ADTRAN TSU NetVanta User manual

1
TSU NetVanta Router Module
(with ADTRAN OS Command Line Interface)
Quick Start Guide 61202350L1-13A June 2003
Before you begin...

 
 Tools Required
• A VT100 terminal or a PC with VT100 emulator software for connecting to the unit.
Specifications
Interface Type:
10/100 BaseT (RJ-48)
Configuration:
Mapping and testing functions performed through TSU/ESU front panel.
All router configuration performed through the
CONTROL
interface using ADTRAN OS Command Line Interface.
Environmental Specifications: Compliance:
Operating Temperature: 0°C to 45°C FCC Part 15, Class A
Storage Temperature: -20°C to 70°C UL 60950, 3rd Edition
Relative Humidity: Up to 95% non-condensing EN 60950
ETSI 300 386
Network Diagrams
Point-to-Point T1 Diagram (Use Steps 1-4, 6-12 to configure the PPP example and 1-5, 7-12 to
configure the Frame Relay example.)
The configuration sections of this quick start guide are formatted to provide both step-by-step text
descriptions and screen shots containing a text script. The configuration scripts are available on the
TSU NetVanta Router Module Documentation CD.
When designing a point-to-point application, ensure that there is timing on the circuit (by setting one unit
to internal timing and one to network recovered timing). In addition, point-to-point frame relay
applications require one device configured for USER signaling and one for NETWORK signaling.
Branch Office Corporate HQ
Gateway Router
LAN IP: 190.72.22.40/24
192.22.72.101/24
eth 0/1
LAN IP: 10.10.20.7/24
Router
Network IP: 10.10.20.0
Network IP: 190.72.22.0
SHIFT
*
7
D
4
A
1
8
0
E
5
B
2
QUICK
TSUIQ
#
9
F
6
C
3
ENTER
CANCEL
NEXT PREV ADD
DELETE
TSU
SHIFT
*
7
D
4
A
1
8
0
E
5
B
2
QUICK
TSUIQ
#
9
F
6
C
3
ENTER
CANCEL
NEXT PREV ADD
DELETE
TSU
V.35
Point-to-Point T1
FR 1
DLCI 16
Annex D Signaling
192.22.72.1/24
PPP1
PPP Signaling
RIP V2
192.22.72.1/24
or

2
1 Unpacking and Inspecting the System
Each TSU NetVanta Router Module is shipped in its own cardboard shipping carton. Open each carton carefully,
and avoid deep penetration into the carton with sharp objects.
2 Reviewing the Module Design
(A) CONTROL Interface
The
CONTROL
interface provides access to the ADTRAN OS Command Line Interface (CLI). A 6 foot data cable
and an RJ-45 to DB-9 adapter (for connection to a standard PC COM port) are included in the TSU NetVanta
Router Module shipment. Table 1 provides the pinout for the
CONTROL
interface. Refer to Step 4a, Connecting to
the Module (Control Port Connection)
for more details on using this interface.
Table 1: Control Interface Pinout
Pin # Name Description
1 GND Ground
2 RTS Request To Send — Input
3 TD Transmit Data — Input
4 DSR Data Set Ready — Output
5 RD Receive Data — Output
6CTSa
a. Used for hardware flow control
Clear To Send — Output
7 DTR Data Transmit Ready — Input
8 DCD Data Carrier Detect — Output
Module
RJ-45 to DB-9
Adapter
Cable Quick Start Guide
Documentation
CD
Before you begin...
g
ToolsRequired
AVT100 terminal or a PC with VT100 emulator software for connecting to the unit.
Theconfigurationsectionsofthisquickstartguideareformattedtoprovidebothstep-by-steptext
descriptionsandscreenshotscontainingatextscript.Theconfigurationscriptsareavailableon
InterfaceType:
10BaseT(RJ-48)
Configuration:
MappingandtestingfunctionsperformedthroughTSU/ESUfrontpanel.
AllrouterconfigurationperformedthroughtheCONTROLinterfaceusingADTRANOSCommandLineInterface.
EnvironmentalSpecifications:
OperatingTemperature:0Cto45C
StorageTemperature:-20Cto70C
RelativeHumidity:Upto95%non-condensing
Compliance:
FCCPart15,ClassA
UL60950,3rdEdition
EN60950
ETSI300386
BranchOfficeCorporate HQ
GatewayRouter
LANIP:190.72.22.40/24
192.22.72.101/24
eth0/1
LANIP:10.10.20.7/24
Router
NetworkIP:10.10.20.0
NetworkIP:190.72.22.0
SHIFT
*
7
D
4
A
1
8
0
E
5
B
2
QUICK
TSUIQ
#
9
F
6
C
3
ENTER
CANCEL
NEXTPREVADD
DELETE
TSU
SHIFT
*
7
D
4
A
1
8
0
E
5
B
2
QUICK
TSUIQ
#
9
F
6
C
3
ENTER
CANCEL
NEXTPREVADD
DELETE
TSU
V.35orX.21
Point-to-PointT1
FR1
DLCI16
AnnexDSignaling
192.22.72.1/24
PPP1
PPPSignaling
RIPV2
192.22.72.1/24
or
HOT
REPLACEABLE
ROUTER X.1 PORT X.2
CONTROL 10/100 BASE T

