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Site Manager Software 1
- Thread starter roberto71
- Start date
Hai,
What is the current Image that your ASN router have?.
The new Image for Bay are 15.20, be advice that this Image may not be compt with older Image such as 10 and 11. I don't think there is a free SM any more. Check out your ASN SDRAM and Flash Card MEM?, it must be arround 16/16 to accept the new Image 15.2. email me if you still want one.
Thanks
What is the current Image that your ASN router have?.
The new Image for Bay are 15.20, be advice that this Image may not be compt with older Image such as 10 and 11. I don't think there is a free SM any more. Check out your ASN SDRAM and Flash Card MEM?, it must be arround 16/16 to accept the new Image 15.2. email me if you still want one.
Thanks
Guest_imported
New member
- Jan 1, 1970
- 0
i have to configure OSPF on nortel ASN and Cisco 3640,
where could i get the nortel BCC commands as i am not having Site manager ??
where could i get the nortel BCC commands as i am not having Site manager ??
Hi,
We have configured OSPF on Nortel ARN and Cisco 3640, but somehow it is not working i.e. we are unable to see anything in OSPF neighbor.Does somebody have a sample configuration of interoparating Cisco and Nortel ARN routers? or a link that will be helpful?.
we want to know the issues involved in interoparating routers between these two Vendors, We have already tried the commands from a Nortel Networks Document "Configuring IP, ARP, RIP, OSPF services"
We have configured OSPF on Nortel ARN and Cisco 3640, but somehow it is not working i.e. we are unable to see anything in OSPF neighbor.Does somebody have a sample configuration of interoparating Cisco and Nortel ARN routers? or a link that will be helpful?.
we want to know the issues involved in interoparating routers between these two Vendors, We have already tried the commands from a Nortel Networks Document "Configuring IP, ARP, RIP, OSPF services"
-
1
- #10
TechStudent
Technical User
Hi Roberto,
I have the following URL's, i tryed right now and could not connect but it usually works, here you can find all the files i think you'll need for your AN. ANH, ARN routers as well as Site Manager for them. Hope it help!
Site Manager:
ftp://ftp-support.baynetworks.com/pub/apps/sm/windows/
AN Images:
ftp://ftp-support.baynetworks.com/pub/swcode/router/an/
ARN Images:
ftp://ftp-support.baynetworks.com/pub/swcode/router/arn/
ARN Proms:
ftp://ftp-support.baynetworks.com/pub/swcode/router/arn_proms/
AN Proms:
ftp://ftp-support.baynetworks.com/pub/swcode/router/an_proms/
If for some reason the site is no longer available don't hesitate to contact me, we'll see how i could tranfer it to you.
Bye
Jose Paez
I have the following URL's, i tryed right now and could not connect but it usually works, here you can find all the files i think you'll need for your AN. ANH, ARN routers as well as Site Manager for them. Hope it help!
Site Manager:
ftp://ftp-support.baynetworks.com/pub/apps/sm/windows/
AN Images:
ftp://ftp-support.baynetworks.com/pub/swcode/router/an/
ARN Images:
ftp://ftp-support.baynetworks.com/pub/swcode/router/arn/
ARN Proms:
ftp://ftp-support.baynetworks.com/pub/swcode/router/arn_proms/
AN Proms:
ftp://ftp-support.baynetworks.com/pub/swcode/router/an_proms/
If for some reason the site is no longer available don't hesitate to contact me, we'll see how i could tranfer it to you.
Bye
Jose Paez
SM is no longer free, I think you have to buy it arround USD 100 from nortel. I have 80 Nortel routers running on various Image starting from 11 up to 15.3. If you have an older ASN the image 12 to 14 should be sufficents, the Image 15.2 is not suitable for a mix enz ( trust me, some thing funny will come out).
You can also used ti_install.cfg and Install.bat:
[1:1]$ dir
Volume in drive 1: is
Directory of 1:
File Name Size Date Day Time
--------------------------------------------------------
asn.exe 7362718 05/06/2002 Mon. 12:35:48
ti_asn.cfg 504 05/06/2002 Mon. 12:35:48
install.bat 238250 05/06/2002 Mon. 12:35:48
debug.al 12319 05/06/2002 Mon. 12:35:48
asnboot.exe 246392 05/06/2002 Mon. 12:35:48
asndiag.exe 225884 05/06/2002 Mon. 12:35:48
bcc_asn.hlp 583688 05/06/2002 Mon. 12:35:48
startup.cfg 3120 09/09/2002 Mon. 04:57:12
test.cfg 504 05/06/2002 Mon. 12:35:48
basar 3120 09/09/2002 Mon. 04:57:40
config 504 05/06/2002 Mon. 12:35:48
16777216 bytes - Total size
8099805 bytes - Available free space
8090289 bytes - Contiguous free space
[1:1]$ install.bat More Mode: OFF Lines per screen: 24 -------------------------------------------------------------------------------
# # ## ### ##### #### #
## # # # # # # # #
# # # # # ### # ### #
# ## # # # # # # #
# # ## # # # #### ####
# # #### ##### # # ## ### # # ###
## # # # # # # # # # # # #
# # # ### # # # # # # ### ## ###
# ## # # # # # # # # # # # # #
# # #### # # # ## # # # # ###
### # # ### ## # # ### ##### # ### #####
# # # # # # # # # # # # # # #
# # # # # # ## ### ### # # # ### #
# # # # # # # # # # # ##### # # #
### #### ### ## # # ### # # # # # #
#
Release: 15.3.0.0 Date/Time: Mon Apr 29 22:26:05 GMT 2002 File/Ver: install.bat(/main/61)
Copyright 1993-2002
-------------------------------------------------------------------------------
Introduction
------------
This part of the Quick-Start procedure configures the initial IP
network interface on the router. You perform this procedure so that
the router can communicate with the network management station
Each step of this procedure is further described in the Quick-Start Guide.
As you perform the procedure, refer to the Quick-Start Guide for
additional helpful information and examples.
