEWER ro

rfu min‐rx‐freq RFU minimum Rx frequency status

VIEWER ro

rfu max‐rx‐freq RFU maximum Rx frequency status

VIEWER ro

rfu internal‐download‐status

RFU internal download status

VIEWER ro

rfu internal‐download‐counter

RFU internal download counter status

VIEWER ro

rfu rfu‐type Type of connected RFU VIEWER ro

rfu rf‐loopback‐support

RFU RF loopback support status

VIEWER ro

rfu if‐loopback‐support

RFU IF loopback support status

VIEWER ro

rfu predistortion‐support

RFU predistortion support status

VIEWER ro

rfu lo‐sense RFU lo sense status VIEWER ro

rfu cable‐tilt RFU cable tilt status VIEWER ro



rfu ifc‐support RFU IFC support status VIEWER ro

rfu pmin RFU Pmin status VIEWER ro

rfu rx‐level‐diversity RFU Rx level diversity VIEWER ro

rfu rx‐level‐combined RFU Rx level combined status

VIEWER ro

rfu automatic‐delay‐calibration‐status

RFU automatic delay calibration status

VIEWER ro

rfu rfu‐address RFU address status VIEWER ro

rfu rfu‐installation RFU installation status VIEWER ro

rfu data‐sci‐errors RFU data SCI number of errors

VIEWER ro

rfu rfu‐rf‐loopback RFU RF loopback enable command

OPERATOR rw

rfu tx‐freq‐local‐remote

RFU change Tx frequency local remote command

OPERATOR rw

rfu rx‐freq‐local‐remote

RFU change Rx frequency local remote command

OPERATOR rw

rfu mse‐forward RFU MSE forward command

OPERATOR rw

rfu serial‐number RFU serial number VIEWER ro

rfu software‐version‐number

RFU running software version number with booter version suffix

VIEWER ro

rfu part‐number RFU part number VIEWER ro

rfu fpga‐version‐number

RFU running FW version number

VIEWER ro

rfu pm‐15min‐interval[96]

RFU 15 minute interval performance monitor

VIEWER ro

rfu pm‐24hour‐interval[30]

RFU 24 hour interval performance monitor

VIEWER ro

rfu pm‐15min‐interval‐diversity[96]

RFU 15 minute interval diversity

VIEWER ro

rfu pm‐24hour‐interval‐diversity[30]

RFU 24 hour interval diversity

VIEWER ro

rfu pm‐15min‐interval‐combined[96]

RFU 15 minute interval combined performance monito

VIEWER ro



rfu pm‐24hour‐interval‐combined[30]

RFU 24 hour interval combined

VIEWER ro

rfu‐sw‐upload internal‐download‐counter

RFU internal download counter status

VIEWER ro

rfu‐sw‐upload internal‐download‐status

RFU internal download status

VIEWER ro

rfu‐co device‐error Device errors VIEWER ro

rfu‐cl device‐error Device errors VIEWER ro

rfic if‐loopback IF loopback activation OPERATOR rw

user‐channel admin User channel admin OPERATOR rw

user‐channel type User channel type OPERATOR rw

eow admin Engineering order wire admin

VIEWER ro

wayside admin Enable/disable Wayside channel

OPERATOR rw

wayside capacity Wayside channel capacity OPERATOR rw

wayside auto‐negotiation Wayside auto negotiation OPERATOR rw

wayside duplex Wayside half/full duplex OPERATOR rw

wayside ethernet‐rate

Wayside Ethernet port rate (Mbps)

OPERATOR rw

ethernet acm‐ethernet‐threshold

ACM ethernet threshold VIEWER ro

bridge ethernet‐application

Ethernet application OPERATOR rw

bridge qos‐ip‐tos‐tc‐pbits‐option

IP priority options OPERATOR rw

bridge stp‐protocol Spanning Tree protocol OPERATOR rw

bridge management‐type Management type VIEWER ro

eth‐port[1] learning Learning admin OPERATOR rw

eth‐port[1] peer‐ip‐address IP address of the remote node

OPERATOR rw

eth‐port[1] peer‐slot‐id ID of the remote slot (0 for standalone unit)

OPERATOR rw

eth‐port[1] peer‐port‐number Remote port number (0 for not connected)