3
(B) 10/100 BaseT Interface
The TSU NetVanta Router Module provides a single RJ-45 10/100 BaseT interface for connecting to the local area
network. Customers must supply the Ethernet cable for this connection. Table 2 provides the pinout for this
interface. Connect on eth 0/1.
The Router Module configuration is controlled by the ADTRAN OS Command Line Interface (CLI). This software is
independent of the TSU/ESU firmware and must be accessed through the
CONTROL
interface (located on the
front of the module). The ADTRAN OS references the
10/100 BASE T
interface as eth 0/1 . Refer to Step 4c,
Configuring the Ethernet Port Parameters for more details.
(C) Plug-On Module Interface
The TSU NetVanta Router Module is a plug-in module for all TSU and ESU modular multiplexers. The TSU/ESU
product line offers a multitude of plug-on modules to further customize your network solution. The TSU NetVanta
Router Module supports all TSU/ESU plug-on modules. Perform the following steps to install the plug-on board
(see figure below):
1. Hold the plug-on board above the option module.
2. Using a downward and right-to-left motion, slip the plug-on module interface connector(s) (V.35 in the
illustration below) into opening in the option module back panel.
3. Moving the plug-on board downward, secure the connection of the header pins at the front of the boards.
4. Install the two 4-40 screws at both edges of the option module.
Table 2: 10/100 BaseT Interface Pinout
Pin # Name Description
1 TX1 Transmit Positive
2 TX2 Transmit Negative
3 RX1 Receive Positive
4, 5 UNUSED —
6 RX2 Receive Negative
7, 8 UNUSED —
The connection of the header pins between the option module and the plug-on board must
be visually verified. Severe damage of the equipment can result from an improper
connection.

