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This chapter provides information about configuring the Cisco 67x CPE devices. This information applies to the Cisco 673, Cisco 675, Cisco 675e, Cisco 676, Cisco 677, and Cisco 678.
 |
Note Cisco recommends that only one command-line application at a time be used to configure the Cisco 67x. For example, Telnet and the serial management interface should not be used simultaneously. Also, please note that all configuration procedures are performed in the enable mode. |
| Configuration Procedures | Page Number |
|---|---|
Configure Timeout Values (Cisco 675, Cisco 678 in CAP mode only) | |
After connecting all the cables to the Cisco 67x and powering it on, start the terminal emulation program and press the Enter key until the CBOS login screen appears. When you see the welcome screen, you can log on to CBOS.
Hello!
Expanding CBOS image...
CBOS v2.3.5.012 - Release Software
Password:
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Note If you have not set any passwords for the Cisco 67x, press the Enter key when the system prompts you for a password to enter CBOS. |
After you log on to CBOS, you can use the show version command to determine the CBOS version of the Cisco 67x:
cbos# show version
The output for Cisco 67x configured for CAP line coding is similar to the following:
Cisco Broadband Operating System
CBOS (tm) 678 Software (C678-I-M), Version v2.3.5.012 - Release
Software
Copyright (c) 1986-1999 by cisco Systems, Inc.
Compiled Jan 10 2000 03:54:07
CAP firmware version C.19
NVRAM image at 0x10357fe0
The output for Cisco 678 configured for DMT Issue 2, G.Lite line coding is similar to the following:
Cisco Broadband Operating System
CBOS (tm) 678 Software (C678-I-M), Version v2.3.5.012 - Release
Software
Copyright (c) 1986-1999 by cisco Systems, Inc.
Compiled Jan 5 2000 00:07:36
DMT firmware version 210
NVRAM image at 0x1034d930
*** RFC1483 Bridging Mode Enabled ***
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Note The show version command above displays the line coding method, either CAP or DMT, for which the Cisco 67x is configured. If you have a Cisco 677 or Cisco 678 and need to upgrade to a different line coding method, follow the procedure in the "Configur e Line Coding (Cisco 677 and Cisco 678 only)" section 5-31 before proceeding with configuration. |
The CBOS implements two operational modes: exec and enable. CBOS defaults to exec mode when you log in. The exec mode grants program execution (read-only) privileges to a user. To read or write changes to nonvolatile random-access memory (NVRAM), you must work in enable mode. To invoke enable mode:
cbos> enable
Step 2 Enter a password when CBOS prompts you:
cbos> enable
Password:password
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Note If you have not set any passwords for the Cisco 67x, press the Enter key when the system prompts you for a password to enter CBOS. If you have not preset a password, you can still log on to the CBOS. You must have an exec password set in order to Telnet into the Cisco 67x. |
You are now in enable mode. The system prompt appears:
cbos#
The CBOS supports two kinds of connection modes: bridging and routing. Routing mode has two options: PPP routing (default) and RFC 1483 routing.
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Note Routing and bridging cannot be used simultaneously. |
When the Cisco 67x operates in bridge mode, it behaves like a wire connecting a local PC directly to a service provider's network. Bridge data is encapsulated using the RFC 1483 or PPP (BCP) protocol to enable data transport. Because bridges operate at the Media Access Control (MAC) layer only, applications requiring IP communication, such as Telnet, TFTP, RADIUS, Syslog, Ping, and the web interface, are not available unless a management VC is configured.
Cisco currently supports a learning bridge mode. The virtual path identifier/virtual channel identifier (VPI/VCI) configuration of the Cisco 67x is unaffected by the operational mode (bridging versus routing) of the device.
Cisco also provides two methods of configuring and managing the bridged Cisco 67x, through in-band bridging management or through a separate management VC. The two methods cannot be used simultaneously. If a separate management VC is used, the Cisco 67x can only be managed remotely through wan0-1 and not from the local network.
With RFC 1483 management enabled, you can manage the router using Telnet. The following commands are accessible through the managed bridge:
The following procedure shows how to set up the Cisco 67x for in-band bridging management.
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Note You must be in enable mode and perform the procedure in the sequence shown. |
set bridging rfc1483 enabled
Step 2 To save your changes, enter:
write
Step 3 To reboot the device, enter:
reboot
Step 4 To enable in-band management of the bridge, enter:
set bridging management enabled
set int eth0 address ip address
The IP address of the Ethernet port should be an IP address on the same network as that of the "far-end" station.