OPERATOR rw

eth‐port[1] admin Enable/disable the port OPERATOR rw



eth‐port[1] type Port's type OPERATOR rw

eth‐port[1] vlan Default VLAN ID OPERATOR rw

eth‐port[1] auto‐negotiation Auto negotiation OPERATOR rw

eth‐port[1] duplex Half/full duplex OPERATOR rw

eth‐port[1] ethernet‐rate Ethernet rate (mbps) OPERATOR rw

eth‐port[1] flow‐control Flow control OPERATOR rw

eth‐port[1] qos‐classify‐mac‐da‐override

First criteria: classification according to destination MAC address (MAC DA)

OPERATOR rw

eth‐port[1] qos‐classify‐initial Third criteria classification OPERATOR rw

eth‐port[1] qos‐classify‐default

Priority override port OPERATOR rw

eth‐port[1] qos‐classify‐vid‐override

Second criteria: classification according to VLAN ID

OPERATOR rw

eth‐port[1] qos‐scheduling‐scheme

Scheduling scheme OPERATOR rw

eth‐port[1] qos‐egress‐shaper Egress shaper OPERATOR rw

eth‐port[1] qos‐egress‐shaper‐rate

Egress shaper rate. The value should be in steps of 64K for values less than Mbps. 1M steps for values between 1 Mbps and 100 Mbps. 10M steps for values between 100 Mbps and 1000 Mbps (GbE ports only).

OPERATOR rw

eth‐port[1] peer‐mac‐address MAC address of the remote port

OPERATOR rw

eth‐port[1] peer‐description Text describing the remote interface

OPERATOR rw

eth‐port[1] qos‐policer‐name Policer name associated with this port

OPERATOR rw

eth‐port[1] oper‐status Operational status VIEWER ro

eth‐port[1] state Port's state VIEWER ro

eth‐port[1] role Port's role VIEWER ro

eth‐port[1] interface‐type Interface type VIEWER ro

eth‐port[1] interface‐index Interface index VIEWER ro



eth‐port[1] designated‐path‐cost

Designated path cost VIEWER ro

eth‐port[1] bad‐octets‐rcv The sum of lengths of all bad Ethernet frames received

VIEWER ro

eth‐port[1] in‐uni‐casts The number of good frames received that have Unicast destination MAC address.

VIEWER ro

eth‐port[1] brdc‐pkts‐rcv The number of good frames received that have Broadcast destination MAC address

VIEWER ro

eth‐port[1] mc‐pkts‐rcv The number of good frames received that have Multicast destination MAC address. This does not include frames counted in 'Pause frames received' or frames counted in 'Broadcast frames received'

VIEWER ro

eth‐port[1] in‐pause The number of good frames received that have Pause destination MAC address

VIEWER ro

eth‐port[1] undersize‐pkts Total frames received with a length of less than 64 octets but with a valid FCS

VIEWER ro

eth‐port[1] fragments‐pkts Total frames received with a length of less than 64 octets but with an invalid FCS.

VIEWER ro

eth‐port[1] oversize‐pkts Total frames received with a length of more than 1632 octets but with a valid FCS.

VIEWER ro

eth‐port[1] jabber‐pkts Total frames received with a length of more than 1632 octets but with an invalid FCS

VIEWER ro

eth‐port[1] in‐rx‐err Total frames received with error signal from PHY

VIEWER ro



eth‐port[1] in‐fcs‐err Total frames received with a CRC error not counted in 'Fragments frames received', 'Jabber frames received' or 'Rx error frames received'.

VIEWER ro

eth‐port[1] pkts‐64‐octets Total frames received with length of exactly 64 octets, including those with errors.

VIEWER ro

eth‐port[1] pkts‐65‐127‐octets

Total frames received with length of between 65 and 127 octets inclusive,

including those with errors

VIEWER ro


Total frames received with length of between 128 and 255 octets inclusive, including those with errors.

VIEWER ro


Total frames received with length of between 255 and 511 octets inclusive, including those with errors

VIEWER ro


Total frames received with length of between 512 and 1023 octets inclusive, including those with errors.

VIEWER ro

eth‐port[1] pkts‐1024‐max‐octets

Total frames received with length of above 1024 octets inclusive, including those with errors.

VIEWER ro

eth‐port[1] out‐uni‐casts The number of frames sent that have a Unicast destination MAC address

VIEWER ro

eth‐port[1] brdc‐pkts‐sent The number of good frames sent that have a Broadcast destination MAC address

VIEWER ro



eth‐port[1] mc‐pkts‐sent The number of good frames sent that have a Multicast destination MAC address. This does not include frames counted in 'Pause frames sent' or frames counted in 'Broadcast frames sent'.