4
(D) Serial Connection to TSU/ESU Base Unit
The TSU NetVanta Router Module provides a high speed serial interface for connecting to the TSU/ESU base unit.
During configuration of the unit using the ADTRAN OS Command Line Interface, this interface is labeled
ser 1/1
.
Refer to Step 9,
Activating the Serial Interface for more details.
3 Mapping DS0s/TS0s Using the TSU/ESU Front Panel
T1 channels must be mapped from the T1/E1 Network interface to the TSU NetVanta Router Module using the
TSU/ESU front panel. Follow the steps below to map channels 1-12 to the TSU NetVanta Router Module.
1. From the front panel select 2 CONFIGURATION by pressing 2then ENTER.
2. Identify the MAP IN USE. (By default, MAP A is the active map.)
3. Edit the active map by selecting either DS0 MAP A or DS0 MAP B.
4. Select COPY A TOTEMP to place a copy of the active map into temporary file storage.
5. Select EDIT TEMP to edit the copy of the active map.
6. Press ENTER to assign a port to DS0 1. Use the UPand DOWN arrows to select X.1 ROUTER; press ENTER to
make the selection.
7. Press the *(COPY) key to copy this entry.
8. Press the UParrow to display DS0 2. Press the *(COPY) key to map this DS0 to X.1 ROUTER. Repeat this
step for DS0s 3-12.
9. Press CANCEL to return to the main MAP A menu.
10. Select APPLY TEMP to apply the new map to Map A.
4 Configuring the Router
The TSU NetVanta Router Module must be accessed and managed via the RJ-45
CONTROL
port located on the
front of the module. The default Ethernet port parameters allow the TSU NetVanta Router Module to be accessed
using a hub and two Ethernet cables (one for the PC and one for the router). The default IP address is 10.10.10.1.
Refer to Step 10,
Configuring Telnet to configure the Telnet session.
4a Connecting to the Module (Control Port Connection)
1. Connect a VT100 terminal (or PC with VT100 emulation software like HyperTerminal) to the TSU NetVanta
Router Module CONTROL port using the provided 6 foot data cable and the RJ-45 to
DB-9 adapter (for connecting to a standard communications port).
2. Configure the VT100 terminal (or COM port) with the following parameters:
Data Rate: 9600 Stop Bits: 1
Data Bits: 8 Flow Control: None
Parity Bits: None
3. Open a VT100 terminal session. (Please refer to the appropriate VT100 terminal software
documentation for detailed instructions.)
4. Press <Enter> to begin the configuration session. The ADTRAN OS CLI is now active.
5. The default password is password (all lowercase letters).
The serial connection is the 64-pin connector (located on the rear of the module) used to connect
the module to the TSU/ESU base unit backplane. This interface is always labeled ser 1/1 by the
ADTRAN Operating System (regardless of the slot in which the module is installed).
The TSU NetVanta Router Module is labeled X.1 ROUTER from the TSU/ESU base unit front
panel (where X is the number of the slot in which the module is installed)

5
4b Setting the Enable Command Security Level Password (Optional)
1. Enter enable to enter the Enable command security level.
2. At the password prompt, type password (all lowercase).
3. Enter config terminal to enter the Global configuration mode.
4. Enter enable password ADTRAN to set an Enable level password of your choosing.
4c Configuring the Ethernet Port Parameters
1. Enter enable to enter the Enable command
security level.
2. Enter the password.
3. Enter config terminal to enter the Global
configuration mode.
4. Enter interface eth 0/1 to access the
configuration parameters for the 10/100
BaseT port located on the faceplate of the
module.
5. Enter ip address 10.10.20.7 255.255.255.0
to assign an IP address to the Ethernet port
using a 24-bit subnet mask.
6. Enter no shutdown to activate the interface
to pass data.
7. Enter exit to exit the Ethernet
interface commands and return to the Global
configuration mode.
The configuration parameters used in the following examples are for instructional purposes only.
Please replace all bold and underlined entries (example) with your specific parameters to
configure your application.
For this example, replace the underlined word with a password of your choosing. Our example in
Step 4c uses ADTRAN as the password.
The Enable command security level passwords are case sensitive.
The TSU NetVanta Router Module use a Slot/Port notation for interface identification.
ethernet.txt - Notepad
! This is a sample script to configure the ethernet port.
! A text file version of this script (ethernet.txt) is available
! on the TSU NetVanta Router Module Documentation CD.
!
! First enter the Enable command security level.
enable
!
! We have defined an enable password of ADTRAN.
ADTRAN
!
! Next enter the global configuration mode.
config terminal
!
! Now, enter the ethernet interface configuration mode.
interface eth 0/1
!
! Assign the ethernet port an IP address.
ip address 10.10.20.7 255.255.255.0
!
! Activate the interface to pass data.
no shutdown
!
! Exit back to the global configuration mode.
exit
!
! End Script