When you are finished with this procedure, the router will be able to
communicate with the network management station over the IP network. You
are then ready to install the network management software, as described
in the Quick-Start Guide.
Each procedure step requires you to do one of the following things:
1. Enter a number that corresponds to a selection.
2. Enter 'y' for Yes; 'n' for No; 'q' for Quit.
3. Enter a word or phrase referred to as a "text string"
4. Enter <Return> to accept default displayed in [].
You must press the <Return> key after entering one of the above responses.
Press <Return> to Continue, q<Return> to Quit: -------------------------------------------------------------------------------
Preliminary Information You Need to Know
----------------------------------------
Before you begin this procedure, you should gather the network
information listed below:
You Need to Know This Information: For Example:
---------------------------------- ------------
Type of Net Module connecting the router's DENM
IP network interface to the Site Manager.
Slot number where the Net Module resides. 2
Module number where the Net Module resides. 1
Communication type and connector number Ethernet 10bT1
IP address of initial IP network interface 192.32.10.189
Subnet mask of initial IP network interface 255.255.255.0
IP address of Site Manager workstation 192.32.10.200
Do you wish to continue? (y/n)[y]: -------------------------------------------------------------------------------
Step 1. Specify the slot number where the Net Module resides.
Slot Menu for Net Module
-------------------------
Slot Module Net Module Processor Module
---- ------ ---------- ----------------
1 1 Empty ASN2
1 2 DENM ASN2
1 3 Empty ASN2
1 4 DSNM ASN2
Slot 1 selected.
Enter the module number [2]: 4
-------------------------------------------------------------------------------
Step 2. Specify the Net Module and network interface information for
the initial IP connection to the Site Manager.
Net Module: DSNM
Driver Type: Synchronous
Connector Menu
--------------
1. COM1
2. COM2
Enter connector number [1]: 1
Clock Source
------------
1. Internal
2. External
Enter clock source number [2]:
Recommended Circuit Name: S141
Enter circuit name [S141]: -------------------------------------------------------------------------------
Step 3. Specify the IP configuration information for the network
interface.
IP Configuration Menu
---------------------
IP address format: ###.###.###.###
IP subnetwork mask format: ###.###.###.###
Example: 255.255.255.0
Enter IP address in dotted decimal notation: 202.178.78.15 42
Enter IP subnetwork mask in dotted decimal notation: 255.255.255.252
Is the router connected to the same local area network as
the Site Manager workstation? (y/n)[n]:
Since the router is not on the same network as the Site
Manager workstation an IP Routing Protocol must be
configured in order to manage the box remotely
IP Routing Protocol Configuration Menu
--------------------------------------
1. RIP
2. OSPF
3. Static Route to Site Manager.
Enter Routing Protocol Number [1]: 2
-------------------------------------------------------------------------------
OSPF Configuration Menu
------------------------
OSPF Router ID
--------------
The Router ID uniquely identifies this router in the OSPF
domain. By convention, and to ensure uniqueness, one of the
router's IP interface addresses should be used as the Router
ID.
The Router ID will determine the Designated Router on a
broadcast link if the priority values of the routers being
considered are equal. The higher the Router ID, the greater
priority.
Enter OSPF router ID in dotted decimal notation [202.178.78.142]:
OSPF Area ID
------------
Next configure the OSPF Area ID. Remember that it must match the
Area ID of this router's neighbor.
Note: The backbone area ID is always 0.0.0.0.
Enter the OSPF area ID in dotted decimal notation [0.0.0.0]:
OSPF Authentication Type
------------------------
Enable or disable password authentication for the area. If
you select Simple Password (enabling password authentication),
only those routers sharing the correct password will be able to
communicate with each other. If you accept the default None,
password authentication is disabled for this area.
Enable Simple Password authentication? (y/n)[n]:
Default Route For Unknown Subnets
---------------------------------
The default route will not apply for subnets unless
default route for unknown subnets is enabled.
Follow default paths for unknown subnets? (y/n)[n]: y
OSPF MTU Configuration
----------------------
Select the MTU size for OSPF packets sent out this interface
1. Default
2. Ethernet-size (Nortel Networks 5-series compatible)
3. User Defined MTU
Enter the OSPF MTU size selection [1]:
OSPF Interface Type Menu
------------------------
Select the interface's type (the type of network to
which it is attached). Set this parameter to Broadcast if
this network is a broadcast LAN, such as Ethernet. Set it
to NBMA for an X.25 or similar type of interface. Set it
to point-to-point for a synchronous, point-to-point
interface. OR, set it to point-to-multipoint for a star
Frame Relay topology
1. Broadcast
2. NBMA
3. Point to Point
4. Point to MultiPoint (Proprietary)
5. Point to MultiPoint (Per OSPF Standard)
Enter OSPF interface type selection [1]: 3
OSPF Hello Interval
-------------------
The Hello Interval Indicates the number of seconds between the
Hello Packets that the router sends on the interface. Set this
to the value that the other router(s) on the network are using.
Enter decimal value in seconds for Hello Interval [10]:
OSPF Router Dead Interval
-------------------------
The Dead Interval Indicates the number of seconds that a
router's Hello packets have not been seen before it's neighbors
declare the router down. Set this to the value that the other
router(s) on the network are using.
Enter decimal value in seconds for Router Dead Interval [40]:
OSPF Router Priority
--------------------
Select the priority of this interface. The Router Priority value is
used in multi-access networks (Broadcast, NBMA, or Point-to-multipoint),
for the election of the designated router. If this parameter is set
to 0, this router is not eligible to become the designated router on
this particular network.
In the case of equal Router Priority values, the router ID will
determine which router will become designated router. However, if
there already is a designated router on the network when you boot
up, it will remain the designated router no matter what your
priority or router ID.