VIEWER ro

eth‐port[1] out‐pause The number of Flow Control frames sent

VIEWER ro

eth‐port[1] deferred The total number of successfully transmitted frames that experienced no collisions but are delayed because the medium was busy during the first attempt. This counter is applicable in half‐duplex only.

VIEWER ro

eth‐port[1] collisions The number of collision events seen by the MAC not including those counted in 'Single', 'Multiple', 'Excessive', or 'Late'. This counter is applicable in half‐duplex only.

VIEWER ro

eth‐port[1] single‐collision‐frame

The total number of successfully transmitted frames that experienced exactly one collision. This counter is applicable in half‐duplex only.

VIEWER ro

eth‐port[1] multiple‐collision‐frame

The total number of frames that have been successfully transmitted and have also experienced more than one collision. This counter is applicable in half‐duplex only.

VIEWER ro



eth‐port[1] excess‐collision‐drop

The number of frames dropped in the transmit MAC because the frame experienced 16 consecutive collisions. This counter is applicable in half‐duplex only.

VIEWER ro

eth‐port[1] late‐collision‐detect

The number of times a collision is detected later than 512 bit‐times into the transmission of a frame. This counter is applicable in half‐duplex only.

VIEWER ro

eth‐port[1] out‐fcs‐err The number of frames transmitted with an invalid FCS

VIEWER ro

eth‐port[1] in‐discards A 32 bit counter that counts the number of good, non‐filtered frames that normally would have been forwarded, but could not be due to a lack of buffer space

VIEWER ro

eth‐port[1] in‐filtered A 16 bit counter that counts the number of good frames that were filtered due to ingress policy rules. The rules include frames that are dropped due to 802.1Q security checks

VIEWER ro

eth‐port[1] out‐filtered A 16 bit counter that counts the number of good frames that were filtered due to egress policy rules. The rules include frames that passed the ingress port's policy but are dropped due to the egress policy of this port, including 802.1Q security checks.

VIEWER ro

eth‐port[1] connector‐type Connector type VIEWER ro



eth‐port[1] if‐table‐inoctets The total number of octets received on the interface, including framing characters.

VIEWER ro

eth‐port[1] if‐table‐inucastpkts

The number of subnetwork‐unicast packets delivered to a higher‐layer protocol.

VIEWER ro

eth‐port[1] if‐table‐innucastpkts

The number of non‐unicast packets delivered to a higher‐layer protocol.

VIEWER ro

eth‐port[1] if‐table‐indiscards The number of inbound packets which were chosen to be discarded, even though no errors had been detected, to prevent their being deliverable to a higher‐layer protocol

VIEWER ro

eth‐port[1] if‐table‐inerrors The number of inbound packets that contained errors preventing them from being delivered to a higher‐layer protocol.

VIEWER ro

eth‐port[1] if‐table‐inunknownprotos

The number of packets received via the interface which were discarded because of an unknown or unsupported prot

VIEWER ro

eth‐port[1] if‐table‐outoctets The total number of octets transmitted out of the interface, including framing characters.

VIEWER ro

eth‐port[1] if‐table‐outucastpkts

The total number of packets that higher‐level protocols requested be transmitted to a subnetwork‐unicas address, including those that were discarded or not sent.

VIEWER ro



eth‐port[1] if‐table‐outnucastpkts

The total number of packets that higher‐level protocols requested be transmitted to a non‐unicast address, including those that were discarded or not sent.

VIEWER ro

eth‐port[1] if‐table‐outdiscards

The number of outbound packets which were chosen to be discarded, even though no errors had been detected, to prevent them from being transmitted.

VIEWER ro

eth‐port[1] if‐table‐outerrors The number of outbound packets that could not be transmitted because of errors

VIEWER ro

eth‐port[1] mac‐address MAC address VIEWER ro

eth‐port[1] good‐octets‐rcv The sum of lengths of all good Ethernet frames received, that are not bad frames

VIEWER ro

eth‐port[1] good‐octets‐sent The sum of lengths of all Ethernet frames sent from this MAC.

