Copyright 2006 Carrier Access Corporation. All rights reserved.
The information presented in this manual is subject to change without notice and does not represent a
commitment on the part of Carrier Access Corporation. The hardware and software described herein are
furnished under a license or non-disclosure agreement. The hardware, software, and manual may be used or
copied only in accordance with the terms of this agreement. It is against the law to reproduce, transmit,
transcribe, store in a retrieval system, or translate into any medium - electronic, mechanical, magnetic,
optical, chemical, manual, or otherwise - any part of this manual or software supplied with the CMG Service
cared for any purpose other than the purchaser’s personal use without the express written permission of
Carrier Access Corporation.
The Carrier Access Logo, and Adit are registered trademarks of Carrier Access Corporation. All other brand
or product names are trademarks or registration trademarks of their respective companies or organizations.
Contact Information:
Carrier Access Corporation
5395 Pearl Parkway
Boulder, CO 80301-2490
Corporate Phone: (303) 442-5455
Fax: (303) 443-5908
www.carrieraccess.com
Customer Support Direct: (800) 786-9929
E-mail: tech-support@carrieraccess.com
Supporting Software Version:
Adit 600 Software 9.4
CMG Router Software 2.7
Page 3
Warranty
Carrier Access warrants to BUYER that Product Hardware will be free from substantial defect in
material and workmanship under normal use in accordance with its Documentation and given proper
installation and maintenance for period of five years from the date of shipment by Carrier Access.
Carrier Access warrants that the Licensed Software, when used as permitted under its License Terms
and in accordance with the instructions and configurations described in the Documentation (including
use on Carrier Access product or a computer hardware and operating system platform supported by
Carrier Access), will operate substantially as described in the Documentation for a period of ninety
(90) days after date of shipment of the Licensed Software to BUYER.
This warranty shall not apply to Products or Software that have been either resold or transferred from
BUYER to any other party. Any such transfer voids the above warranty and related licenses. Carrier
Access offers expanded product care beyond what is covered by the warranty through different
support plans. The plans are designed to maximize network availability through advance replacement
for defective equipment. Please contact your Carrier Access representative for support program
details.
Warranty Procedure
BUYER must promptly notify Carrier Access of any defect in the Product or Software and comply
with Carrier Access' return/repair policy and procedures. Carrier Access or its agent will have the
right to inspect the Product or workmanship on BUYER's premises. With respect to a warranty defect
in Product hardware reported to Carrier Access by BUYER during the warranty period, Carrier
Access, as its sole obligation and BUYER's exclusive remedy for any breach of warranty, will use
commercially reasonable efforts, at its option, to:
a. repair, replace, or service at its factory or on the BUYER's premises the Product, or
b. credit BUYER for the Product in accordance with Carrier Access's depreciation
PREFACE
Preface
component therein, or workmanship found to be defective so that the Product
hardware operates substantially in accordance with Carrier Access Documentation;
or
policy.
Page 4
Preface
With respect to a warranty defect in the Licensed Software reported to Carrier Access by BUYER
during the 90-day software warranty period, Carrier Access, at its own expense and as its sole
obligation and BUYER's exclusive remedy for any breach of the software warranty, will use
commercially reasonable efforts to, at its option,
a. correct any reproducible error in the Licensed Software, or
b. replace the defective Licensed Software, as follows:
Should a Severity 1 or 2 warranty defect with the Software occur during the 90-day
warranty period, Carrier Access will provide, in its sole determination, either
1. software to resolve the defect to be downloaded into the affected units by the
BUYER or
2. a documented workaround to address the issue.
Severity 1 issues are failures of the Licensed Software to comply with the Carrier Access
software specifications and that completely or severely affect the Carrier Access Product and its
traffic or service capacity, or maintenance or monitoring capabilities.
Severity 2 issues are failures of the Licensed Software to comply with the Carrier Access
software specifications and that result in a major degradation of the Carrier Access Product so
as to impact its system or service performance, or significant impairments to network operator
control or effectiveness. Should a Severity 3 warranty defect with the Licensed Software occur
during the 90-day warranty period, Carrier Access will provide assistance to Buyer to determine
if a solution or workaround will be provided in a subsequent software release following the
reported issue.
Severity 3 issues are defined as failures of the Licensed Software to comply with the Carrier
Access software specifications but that do not significantly impair the function or service of the
Carrier Access Product or the system.
Determination of Severity 1, 2 or 3 shall be made solely by Carrier Access following receipt of
the reported problem. Refurbished material may be used to repair or replace the Product.
BUYER shall bear the risk of loss for Products or Software returned to Carrier Access for repair,
replacement, or service, and the same must be shipped pre-paid by BUYER.
Requests for warranty services and troubleshooting must be made to, and will be provided by, the
Carrier Access Customer Support Center via telephone during the warranty period and during normal
business hours. Normal business hours for Carrier Access Customer Support Center are 7:00 a.m. to
6:00 p.m. Mountain Standard Time, Monday through Friday, excluding weekends and standard
Carrier Access recognized holidays.
ivCMG Router - Release 2.7
Page 5
Preface
Limitation of Warranty & Limitation of Remedies
Correction of defects by repair, replacement, or service will be at Carrier Access's option and
constitute Carrier Access' sole obligation and BUYER's sole and exclusive remedy under the limited
warranty. Any such error correction or replacement provided to BUYER does not extend the original
warranty period for hardware or software, respectively.
Carrier Access assumes no warranty or other liability with respect to defects in the Product or
Software caused by:
a. modification, repair, storage, installation, operation, or maintenance of the Product or
Software by anyone other than Carrier Access or its agent, or as authorized and in
accordance with the Carrier Access Documentation; or
b. the negligent, unlawful or other improper use or storage of the Product or Software,
including its use with incompatible equipment or software; or
c. fire, explosion, power failures, acts of God, or any other cause beyond Carrier
Access' reasonable control; or
d. handling or transportation after title of the Product passes to BUYER.
Other manufacturer's equipment or software purchased by Carrier Access and resold to BUYER will
be limited to that manufacturer's warranty. Carrier Access assumes no warranty liability for other
manufacturer's equipment or software furnished by BUYER.
BUYER UNDERSTANDS AND AGREES AS FOLLOWS: Except for the limited warranty set forth
above, the Product, License Software and all services performed by Carrier Access hereunder are
provided "as is," without representations or warranties of any kind. Carrier Access does not warrant
that the Product, License Software, any hardware or software, or any update, upgrade, fix or
workaround furnished to BUYER will meet BUYER's requirements, that the operation thereof,
including any maintenance or major releases thereto will be uninterrupted or error-free.
THE WARRANTIES IN THIS AGREEMENT REPLACE ALL OTHER WARRANTIES,
EXPRESSED OR IMPLIED, AND ALL OTHER OBLIGATIONS OR LIABILITIES OF
CARRIER ACCESS, INCLUDING ANY WARRANTIES OF MERCHANTABILITY, FITNESS
FOR A PARTICULAR PURPOSE, NONINFRINGEMENT AND/OR ANY IMPLIED
WARRANTIES ARISING OUT OF COURSE OF PERFORMANCE OR COURSE OF DEALING.
ALL OTHER WARRANTIES ARE DISCLAIMED AND EXCLUDED BY CARRIER ACCESS.
THE REMEDIES CONTAINED IN THIS AGREEMENT WILL BE THE SOLE AND
EXCLUSIVE REMEDIES WHETHER IN CONTRACT, TORT, OR OTHERWISE, AND
CARRIER ACCESS WILL NOT BE LIABLE FOR INJURIES OR DAMAGES TO PERSONS OR
PROPERTY RESULTING FROM ANY CAUSE WHATSOEVER, WITH THE EXCEPTION OF
INJURIES OR DAMAGES CAUSED BY THE GROSS NEGLIGENCE OF CARRIER ACCESS.
THIS LIMITATION APPLIES TO ALL SERVICES, SOFTWARE, AND PRODUCTS DURING
AND AFTER THE WARRANTY PERIOD. IN NO EVENT WILL CARRIER ACCESS BE
LIABLE FOR ANY SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, LOSS OF
DATA, OR COMMERCIAL LOSSES EVEN IF CARRIER ACCESS HAS BEEN ADVISED
THEREOF.
CMG Router - Release 2.7v
Page 6
Preface
No agent, BUYER, or representative is authorized to make any warranties on behalf of Carrier Access
or to assume for Carrier Access any other liability in connection with any of Carrier Access's
Products, software, or services.
The foregoing summarizes Carrier Access' entire product and software warranties, which are subject
to change without notice.
Warranty Product Returns
Before returning any equipment to Carrier Access Corporation, first contact the distributor or dealer
from which you purchased the product.
A Return Material Authorization (RMA) number is required for all equipment returned to Carrier
Access Corporation. Call Carrier Access Corporation Customer Support at (800) 786-9929 or (303)
442-5455 for RMA number, repair/warranty information and shipping instructions. Be prepared to
provide the following information:
Carrier Access Corporation serial number(s) from the system chassis or circuit card(s)
Name of distributor or dealer from which you purchased the product
Description of defect
viCMG Router - Release 2.7
Page 7
Preface
Notices
This manual contains important information and warnings that must be followed to
ensure safe operation of the equipment.