Enter decimal value for Router Priority [1]:
-------------------------------------------------------------------------------
OSPF Configuration Summary
---------------------------
1. Router ID 202.178.78.142
2. Area ID 0.0.0.0
3. Stub Area No
4. Authentication No
5. Configured Password ""
6. OSPF MTU Size Default
7. Interface Type Point-to-Point
8. Hello Interval 10
9. Router Dead Interval 40
10. Router Priority 1
11. Poll Interval ------
12. Configured Neighbors ------
Are the values specified correct? (y/n)[y]: OSPF Configuration Complete
-------------------------------------------------------------------------------
Wide Area Protocol Menu
-----------------------
1. Nortel Networks Point-to-Point Protocol (Proprietary).
2. Frame Relay
3. Point-to-Point Protocol Standard (PPP)
4. Switched Multimegabit Data Service (SMDS)
Enter wide area protocol number [1]: 2
-------------------------------------------------------------------------------
Management Protocols
--------------------
Select the management protocol that communicates between the router and
the Frame Relay network.
1. DLCMI None.
2. Rev 1 LMI
3. ANSI T1 617D
4. CCITT Annex A
5. LMI Switch
6. Annex D Switch
7. Annex A Switch
Enter Management type [3]: 6 3 -------------------------------------------------------------------------------
DLCI Addressing Types
---------------------
ADDR Q.922 selects addressing as specified in the final version of the
Q.922 standard. Q.922 provides for forward explicit congestion
notification (FECN), backward explicit congestion notification (BECN),
discard eligibility (DE), and address field extension (EA). While most
Q.922 addresses are included within a 2-octet field, the standard allows
for 3-octet and 4-octet address fields.
ADDR Q.922 November differs from Addr Q.922 in dropping the D/C bit from the
extended (three and four byte) forms. ADDR Q.922 MARCH differs from Addr
Q.922 in defining an 11-bit DLCI and dropping the DE bit from the second
octet of the address field. ADDR Q.921 differs from ADDR Q.922 MARCH in that
it does not use FECNs or BECNs.
1. ADDR Q.921
2. ADDR Q.922 (MARCH '90)
3. ADDR Q.922 (NOVEMBER '90)
4. ADDR Q.922
Enter addressing type [4]: -------------------------------------------------------------------------------
Frame Relay Address Field Length.
---------------------------------
2. Two Bytes
3. Three Bytes
4. Four Bytes
Enter address field length [2]:
-------------------------------------------------------------------------------
Frame Relay Configuration Summary
---------------------------------
1. Management protocol: ANSI T1 617D
2. Addressing mode: Q.922
3. Address length: Two Byte
Are the values specified correct? (y/n)[y]: Frame Relay Configuration Complete
-------------------------------------------------------------------------------
SNMP Community Management Menu
------------------------------
Setting up SNMP community management is optional.
It allows you to limit control of this router to a single
Site Manager workstation at a given IP address. The default
is to allow any Site Manager from any workstation to manage
and to configure the router.
Note: You can later configure this using Site Manager.
Do you wish to set SNMP community management? (y/n)[n]: -------------------------------------------------------------------------------
Step 4. Select TFTP default volume.
TFTP Default Volume Menu
------------------------
Do you want to enable TFTP? (y/n)[y]:
NVFS File System:
VOL STATE TOTAL SIZE FREE SPACE CONTIG FREE SPACE
---------------------------------------------------------------
1: FORMATTED 16777216 8099805 8090289
Enter volume number [1]:
TFTP default volume is 1:
-------------------------------------------------------------------------------
Step 5. Select FTP default volume.
FTP Menu
--------
Do you want to enable FTP? (y/n)[n]: y
NVFS File System:
VOL STATE TOTAL SIZE FREE SPACE CONTIG FREE SPACE
---------------------------------------------------------------
1: FORMATTED 16777216 8099805 8090289
Enter volume number [1]:
FTP default volume is 1:
-------------------------------------------------------------------------------
Step 6. Enable TELNET
Enable the Technician Interface via TELNET
------------------------------------------
Do you want to enable TI TELNET? (y/n)[n]: y
TI TELNET enabled.
-------------------------------------------------------------------------------
Step 7. Enable HTTP
Enable the HTTP (Web) Server
----------------------------
Do you want to enable the HTTP (Web) server? (y/n)[n]: n
-------------------------------------------------------------------------------
Configuration Summary
---------------------
Net Module: DSNM
Module Number: 4
Connector: 1
Slot: 1
Circuit Name: S141
Encapsulation: Frame Relay
IP address: 202.178.78.142
IP subnetwork mask: 255.255.255.252
Routing Protocol: OSPF
TFTP Default Volume: 1:
FTP Default Volume: 1:
TI TELNET: Yes
HTTP Server: No
NOTE: The Connector value in the above Configuration Summary
is the Connector number as seen on the ASN Net Module Bracket.
Note, however, that within the event log and the MIB browsing
utilities such as Site Manager's Quick Get and the Technician
Interface's debug scripts, connectors are numbered by a
combination of their Connector number and Module number. The
interface you have selected will henceforth be referred to
as Connector 41
-------------------------------------------------------------------------------
Press [RETURN] to continue:
-------------------------------------------------------------------------------
Step 8. Specify a name for the configuration file.
Save configuration to a file.
-----------------------------
The Quick-Start configuration of the router is now complete and active.
Do you wish to save this configuration to a file? (y/n)[y]: y
Default file name is startup.cfg on the current volume.
NOTE: Do *NOT* name this file 'config'. Later, you may wish to rename
this file 'config' after you perform a named boot and verify its
operation.
Enter file name [startup.cfg]: -------------------------------------------------------------------------------
Step 9. Test this initial IP interface configuration.
TEST IP Interface
-----------------
IP Interface 202.178.78.142 is up.
Testing local IP interface.
ping -IP 202.178.78.142 -r5
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
This test attempts to ping the Site Manager workstation.
NOTE: If routing has not yet converged, an attempt
to ping the Site Manager workstation may fail. If
this happens, you may either enter a new IP address or
quit and wait a short period of time and try again from
the TI command line.
Type q<return> to cancel this test.
Enter IP address of Site Manager workstation: Invalid IP Address
Enter IP address of Site Manager workstation: q
Exiting...