VIEWER ro

service‐oam auto‐linktrace‐interval

Automatic linktrace periodic time [seconds]

OPERATOR Rw

service‐oam remote‐meps‐learning‐time

Remote MEPs learning time (for learned remote MEPs) (seconds)

OPERATOR rw

port‐group line‐code Line code OPERATOR rw

port‐group exber‐threshold Excessive BER threshold OPERATOR rw

port‐group sd‐threshold Signal degrade threshold OPERATOR rw

port‐group pdh‐led PDH LED color VIEWER ro

e1t1‐port[1] admin Enable/disable the port OPERATOR rw

e1t1‐port[1] e1t1‐priority Dynamic E1/T1 allocation priority

OPERATOR rw

e1t1‐port[1] oper‐status Operational status VIEWER ro

e1t1‐port[1] line‐loopback Line loopback OPERATOR rw

e1t1‐port[1] interface‐type Interface type VIEWER Ro



e1t1‐port[1] port‐curr‐ber E1/T1 port current BER VIEWER ro

e1t1‐port[1] line‐pm‐15[96] Line PM 15 minute monitoring

VIEWER ro

e1t1‐port[1] line‐pm‐24[30] Line PM 24 hour monitoring

VIEWER ro

line‐loopback timeout Loopback timeout in minutes (0 for unlimited)

OPERATOR rw

line‐loopback counter Loopback time left VIEWER ro

line‐loopback line‐loopback[16] Line loopback OPERATOR rw

radio‐loopback timeout Loopback timeout in minutes

OPERATOR rw

radio‐loopback counter Loopback time left VIEWER ro

radio‐loopback if‐loopback IF loopback activation OPERATOR rw

radio‐loopback rfu‐rf‐loopback RFU RF Loopback Enable Command

OPERATOR rw


CLI Procedures This section provides instructions for specific FibeAir® IP-10 CLI based operations.

Application Configuration

Setting IP Addresses

To define a new IP address, do the following:

1. Log in as follows:

User: admin or operator Password: admin

2. At the command prompt, type: cd management\networking\ip-address\, and press Enter.

3. Type: get ip-address, and press Enter. This will give you the current IP address.

4. Type: set ip-address <ip> (the new IP address), and press Enter.

Adding Users

To define a new user, do the following:

1. Log in.

2. At the command prompt, type: cd management\mng-services\users\, and press Enter.

3. Type: add-user <name> <group>, and press Enter.

4. Type the password for the new user.

Ethernet Switch

The Ethernet Switch menu includes the Switch Configuration, STP Protocol, STP Configuration, and QoS & Rate Limiting items.

The Ethernet switching methods include:

Single Pipe - Ethernet switching is disabled, whereby only a single Ethernet interface is used for traffic and the unit operates as a point-to-point microwave Ethernet radio.

Managed Switch - For Layer 2 802.1Q switching.

Metro switch - Ethernet Q-in-Q provider switch is enabled.

To set the Ethernet switching method, do the following:

1. Log in.


2. At the command prompt, type: cd interfaces\ethernet\bridge\, and press Enter.

3. Type: set ethernet-application <Ethernet application type> (Single pipe, Managed switch, or Metro switch), and press Enter.

4. The system will reset (automatically).


Management Ports

Setting the number of management ports

1. At the command prompt, type: cd /management/networking\, and press Enter.

2. Type: set number-of-ports <no. of ports> (0-3), and press Enter.

Setting the management type (inband, outband, VLAN)

1. At the command prompt, type: cd /management/networking\, and press Enter.

2. Type set type < Inband or outband >, and press Enter.

If you choose inband, you should configure management VLAN id as follows:

a) At the command prompt, type: cd /management/networking\, and press Enter.

b) Type set VLAN <no. of VLAN> (1-4090), and press Enter.

Port Configuration

Flow Control (Single Pipe only)

To enable or disable flow control, do the following

1. At the command prompt, type cd interfaces/ethernet/bridge/eth-port [port no.]/, and press Enter.

2. Type set flow-control <on/off>, and press Enter.

Managed Switch Ethernet Ports

To enable or disable port admin, do the following:


2. Type set admin <enable/disable>, and press Enter.

To set port speed rate do the following:


2. Type set ethernet-rate <Rate> (10, 100 or 1000 Mbps), and press Enter.

To set auto negotiation on/off, do the following:



2. Type set auto-negotiation <on/off>, and press Enter.

To set the port type, do the following:


2. Type set type <access or trunk>, and press Enter.

To set the default VLAN ID, do the following:


2. Type set VLAN <VLAN no.> (1-4090), and press Enter.

To enable or disable port learning, do the following:


2. Type set learning <enable/disable>, and press Enter.

To add, remove, accept VLANS, do the following:

1. The port type must be trunk.


3. Type set-allowed-VLANS <add, except, remove> <VLAN no.>, and press Enter.

4. Type set-allowed-VLANS <add all, no-VLANS>, and press Enter.

VLAN Configuration

To add, remove, enable, or disable VLANs, do the following:

1. At the command prompt, type cd interfaces/ethernet/bridge/, and press Enter.

2. Type VLAN <VLAN no.> <add, remove, enable, disable>, and press Enter.

To add or change the VLAN name, do the following:

1. At the command prompt, type cd interfaces/ethernet/bridge/, and press Enter.

2. Type VLAN <VLAN no.> name <VLAN name>, and press Enter.


QoS Configuration

Ingress Classifier

To set classify initial, do the following:


2. Type set qos-classify-initial < ip-tos, ip-tos-over-vlan-pbits, port, vlan-pbits, vlan-pbits-over-ip-tos>, and press Enter.

To set classify vid override, do the following:


2. Type set qos-classify-vid-override <disable, pbit-override, queue-and-pbit-override, queue-override>, and press Enter.

To set classify mac da override, do the following:


2. Type set qos-classify-mac-da-override <disable, pbit-override, queue-and-pbit-override, queue-override>, and press Enter.

To set classify default, do the following:


2. Type set qos-classify-default<1st, 2nd, 3rd, 4th>, and press Enter.

Egress Scheduler

To set Egress scheduler, do the following:


2. Type: set qos-scheduling-scheme < all-queues-hrr, all-queues-strict, fourth-and-third-queues-strict, fourth-queue-strict >, and press Enter.

Egress Shaper

To set egress shaper, do the following:

1. At the command prompt, type: cd interfaces/ethernet/bridge/eth-port [port no.]/, and press Enter.


2. Type: set qos-egress-shaper on/off, and press Enter.

3. Type: set qos-egress-shaper-rate <rate>, and press Enter.

Policer

To add/remove Policer, do the following:

1. At the command prompt, type: cd interfaces/ethernet/bridge/, and press Enter.

2. Type: qos-policer <add, remove> <policer name>, and press Enter.

To add a class to the Policer, do the following:


2. Type: qos-policer-class <add, remove> <policer class name> <policer name> <matching type> <rate> <CBS> <exceed action>, and press Enter.

3. Type: qos-show-policers to verify the data, and press Enter.

QoS Tables

To set VLAN Pbits Priority Remap Table, do the following:

1. At the command prompt, type: cd interfaces/ethernet/bridge/eth-port [port no.]/, and press Enter.

2. Type: qos-set-vlan-pbits-prio-remap <original Pbit> <Remapped Pbit>, and press Enter.

To set VLAN ID to Queue Table, do the following:


2. Type: qos-vlan-to-queue set/remove <VID> <queue ID>, and press Enter.

To set VLAN Pbits to Queue Table, do the following:


2. Type: qos-set-vlan-tag-pbit-val <VLAN_Pbit> <queue ID>, and press Enter.

To set IP Pbits to Queue Table, do the following:


2. Type: qos-set-ip-pbit-val <IP_Pbit> <queue ID>, and press Enter.

To set IP priority options, do the following:


2. Type: set qos-ip-tos-tc-pbits-option <diffserv, ip-precedence>, and press Enter.


To set static MAC table, do the following:


2. Type: qos-static-mac-priority set/remove <MAC address> <dest.port no.[1-8]> <priority [0-7]> <VLAN ID [1-4090]> , and press Enter.

To set Queue Weights table, do the following:


2. Type: qos-set-scheduler-q-weight <queue ID> <weight>, and press Enter.


Auxiliary Channels

Wayside Channel

At the command prompt, type: cd interfaces/wayside/, and press Enter.

To set port admin, do the following:

1. Type: set admin <enable/disable>, and press Enter.

To set port rate:

1. Type: set ethernet-rate <10mbps or 100mbps>, and press Enter.

To set auto negotiation on/off:

1. Type: set auto-negotiation <on/off>, and press Enter.

To set port duplex :

1. Type: set duplex <full-duplex or half-duplex>, and press Enter.

User Channel

1. At the command prompt, type: cd interfaces/auxiliary/user-channel/, and press Enter

To set port admin:

1. Type: set admin <enable/disable>, and press Enter.

To set port type:

1. Type: set type asynchronous-<rs232 or v-11>, and press Enter.

Automatic State Propagation, 1+0 Configuration Only

At the command prompt, type: cd interfaces/ethernet/, and press Enter.