DANGER! A DANGERNOTICEINDICATESTHEPRESENCEOFAHAZARDTHAT
This manual covers the Router menu-driven user interface only, all other information
for the Router can be found in the Adit 600 User Manual.
The Router can be configured using CLI via telnet, through the Router Menu-driven
software.
The CMG Router has the following versions:
CMG Service card
CMG-01 Service card
CMG-02 Service card
CMG/CMG-02 Service card with G.729
Windows displaying the G.729 feature will be clearly noted in this manual.
Installation
The Router card can be installed into any of the service card slots (1-6) of the Adit 600
chassis. This card is hot-swappable, therefore the card can be removed and replaced
without bringing down the system or with or without power to the unit.
Install a Router Card
1. Slide the Router card into a service card slot of the chassis.
2. Press firmly into slot to engage, until card is seated completely.
3. Card has completed bootup when a solid Red CRD light (an LED) is displayed.
Install Country Specific Ringer Tones
The CMG Router card ships with a set of call progress tone files that allow call progress
tone definitions for a number of other countries to be used.The tones are played to a
VoIP endpoint at the direction of an external MGCP call agent. By default the call
progress are defined to match the United States standard call progress tones.
Tones are loaded via TFTP directly to the CMG Router card. All supported country
tones are provided on the software CD with the CMG Router. For more information see
the Adit 600 User Manual.
1-2CMG Router - Release 2.7
Page 17
Introduction
Maneuvering in the System
NOTE: Use of ringer tones requires an Adit 600 Controller with release 5.0 or
higher and CMG Router release 1.1 or higher.
Once a tone file is loaded into a CMG Router card it will remain in effect until replaced
by another. It is not removed when the CMG Router card is set back to its default
settings.
Maneuvering in the System
[TAB] moves from one field to the next.
Keyboard arrows move to the next field in the direction of the arrow.
[ ] Items in brackets are scrollable options. With the [Spacebar] the operator can move
through the selections.
NTER] displays the window for the selected feature or to enter a alphanumeric value.
[E
SC] Exit and return to previous window or to the Main Menu.
[E
Help Bar - is displayed along the bottom of the window and lists options for the
selected feature.
The CMG Router software contains three different field types that may be used in
entering information: scroll, select and edit.
CMG Router - Release 2.71-3
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Introduction
Fields
Fields
Scroll Field
A field enclosed in angle brackets is a scrollable option field. While the field is selected
use the following keystrokes:
[S
[E
Example: Terminal: <generic>
Select Field
A field followed by –> is a selectable field, which causes an action to be performed,
highlight the field and press [E
Trunk Port Setup screen.
Example: SETUP <Trunk> –>
PACEBAR] will scroll forward through the options
NTER] will open the option’s window or accept the entered value.
NTER] to perform the action, for example, to enter the
Some selectable fields, such as Main Menu options, are also a scrollable option field.
For example, <Events>–>. Press the [S
press [E
NTER] to perform the action.
PACEBAR] to select the desired option and then
Edit Field
A field value enclosed in parentheses ( ) may be modified by entering an alphanumeric
character.
Example: SYSTEM NAME: (Adit)
You will note that many editable fields are displayed with a default value. To change
this value, highlight the field and type over the existing entry or press [D
then enter new value. Note: these fields are case sensitive. To enter this value press
[E
NTER].
1-4CMG Router - Release 2.7
ELETE] and
Page 19
Introduction
Help Bar
Help Bar
The CMG Router provides field specific help that is displayed at the bottom of the
window. The help text will indicate if the field is scrollable or editable and provide a
brief description of the field. If it is a selectable field, it will state what to do to invoke
the action to be performed.
CMG Router - Release 2.71-5
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Introduction
Connecting to the Router
Connecting to the Router
Establish a Telnet Session
1. Use the telnet {slot} CLI command to connect to the Router card. The
following example is when the router is located in slot 5.
> telnet 5
Connected.
Escape character is '^]'.
Attempting Carrier Access Adit connection...
Adit [Tue Aug 10, 2004 23:20:36] (<CR> to login)
2. Select [ENTER] or <CR> to log in.
Password >
3. Enter default password (admin) and select [ENTER].
Password >*****
Select a terminal type...
(<space> or <back-space> to toggle, <CR> to accept)
Terminal: <VT100>
4. Select Terminal Type: scroll through options with the [SPACEBAR] and then
NTER] to select. Recommended generic.
[E
Terminal: <generic>
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Introduction
Connecting to the Router
Set a New Password
If you have logged in with a default password, for security reasons the password should
be changed, the system directs the user to do so.
> telnet 4
Connected.
Escape character is '^]'.
Attempting Carrier Access CMG connection...
CMG [Tue Jan 1, 2002 0:01:06] (<CR> to login)
Password >*****
Select a terminal type...
(<space> or <back-space> to toggle, <CR> to accept)
Terminal: <generic>
You have logged in with a default password.
For security reasons the password should be changed.
Complete the change request and record your new password
for future use.
Password Change Request
(Valid CMG passwords are from 5 to 15 alpha-numeric
characters)
NEW Password >******
RETYPE Password >******
After a successful login, the system prompts the user to change the password from the
default.
1. Type in New Password, and press [E
2. Retype in New Password, and press [E
CMG Router - Release 2.71-7
NTER]
NTER]
Page 22
Introduction
Connecting to the Router
1-8CMG Router - Release 2.7
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CHAPTER
Management Window
In this Chapter
Management Overview
System Time/Login
Upload/Download
Load Defaults
Software Images
2
Page 24
Management Window
Management Overview
Management Overview
The Managementmenu contains the system components of the Router software. This
section is used to define security parameters, factory default settings, as well as
providing software loading and configuration settings for the Router.
Management Menu options allow the user to:
Establish the system security features
Install and backup system software
Backup and install configuration settings
Default system parameters to factory settings
NOTE: Two simultaneous sessions are allowed to access the Router software.
For example, one local and one remote (one must be accessing with the VIEW
level).
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Management Window
System Time/Login
System Time/Login
1. Select Management <System Time/Login> from the Main Menu, and select
NTER].
[E
CMG Router - Release 2.72-3
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Management Window
System Time/Login
This screen provides the basic system and security options for the Router card.
The Router is equipped with three password levels and an enhanced security
password.
Level 1 VIEWallows the user to view only, no changes are allowed.
Level 2 CONFIG allows the user to view and change all screens.
Level 3 ADMIN allows the user to view and change all screens, terminate
users, as well as change all three passwords.
The Enhanced Security option provides an additional level of security for the
network administrator.
System Date and Time
The time and date values are used for reporting purposes. Enter the date in the
following format: Mmm DD, YYYY. Immediately follow the date with the desired
time entry. The appropriate time format is HH:MM:SS (hour:minute:second). Press
[T
AB] to proceed to the next field.
2-4CMG Router - Release 2.7
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Management Window
System Time/Login
Auto-Logout Timer
This field defines the minutes of inactivity before the current session is terminated. The
default time is 30 minutes. Type the desired auto-logout time (between 1-255).
NOTE: Any changes that have not been saved will be lost when the timer is
activated.
View Password
Users assigned to this level may view only, no changes are allowed. The default VIEW
password is "public". This field must be unique from the CONFIG and ADMIN
passwords. The field may be a 5-15 characters alphanumeric value.
Config Password
Users assigned to this level may view and change all screens. The default CONFIG
password is "config". This entry must be unique from the VIEW and ADMIN
passwords. The field may be a 5-15 character alphanumeric value.
Admin Password
Users assigned to this level may view and change all screens, as well as change all three
password levels. The default ADMIN password is "admin". This entry must be
unique from the VIEW and CONFIG passwords. The field value may be a
5-15 character alphanumeric value.
NOTE: If the default login passwords are not changed, the user will be
prompted, at each login, to enter new passwords at the CONFIG and ADMIN
levels.
CMG Router - Release 2.72-5
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Management Window
System Time/Login
Enhanced Security
The Enhanced Security option provides another level of password security that
restricts access to the Main Menu via Telnet or the Async port. It can be used by a
Network Administrator to only allow those with the Enhanced Security password to
access the Router. When enabled, this option hides the system login prompt until the
appropriate password is entered.
1. Use the [S
PACEBAR] to select <Enabled> and [TAB] to enter this selection.
2. The Change Enhanced Security Password - > field will display. Select
[E
NTER] to change password. You will be requested to enter the password
twice to confirm.
2-6CMG Router - Release 2.7
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Management Window
System Time/Login
When Telneting into the Router the following will appear:
> telnet 1
Connected.
Escape character is '^]'.
1. Type the Enhanced Security Password here. Note: there will be no effect to the
screen here until the correct password is typed in. When the correct password
is typed, no return or other keystroke is needed, the following will appear:
Password >
NOTE: If Enhanced Security is enabled, and the Administrator does not note
the password there is no way to access the Router until you have reset the
router back to it’s default settings, losing all configuration settings. See set [router_card-addr} default.