6
4d Configuring the Default Gateway
1. Enter ip route 0.0.0.0 0.0.0.0
192.22.72.101 to add 192.22.72.101 to the
route table as the default gateway.
2. If configuring the TSU NetVanta Router
Module for Frame Relay applications,
proceed to Step 5. If using the module in a
PPP configuration, please skip to Step 6.
5 Configuring the Frame Relay Virtual Interface
The following steps outline configuring a frame relay virtual interface (labeled 1) using a single DLCI back to the
corporate router (defined as DLCI 16).
5a Creating the Interface and Defining the Encapsulation
1. Enter interface fr 1 to create a frame relay
virtual interface labeled 1.
2. Enter frame-relay lmi-type ansi to
configure frame relay virtual interface 1 to
use ANSI (Annex D) signaling. The default
LMI type is ANSI.
3. Enter no shutdown to activate the interface
to pass data.
4. Enter exit to return to the Global
configuration mode.
The following steps assume the Global configuration mode is currently active. Verify that the
prompt of your module displays (config)#.
The following steps assume the Global configuration mode is currently active. Verify that the
prompt of your module displays (config)#.
fr1.txt - Notepad
! This script creates a virtual frame relay interface labeled 1
! and defines ANSI (Annex D) as the signaling method. A
! text version of this script (fr1.txt) is available on the
! TSU NetVanta Router Module Documentation CD.
!
! First create the virtual frame relay interface and enter the
! configuration mode for the interface.
interface fr 1
!
! The prompt should now display Router(config-f1)#.
!
! Next assign the lmi type for the interface.
frame-relay lmi-type ansi
!
! Activate the interface to pass data.
no shutdown
!
! Exit back to the global configuration mode.
exit
!
! End script
defgate.txt - Notepad
! This script configures the default gateway back to the host
! site router. A text version of this script (defgate.txt) is
! available on the TSU NetVanta Router Module
! Documentation CD.
!
! Enter the default gateway ip address to the route table.
ip route 0.0.0.0 0.0.0.0 192.22.72.101
!
! End script

7
5b Creating the PVC and Assigning an IP Address
1. Enter interface fr 1.16 to create the first
PVC assigned to frame relay virtual interface
1. This activates the configuration
parameters for the PVC. Your prompt should
now display (config-fr 1.16)#.
2. Enter frame-relay interface-dlci 16 to
assign DLCI 16 to this pvc.
3. Enter ip address 192.22.72.1
255.255.255.0 to assign an IP address for
this PVC using a 24-bit subnet mask.
4. Enter exit to return to the Global
configuration mode.
5. If you are configuring the TSU NetVanta
Router Module for use in a frame relay
application and have completed Step 5, skip
to Step 7.
6 Configuring the Virtual PPP Interface
The following steps outline configuring a PPP virtual interface (labeled 1) to the remote router. If you are using
frame relay, skip to Step 7.
The default encapsulation is RFC1490 or IETF. Make sure the remote router uses the same
encapsulation for frame relay.
The following steps assume the Global configuration mode is currently active. Verify that the
prompt of your module displays (config)#.
pvc16.txt - Notepad
! This script creates a pvc assigned to frame relay virtual
! interface 1 using DLCI 16. A text version of this script
! (pvc16.txt) is available on the TSU NetVanta Router
! Module Documentation CD.
!
! First create the first pvc assigned to frame relay
! virtual interface 1.
interface fr 1.16
!
! Your prompt should now display Router(config-fr 1.16)#.
!
! Now assign DLCI 16 to the pvc.
frame-relay interface-dlci 16
!
! Next, assign an IP address to this pvc.
ip address 192.22.72.1 255.255.255.0
!
!
! Exit back to the global configuration mode.
exit
!
! End script