To set Automatic state Propagation (also called GBE-mute-override):

1. Type: set-gbe-mute-override <criteria >, and press Enter.

Ethernet Shutdown (Rx) Profile Threshold (when ACM is enabled)

At the command prompt, type: cd radio/mrmc/, and press Enter

To set Ethernet shutdown (Rx) profile threshold:

1. Type: set eth-shutdown-threshold-profile < profile-0 to 7 >, and press Enter.


Metro Switch and Port Type Configuration

To set Metro Switch:

1. At the prompt (IP-10:/>), type cd interfaces/ethernet/bridge/, and press Enter.

2. At the new prompt, type set ethernet-application metro-switch, and press Enter.

3. Confirm by typing yes, and press Enter.

The system will restart automatically.

To set the port type (CN/PN):

1. At the prompt (IP-10:/>), type cd interfaces/ethernet/bridge/eth-port[port no.], and press Enter.

2. At the new prompt, type set type customer-network (or provider-network), and press Enter.

To set Default VLAN on CN ports:


2. At the new prompt, type set vlan <VLAN ID>, and press Enter.

To set Allowed VLANs on PN ports:


2. At the new prompt, type set-allowed-vlans <add,all,except,no-vlans,remove> <VLAN ID>, and press Enter.


Radio Script Configuration

To set the radio script:

1. At the prompt (IP-10:/>), type cd radio/mrmc/, then press Enter.

2. At the new prompt, type change-script-cmd < Script's name> < Operational mode> <Maximum profile> disable-adaptive-power, then press Enter.

Parameter values for the radio script include:

Script Name

10Mbps-6.5MHz-4QAM-Grade-1

155Mbps-26MHz-128QAM-Grade-1






ACM_181Mbps-26MHz-256QAM-Grade-1

ACM_367Mbps-52MHz-256QAM-Grade-1

ACM_42Mbps-6.5MHz-256QAM-Grade-1

ACM_87Mbps-12.5MHz-256QAM-Grade-1

Operational Mode

acm-adaptive-mode

acm-fixed-mode

regular-mode (for non ACM scripts)

Maximum Profile (fixed for fixed mode in ACM scripts and profile-0 for regular scripts)

profile-0

profile-1

profile-2

profile-3

profile-4

profile-5

profile-6

profile-7


NTP

To set NTP service enable/disable:

1. At the command prompt, type: cd /management/mng-services/time-service/ntp, and press Enter.

2. Type set server 192.168.1.100, and press Enter.

3. Type set admin <enable/disable>, and press Enter.

To set NTP offset from GMT:

1. At the command prompt, type: cd management/mng-services/time-service/, and press Enter.

2. Type set gmt-offset-hours 2, and press Enter.

3. Type set gmt-offset-minutes 0, and press Enter.

To set Daylight Saving Time:

1. At the command prompt, type: cd /management/mng-services/time-service, and press Enter.

2. Type set dst-start-month Apr, and press Enter.

3. Type set dst-start-day 1, and press Enter.

4. Type set dst-end-month Nov, and press Enter.

5. Type set dst-end-day 1, and press Enter.

To set Date and Time, whereby the time and date format are day-month-year,hours:mins:secs:

1. At the command prompt, type : cd /management/mng-services/time-service, and press Enter.

2. Type set time-and-date 10-3-2009,15:00:00, and press Enter.


SNMP

To set SNMP enable/disable:

1. At the command prompt, type: cd /management/mng-protocols/snmp, and press Enter.

2. Type set admin <enable /disable>, and press Enter.

To set the SNMP version:


2. Type set version v3 (or “v1” for SNMP version 1), and press Enter.

SNMP Parameters for SNMP Version 3

To set the security mode to authentication, and the authentication algorithm to sha:


2. Type change-user-settings user_name_example authentication sha, and press Enter.

3. Enter the SNMPv3 Password: user_password_example, and press Enter.

To set the security mode to authentication-privacy, and the Authentication algorithm to md5:


2. Type change-user-settings user_name_example authentication-privacy md5, and press Enter.

3. Enter the SNMPv3 Password: user_password_example, and press Enter.

To set the security mode to no-security, and the authentication algorithm to no authentication:


2. Type change-user-settings no-se-user no-security no-auth, and press Enter.

To set the telnet protocol to enable/disable:

1. At the command prompt, type: cd /management/mng-protocols, and press Enter.

2. Type set telnet-admin <enable/disable>, and press Enter.

To set web GUI to enable/disable:



2. Type set web-admin <enable/disable>, and press Enter.

The following steps are used to define the web protocol that will work with HTTPS

It is important to note the order!