More Mode: ON Lines per screen: 24
[1:1]$ show ip cir Circuit Circuit # State IP Address Mask
-------- ----------- -------- ---------------- ----------------
S141 1 Up 202.178.78.142 255.255.255.252
1 circuit(s) found
[1:1]$ show fr pvc Line.LLIndex.DLCI State Type Mode Congestion Serv Circuit
------------------- -------- -------- -------- ---------- ---- ---------------
201401.0.0 Control Dynamic Group Inherit - S141
201401.0.60 Active Dynamic Group Inherit 1 S141
2 entries found
[1:1]$ install.bat More Mode: OFF Lines per screen: 24 -------------------------------------------------------------------------------
# # ## ### ##### #### #
## # # # # # # # #
# # # # # ### # ### #
# ## # # # # # # #
# # ## # # # #### ####
# # #### ##### # # ## ### # # ###
## # # # # # # # # # # # #
# # # ### # # # # # # ### ## ###
# ## # # # # # # # # # # # # #
# # #### # # # ## # # # # ###
### # # ### ## # # ### ##### # ### #####
# # # # # # # # # # # # # # #
# # # # # # ## ### ### # # # ### #
# # # # # # # # # # # ##### # # #
### #### ### ## # # ### # # # # # #
#
Release: 15.3.0.0 Date/Time: Mon Apr 29 22:26:05 GMT 2002 File/Ver: install.bat(/main/61)
Copyright 1993-2002
-------------------------------------------------------------------------------
Introduction
------------
This part of the Quick-Start procedure configures the initial IP
network interface on the router. You perform this procedure so that
the router can communicate with the network management station
Each step of this procedure is further described in the Quick-Start Guide.
As you perform the procedure, refer to the Quick-Start Guide for
additional helpful information and examples.
When you are finished with this procedure, the router will be able to
communicate with the network management station over the IP network. You
are then ready to install the network management software, as described
in the Quick-Start Guide.
Each procedure step requires you to do one of the following things:
1. Enter a number that corresponds to a selection.
2. Enter 'y' for Yes; 'n' for No; 'q' for Quit.
3. Enter a word or phrase referred to as a "text string"
4. Enter <Return> to accept default displayed in [].
You must press the <Return> key after entering one of the above responses.
Press <Return> to Continue, q<Return> to Quit: -------------------------------------------------------------------------------
Preliminary Information You Need to Know
----------------------------------------
Before you begin this procedure, you should gather the network
information listed below:
You Need to Know This Information: For Example:
---------------------------------- ------------
Type of Net Module connecting the router's DENM
IP network interface to the Site Manager.
Slot number where the Net Module resides. 2
Module number where the Net Module resides. 1
Communication type and connector number Ethernet 10bT1
IP address of initial IP network interface 192.32.10.189
Subnet mask of initial IP network interface 255.255.255.0
IP address of Site Manager workstation 192.32.10.200
Do you wish to continue? (y/n)[y]: -------------------------------------------------------------------------------
Step 1. Specify the slot number where the Net Module resides.
Slot Menu for Net Module
-------------------------
Slot Module Net Module Processor Module
---- ------ ---------- ----------------
1 1 Empty ASN2
1 2 DENM ASN2
1 3 Empty ASN2
1 4 DSNM ASN2
Slot 1 selected.
Enter the module number [2]: 2
-------------------------------------------------------------------------------
Step 2. Specify the Net Module and network interface information for
the initial IP connection to the Site Manager.
Net Module: DENM
Driver Type: Ethernet
Connector Menu
--------------
1. 10bT1 or AUI1
2. 10bT2 or AUI2
Enter connector number [1]: 1
Recommended Circuit Name: E121
Enter circuit name [E121]: -------------------------------------------------------------------------------
Step 3. Specify the IP configuration information for the network
interface.
IP Configuration Menu
---------------------
IP address format: ###.###.###.###
IP subnetwork mask format: ###.###.###.###
Example: 255.255.255.0
Enter IP address in dotted decimal notation: 10.128.0.254
Enter IP subnetwork mask in dotted decimal notation: 255.255.255.0
Is the router connected to the same local area network as
the Site Manager workstation? (y/n)[n]:
Since the router is not on the same network as the Site
Manager workstation an IP Routing Protocol must be
configured in order to manage the box remotely
IP Routing Protocol Configuration Menu
--------------------------------------
1. RIP
2. OSPF
3. Static Route to Site Manager.
Enter Routing Protocol Number [1]: 1
-------------------------------------------------------------------------------
RIP Configuration
Default Route
-----------------
RIP will listen to a specific route to the network or subnet where
Site Manager is located. If you also would like RIP to listen
to the default route (0.0.0.0) then answer 'y' below. The default
route is useful when no specific route is available in the RIP
updates received by this router.
Should RIP listen to the default route? (y/n)[n]: y Default Route For Unknown Subnets
---------------------------------
The default route will not apply for subnets unless
default route for unknown subnets is enabled.
Follow the default route for unknown subnets? (y/n)[n]: y
-------------------------------------------------------------------------------
RIP Configuration
RIP Version
-----------------
Specify the version of RIP. The default is to run RIP1.
RIP2 runs RIP2 without the automatic aggregation of subnets that RIP1 provides.
RIP2_AGGR provides the automatic aggregation of subnets for RIP2.
1. RIP1
2. RIP2
3. RIP2_AGGR
Enter Routing Protocol Number [1]: 2
RIP Configuration Complete
-------------------------------------------------------------------------------
SNMP Community Management Menu
------------------------------
Setting up SNMP community management is optional.
It allows you to limit control of this router to a single
Site Manager workstation at a given IP address. The default
is to allow any Site Manager from any workstation to manage
and to configure the router.
Note: You can later configure this using Site Manager.
Do you wish to set SNMP community management? (y/n)[n]: -------------------------------------------------------------------------------
Step 4. Select TFTP default volume.
TFTP Default Volume Menu
------------------------
Do you want to enable TFTP? (y/n)[y]:
NVFS File System:
VOL STATE TOTAL SIZE FREE SPACE CONTIG FREE SPACE
---------------------------------------------------------------
1: FORMATTED 16777216 8100309 8087639
Enter volume number [1]:
TFTP default volume is 1:
-------------------------------------------------------------------------------
Step 5. Select FTP default volume.