2. At this point the Router is requesting your Level 1, 2 or 3 User Password. Enter
your password and select [E
Router as normal.
NTER] and continue as you would Telnet into the
Password >******
Select a terminal type...
(<space> or <back-space> to toggle, <CR> to accept)
Terminal: <generic>
CMG Router - Release 2.72-7
Page 30
Management Window
Upload/Download
Upload/Download
This window allows the network administrator to manage the list of devices and users
who are authorized to perform:
Installation of software
Backup of software and configuration settings (via tftp)
The Router has enhanced management capabilities enabling a network administrator to
perform a Code Upload of new software to the router from a central location via the
LAN or WAN connection using TFTP. A Code Download can also be performed to
save a backup copy (binary image) of the software to a file on a PC. Config Upload
and Config Download can also be performed remotely via TFTP to install and backup
the Router’s settings to and from a binary file.
There is an additional option to upload code to the Router, with the CLI command
The example loads the software upgrade file "rtrall1_10.mgm" from a
PC to a Router card in slot 5 via TFTP.
2-8CMG Router - Release 2.7
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Management Window
Upload/Download
To Setup the Router for Uploads/Downloads
1. Select Management: <Upload/Download> from the Main Menu, and
NTER].
[E
WARNING! THE CMG ROUTERWILLRETURNTODEFAULTVALUESIFTHECODE
ISDOWNGRADEDTOARELEASEPREVIOUSTO 2.10.
CMG Router - Release 2.72-9
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Management Window
Upload/Download
2. Select [CTRL A] to add a TFTP Upload/Download User.
Note: The IP Address 1. (* ) will display. The * denotes any IP Address on
the defined Client Site. The user may define a specific IP Address for Uploads/
Downloads, by replacing the *, or by Adding another Upload/Download User.
3. Select the Client Site
Selection is: <Local LAN> (default) or RemoteAdit(s) that have been set up.
4. Press [E
will go into effect immediately.
SC] to save your changes and return to the Main Menu. These changes
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Page 33
Management Window
Upload/Download
Upload/Download Setup Menu Fields
Reboot After Load Code
Use this option to automatically reboot the Router after software is successfully
installed. A software load verification checks and verifies that the new software is
good before the unit will accept it. If it is determined to be bad or damaged, the
Router will reject it and continue to use the original software.
Reboot After Load Config
Use this option to automatically reboot the Router after a configuration file is
successfully installed.
IP Address
The IP Address field is use to identify which device(s) will be allowed to perform
config and/or code uploads and downloads. A “*” in this field will allow all devices
at the selected Client Site to perform Uploads/Downloads.
Client Site
This field identifies the profile the Router will use to reach the IP Address entered
in the previous field. If <Local LAN> is selected, it indicates the device can be
reached via the LAN. If the device can be reached via a WAN connection, you
should select one of the Remote (WAN) profiles.
Code Upload/Download
Use this field option to enable Code Upload/Download and authorize the IP
Address to perform a Code Upload and Code Download. When new software is
installed on the Router, a software load verification checks and verifies that the
new software is good before the unit will accept it. If it is determined to be bad or
damaged, the Router will reject it and continue to use the original software.
Acceptable binary file extensions are .mgm or .MGM.
CMG Router - Release 2.72-11
Page 34
Management Window
Upload/Download
Config Upload/Download
This option to enables Config Upload/Download and defines an IP Address to
perform this function. Config Upload allows the device(s) in the IP Address field
to transfer, or restore, a previously backed up configuration file to the Router unit
via TFTP. Config Download defines an IP Address to save a backup copy of the
Router’s configuration settings to a file. Acceptable file extensions are “.cfg” or
“.CFG”.
NOTE: Code and Config uploads will require a reboot of the unit before the
changes take effect.
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Page 35
Management Window
Load Defaults
Load Defaults
Use the Load Defaults option to reset the router software to the factory defaults. This
option will delete all configuration settings, including the passwords.
Use the [S
PACEBAR] to choose <Yes> and press [ENTER]. If you have a telnet
connection to the unit, your session will be terminated.
1. Select Management <Load Defaults> from the Main Menu, and select
[E
NTER].
2. A dialog box will display confirming that you want to load factory defaults.
3. Select <YES> with the [S
PACEBAR] and select [ENTER].
4. Defaults will be loaded.
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Page 36
Management Window
Software Images
Software Images
Use the Software Images option to switch the active with the backup application
images stored in the Router.
1. Select Management <Software Images> from the Main Menu, and select
[E
NTER].
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Page 37
Management Window
Software Images
Choices
Show Current Images - will display the application images stored in the Router
(shown above).
Switch Appl. Images - Switch the active with the backup application images
stored in the router. Note: More than one software image must be loaded (7.0 or
later) for an active and a backup image to display.
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Management Window
Software Images
2-16CMG Router - Release 2.7
Page 39
CHAPTER
3
Profile Directory:Router Card Profile
In this Chapter
Overview Network Time Protocol
Configuration SysLog
RIP Mode Receive DNS Resolver
RIP Mode Send Quality of Service
Trunk MGCP
Security VoIP
SNMP Voice Channels
DNS Proxy Dial Plan
Spanning Tree Protocol
Page 40
Profile Directory:Router Card Profile
Overview
Overview
The Router Card Profile of the Profile Directory is used to review/configure base router
features.
Configuration
1. Select Configuration: <Profile Directory> from the Main Menu, and select
[E
NTER].
Main Menu
3-2CMG Router - Release 2.7
Page 41
Profile Directory:Router Card Profile
Configuration
2. Select Router CARD <Setup -> and select [ENTER].
Profile Directory Window
The Router Card Configuration Window appears.
Router Card Configuration Window
CMG Router - Release 2.73-3
Page 42
Profile Directory:Router Card Profile
RIP Mode Receive
RIP Mode Receive
Selection is: <RIP1>, <RIP2>, or <RIP1/RIP2>.
RIP Mode Send
Selection is: <RIP1>, <RIP2>, or <RIP1/RIP2>.
3-4CMG Router - Release 2.7
Page 43
Profile Directory:Router Card Profile
Trunk
Trunk
This window is used to configure the Trunk setup for the Router. Although the Adit is
designed to connect remote sites over dedicated connections, the unit supports a
number of different encapsulation protocols simultaneously, including Frame Relay
and PPP. The Router provides the flexibility to allow the user to define which slots will
be used for the selected WAN protocol.
1. Select Trunk < Configure -> and select [E
NTER].
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Page 44
Profile Directory:Router Card Profile
Trunk
2. All WAN connections will display in this window and can be modified by the
user. Select [E
NTER] or [TAB] after each selection.
WAN Trunk Setup Menu Fields
WAN Link #
This field displays the WAN Link Number (1-24) for the WAN Connection and the WAN
Connection Type information.
WAN Connection
The WAN Connection displays the current WAN connections, in the form of
{slot:port:channel}.
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Profile Directory:Router Card Profile
Trunk
WAN Connection Type
Determines the type of protocol encapsulation that will be used for the selected WAN.
PPP
Point-to-Point Protocol. Provides a standard means of encapsulating data packets sent over a
single-channel WAN link. PPP is the standard WAN encapsulation protocol for the interoperability of bridges and routers.
PPP in Frame Relay
Point-to-Point Protocol encapsulated in Frame Relay.
Frame Relay 1490
A packet-switching protocol for connecting devices on a WAN. Frame Relay networks in the U.S.
support data transfer rates at T1 (1.544 Mbps) and T3 (45 Mbps) speeds. Frame Relay service is
provided for customers who want connections at 56 Kbps to T1 speeds.
PVC Management
FieldDescription
DisabledDisables the PVC (Permanent Virtual Circuit) management.
Annex DFrame Relay standard
Poll Interval - Range is between 5-30
Poll Counter - Range is between 1-255
LMILocal Management Interface
Poll Interval - Range is between 5-30
Poll Counter - Range is between 1-255
Multilink Group
NOTE: Field displays only if <PPP> is selected for the WAN Connection Type.
The Multilink Group will specify a trunk as part of a multilink PPP group. Selection is: <None>
or <1> through <24>. Available on when PPP connection type is selected.
Data Speed
The Data Speed will specify the data speed for each DS0 in the given trunk. Selection is: <56K>
or <64K>. Default is 64K.
Voice BW Limit %
Defines the maximum percentage of bandwidth allowed on this trunk for voice calls. The
remaining percentage to be reserved for routed or bridged data. Routed or bridged data is
allowed to use any available bandwidth, but it is a lower priority than voice. Range is 0 - 100.
CMG Router - Release 2.73-7
Page 46
Profile Directory:Router Card Profile
Security
Security
1. Select Security < Configure -> and select [ENTER].
The fields on this screen may be used to define the authentication process for the local
Adit unit.
Security Setup Window
3-8CMG Router - Release 2.7
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Profile Directory:Router Card Profile
Security
Security Setup Menu Fields
Authentication by Remote
Protocol: CHAP, PAP or NONE
Use this first field to identify the authentication protocol to be used by remote units when
authenticating this unit.