Step 1: Create the NE certificate based on the NE's public key. The public key receives the public key file through upload.

1. At the command prompt, type: cd /platform/idc-board, and press Enter.

2. Type upload-archive public-key, and press Enter.

You can find your public_key file (such as 192.168.1.18_pub_key) in your host path directory.

Step 2: Download the NE certificate.

Note: Before you download the certificate, copy your NE certificate to your ftp host path directory.


2. Type set security-file-format <pem/der>, and press Enter.

3. Type set security-file-type <target-certificate>, and press Enter.

4. Type set security-file-name <MYCERT.crt> (your certificate file name), and press Enter.

5. Type download-archive security-file, and press Enter.

Step 3: (Optional) Download the NE CA's certificate.


2. Type set security-file-format <pem/der>, and press Enter.

3. Type set security-file-type <target-ca-certificate>, and press Enter.

4. Type set security-file-name <EssentialSSLCA_2.crt> (your CA-certificate file name), and press Enter.

5. Type download-archive security-file, and press Enter.

Step 4: (Optional) Set the web-ca-certificate-admin parameter to enable.


2. Type set web-ca-certificate-admin <enable> /<disable>, and press Enter.

Step 5: Set the web-protocol parameter to https.


2. Type set web-protocol <https> /<http>, and press Enter.

Note: Enter the URL in the WEB GUI, such as https://192.168.1.1 to use the https protocol.


CFM

Domain

Under service-oam level

Creation: IP-10:/interfaces/ethernet/bridge/service-oam> domain add <Domain name> <Domain level [1-7]> <cr>

Deletion: IP-10:/interfaces/ethernet/bridge/service-oam> domain remove <Domain name> <Domain level [1-7]> <cr>

Domain & Association Under service-oam level

Creation: IP-10:/interfaces/ethernet/bridge/service-oam> domain add <Domain name> <Domain level [1-7]> <Association name> <VLAN ID [1-4090]> <cr>

Deletion: IP-10:/interfaces/ethernet/bridge/service-oam> domain remove <Domain name> <Domain level [1-7]> <Association name> <VLAN ID [1-4090]> <cr>

Association Under service-oam level:

Creation IP-10:/interfaces/ethernet/bridge/service-oam> association add <Association name> <Domain name> <VLAN ID [1-4090]> <cr>

Deletion IP-10:/interfaces/ethernet/bridge/service-oam> association remove <Association name> <Domain name> <VLAN ID [1-4090]> <cr>

CCM Under service-oam level

On IP-10:/interfaces/ethernet/bridge/service-oam> ccm-admin enable <Domain level [1-7]> <VLAN ID [1-4090]> <cr>

Off IP-10:/interfaces/ethernet/bridge/service-oam> ccm-admin disable <Domain level [1-7]> <VLAN ID [1-4090]> <cr>


Local MEP Under interfaces level

Creation

1. IP-10:/interfaces/ethernet/bridge/eth-port [x]> mep set < MEP ID [1-8191]> < Domain level [1-7]> <VLAN ID [1-4090]> < Direction [up\down]> <CCM VLAN Pbit priority [0-7]> <cr>

2. IP-10:/interfaces/ethernet/bridge/eth-port [x]> mep set < MEP ID [1-8191]> < Domain level [1-7]> <VLAN ID [1-4090]> < Direction [up\down]> <cr>

Deletion

IP-10:/interfaces/ethernet/bridge/eth-port [x]> mep remove < MEP ID [1-8191]> < Domain level [1-7]> <VLAN ID [1-4090]> < Direction [up\down]> <cr>

Remote MEP Under service-oam level

Creation

1. IP-10:/interfaces/ethernet/bridge/service-oam> remote-mep set <Remote MEP ID [1-8191]> <Domain name> <VLAN ID [1-4090]> <MAC address [xx:xx:xx:xx:xx:xx]> <cr>