FTP Menu
--------
Do you want to enable FTP? (y/n)[n]:
-------------------------------------------------------------------------------
Step 6. Enable TELNET
Enable the Technician Interface via TELNET
------------------------------------------
Do you want to enable TI TELNET? (y/n)[n]: y
TI TELNET enabled.
-------------------------------------------------------------------------------
Step 7. Enable HTTP
Enable the HTTP (Web) Server
----------------------------
Do you want to enable the HTTP (Web) server? (y/n)[n]:
-------------------------------------------------------------------------------
Configuration Summary
---------------------
Net Module: DENM
Module Number: 2
Connector: 1
Slot: 1
Circuit Name: E121
IP address: 10.128.0.254
IP subnetwork mask: 255.255.255.0
Routing Protocol: RIP2
Default Rt. Listen: Yes
TFTP Default Volume: 1:
TI TELNET: Yes
HTTP Server: No
NOTE: The Connector value in the above Configuration Summary
is the Connector number as seen on the ASN Net Module Bracket.
Note, however, that within the event log and the MIB browsing
utilities such as Site Manager's Quick Get and the Technician
Interface's debug scripts, connectors are numbered by a
combination of their Connector number and Module number. The
interface you have selected will henceforth be referred to
as Connector 21
-------------------------------------------------------------------------------
Press [RETURN] to continue:
-------------------------------------------------------------------------------
Step 8. Specify a name for the configuration file.
Save configuration to a file.
-----------------------------
The Quick-Start configuration of the router is now complete and active.
Do you wish to save this configuration to a file? (y/n)[y]:
Default file name is startup.cfg on the current volume.
NOTE: Do *NOT* name this file 'config'. Later, you may wish to rename
this file 'config' after you perform a named boot and verify its
operation.
Enter file name [startup.cfg]: -------------------------------------------------------------------------------
Step 9. Test this initial IP interface configuration.
TEST IP Interface
-----------------
IP Interface 10.128.0.254 is up.
Testing local IP interface.
ping -IP 10.128.0.254 -r5
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
this will also make you ASN router works fine.
As for connecting a Cisco to Nortel using OSPF, well the first thing to be notice if you used debug on the cisco router, is a mistmach that will not allow the OSPF to sync.
Thanks
You can also used ti_install.cfg and Install.bat:
[1:1]$ dir
Volume in drive 1: is
Directory of 1:
File Name Size Date Day Time
--------------------------------------------------------
asn.exe 7362718 05/06/2002 Mon. 12:35:48
ti_asn.cfg 504 05/06/2002 Mon. 12:35:48
install.bat 238250 05/06/2002 Mon. 12:35:48
debug.al 12319 05/06/2002 Mon. 12:35:48
asnboot.exe 246392 05/06/2002 Mon. 12:35:48
asndiag.exe 225884 05/06/2002 Mon. 12:35:48
bcc_asn.hlp 583688 05/06/2002 Mon. 12:35:48
startup.cfg 3120 09/09/2002 Mon. 04:57:12
test.cfg 504 05/06/2002 Mon. 12:35:48
basar 3120 09/09/2002 Mon. 04:57:40
config 504 05/06/2002 Mon. 12:35:48
16777216 bytes - Total size
8099805 bytes - Available free space
8090289 bytes - Contiguous free space
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Release: 15.3.0.0 Date/Time: Mon Apr 29 22:26:05 GMT 2002 File/Ver: install.bat(/main/61)
Copyright 1993-2002
-------------------------------------------------------------------------------
Introduction
------------
This part of the Quick-Start procedure configures the initial IP
network interface on the router. You perform this procedure so that
the router can communicate with the network management station
Each step of this procedure is further described in the Quick-Start Guide.
As you perform the procedure, refer to the Quick-Start Guide for
additional helpful information and examples.
When you are finished with this procedure, the router will be able to
communicate with the network management station over the IP network. You
are then ready to install the network management software, as described
in the Quick-Start Guide.
Each procedure step requires you to do one of the following things:
1. Enter a number that corresponds to a selection.
2. Enter 'y' for Yes; 'n' for No; 'q' for Quit.
3. Enter a word or phrase referred to as a "text string"
4. Enter <Return> to accept default displayed in [].
You must press the <Return> key after entering one of the above responses.
Press <Return> to Continue, q<Return> to Quit: -------------------------------------------------------------------------------
Preliminary Information You Need to Know
----------------------------------------
Before you begin this procedure, you should gather the network
information listed below:
You Need to Know This Information: For Example:
---------------------------------- ------------
Type of Net Module connecting the router's DENM
IP network interface to the Site Manager.
Slot number where the Net Module resides. 2
Module number where the Net Module resides. 1
Communication type and connector number Ethernet 10bT1
IP address of initial IP network interface 192.32.10.189
Subnet mask of initial IP network interface 255.255.255.0
IP address of Site Manager workstation 192.32.10.200
Do you wish to continue? (y/n)[y]: -------------------------------------------------------------------------------
Step 1. Specify the slot number where the Net Module resides.
Slot Menu for Net Module
-------------------------
Slot Module Net Module Processor Module
---- ------ ---------- ----------------
1 1 Empty ASN2
1 2 DENM ASN2
1 3 Empty ASN2
1 4 DSNM ASN2
Slot 1 selected.
Enter the module number [2]: 4
-------------------------------------------------------------------------------
Step 2. Specify the Net Module and network interface information for
the initial IP connection to the Site Manager.
Net Module: DSNM
Driver Type: Synchronous
Connector Menu
--------------
1. COM1
2. COM2
Enter connector number [1]: 1
Clock Source
------------
1. Internal
2. External
Enter clock source number [2]:
Recommended Circuit Name: S141
Enter circuit name [S141]: -------------------------------------------------------------------------------
Step 3. Specify the IP configuration information for the network
interface.