[ENTER] and a NEW Password dialog box will display. Enter a 1 - 15 character
Select
password and select
password and select [ENTER]. Password is now set.
[ENTER] and a RETYPE Password dialog box will display. Retype
<PAP> Password Authentication Protocol
<PAP> Password
Same as above <CHAP> Password.
<NONE > (no authentication protocol) is the default.
User ID
Use this field to define the local unit’s User ID. During the authentication process, the local unit will
send a name or User ID, along with the authentication protocol’s secret or password (see above). Use
[SPACEBAR] to scroll between <Local Profile Name> (the default value) and <Local Custom
the
Name>. If set at <Local Profile Name>, the local unit will send the 11 character unit name which
was defined on the Local (LAN) Profile screen. If this field is set to <Local Custom Name> you may
define a 32 character maximum alphanumeric value to represent the User ID which is sent during the
authentication process. Defining a custom User ID simply gives the end user more flexibility for this
value.
To assign a custom User ID, set the USER ID field to <Local Custom Name> and press [
to ten (10) custom names may be configured.
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Security
Authentication of Remote
Protocol: CHAP, PAP or NONE
Use this field to identify the authentication protocol to be used by this Adit unit when authenticating
remote devices.
Local Security Server
Use these fields to identify the local server that is used to authenticate remote devices. This field
is only necessary if you are using either the <RADIUS> or <TACACS+> security
authentication method. If you are not using either of these security methods, the Adit unit will
respond to the authentication requests of remote devices and will accept or reject them based on
their validity.
Type
Use the [SPACEBAR] to choose the security authentication method that you are using.
<None> Use this setting if the local Adit unit will be used to authenticate remote devices. Please
note that you may not use the <None> setting if the Security Server field for a remote device has
been set to <External Server>
<RADIUS>
protocol. RADIUS is a client/server-based authentication software system.
<TACACS+> Will set the server to use the TACACS+ (Terminal Access Controller Access
Control System) protocol. TACACS+ provides services of authentication, authorization
and accounting independently.
Will set the server to use the RADIUS (Remote Authentication Dial-In Service)
Address
Enter the IP Address of the local server that will be used during the authentication process. If <None>
was selected in the <Type> field, this field will be disabled.
Password
Enter the password of the local server that will be used during the authentication process. You must
make sure that the password entered into the server is the same as the value entered here or the
authentication process will fail. If <None> was selected in the <Type> field, this field will be
disabled.
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SNMP
SNMP
By defining specific IP Addresses, devices may be specified to manage the Local Adit
via SNMP.
NOTE: The Router is compatible with the Standard MIB and MIB II.
Select SNMP < Configure -> and select [ENTER].
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SNMP
Use the SNMP setup window to setup SNMP configurations.
SNMP
Setup
Window
SNMP Setup Menu Fields
SYS Name
Set the value of sysName. Value has a maximum of 64 ASCII characters.
SYS Contact
Set the value of sysContact. Value has a maximum of 64 ASCII characters.
SYS Location
Set the value of sysLocation. Value has a maximum of 64 ASCII characters.
SNMP Community Name(s)
Use these fields to specify the community name, address and access privileges of devices
needing to communicate with the Local (LAN) Adit through SNMP. If no IP Addresses is
defined on this screen, any device may access the local unit using the IP Address assigned on
the Local (LAN) Profile Setup screen, regardless of the specified community name. The values
entered in these fields will be used by the SNMP program as verification of entry into the Adit.
Name
Enter the community name(s) of the device to access the Local (LAN) Adit unit through SNMP.
Community names entered into the SNMP program MUST match the values entered here or access
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SNMP
for remote management will not be allowed. The default community name is public, new community
names can have a maximum of 10 characters.
Address
Enter the corresponding IP Address of the device(s) that were entered in the Name field.
Access
<Read> device is allowed to view the settings, but cannot make any changes
<Write> device is allowed to make changes but not view settings
<Both> device is allowed to both read and write privileges
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SNMP
SNMP Trap Destinations
Select SNMP Trap Destination - > and select [ENTER].
SNMP
Setup
Window
This window defines the SNMP Trap Destinations to which the Adit unit will report alarm
information.
SNMP
Setup
Window
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SNMP
Name
Enter the community name(s) of the devices to which the Adit will report. The default community
name is public. To enter a new community name, highlight the field and type the desired value, with
a maximum of 10 characters.
Address
Enter the corresponding IP Address of the device that was entered in the Name field.
Location
<Local LAN>, <RemoteUnit>
Available options are the <Local LAN> and all defined Remote (WAN) Adits, defined in the Profile
Directory (there can be up to 24).
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DNS Proxy
DNS Proxy
The DNS (Domain Name Servers) Proxy specifies the IP address of DNS name servers
to be used by the DHCP (Dynamic Host Configuration Protocol) clients.
1. Select DNS Proxy < Configure -> and select [E
2. Type [C
TRL A] to Add a DNS Proxy.
NTER].
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DNS Proxy
3. Enter the appropriate data in the following fields.
DNS Proxy Setup Menu Fields
Domain Name
Define a name for the Domain with up to 41 characters.
DNS Server
Enter the IP Address for the DNS Server.
Site
This field lists the Local LAN and all the RemoteUnit that have a profile created for them. Use the
[SPACEBAR] to scroll through the list.
4. Select [ESC] and <YES> to exit the window and save changes.
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Spanning Tree Protocol
Spanning Tree Protocol
The Spanning Tree Protocol configures the global setup for using the Spanning Tree
Algorithm as specified in the IEEE 802.1D specification.
1. Select Spanning Tree Protocol < Configure -> and select [E
2. To enable Spanning Tree, scroll <Disabled> to <Enabled>, with the
[S
PACEBAR], select [ENTER].
NTER].
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Spanning Tree Protocol
3. Enter the appropriate data in the following fields.
SPANNING TREE GLOBAL SETUP MENU FIELDS
Bridge Hello Time
The Bridge Hello Time specifies the time interval between transmissions of Topology Change
Notification BPDUs towards the Root when the Bridge is attempting to notify the Designated Bridge
on the LAN to which its Root Port is attached of a topology change. The value can range from 1 to
10 seconds, with a default of 2 seconds.
Bridge Max Age
The Bridge Max Age value specifies the maximum age of received protocol information before it is
discarded. The value can range from 6 to 40 seconds, with a default of 20 seconds.
Bridge Forward Delay
The Bridge Forward Delay is the time spent by a Port in the Listening or Learning States before
transitioning to the Learning or Forwarding State, respectively. The value can range from 4 to 30
seconds, with a default of 15 seconds.
Bridge Priority
The Bridge Priority is the priority part of the bridge identifier. The value can range from 0 to 65535,
with a default of 32768.
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Network Time Protocol
Network Time Protocol
The Network Time Protocol is a protocol which sets the network to a common time
system for Internet hosts, based off of GMT (Greenwich Mean Time).
1. Select Network Time Protocol < Configure -> and select [E
NTER].
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Network Time Protocol
2. To enable Network Time Protocol, scroll <Disabled> to <Enabled>, with the
PACEBAR], select [ENTER].
[S
3. Enter the appropriate data in the following fields.
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Network Time Protocol
Network Time Protocol Setup Menu Fields
Network Time Protocol
<Disabled> to disable Network Processing.
<Enabled> to enable Network Processing. The following items appear once enabled.
NTP Server Address
Set the IP address or domain name of the NTP server.
<IP Address> IP address of the NTP server. Setting the NTP server value to 0.0.0.0 will cause the
router to listen to and process NTP broadcasts.
<Domain Name> Domain name of the NTP server. Maximum of 43 characters.
Poll Interval
The Poll Interval specifies the polling of the NTP server to a defined number of seconds. The range
(in seconds) is from 16 to1024 seconds, with a default of 16.
Time Zone Offset HOURS
The hours Time Zone Offset is used to calculate gateway time from GMT (Greenwich Mean Time).
Range is -12 to 12.
Time Zone Offset MINUTES
The minutes Time Zone Offset is used to calculate gateway time from GMT (Greenwich Mean Time).
Range is 0 to 60.
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SysLog
SysLog
The Syslog client capability enables or disables sending alarm and event messages to
an external Syslog server from the Router.
1. Select SysLog Configure -> and select [E
2. To enable SysLog (System Log Message Service), scroll <Disabled> to
<Enable>, with the [S
PACEBAR], select [ENTER].
NTER].
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SysLog
3. Enter the appropriate data in the following fields.
SysLog Setup Menu Fields
Sys Log
To enable the Sys Log, use the [SPACEBAR] to scroll <Disabled> to <Enabled> and select [TAB]
or [ENTER]. The window will now display the optional settings for SysLog.
Facility
The value can range from 0 to 23, with a default of 16.
Level
The value can range from 0 to 7, with a default of 3. Level 3 is Alarms and level 5 is Events.
Server IP Address
The server IP Address is a unique, dotted decimal notation entry that is used for data routing purposes.
This IP address of the SysLog Server or the Host that has the SysLog Server software running.
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DNS Resolver
DNS Resolver
The DNS Resolver enables the use of the Domain Name Service (DNS) resolver to
convert domain names to IP addresses.