Step 5 To save your changes, enter:
write
Step 6 To enable your changes, reboot the router:
reboot
To manage the bridged Cisco 67x using a separate management VC:
set bridging management disabled
Step 2 To enable bridging PVC, enter:
set bridging PVC enabled
Step 3 To save your changes, enter:
write
Step 4 To reboot the device, enter:
reboot
After rebooting, the Cisco 67x will have two PVCs enabled. Wan0-0 is used strictly for bridged traffic, while wan0-1 is used strictly for management traffic. Wan0-1 will be using RFC 1483 routing.
Step 5 Set an IP address on the Ethernet port that is on the same network as the far-end station out the wan0-1 interface:
set int eth0 address ip address
For more information on using the set bridging command, see the Cisco Broadband Operating System User Guide.
The rules that govern the bridge command are:
If you choose bridging as your connection mode, see also the following sections:
The Cisco 67x CPEs support two types of routing: PPP routing and RFC 1483 routing.
Three Cisco 67x applications compose the PPP routing feature: DHCP server, and Network Address Translation (NAT). With these applications enabled, you can use the Cisco 67x without following the procedures described in this chapter such as the "Bridging Mode Procedures" section or the "Configure the WAN Ports and ATM Virtual Connections" section. See the following section to enable PPP routing.
set dhcp server enabled
Step 2 To check whether this feature is enabled, enter:
show dhcp server pool 0
Step 3 Enable NAT:
set nat enabled
Step 4 Reboot the Cisco 67x:
reboot
Step 5 To check whether NAT is enabled, enter:
show nat
Step 6 Write the changes to NVRAM:
write
Step 7 Reboot the Cisco 67x:
reboot
When the Cisco 67x reboots, PPP routing is enabled.
set dhcp server disabled
Step 2 Disable NAT:
set nat disabled
Step 3 Write the changes to NVRAM:
write
Step 4 Reboot the Cisco 67x:
reboot
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Note After you disable the PPP routing feature, you must manually configure the Cisco 67x. |
These commands change the components of PPP routing:
For a complete description of each of these commands, see the Cisco Broadband Operating System User Guide.
If you disable PPP routing, see the following steps for RFC 1483 routing: from the "Configure the Ethernet Port (eth0)" section through the "Evaluate System Activity and Performance" section.
To configure the Ethernet port, you must assign an IP address and netmask to the port. Complete the following steps to configure your IP address and your netmask. When setting the IP address of a particular interface, the netmask is set automatically unless it is explicitly specified. Substitute your own IP addresses for the ones shown in steps 2 through 4.
You must be in the enabled mode to do this procedure:
cbos#) using the serial connection.
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Note When changing the Cisco 67x IP configuration, use the serial management connection to ensure you maintain your session connection to CBOS. |
Step 2 To set the IP address (and your netmask), follow this example of a sample command:
set interface eth0 address 192.168.34.9
The IP address becomes 192.168.34.9 and the netmask becomes 255.255.255.0 by default. If you wish to explicitly set the netmask, enter:
set interface eth0 mask 255.255.255.248
Step 3 To set the destination IP address for the WAN port, enter:
set interface wan0-0 dest 192.168.34.10
Step 4 To save your changes, enter:
write
Step 5 To allow the system to come up with these new settings, reboot the Cisco 67x:
reboot
Step 6 Log back on to the CBOS to continue.
For more detailed information on the set interface command, see the Cisco Broadband Operating System User Guide.
The Cisco 67x has two types of WAN ports: physical (wan0) and logical (wan0-x). The physical WAN port connects the Cisco 67x to the wide area network. The logical WAN port or ports allow you to create virtual WAN connections for plural destinations. To configure logical WAN ports, you must provision ATM virtual connections. The instructions for each are provided in this section.
The Cisco 67x automatically trains up to the ideal line speed. By default, the Cisco 67x is provisioned with the following rates:
| Encoding | Downstream/Upstream Rate (Mbps) |
|---|---|
8.032/.864 | |
7.168/1.088 | |
1.536/.512 |
The maximum operative rate is determined by the central office ADSL equipment, line length and line conditions.
On the Cisco 67x, the WAN0 port is always ready to send and receive network traffic.You need to define an ATM virtual connection (VC), which might differ from the default, when communicating across an ATM network. There are two types of ATM connections:
Because the Cisco 67x connects to the Cisco 6xxx series, the subscriber side VPI/VCI settings are not seen by the ATM network. All subscriber side VCs use VPI 1 and VCI 1 by default.
Cisco 67x comes preconfigured with one VC already established. Each VC is expressed as WAN0-x, where x is a number between 0 and 3.
To set the maximum number of VCs, enter:
cbos# set interface wan0 maxvcs n
where n is between 1 and 8.