8
6a Creating the Interface
1. Enter interface ppp 1 to create a PPP
virtual interface labeled 1.
2. Enter no shutdown to activate the interface
to pass data.
3. Enter exit to return to the Global
configuration mode.
6b Configuring the IP Parameters
1. Enter interface ppp 1 to activate the PPP
interface configuration mode.
2. Enter ip address 192.22.72.1
255.255.255.0 to assign an IP address to the
PPP endpoint using a 24-bit subnet mask.
3. To activate the PPP interface, enter the
no shutdown command.
4. Enter exit to return to the Global
configuration mode.
ppp1-IP.txt - Notepad
! This script configures the virtual PPP endpoint labeled 1
! with an IP address. A text version of this script
! (ppp1-IP.txt) is available on the TSU NetVanta Router
! Module
! Documentation CD.
!
! First activate the PPP interface configuration mode.
interface ppp 1
!
! This activates the configuration parameters for this
! interface. Your prompt should now display
! Router(config-ppp1)#.
!
! Next, assign an IP address using a 24 bit mask.
ip address 192.22.72.1 255.255.255.0
!
! Activate the interface to pass data.
no shutdown
!
! Exit back to the global configuration mode
exit
!
! End script
ppp1.txt - Notepad
! This script creates a virtual PPP endpoint labeled 1.
! A text version of this script (ppp1.txt) is available on the
! TSU NetVanta Router Module Documentation CD.
!
! First create the virtual PPP interface and enter the
! configuration mode for the interface.
interface ppp 1
!
! This activates the configuration parameters for this
! interface. Your prompt should now display
! Router(config-ppp1)#.
!
! Activate the interface to pass data.
no shutdown
!
! Exit back to the global configuration mode.
exit
!
! End script

9
7 Creating the Cross-Connect
1. Enter cross-connect 1 serial 1/1 frame-
relay 1 to connect the serial connection
between the router and the TSU/ESU base
unit to the virtual frame-relay interface fr
1.16.
Alternately (for PPP),
1. Enter cross-connect 1 serial 1/1 ppp 1 to
connect the serial connection between the
router and the TSU/ESU base unit to the
virtual PPP interface labeled 1.
8 Configuring RIP
1. Enter router rip to activate the router
configuration mode. Your prompt should now
display (config-rip)#.
2. Enter version 2 to globally define RIP
version 2 on all interfaces.
3. Enter network 192.22.72.0 255.255.255.0
to activate RIP on the virtual interface and
network 10.10.20.0 255.255.255.0 for the
Ethernet interface (eth 0/1).
4. Enter exit to return to the Global
configuration mode.
The following steps assume the Global configuration mode is currently active. Verify that the
prompt of your module displays (config)#.
The RIP configuration only applies to interfaces with IP addresses on the networks listed using
the network command.
RIP.txt - Notepad
! This script configures the global RIP parameters for the
! router and adds the PPP 1 interface to the network list.
! A text version of this script (RIP.txt) is available on the
! TSU NetVanta Router Module Documentation CD.
!
! Activate the router configuration mode.
router rip
!
! Your prompt should now display Router(config-rip)#.
!
! Define the RIP version. This command sets the version
! for all interfaces using RIP.
version 2
!
! Add the interfaces using RIP to the network list.
network 192.22.72.0 255.255.255.0
network 10.10.20.0 255.255.255.0
!
! Exit back to the global configuration mode.
exit
!
! End script
Cross.txt - Notepad
! This script creates a cross-connect to map the TDM
! group containing 10 DS0s on t1 1/1 to the virtual
! interface. A text version of this script (Cross.txt) is
! available on the TSU NetVanta Router Module
! Documentation CD.
!
cross-connect 1serial 1/1 frame-relay 1
!
! Alternately, the cross-connect could be used to connect
! to the virtual PPP interface.
!
cross-connect 1serial 1/1 ppp 1
!
! End script