1. Select DNS Resolver Configure -> and select [E
2. To enable DNS Resolver, scroll <Disabled> to <Enable>, with the
PACEBAR], select [ENTER].
[S
NTER].
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DNS Resolver
3. Enter the appropriate data in the following fields.
DNS RESOLVER SETUP MENU FIELDS
DNS Resolver
Disable/enable use of DNS resolver to convert domain names to IP addresses.
My Domain Name
<Enable> <Disable>
Set the default domain that the DNS resolver will add to any name queries that are not fully qualified.
Identifier of up to 43 characters.
My Node Name
Set the CMG card’s host name. Identifier of up to 15 characters.
DNS Primary Server IP Address
Configure IP address of DNS server #1.
DNS Secondary Server IP Address
Configure IP address of DNS server #2.
DNS Resolver Cache Contents
<Flush> - will clear the cache contents
<Display> - will display the cache contents
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DNS Resolver
Static Host List: View or Modify - >
Select this field and press [ENTER]. The system will confirm that you want to save this
configuration. Scroll the <No> to <Yes> to save.
After the configuration is saved the DNS Static Host window will appear, where you can add, view
or modify.
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Quality of Service
Quality of Service
The Quality of Service configures the parameters that will be used to recognize routed voice
packets which will be handled with higher priority over other routed data.
For each IP datagram to be routed, the TOS byte from the IP header will be logically AND’d
with the configured TOS mask and compared to the TOS match value. If they match, the
datagram will be handled with a greater priority than other routed data but with lower priority
than its own VoIP data
.
1. Select Quality of Service Configure -> and select [E
NTER].
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Quality of Service
2. To enable Quality of Service, scroll <Disabled> to <Enable>, with the
PACEBAR], select [ENTER].
[S
3. Enter the appropriate data in the following fields.
QUALITYOF SERVICE MENU FIELDS
Routed Voice Priority
<Disable> Disable is the default and will result in no priority handling of routed voice packets.
<Enable> Will all the priority handling of routed voice packets. The following two data fields will
appear for configuration.
TOS Mask - Mask to be applied to the TOS byte in the IP header. In the format of 0x (2 hex digits).
TOS Match - TOS byte match value. In the format of 0x (2 hex digits).
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Quality of Service
The following table contains the appropriate TOS mask and match for various IP
precedence and DiffServ code points:
IP PrecedenceMaskTOSDiffServ CodepointMaskTOS
IP Precedence = 00xE00x00EF = 1011100xFC0xB8
IP Precedence = 10xE00x20AF11 = 0010100xFC0x28
IP Precedence = 20xE00x40AF12 = 0011000xFC0x30
IP Precedence = 30xE00x60AF13 = 0011100xFC0x38
IP Precedence = 40xE00x80AF21 = 0100100xFC0x48
IP Precedence = 50xE00xA0AF22 = 0101000xFC0x50
IP Precedence = 60xE00xC0AF23 = 0101100xFC0x58
IP Precedence = 70xE00xE0AF31 = 0110100xFC0x68
AF32 = 0111000xFC0x70
AF33 = 0111100xFC0x78
AF41 = 1000100xFC0x88
AF42 = 1001000xFC0x90
AF43 = 1001100xFC0x98
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MGCP
MGCP
The following window will configure all parameters for MGCP.
1. Select MGCP Configure -> and select [E
NTER].
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MGCP
MGCP Setup Menu Fields
MGCP State <Enabled>, <Disabled>
Call Agent
Address: <IP Address> Default IP address for MGCP.
<Domain Name> Default domain name for MGCP. Maximum of 43 characters.
Port: The value can range from 0 to 65535. Default is 2727.
Address (Alt): <IP Address> Secondary IP address for MGCP.
<Domain Name> Secondary domain name for MGCP. Maximum of 43 characters.
Port (Alt): Secondary port, value can range from 0 to 65535. Default is 2727.
Filter from unknown Call Agents:
<Disabled> Disable this filter. Default.
<Enabled> Prevents the CMG from accepting MGCP messages from call agents except those that
have been explicitly configured via Primary or Secondary Call Agent.
Gateway
Address: <Default> DNS domain name/IP address configured for the WAN/LAN interface.
< IP Address> The IP address for the gateway ID in the MGCP header.
<Domain Name> The domain name for the gateway ID in the MGCP header. The
Domain Name form ca be used regardless of wether or not DNS is enabled.
Port: The value can range from 0 to 65535. Default is 2427.
Response Timeout (ms)
The value can range from 0 to 65535. Default is 3000 milliseconds (3 seconds).
Max Retries
The value can range from 1 to 10. Default is 3.
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MGCP
MGCP Interoperability Settings - >
Select this field and press [ENTER].
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MGCP
MGCP Interoperability Menu Fields
Version
<IETF 0.1> IETF MGCP version 0.1, as specified in an IETF MGCP Internet draft.
<IETF 1.0> IETF MGCP version 1.0, as specified in an IETF RFC 2795 (default).
<NCS> Packet Cable MGCP version NCS 1.0
Delay Alert
<Disabled> Allow ringing the terminating subscriber before remote SDP is received (default).
<Enabled> Delay ringing the terminating subscriber until remote SDP is received.
Hookswitch Reporting
<Always> Always report hookswitch events (default).
<On Request> Wait for a request from the call agent before reporting hookswitch events.
Default IETF Event Package
<DTMF> Will set the DTMF package the default.
<General> Will set the General package the default.
<Line> Will set the Line package the default.
PiggyBacking
<Disabled> Disallow sending of piggyback commands (default).
<Enabled> Allow sending of piggybacked commands.
Address Format
<Brackets> MGCP will place brackets around IP addresses (default).
<No Brackets> MGCP will not place brackets around IP addresses.
Dialstring Format
<Commas> Insert commas between digit events (default)
<No Commas> Do not insert commas between digit events.
SDP Mode
<Full> SDP section contain all mandatory lines (v, o, s, c, t, m)
<Minimal> SDP section contain only necessary lines (v, c, m) plus a. Which are the only lines really
used for setting VoIP media stream parameters.
Parse Mode
<Lenient> Do not return an error response in benign situations (default).
< Strict> Return an error response for all protocol errors or requests for unavailable functions.
<Verbose > Do not return an error response in benign situations, but log the event.
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MGCP
Quarantine Notification Handling
<Loop> Can generate multiple notifications to a request notify.
<Step> Generate at most one notification to a request notify (default).
Quarantine Event Handling
<Discard> Discard events that are in the quarantine buffer.
<Process> Process events that are in the quarantine buffer (default).
RSIP Wildcard
<Disabled> Allows interoperability with call agents that require RSIPs to be channel specific.
<Enabled> Enable interoperability with call agents that require the RSIP by issuing a single wildcard
RSIP at those times when all endpoints are transitioning.
Use this menu to configure a keep-alive timer that will cause the CMG to re-send RSIP restart
messages on expiration. When enabled, this countdown timer is reset every time an MGCP message
is received from the Call Agent. On expiration, the CMG will react by starting periodic transmission
of a wildcard RSIP restart MGCP message to each of the configured Call Agents until it is
acknowledged.
Enter 1-255 minutes, 0 to disable.
MGCP Type of Service
Range is 0 to FF hexadecimal.
LCO Codecs
<Disable> - The LCO CODEC list is ignored. The configured CODEC algorithm preference is used
to determine which CODECs are used for a call, and the initial priority ordering
<Enable> - The LCO CODEC list is used to determine which CODECs may be used for the call, and
determines the initial priority ordering of CODECs.
LCO Ptime
<Disable> - The LCO ptime is ignored. The configured CODEC ptime preference, as
defined in the set (router) voip ptime CLI command, is used instead to determine which
ptime is to be used for a call, for a particular CODEC.
<Enable> - The LCO ptime is used to determine which packetization times may be used for the call.
SDP Codec Ordering
<LCO Order> - The SDP CODEC priority order will follow the LCO settings.
<Rdesc Order> - The SDP CODEC priority order will follow the Remote Descriptor.
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MGCP
Voice Algorithm Names - >
Select this field and press [ENTER].
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MGCP
Voice Algorithm Name Fields
Algorithm ID
Standard voice coding algorithms.
AlgorithmDefinition
g711muG.711 coding for voice channels mu-law
g711aG.711 coding for voice channels A-law
g729AG.729A coding for voice channels compression At 8 Kbps
g726_16G.726 coding for voice channels at 16 Kbps
g726_24G.726 coding for voice channels at 24 Kbps
g726_32G.726 coding for voice channels at 32 Kbps
g726_40G.726 coding for voice channels at 40 Kbps
Algorithm Alias
An alias name for the corresponding algorithm. Maximum of 16 characters.
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VoIP
VoIP
The following window will configure all VoIP parameters.
1. Select VOIP Configure -> and select [E
NTER].
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VoIP
VoIP Setup Fields
RTP Baseport - Defines the base UDP port to be used when allocating ports for transmitting
or receiving RTP packet streams in VoIP calls. Range is from 1025 - 65535, default is 30000.
