100 Base-T LED indicates when the
Ethernet connection has detected that it is
connected to a network device that supports
100 Base-T. When the indicator is OFF, the
Ethernet connection is running at 10 Base-T.
Link/Act LED indicates Ethernet activity
detected on the Local Area Network (LAN)
Ethernet port.
The RESET switch located on the front of
the unit will force a ‘soft’ reset. The router
configuration loaded will be the last ‘saved’
configuration.
HUB/PC switch (3641-80 only) is located
on the rear of the unit. In the HUB position
the Ethernet connection should be connected
to an Ethernet hub or switch. In the PC
position the Ethernet connection should be
connected directly to a PC.
Software Optioning
This unit is shipped from the factory with a
default provisioning which can be changed.
The configuration can be changed locally
through the RTR MGMT CLI (Command
Line Interface) or remotely by using a WEB
Browser such as Microsoft’s Internet
Explorer on the LAN or WAN network.
The optioning and operation of the router
through the RTR MGMT CLI port is
explained in the Router Command Line
Interface Manual 364-180-C02. The
optioning and operation of the router
through the browser is explained in the
Router Guide and Web Browser Manual
364-180-N02.
Default Unit Configurations
The router card stores the its operation
configuration on the router card. The time
slot assignment and bandwidth
configuration is configured and stored on
the T1/E1 Controller card.
OPTIONING
SETUP PROCEDURE
1.
Insert router card and attach the LAN
cable only.
2.
Configure the 360-80 T1/E1 controller
to assign the appropriate number of
DS0s to the router card. The default
value is 12 DS0s at 64kb per DS0.
3.
Using a PC, with HyperTerminal
emulator and ANSI terminal
emulation, connect the serial port of
the PC to the RTR MGMT interface.
Under HyperTerminal properties,
settings tab and ASCII setup button,
configure a 10 ms or greater delay for
both the line delay and the character
delay. Under the properties
connection tab, configure the
connection for 9600 baud, 8 bits, 1
stop and no parity.
4.
Configure the far end router and T1
controller to use the same DS0
assignment.
5.
Type in the command
”system config restore factory”
and wait for --> prompt to be returned.
6.
Manually type or use the ‘copy’ and
‘paste to host’ feature of the PC to
transfer the example quick start
configuration commands listed below
into HyperTerminal.
7.
Make sure there is a carriage return
entered after the “system config save”
command and the message “wait for
‘configuration saved’ message...” is
displayed.
8.
After about 15 seconds, the message
“configuration saved” will appear.
WARNING - Restarting or removing
power during this cycle will corrupt
the router operating code.
9.
Restart the router by pushing the front
panel RESET button or entering
“system restart” at the --> prompt to
activate the new configuration.
See section 8.4 (CLI Applications) of the
Router Guide and Web Browser Manual
364-180-N02 for other detailed application
examples.
The CD shipped with the router card
contains several library examples
PPP bridge cisco v1.0.txt
PPP bridge client v1.0.txt
PPP routed cisco v1.0.txt
PPP routed client v1.0.txt
EXAMPLE CONFIGURATION SCRIPT
FOR PPP - ROUTED
In this example the LAN address is
192.168.0.1 with a subnet of 255.255.255.0
and the WAN address is 10.10.10.1 with a
subnet of 255.255.255.0. Be sure to change
IP addresses as needed to insure each router
address is unique.
After the
→
prompt is returned, type in or
copy and paste to host, the following
commands into HyperTerminal:
ip clear interfaces
ip clear routes
transports clear
port fr set AutoStart false
port fb set AutoStart false
dhcpclient update
ethernet add transport eth1 ethernet
ip add interface ip1 192.168.0.1 255.255.255.0
ip attach ip1 eth1
pppoh add transport ppp1 dialout 1 hdlc
pppoh set transport ppp1 welogin none
pppoh set transport ppp1 subnet 255.255.255.0
pppoh set transport ppp1 localip 10.10.10.1
ip add interface ip2 10.10.10.1 255.255.255.0
ip attach ip2 ppp1
system config save
Router Network Management
The router card can be remotely managed
via several different methods over the IP
network. The WEB Browser is a graphic
based configuration process while telnet is
command line based. SNMP provides for
monitoring the router but does not provide
any control capabilities. Once the IP
address and network are locally configured,
most of the remaining router configuration
can be performed using the WEB Browser
or Telnet.
Front Panel DB-9 RTR MGMT Pinouts
PIN
SIGNAL
(RS232-D)
2
RD (Rcv Data from DCE)
3
TD (Xmit Data to DCE)
4 DTR
5
SGND
6
DSR
The DB-9 jack on the front of the unit is the
local RTR-MGMT Command Line Interface
(CLI) port. The default interface is an
RS232 connection that defaults to 9600
baud, 8 bits, 1 stop and no parity. The
interface through the RTR MGMT control
port is ANSI or VT100. VT-100 operation
on a PC requires VT-100 emulation
software. An IP address and IP subnet mask
must be configured through the MGMT CLI
interface before the unit will communicate
with the WEB Browser or SNMP. To
communicate with SNMP, the SNMP
community table must also be configured.
See the SNMP Manual 364-180-S01.
The RJ45 jack on the rear of the unit is the
Ethernet LAN connection for connecting to
the Local Area Network. The pinouts shown
below are for the 3641-80. The 3648-80 has
auto crossover detection and does not
require a switch.
3640-80 Rear Panel RJ-45 Ethernet
Pinouts
(TIA/EIA RJ-45)
PIN
SIGNAL
PC Setting
SIGNAL
HUB Setting
1 TD+
RD+
2
TD-
RD-
3
RD+
TD+
6
RD-
TD-
TECHNICAL SUPPORT
If technical assistance is required, contact
Charles Industries’ Technical Service Center
at:
847–806–8500
800–607–8500
847–806–8556 (FAX)
[email protected] (e-mail)
Copyright 2006 Charles Industries Ltd.
All rights reserved. Printed in United States
of America.
The availability of features and technical
specifications herein subject to change
without notice.