10
9 Activating the Serial Interface
1. Enter interface serial 1/1 to access the
configuration parameters for the serial
connection between the TSU NetVanta
Router Module and the TSU/ESU base unit.
2. Enter no shutdown to activate the interface
to pass data.
3. Enter exit to exit the serial interface
commands and return to the Global
Configuration mode.
10 Configuring Telnet
The default password for initializing a Telnet session is
password
(all lower case). For security purposes, the
password should be changed to something unique. The following steps show how to access the Telnet
configuration parameters and change the password.
T he password used in this example is
adtranuser
. Please
replace this word with a unique password of your choosin
g.
1. Verify that the prompt of your module
displays (config)#.
2. Enter line telnet 0 to change the
configuration parameters for the Telnet
session (such as setting the line timeout,
login requirements, password, etc.).
3. Enter password adtranuser to change the
login password for the Telnet session. (See
Note below.)
4. Enter exit to return to the Global
configuration mode.
The following steps assume the Global configuration mode is currently active. Verify that the
prompt of your module displays (config) #.
To configure more than one Telnet session, repeat Steps 2 and 3 using incrementing labels. The
TSU NetVanta Router Module supports five Telnet sessions.
Telnet.txt - Notepad
! This script configures the login password for all
! telnet sessions to the router. A text version of this
! script (telnet.txt) is available on the TSU NetVanta Router
Module
! Documentation CD.
!
! Change the configuration parameters for the telnet
! sessions.
line telnet 0
!
! Set the login password.
password adtranuser
!
! Exit back to the global configuration mode.
! End script
activateser.txt - Notepad
! This is a sample script to activate the serial interface to
! pass data. A text file version of this script (activateser.txt)
! is available on the TSU NetVanta Router Module
! Documentation CD.
!
! Enter the serial interface configuration mode.
interface ser 1/1
!
! Activate the interface to pass data.
no shutdown
!
! Exit back to the global configuration mode.
Exit
!
! End script

11
11 Saving the Configuration
1. Verify that the prompt of your module displays (config)#.
2. Enter exit to close the configuration session.
3. Enter copy running-config startup-config to save the current configuration to memory.
4. Enter exit to close the session.
12 Complete the Installation
The TSU NetVanta Router Module is now configured and operational. Complete the installation by connecting the
appropriate cables to the Ethernet network. Refer to Step 2,
Reviewing the Module Design for more details on
pinouts and cabling.
13 Testing Options
The TSU NetVanta Router Module provides several test features (through the TSU/ESU front panel only) for
testing the connection between the module and the base unit (the serial interface).
Port/Local Loopback with Test Pattern
The TSU NetVanta Router Module port loopback activates both a local loopback (back towards the TSU NetVanta
Router Module) and a port loopback (towards the TSU/ESU base unit) when evoked (see figure bellow). Using this
loopback verifies the connection between the TSU NetVanta Router Module and the TSU/ESU base unit.
The following steps initiate a remote loopback of the Router Module "serial" interface:
1. From the remote TSU front panel select 4 TEST by pressing 4then ENTER.
2. Enter the PORT TEST menu by pressing 3then ENTER.
3. Select the NX/DBU or ROUTER port to enter the tests mode.
4. Select 1 DTE LOOPBACK by pressing 1then ENTER. Use the up and down arrows to choose REMOTE
LOOPBACK (or REM V.54CONT for the TSU NetVanta Router Module).
The execution of Port Tests disrupts normal data flow to the port under test.
You must enter your valid passcode to proceed with the rest of the test.

12
5. Select 2 511 PATTRN to active the 511 pattern generator.
6. Select 3 511 PATT RESULTS to view the test statistics.
Additional Information
For more information on the ADTRAN OS Command Line Interface, refer to the ADTRAN OS Command Line
Interface Reference guide provided on the TSU NetVanta Router Module Documentation CD.
Status messages display during the loop process. FAR END LOOPED displays when the remote
loopback is successful.