RTCP CNAME - Defines the name to be used for the CNAME file of Real-Time Control
Protocol (RTCP) packets.
<Gateway ID> - To use the Gateway ID in the CNAME.
<Custom> - Identifies the gateway, maximum of 63 characters.
SDP Address - Defines the Session Description Interval.
<IP> - Use the CMG IP address.
<Custom> - Use the following address.
<Gateway ID> - Use the MGCP gateway ID.
<Domain Name> - Use the DNS domain name id DNS is enabled or CMG IP address if DNS is
disabled.
RTCP Interval(s) - Defines the time interval between RTCP reports. Interval time is in seconds,
range is 0 to 255. If zero, RTCP reporting time is turned off. Default is 5 seconds.
Jitterbuffer Mode - Sets the dynamic delay adjustment to minimize delay through the jitter
buffer, or maintain a static average delay through the jitter buffer.
<Dynamic> - Perform dynamic delay adjustment to minimize delay.
<Static> - Maintain a static average delay, equal to two times the packet time (default).
Hookflash Timeout (ms) - Defines the flash maximum time in milliseconds. This is the time
beyond which a disconnect, rather than a hookflash event, is declared. The default hookflash time is
1500 milliseconds. Range is between 500 and 1500 milliseconds or 0. Flash event processing may be
turned off by setting this parameter to zero.
Compander - Defines the companding algorithm to use with the PCM (G.711) voice stream
to/from the TDM side of a connection. The default companding algorithm is mu-law. The
companding algorithm chosen for the CMG must match the companding used on the associated
TDM-side connected interface channel, i.e. FXS ports and/or T1/E1 channels.
<A-Law> - The companding algorithm used in Europe and elsewhere.
<Mu-Law> - The companding algorithm used in North America.
OSI Interval (ms) - Defines the OSI wink time. Range is 500 to 2500, with a default of 900 ms.
Payload Type Processing - Allows the unit to exchange RTP with non-specification compliant
gateways.
<Lenient> - Allows non-spec gateways.
<Strict> - Does not allow non-spec gateways (default).
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VoIP
G.729A Codec - Enables or disables the G.729 codec.
The CMG. G.729A is available only after the software key for this feature has been entered.
<Disabled> - Disables G.729A codec.
<Enabled> - Enables G.729A codec. This is the default, if the feature software key has been entered.
DTMF Notification Edge - Configures the CMG to notify DTMF digits on the leading or
trailing edge.
<Leading> - Setting this configuration item to leading edge shall cause the CMG to act on DTMF
digits, for collection or notification purposes, at the time the key is pressed.
<Trailing> - Setting this configuration item to trailing edge shall cause the CMG to act on DTMF
digits at the time the key is released.
Voice Algorithm Settings - See the following section.
Codec Packing - Defines bit order of RTP voice. Allowing interop with various VoIP equipment.
<Big Endian> - With big endian architecture, the leftmost bytes (lower address) are most significant
(default).
<Little Endian> - With little endian architecture, the rightmost bytes are most significant.
T38 Fax
Note: For the T.38 Fax to operate the following must be set:
CMG. G.729A feature must be enabled, with a software key
Specified voice channel has Fax configured as T38reserved or T38
G.729A codec is enabled
ECM - Enables/Disables the CMG’s fax T.38 Error Correction Mode capability during fax
negotiation for the entire card. Default is <enabled>.
LS Redundancy - Configures the number of duplicate packets to transmit for the Low Speed
V.21-based T.30 fax protocol portion of a T.38 fax call for the entire card. Options are <none>,
<1 packet>, through <8 packets>. Default is <none>.
HS Redundancy - Configures the number of duplicate packets to transmit for the High Speed T.38
fax image data of a fax call for the entire card. Options are <none>, <1 packet>, <2 packets>,
<3 packets>. Default is <none>.
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VoIP
Voice Algorithm Settings - >
Select the field and select [ENTER] to open the window.
VoIP Algorithm Fields
SDP Name - Defines the dynamic payload name to be used for the specified algorithm in the
Session Description Protocol (SDP) part of MGCP connection commands. The name has a maximum
of 16 characters.
RTP Payload Type - Defines the dynamic payload type to be used for the specified algorithm
in the Session Description Protocol (SDP) part of MGCP connection commands.
RTP Ptime (ms) - Defines the default packetization time for specified algorithm. The
packetization time determines the frequency at which RTP packets are transmitted.
For all algorithms other than G.729a, the setting options are <10>, <20> or <30> milliseconds.
For the G.729a the range is <10> through <80> in increments of 10.
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Voice Channels
Voice Channels
The following will configure all parameters for Voice Channels.
1. Select Voice Channels Configure -> and select [E
NTER].
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Voice Channels
VoIP Setup Fields
Start Channel - Set the starting channel of which to apply the following voice channel
configuration to. Range is 1 to 48, default is 1. Start channel must be less than or equal to the end
channel.
End Channel - Set the last channel of which to apply the following voice channel configuration
to. Range is 1 to 48. Note: End channel must be equal to or greater than the start channel.
Channel Status - Puts the channel In-Service or Out-of-Service.
<Enabled> - Brings the channel back into service. This will cause an RSIP message to be sent to the
call agent, with the "restart" value for the Restart Method parameter.
<Disabled> - Puts the channel Out-of-Service. Once channel is out-of-service, the call agent cannot
access the endpoint IP associated with the voice channel.
Event Log - Sets the parameters of the log.
<None> - Event log is set to not log errors.
<Errors> - Event log is set to record protocol and other errors only.
<MGCP> - Event log is set to record MGCP protocol events.
<Both> - Event log is set to record MGCP protocol events and errors.
Endpoint Prefix - Defines the common part of the MGCP endpoint name for a voice channel.
The default prefix is "aaln". The Endpoint Prefix is a text string with 1 to 16 characters.
Endpoint Suffix - Defines the variable part of the MGCP endpoint name for a voice channel. The
default suffix is the voice channel number. The Endpoint Suffix is a text string with 1 to 16
characters.
Receive Gain (dB) - Defines the gain on the receive side (packet-to-TDM) voice path for the
specified voice channel. The default gain is 0 dB.
Transmit Gain (dB) - Defines the gain on the transmit side (TDM-to-packet) voice path for the
specified voice channel. The default gain is 0 dB.
Silence Suppression - Enables or disables silence suppression as the default for voice calls for
one or more voice channels.
<Disabled> - Do not use silence suppression unless overridden by the call agent.
<Enabled> - Use silence suppression if possible, with no override by the call agent.
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Voice Channels
Type of Service - Defines the default value for the Type of Service (TOS) in the IP header of
outgoing VoIP packets for the specified channel. The initial default is zero. The definition of the TOS
byte is provided in IETF RFC 791 for the original method of packet classification, and in RFC 2474
for the differentiated service method of classification. In the original classification scheme, the first
(leftmost) 3 bits of the TOS byte represents the "precedence" or priority. Bit 4 (from the left) indicates
optimize for delay. Bit 5 indicates optimize for throughput. Bit 6 indicated optimize for reliability.
DTMF Relay - Enables or disables the relay of DTMF packets as per RFC 2833.
<Disabled> - Disables DTMF Relay as the default for voice calls.
<Enabled> - Enables DTMF Relay as the default for voice calls. Default.
Slash - Removes implied slash between endpoint and suffix and prefix.
<Disabled> - Suppress the use of a slash between the endpoint prefix and suffix.
<Enabled> - Insert a slash between the endpoint prefix and suffix.
Calling Party Disc - Requests that calling party disconnect be played automatically to an
endpoint after the last connection on that endpoint is deleted.
<Disabled> - Do not play CPD on the endpoint. Disabled is the default.
<Enabled> - Play CPD on the OSI signal or after the last connection is deleted on endpoint.
<Osi> - Play CPD on the OSI signal only
Fax - Sets the fax handling for this endpoint.
Note: For the Fax to operate the following must be set:
CMG G.729A feature must be enabled, with a software key
Specified voice channel has Fax configured as T38reserved or T38
G.729A codec is enabled
<none> - Fax calls to/from the voice channel are handled as normal voice calls. Note: G711mu is
the only codec that will result in good fax and modem calls. In this mode echo cancellation must
be OFF for modem calls, and ON for fax calls.
<bypass> - Fax calls to/from the voice channel are handled using the fax bypass procedure (Gateway-
controlled fax bypass using NSEs). After a call is connected to the channel in voice mode, if a fax
tone is detected on the channel, the CMG will transmit NSEs to the remote gateway to tell it to switch
to a G.711 codec and then it will switch to a G.711 codec itself for that channel and disable silence
suppression. For the switchover to be successful, the remote gateway must also switchover to G.711.
The form of G.711 (mu-law or A-law) to which the codec is switched will be the form which has the
highest priority in the negotiated codec list. Note: Either G711mu or G711a must be on the
algorithm preference list for Fax Bypass to work.
<T38> - Fax calls to/from the voice channel are handled using T.38 method (Gateway-controlled
T.38 fax relay using NSEs) if DSP resources are available. When no DSP resources are available
(6 active T.38 fax calls) the card will reject the T.38 connect request and revert the channel to fax
bypass mode using the G.711 codec.