IP Configuration Menu
---------------------
IP address format: ###.###.###.###
IP subnetwork mask format: ###.###.###.###
Example: 255.255.255.0
Enter IP address in dotted decimal notation: 202.178.78.15 42
Enter IP subnetwork mask in dotted decimal notation: 255.255.255.252
Is the router connected to the same local area network as
the Site Manager workstation? (y/n)[n]:
Since the router is not on the same network as the Site
Manager workstation an IP Routing Protocol must be
configured in order to manage the box remotely
IP Routing Protocol Configuration Menu
--------------------------------------
1. RIP
2. OSPF
3. Static Route to Site Manager.
Enter Routing Protocol Number [1]: 2
-------------------------------------------------------------------------------
OSPF Configuration Menu
------------------------
OSPF Router ID
--------------
The Router ID uniquely identifies this router in the OSPF
domain. By convention, and to ensure uniqueness, one of the
router's IP interface addresses should be used as the Router
ID.
The Router ID will determine the Designated Router on a
broadcast link if the priority values of the routers being
considered are equal. The higher the Router ID, the greater
priority.
Enter OSPF router ID in dotted decimal notation [202.178.78.142]:
OSPF Area ID
------------
Next configure the OSPF Area ID. Remember that it must match the
Area ID of this router's neighbor.
Note: The backbone area ID is always 0.0.0.0.
Enter the OSPF area ID in dotted decimal notation [0.0.0.0]:
OSPF Authentication Type
------------------------
Enable or disable password authentication for the area. If
you select Simple Password (enabling password authentication),
only those routers sharing the correct password will be able to
communicate with each other. If you accept the default None,
password authentication is disabled for this area.
Enable Simple Password authentication? (y/n)[n]:
Default Route For Unknown Subnets
---------------------------------
The default route will not apply for subnets unless
default route for unknown subnets is enabled.
Follow default paths for unknown subnets? (y/n)[n]: y
OSPF MTU Configuration
----------------------
Select the MTU size for OSPF packets sent out this interface
1. Default
2. Ethernet-size (Nortel Networks 5-series compatible)
3. User Defined MTU
Enter the OSPF MTU size selection [1]:
OSPF Interface Type Menu
------------------------
Select the interface's type (the type of network to
which it is attached). Set this parameter to Broadcast if
this network is a broadcast LAN, such as Ethernet. Set it
to NBMA for an X.25 or similar type of interface. Set it
to point-to-point for a synchronous, point-to-point
interface. OR, set it to point-to-multipoint for a star
Frame Relay topology
1. Broadcast
2. NBMA
3. Point to Point
4. Point to MultiPoint (Proprietary)
5. Point to MultiPoint (Per OSPF Standard)
Enter OSPF interface type selection [1]: 3
OSPF Hello Interval
-------------------
The Hello Interval Indicates the number of seconds between the
Hello Packets that the router sends on the interface. Set this
to the value that the other router(s) on the network are using.
Enter decimal value in seconds for Hello Interval [10]:
OSPF Router Dead Interval
-------------------------
The Dead Interval Indicates the number of seconds that a
router's Hello packets have not been seen before it's neighbors
declare the router down. Set this to the value that the other
router(s) on the network are using.
Enter decimal value in seconds for Router Dead Interval [40]:
OSPF Router Priority
--------------------
Select the priority of this interface. The Router Priority value is
used in multi-access networks (Broadcast, NBMA, or Point-to-multipoint),
for the election of the designated router. If this parameter is set
to 0, this router is not eligible to become the designated router on
this particular network.
In the case of equal Router Priority values, the router ID will
determine which router will become designated router. However, if
there already is a designated router on the network when you boot
up, it will remain the designated router no matter what your
priority or router ID.
Enter decimal value for Router Priority [1]:
-------------------------------------------------------------------------------
OSPF Configuration Summary
---------------------------
1. Router ID 202.178.78.142
2. Area ID 0.0.0.0
3. Stub Area No
4. Authentication No
5. Configured Password ""
6. OSPF MTU Size Default
7. Interface Type Point-to-Point
8. Hello Interval 10
9. Router Dead Interval 40
10. Router Priority 1
11. Poll Interval ------
12. Configured Neighbors ------
Are the values specified correct? (y/n)[y]: OSPF Configuration Complete
-------------------------------------------------------------------------------
Wide Area Protocol Menu
-----------------------
1. Nortel Networks Point-to-Point Protocol (Proprietary).
2. Frame Relay
3. Point-to-Point Protocol Standard (PPP)
4. Switched Multimegabit Data Service (SMDS)
Enter wide area protocol number [1]: 2
-------------------------------------------------------------------------------
Management Protocols
--------------------
Select the management protocol that communicates between the router and
the Frame Relay network.
1. DLCMI None.
2. Rev 1 LMI
3. ANSI T1 617D
4. CCITT Annex A
5. LMI Switch
6. Annex D Switch
7. Annex A Switch
Enter Management type [3]: 6 3 -------------------------------------------------------------------------------
DLCI Addressing Types
---------------------
ADDR Q.922 selects addressing as specified in the final version of the
Q.922 standard. Q.922 provides for forward explicit congestion
notification (FECN), backward explicit congestion notification (BECN),
discard eligibility (DE), and address field extension (EA). While most
Q.922 addresses are included within a 2-octet field, the standard allows
for 3-octet and 4-octet address fields.
ADDR Q.922 November differs from Addr Q.922 in dropping the D/C bit from the
extended (three and four byte) forms. ADDR Q.922 MARCH differs from Addr
Q.922 in defining an 11-bit DLCI and dropping the DE bit from the second
octet of the address field. ADDR Q.921 differs from ADDR Q.922 MARCH in that
it does not use FECNs or BECNs.
1. ADDR Q.921
2. ADDR Q.922 (MARCH '90)
3. ADDR Q.922 (NOVEMBER '90)
4. ADDR Q.922
Enter addressing type [4]: -------------------------------------------------------------------------------
Frame Relay Address Field Length.