2. IP-10:/interfaces/ethernet/bridge/service-oam> remote-mep set <Remote MEP ID [1-8191]> <Domain name> <VLAN ID [1-4090]> <cr>

Deletion

IP-10:/interfaces/ethernet/bridge/service-oam> remote-mep remove <Remote MEP ID [1-8191]> <Domain name> <VLAN ID [1-4090]> <cr>

MIP Under interfaces level

Creation IP-10:/interfaces/ethernet/bridge/eth-port[x]> mip add <Domain level [1-7]> <cr>

Deletion IP-10:/interfaces/ethernet/bridge/eth-port[x]> mip remove <Domain level [1-7]> <cr>

Loopback (Ping) Under service-oam level

1. IP-10:/interfaces/ethernet/bridge/service-oam> ping mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-name <Domain name> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

2. IP-10:/interfaces/ethernet/bridge/service-oam> ping mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-name <Domain name> <VLAN ID[1-4090]> <cr>


3. IP-10:/interfaces/ethernet/bridge/service-oam> ping mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

4. IP-10:/interfaces/ethernet/bridge/service-oam> ping mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <cr>

5. IP-10:/interfaces/ethernet/bridge/service-oam> ping mep-id <Remote MEP ID[1-8191]> md-name <Domain name> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

6. IP-10:/interfaces/ethernet/bridge/service-oam> ping mep-id <Remote MEP ID[1-8191]> md-name <Domain name> <VLAN ID[1-4090]> <cr>

7. IP-10:/interfaces/ethernet/bridge/service-oam> ping mep-id <Remote MEP ID[1-8191]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

8. IP-10:/interfaces/ethernet/bridge/service-oam> ping mep-id <Remote MEP ID[1-8191]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <cr>

Link Trace Under service-oam level

1. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-name <Domain name> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

2. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-name <Domain name> <VLAN ID[1-4090]> <cr>

3. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

4. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mac-address <MAC address [xx:xx:xx:xx:xx:xx]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <cr>

5. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mep-id <Remote MEP ID[1-8191]> md-name <Domain name> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

6. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mep-id <Remote MEP ID[1-8191]> md-name <Domain name> <VLAN ID[1-4090]> <cr>

7. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mep-id <Remote MEP ID[1-8191]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

8. IP-10:/interfaces/ethernet/bridge/service-oam> linktrace mep-id <Remote MEP ID[1-8191]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <cr>

Auto Link Trace Under service-oam level:

Creation

1. IP-10:/interfaces/ethernet/bridge/service-oam> auto-linktrace add <Remote MEP ID [1-8191]> md-name <Domain name> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>

2. IP-10:/interfaces/ethernet/bridge/service-oam> auto-linktrace add <Remote MEP ID [1-8191]> md-name <Domain name> <VLAN ID[1-4090]> <cr>

3. IP-10:/interfaces/ethernet/bridge/service-oam> auto-linktrace add <Remote MEP ID [1-8191]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <VLAN Pbit priority[0-7]> <cr>


4. IP-10:/interfaces/ethernet/bridge/service-oam> auto-linktrace add <Remote MEP ID [1-8191]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <cr>

Deletion

1. IP-10:/interfaces/ethernet/bridge/service-oam> auto-linktrace remove <Remote MEP ID [1-8191]> md-name <Domain name> <VLAN ID[1-4090]> <cr>

2. IP-10:/interfaces/ethernet/bridge/service-oam> auto-linktrace remove <Remote MEP ID [1-8191]> md-level <Domain level[1-7]> <VLAN ID[1-4090]> <cr>

CCM Interval Under service-oam level

Modification

IP-10:/interfaces/ethernet/bridge/service-oam> ccm-interval <interval time> <Domain level [1-7]> <VLAN ID [1-4090]> <cr>

Interval time;

1-sec

10-sec

1-min

10-min

Auto Link Trace Interval Under service-oam level

Modification

IP-10:/interfaces/ethernet/bridge/service-oam> set auto-linktrace-interval [seconds] <cr>

Range;

60-3600

Remote MEP Learning Time Under service-oam level

Modification

IP-10:/interfaces/ethernet/bridge/service-oam> set remote-meps-learning-time [seconds] <cr>

Range;

60-3600

Documents

IP10-CLI-User Guide-62.pdf