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Profile Directory:Router Card Profile
Voice Channels
<T38reserved> - Fax calls to/from the voice channel are handled using T.38 method (Gatewaycontrolled T.38 fax relay using NSEs). Since this method pre-allocates DSP resources, the user can
only configure up to 6 T.38 connections per card.
Modem - Sets the modem handling for this endpoint.
<none> - Modem calls to/from the voice channel are handled as normal voice calls. Note: G711mu
is the only codec that will result in good fax and modem calls. In this mode echo cancellation
must be OFF for modem calls and ON for fax calls.
<bypass> - Modem calls to/from the voice channel are handled using the modem bypass procedure
(Gateway-controlled modem bypass using NSEs). After a call is connected to the channel in voice
mode, if a modem tone is detected on the channel, the CMG will transmit NSEs to the remote gateway
to tell it to switch to a G.711 codec and then it will switch to a G.711 codec itself for that channel and
disable silence suppression. For the switchover to be successful, the remote gateway must also
switchover to G.711. The form of G.711 (mu-law or A-law) to which the codec is switched will be
the form which has the highest priority in the negotiated codec list, or the one offered by the far end
gateway. Note: for modem calls (not fax calls), the gateway that initiated the bypass
(terminating gateway) then sends a "Disable echo cancellation" NSEs (193). After this both
gateways should turn off echo cancellation.
Short Inter Digit - Configures the short interdigit user dialing timeout on a voice channel. This
is the time allowed between dialed digits when the T or I address template specification is in effect.
For example, if the address specification is "xxxxT", and 4 digits have been dialed, this short timeout
is in effect. If the timer expires, the call will be routed to the destination. If another digit is dialed
before the timer expires, address processing will continue, using the long interdigit timeout. The
range is 1-10 seconds, with a default of 4.
Long Inter Digit - Configures the short interdigit user dialing timeout on a voice channel. This
is the total time allowed between dialed digits after the first, unless short timing is in effect. If the
originator does not dial the next digit in this time period, the call is torn down. The range is 1-60
seconds, with a default of 16.
Echo Cancellation - Enables/disables echo cancellation as the default for voice calls for a voice
channel.
<Disabled> - Disable echo cancellation as the default for voice calls.
<Enabled> - Enables echo cancellation as the default for voice calls. Default.
Echo Tail (ms) - Defines the maximum round-trip delay expected in the voice path between the
CMG and the phone, including acoustical delay at the phone. Options are: <8>, <16>, <24>, <32>
and <64>. Default is <16> milliseconds.
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Profile Directory:Router Card Profile
Voice Channels
VOIP Algorithm Preference Order - Defines the order preference of voice coding
algorithms for VoIP calls, on the specified voice channel(s). Up to 6 algorithms can be listed, in order
of preference. This list limits the acceptable codecs for a particular voice channel to those specified.
This can be used to limit voice channels that have a modem or fax machine attached to use only
G.711. Default settings list all algorithms, selections can be changed to none.
RFC2833 Options
Signals
<disable> - Disable signaling in RTP payloads. Default.<abcd> - Use abcd signaling in RTP payloads.
Payload Type
<default> - Will be the value of the DTMF relay telephone event payload type. Default.<number> - Range between 96-127.
Repeat Count
Set the number of initial RTP message repeats at the time of signal transition. Range is 0-10
repeats. Default is 2.
Note: a repeat of 2 times, in essence is a message, followed by 2 repeats.
Repeat Interval
Set the interval of RTP messages at the time of transition in milliseconds. Range is 1-50
milliseconds, with a default of 5.
Refresh Interval
Set the periodic refresh interval of RTP signaling states. Range is 500-4000 milliseconds, with
a default of 4000.
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Profile Directory:Router Card Profile
Dial Plan
Dial Plan
The following menu configures the dial plan on the CMG Router card. A CMG dial
plan is responsible for user dialing timeouts and digit maps.
1. Select Dial Plan < Configure -> and select [Enter].
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Dial Plan
Dial Plan Menu Fields
Short Inter Digit
Specify the time allowed between dialed digits when the T or I address template specification is in
effect. For example, if the address specification is "xxxxT", and 4 digits have been dialed, this short
timeout is in effect. If the timer expires, the call will be routed to the destination. If another digit is
dialed before the timer expires, address processing will continue, using the long interdigit timeout.
Enter the number of seconds (1-10). The default is 4.
Long Inter Digit
Specify the total time allowed between dialed digits after the first, unless short timing is in effect. If
the originator does not dial the next digit in this time period, the call is torn down. Enter the number
of seconds (1-60). The default is 16.
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CHAPTER
4
Profile Directory:Local Profile
In this Chapter
Overview
LAN (Local) Profile Setup
Static Networks
Static Addresses
Filters
Advertise Network/Server
DHCP Server/Client/Relay
LAN Collision Threshold
Spanning Tree
Secondary IP Address
Link Speed
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Profile Directory:Local Profile
Overview
Overview
The Local (LAN) Profile Setup is found in Configuration <Profile Directory>/
LocalUnit LAN <Setup ->.
Main Menu
Profile Directory window
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Profile Directory:Local Profile
Overview
Local Profile window
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Profile Directory:Local Profile
LAN (Local) Profile Setup
LAN (Local) Profile Setup
The LAN Profile is the largest, most detailed portion of the Router software. The fields
on this screen allow definition of how data transmission will occur on the unit’s LAN
port. This includes defining the protocol(s) that it will use to send and receive data,
defining security protocols, specifying which LAN servers and networks will be
advertised to WAN units, and establishing specific data filtering options.
The LAN profile is used in conjunction with the WAN profiles. The WAN profiles
identify which remote units the local unit can communicate with, as well as the data
transmission requirements of each remote.
In addition to the fields on this screen, there are several other areas that directly relate
to the communication abilities of the Adit unit. You may use the fields at the bottom of
this screen to access the following areas:
The Router can accommodate a maximum of 500 filters, such as those created when
establishing static routes or data filters. The following entries consume a filter:
Configured address, custom and protocol filters
Static IP networks and static IPX networks
Enabling any learned items listed on the Advertise Network/Server screen or
Filter Network/Server screen
Static IP and MAC Addresses
Firewall filters
In a large network, it is necessary to selectively use of each of these options so that the
number of configured filters is within the maximum allowed.
The Local Profile is used to define the Local (LAN) port parameters for the unit at the
present location.
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Profile Directory:Local Profile
LAN (Local) Profile Setup
To Setup a Local Profile:
1. Select Configuration: <Profile Directory> from the Main Menu, and select
NTER].
[E
Local
Profile
window
2. Select LAN < Setup -> and select [E
LAN
Profile
Window
CMG Router - Release 2.74-5
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Profile Directory:Local Profile
LAN (Local) Profile Setup
Local Profile Setup Menu Fields
Profile Setup for (LocalUnit)
The (LocalUnit) is the default name for this unit and will be used during the authentication
process to ensure this unit’s identity. This name can easily by changed by simply typing over
the "LocalUnit" and saving when closing this window. This name can be up to 11 characters.
Protocol
This column includes three protocol options, IP, IPX and Other. These protocols are used to
define Frame Types and LAN Network Updates to be used by this Adit unit.
Frame Types
Define the frame type of the packets that are sent and received by the Adit. If a packet is received
formatted in a frame type that has not been enabled, the Adit will not accept the data.
NOTE: Multiple frame types may be supported simultaneously for IPX and
Other protocols.
802.2
When selected (X) this Adit may send and receive packets that match the 802.2 format. The 802.2
format complies with IEEE specifications.
Eth II
When selected (X) this Adit may send and receive packets that match the Ethernet II format. Note
that the IP protocol commonly uses this format.
SNAP
When selected (X) this Adit may send and receive packets that match the SNAP (Subnet Network
Address Protocol) format.
802.3
When selected (X) this Adit may send and receive packets that match Novell’s X802.3 format.
LAN Network Updates
Use the LAN Network Updates field to determine whether the Local (LAN) unit will learn, via
RIP and SAP packets, which networks and services are attached to the local LAN, and whether
Remote (WAN) networks and services will be advertised to the LAN. If this information is
learned, it may be advertised to remote devices if advertising is established. Use the
[SPACEBAR] to select from the following options: <Both>, <Neither>, <Send> and
<Receive>.
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Profile Directory:Local Profile
LAN (Local) Profile Setup
When set to <Both>, the local Adit unit will accept the RIPs and SAPs from the LAN and the
networks and services learned from the WAN will be broadcast to the LAN.
LANWAN
<Both> send and receive network/service
Local
unit
information to/from LAN
Remot e
unit
The <Send> value will enable the local Adit unit to send to the LAN information regarding the
networks and services that it has learned from remote devices on the WAN. However, the unit
will not accept RIPs and SAPs from the LAN.
LANWAN
Local
unit
<Send> network/service
information from remote to LAN
Remot e
unit
When this field value is set to <Receive>, the local Adit unit will monitor the RIPs and SAPs
on the LAN, learn the available networks and services and then pass this information on to the
appropriate remote units on the WAN. Network information from the WAN, however, will not
be broadcast to the LAN.