---------------------------------
2. Two Bytes
3. Three Bytes
4. Four Bytes
Enter address field length [2]:
-------------------------------------------------------------------------------
Frame Relay Configuration Summary
---------------------------------
1. Management protocol: ANSI T1 617D
2. Addressing mode: Q.922
3. Address length: Two Byte
Are the values specified correct? (y/n)[y]: Frame Relay Configuration Complete
-------------------------------------------------------------------------------
SNMP Community Management Menu
------------------------------
Setting up SNMP community management is optional.
It allows you to limit control of this router to a single
Site Manager workstation at a given IP address. The default
is to allow any Site Manager from any workstation to manage
and to configure the router.
Note: You can later configure this using Site Manager.
Do you wish to set SNMP community management? (y/n)[n]: -------------------------------------------------------------------------------
Step 4. Select TFTP default volume.
TFTP Default Volume Menu
------------------------
Do you want to enable TFTP? (y/n)[y]:
NVFS File System:
VOL STATE TOTAL SIZE FREE SPACE CONTIG FREE SPACE
---------------------------------------------------------------
1: FORMATTED 16777216 8099805 8090289
Enter volume number [1]:
TFTP default volume is 1:
-------------------------------------------------------------------------------
Step 5. Select FTP default volume.
FTP Menu
--------
Do you want to enable FTP? (y/n)[n]: y
NVFS File System:
VOL STATE TOTAL SIZE FREE SPACE CONTIG FREE SPACE
---------------------------------------------------------------
1: FORMATTED 16777216 8099805 8090289
Enter volume number [1]:
FTP default volume is 1:
-------------------------------------------------------------------------------
Step 6. Enable TELNET
Enable the Technician Interface via TELNET
------------------------------------------
Do you want to enable TI TELNET? (y/n)[n]: y
TI TELNET enabled.
-------------------------------------------------------------------------------
Step 7. Enable HTTP
Enable the HTTP (Web) Server
----------------------------
Do you want to enable the HTTP (Web) server? (y/n)[n]: n
-------------------------------------------------------------------------------
Configuration Summary
---------------------
Net Module: DSNM
Module Number: 4
Connector: 1
Slot: 1
Circuit Name: S141
Encapsulation: Frame Relay
IP address: 202.178.78.142
IP subnetwork mask: 255.255.255.252
Routing Protocol: OSPF
TFTP Default Volume: 1:
FTP Default Volume: 1:
TI TELNET: Yes
HTTP Server: No
NOTE: The Connector value in the above Configuration Summary
is the Connector number as seen on the ASN Net Module Bracket.
Note, however, that within the event log and the MIB browsing
utilities such as Site Manager's Quick Get and the Technician
Interface's debug scripts, connectors are numbered by a
combination of their Connector number and Module number. The
interface you have selected will henceforth be referred to
as Connector 41
-------------------------------------------------------------------------------
Press [RETURN] to continue:
-------------------------------------------------------------------------------
Step 8. Specify a name for the configuration file.
Save configuration to a file.
-----------------------------
The Quick-Start configuration of the router is now complete and active.
Do you wish to save this configuration to a file? (y/n)[y]: y
Default file name is startup.cfg on the current volume.
NOTE: Do *NOT* name this file 'config'. Later, you may wish to rename
this file 'config' after you perform a named boot and verify its
operation.
Enter file name [startup.cfg]: -------------------------------------------------------------------------------
Step 9. Test this initial IP interface configuration.
TEST IP Interface
-----------------
IP Interface 202.178.78.142 is up.
Testing local IP interface.
ping -IP 202.178.78.142 -r5
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
IP ping: 202.178.78.142 is alive (size = 16 bytes)
This test attempts to ping the Site Manager workstation.
NOTE: If routing has not yet converged, an attempt
to ping the Site Manager workstation may fail. If
this happens, you may either enter a new IP address or
quit and wait a short period of time and try again from
the TI command line.
Type q<return> to cancel this test.
Enter IP address of Site Manager workstation: Invalid IP Address
Enter IP address of Site Manager workstation: q
Exiting...
More Mode: ON Lines per screen: 24
[1:1]$ show ip cir Circuit Circuit # State IP Address Mask
-------- ----------- -------- ---------------- ----------------
S141 1 Up 202.178.78.142 255.255.255.252
1 circuit(s) found
[1:1]$ show fr pvc Line.LLIndex.DLCI State Type Mode Congestion Serv Circuit
------------------- -------- -------- -------- ---------- ---- ---------------
201401.0.0 Control Dynamic Group Inherit - S141
201401.0.60 Active Dynamic Group Inherit 1 S141
2 entries found
[1:1]$ install.bat More Mode: OFF Lines per screen: 24 -------------------------------------------------------------------------------
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Release: 15.3.0.0 Date/Time: Mon Apr 29 22:26:05 GMT 2002 File/Ver: install.bat(/main/61)
Copyright 1993-2002
-------------------------------------------------------------------------------
Introduction
------------
This part of the Quick-Start procedure configures the initial IP
network interface on the router. You perform this procedure so that
the router can communicate with the network management station
Each step of this procedure is further described in the Quick-Start Guide.
As you perform the procedure, refer to the Quick-Start Guide for
additional helpful information and examples.
When you are finished with this procedure, the router will be able to
communicate with the network management station over the IP network. You
are then ready to install the network management software, as described
in the Quick-Start Guide.
Each procedure step requires you to do one of the following things:
1. Enter a number that corresponds to a selection.
2. Enter 'y' for Yes; 'n' for No; 'q' for Quit.
3. Enter a word or phrase referred to as a "text string"
4. Enter <Return> to accept default displayed in [].
You must press the <Return> key after entering one of the above responses.
Press <Return> to Continue, q<Return> to Quit: -------------------------------------------------------------------------------
Preliminary Information You Need to Know
----------------------------------------
Before you begin this procedure, you should gather the network
information listed below:
You Need to Know This Information: For Example:
---------------------------------- ------------
Type of Net Module connecting the router's DENM
IP network interface to the Site Manager.
Slot number where the Net Module resides. 2
Module number where the Net Module resides. 1
Communication type and connector number Ethernet 10bT1
IP address of initial IP network interface 192.32.10.189
Subnet mask of initial IP network interface 255.255.255.0
IP address of Site Manager workstation 192.32.10.200
Do you wish to continue? (y/n)[y]: -------------------------------------------------------------------------------
Step 1. Specify the slot number where the Net Module resides.
Slot Menu for Net Module
-------------------------
Slot Module Net Module Processor Module
---- ------ ---------- ----------------
1 1 Empty ASN2
1 2 DENM ASN2
1 3 Empty ASN2
1 4 DSNM ASN2
Slot 1 selected.
Enter the module number [2]: 2
-------------------------------------------------------------------------------
Step 2. Specify the Net Module and network interface information for
the initial IP connection to the Site Manager.
Net Module: DENM
Driver Type: Ethernet
Connector Menu
--------------
1. 10bT1 or AUI1
2. 10bT2 or AUI2
Enter connector number [1]: 1
Recommended Circuit Name: E121
Enter circuit name [E121]: -------------------------------------------------------------------------------
Step 3. Specify the IP configuration information for the network
interface.
IP Configuration Menu
---------------------
IP address format: ###.###.###.###
IP subnetwork mask format: ###.###.###.###
Example: 255.255.255.0
Enter IP address in dotted decimal notation: 10.128.0.254
Enter IP subnetwork mask in dotted decimal notation: 255.255.255.0
Is the router connected to the same local area network as
the Site Manager workstation? (y/n)[n]:
Since the router is not on the same network as the Site
Manager workstation an IP Routing Protocol must be
configured in order to manage the box remotely
IP Routing Protocol Configuration Menu
--------------------------------------
1. RIP
2. OSPF
3. Static Route to Site Manager.
Enter Routing Protocol Number [1]: 1
-------------------------------------------------------------------------------
RIP Configuration
Default Route
-----------------
RIP will listen to a specific route to the network or subnet where
Site Manager is located. If you also would like RIP to listen
to the default route (0.0.0.0) then answer 'y' below. The default
route is useful when no specific route is available in the RIP
updates received by this router.
Should RIP listen to the default route? (y/n)[n]: y Default Route For Unknown Subnets
---------------------------------
The default route will not apply for subnets unless
default route for unknown subnets is enabled.
Follow the default route for unknown subnets? (y/n)[n]: y
-------------------------------------------------------------------------------
RIP Configuration
RIP Version
-----------------
Specify the version of RIP. The default is to run RIP1.
RIP2 runs RIP2 without the automatic aggregation of subnets that RIP1 provides.
RIP2_AGGR provides the automatic aggregation of subnets for RIP2.
1. RIP1
2. RIP2
3. RIP2_AGGR
Enter Routing Protocol Number [1]: 2
RIP Configuration Complete
-------------------------------------------------------------------------------
SNMP Community Management Menu
------------------------------
Setting up SNMP community management is optional.
It allows you to limit control of this router to a single
Site Manager workstation at a given IP address. The default
is to allow any Site Manager from any workstation to manage
and to configure the router.
Note: You can later configure this using Site Manager.
Do you wish to set SNMP community management? (y/n)[n]: -------------------------------------------------------------------------------
Step 4. Select TFTP default volume.
TFTP Default Volume Menu
------------------------
Do you want to enable TFTP? (y/n)[y]:
NVFS File System:
VOL STATE TOTAL SIZE FREE SPACE CONTIG FREE SPACE
---------------------------------------------------------------
1: FORMATTED 16777216 8100309 8087639
Enter volume number [1]:
TFTP default volume is 1:
-------------------------------------------------------------------------------
Step 5. Select FTP default volume.
FTP Menu
--------
Do you want to enable FTP? (y/n)[n]:
-------------------------------------------------------------------------------
Step 6. Enable TELNET
Enable the Technician Interface via TELNET
------------------------------------------
Do you want to enable TI TELNET? (y/n)[n]: y
TI TELNET enabled.
-------------------------------------------------------------------------------
Step 7. Enable HTTP
Enable the HTTP (Web) Server
----------------------------
Do you want to enable the HTTP (Web) server? (y/n)[n]:
-------------------------------------------------------------------------------
Configuration Summary
---------------------
Net Module: DENM
Module Number: 2
Connector: 1
Slot: 1
Circuit Name: E121
IP address: 10.128.0.254
IP subnetwork mask: 255.255.255.0
Routing Protocol: RIP2
Default Rt. Listen: Yes
TFTP Default Volume: 1:
TI TELNET: Yes
HTTP Server: No
NOTE: The Connector value in the above Configuration Summary
is the Connector number as seen on the ASN Net Module Bracket.
Note, however, that within the event log and the MIB browsing
utilities such as Site Manager's Quick Get and the Technician
Interface's debug scripts, connectors are numbered by a
combination of their Connector number and Module number. The
interface you have selected will henceforth be referred to
as Connector 21
-------------------------------------------------------------------------------
Press [RETURN] to continue:
-------------------------------------------------------------------------------
Step 8. Specify a name for the configuration file.
Save configuration to a file.
-----------------------------
The Quick-Start configuration of the router is now complete and active.
Do you wish to save this configuration to a file? (y/n)[y]:
Default file name is startup.cfg on the current volume.
NOTE: Do *NOT* name this file 'config'. Later, you may wish to rename
this file 'config' after you perform a named boot and verify its
operation.
Enter file name [startup.cfg]: -------------------------------------------------------------------------------
Step 9. Test this initial IP interface configuration.
TEST IP Interface
-----------------
IP Interface 10.128.0.254 is up.
Testing local IP interface.
ping -IP 10.128.0.254 -r5
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
IP ping: 10.128.0.254 is alive (size = 16 bytes)
this will also make you ASN router works fine.
As for connecting a Cisco to Nortel using OSPF, well the first thing to be notice if you used debug on the cisco router, is a mistmach that will not allow the OSPF to sync.
Thanks
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