LANWAN
<Receive> network/service information
Local
unit
from the LAN and send to the remotes
Remote
unit
The <Neither> value will not allow the local Adit unit to send or receive information regarding
networks and services on the LAN.
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Profile Directory:Local Profile
LAN (Local) Profile Setup
LAN IP:
IP Address
This is the IP Address of this Adit, used to uniquely identify the device on the internetwork. The
default for this IP Address is 10.0.0.1
Subnet Mask
A subnet mask determines which bits in the IP address are used to identify the network number.
The default for the Subnet Mask is 255.0.0.0.
Default Router
This is an optional entry depending on your network configuration. Use this field to identify a
router that is physically connected to your LAN. If the Adit receives a packet which contains a
network that is not known, the packet will be sent to the router identified in this field.
If there are other routers and networks behind the Default Router add Static Network IP
information with the Default Router as the Default Gateway.
If you are communicating with different network domains, you will need to enter the IP Address
of your Adit as the default router on each workstation or make sure that the local router will
redirect to the Adit when appropriate, so that they may use the Adit to reach the remote site.
LAN IPX:
These fields enable the Adit to route IPX to Remote (WAN) networks, even if an IPX server
does not exist on the local LAN. Typically, the Adit will learn its external network number.
However, if the local LAN does not have a server or if the LAN NETWORK UPDATES field
(see above) is set to <Neither>, and you wish to route IPX to Remote (WAN) networks, the
external network number must be defined using these fields.
If you are not using IPX on your LAN, these fields will not apply. Please note that these
are all hexadecimal entries. For the following see you network administrator for the
appropriate numbers. If the frame type is unsupported leave the field set to 0s.
802.2 Ext. Network
Enter the corresponding IPX external network number.
Ethernet II Ext. Network
Enter the corresponding IPX external network number.
SNAP
Enter the corresponding IPX external network number.
802.3 Ext. Network
Enter the corresponding IPX external network number.
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Profile Directory:Local Profile
LAN (Local) Profile Setup
Setup < >
Additional setup screens for the Local (LAN) profile. The screen that is accessed
depends on the chosen option. Listed below are the available field options:
<Static Networks >
Used to configure static network routes that can be reached locally. See Static Networks on page 410, for more information.
<Static Addresses >
Configure static addresses for the local devices. See Static Addresses on page 4-15, for more
information.
<Filters >
Define data filters for this Adit unit. Filtering provides additional security by restricting which
packets will be forwarded to/from the LAN. See Filters on page 4-18, for more information.
<Advertise Networks/Server >
Enables the unit to advertise all networks and services to all remote units, or to advertise to no
remotes. See Advertise Network/Server on page 4-25, for more information.
<DHCP Server/BOOTP Relay >
Establish the Adit as a DHCP Server or BOOTP Relay Agent. See DHCP Server/Client/Relay on
page 4-30, for more information.
<LAN Collision Threshold >
Adjust the threshold at which excessive LAN collisions trigger an alarm. See LAN Collision
Threshold on page 4-36, for more information.
<Secondary IP Address >
Add a secondary IP address and subnet to the specified LAN interface. The router will then be capable
of routing between subnets on the LAN interface or between the LAN subnets and any WAN subnet.
A maximum of 8 secondary IP addresses can be added to the LAN interface. See Secondary IP Address on page 4-42 for more information.
<Link Speed >
Sets the ethernet PHY mode and speed for the Router.
NOTE: It is highly recommended that this setting be left at auto-negotiation.
Connection of Ethernet devices with incompatible settings can lead to severe
performance degradation and errors on a network.
See Link Speed on page 4-44, for more information.
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Profile Directory:Local Profile
N
N
C
N
A
Static Networks
Static Networks
Static networks allow fixed, or pre-determined routes, which increases the control over
routing choices within your network. Although Adit units are able to dynamically learn
routing information through RIP packets, you may wish to disable this feature and
manually enter fixed routes. (Disable Learning by choosing the <Neither> option in
the LAN Network Updates field on the Local (LAN) Profile Setup screen.) Static
routing may be preferred if:
Routers within a network are not configured to advertise, thereby escaping the
automatic learning capabilities of the Adit unit
Advertising is disabled so that access to certain networks may be restricted for
security purposes or, to decrease traffic on the LAN and across the WAN
You wish to keep routing tables small in order to increase LAN/WAN
performance
Static routing may also be preferable when managing large networks. Often times it is
easier to disable the learning mode and manually enter routes, rather than review each
routing table entry and determine its advertising status.
As a static routing example, let’s assume that we have three networks, A, B and C.
Network B, is connected to Network C via a router, and to Network A via a remote
Adit. Network B may not learn of Network A’s existence if advertising was disabled
on Router 1. Therefore, if you wish to establish an entry in the routing table indicating
a route between Network B and Network C, you can define a static route on Network B.
etwork
Unit
A
Enter a st atic r oute which
indicates that Net work C
may be reached through
remot e Unit B.
etwork B
Unit
B
Enter a static route whi ch
indicates that Net work C
may be rea ched t hrough
Router 1.
Rou t er 1
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Profile Directory:Local Profile
Static Networks
To continue with this example, if Network B is not configured to advertise Network C
to Network A, then Network A will not dynamically learn of Network C’s existence. If
you wish to establish a route on Network A to Network C, you must define a static route
on Network A that indicates that Network C may be accessed through remote Adit B.
To set up a static route, you must define the following routing information:
The address of the network you wish to reach;
How far away from the local LAN the network is located (in terms of metric
measurement or hops, depending on the protocol)
Whether the network can be reached on the local LAN (via the LAN port) or
through a remote unit.
If you are using the local LAN, you will also need to define the address (either IP or
MAC, depending on the protocol) of the first gateway (i.e. Adit or router) you will use
to reach the network you are defining.
It is important to note that if the static network is reached via a remote unit, it must be
defined by choosing the SETUP <Static Networks> option on the corresponding
Remote (WAN) Profile Setup screen. Static networks that are reached via the local
LAN must be defined by choosing the SETUP <Static Networks> option on the Local
(LAN) Profile Setup screen.
NOTE: All static routes are considered filters and will be applied toward the
maximum allowable number of 500 filters.
IP Networks - An Internet Protocol Network.
IPX Networks - Internet Packet Exchange Network. A Novell NetWare’s native LAN
communications protocol.
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Profile Directory:Local Profile
Static Networks
To Setup Static Networks
1. Select Configuration <Profile Directory> from the Main menu, and
NTER].
[E
2. Select LAN <Setup -> and [E
Profile
Directory
Window
3. Select Setup: <Static Networks > if <Static Networks> is not displayed,
scroll to selection with the [S
NTER].
PACEBAR], select [ENTER].
Local
Profile
Window
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Profile Directory:Local Profile
Static Networks
4. Select <IP Networks> or <Static IPX Networks>. Select [CTRL A] to add a
Static Network.
Static
Networks
Setup (IP)
Static
Networks
Setup (IPX)
Static Networks Fields
Network
Enter the address of the destination network for the route that you are adding. Static networks
reached via a remote Adit must be configured through the corresponding Remote (WAN)
Profile Setup screen. Those configured through the Local (LAN) Profile Setup screen can be
reached via the local LAN. If this is an IP network, enter the value in dotted decimal notation.
If this is an IPX network, enter the appropriate value in hexadecimal notation.
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Profile Directory:Local Profile
Static Networks
Subnet Mask
A subnet mask determines which bits in the IP address are used to identify the network number.
It is also a method of extending the IP Network Address so that a site may use one network
address for several different networks.
Metric
A numeric value indicating the distance from a local network to the destination network.
Originally this measured by the number of gateways between the two networks, the number may
be modified, either higher or lower, to indicate a desired priority. To ensure a route is considered
primary, the value must be less than that of a secondary route. This field is only used on IP
networks. Range 1 to 15. (Please note that a value of 1 usually indicates a direct network.)
Hops
See Metric, above. When defining the number of hops in a given route, remember to increment
the actual number by 1, since your locally attached unit is counted as “1”. This field is only used
on IPX networks. Range 1 to 15.
Ticks
Indicates the distance between two networks as measured in time increments
(1/18th of a second). Only IPX Networks use this information. Like hops, ticks may be used to
designate primary and secondary routes to the same network. Although both the hops and ticks
values are considered when determining routing priority, for Novell networks, the tick value is
considered first. To designate routing priority between two routes, the preferred tick value will
be lower. Range 1 to 15.
Next Gateway
Enter the IP Address of the first gateway (Adit or router) that the data will use to reach the
destination network. Referring back to Example 1, Network B would enter the IP Address of
Router 1, since that is the first gateway on the route to Network C. This field is only used on IP
Networks.
Next IPX Router
Enter the MAC Address of the next gateway (Adit or router) on the route that the data will use
to reach the destination network. Referring back to Example 1, Network B would enter the
MAC Address of Router 1, since that is the next gateway on the route to Network C. This field
is only used on IPX networks.
4-14CMG Router - Release 2.7
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