Table 5-2 shows the valid ranges for the VPI and VCI addresses.
| Maximum VCs | VPI Range | VCI Range |
|---|---|---|
1 | 0-3 | 0-63 |
2 | 0-3 | 0-63 |
4 | 0-3 | 0-63 |
8 | 0-3 | 0-63 |
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Note In CBOS version 2.3 or earlier, the VPI count is 1 to 4. In later versions, the VPI count is 1 to 8. |
set interface wan0-0 disable
Step 2 To set the VPI number to 2, enter:
set interface wan0-0 vpi 2
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Note If you try to enter the command set interface wan0-1 on a connection that is already open, the system prompts you to close that connection before you change the VPI setting. Close the connection by entering set interface wan0-1 close. |
Step 3 To enable the wan0-0 connection, enter:
set interface wan0-0 enable
Step 4 To begin using this connection with the new settings, enter:
set interface wan0-0 open
Step 5 Repeat steps 2 through 4 for every VPI assignment you want to make.
Step 6 To save the new WAN port configuration, enter:
write
Step 7 To exit CBOS, enter:
quit
set interface wan0-0 disable
Step 2 To set the VCI number to 4, enter:
set interface wan0-0 vci 4
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Note If you try to enter the command set interface wan0-0 on a connection that is already open, the system prompts you to close that connection before you change the VCI setting. To do this, enter the command set interface wan0-0 close. |
Step 3 To enable the wan0-0 connection, enter:
set interface wan0-0 enable
Step 4 To begin using this connection with the new settings, enter:
set interface wan0-0 open
Step 5 Repeat steps 2 through 4 for every VCI assignment you want to make.
Step 6 To save the new WAN port configuration, enter:
write
Step 7 To exit CBOS, enter:
quit
For more information on configuring VPI/VCI address mapping, see the Cisco Broadband Operating System User Guide.
ScalaRate is a technology developed by Cisco that allows dynamic allocation of bandwidth within an ATM-based ADSL connection. This bandwidth allocation is specified and controlled by the end-point devices without affecting the provisioning or status of the underlying ATM transport VC. Bandwidth within the ADSL connection is allocated on a VC basis and provides flexibility in rate structures and deployment models for service providers and network administrators.
The key features of ScalaRate are:
To set the wan0-x to ScalaRate:
set interface wan0-x close
where x is the port you want to close.
Step 2 To set an upstream ScalaRate for a particular VC, enter:
cbos# set interface wan0-0 rate 512
Step 3 To set an upstream ScalaRate to the maximum allowable rate, enter:
cbos# set interface wan0-0 rate auto
Step 4 To save your changes, enter:
cbos# write
Step 5 To exit the CBOS, enter:
cbos# quit
In order to pass data through a network and onto the Internet or wide area network, you might need to add the IP address(es) of gateway(s) to the routing table. Follow the instructions below to build a routing table manually by adding or deleting entries in the table.
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Note If your Cisco 67x was provisioned to run in bridging or PPP routing mode, you must disable both before attempting to establish routing. |
set route add ip 192.168.9.1 gw 192.168.10.250
Step 2 To add a route and specify a netmask, gateway, or metric, enter:
set route add ip 192.168.10.0 mask 255.255.255.0
gw 192.168.245.228 metric 1
Step 3 To set a default route, enter:
set route default 192.168.245.228
Step 4 To set a destination address for each VC, enter:
set interface wan0-0 dest 192.168.245.228
mask 255.255.255.0
Step 5 To save your changes, enter:
write
Step 6 To exit the CBOS, enter:
quit
For more information on using the set route command, see the Cisco Broadband Operating System User Guide.
To enable RIP and RIP2 in CBOS, enter:
set rip enabled
To disable RIP, enter:
set rip disabled
For more information on using the set rip commands, see the Cisco Broadband Operating System User Guide.
The Cisco 67x supports up to 20 filters for TCP and UDP packets passing through the Cisco 67x's interfaces. Enabled filters are applied to packets in sequential order according to filter number.
To use filtering to block all packets going through the Ethernet interface, enter:
set filter 0 on deny eth0 0.0.0.0 0.0.0.0 0.0.0.0 0.0.0.0
For more information on using the set filter command, see the Cisco Broadband Operating System User Guide.
The Cisco 67x supports these applications for system management and control:
The DHCP client requests an IP address from a DHCP server. To enable the DHCP client:
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Note Enabling the DHCP client automatically disables the DHCP server on the CPE. |
set dhcp client enabled
Step 2 To change the DHCP client interface, enter:
set dhcp client interface eth0
Step 3 To check whether this feature is enabled, enter:
show dhcp client
Step 4 Write the changes to NVRAM:
write
Step 5 Reboot the Cisco 67x:
reboot
For more information on using DHCP clients, see the set dhcp client commands in the Cisco Broadband Operating System User Guide.
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Note Enabling the DHCP server automatically disables the DHCP client on the CPE. |
set dhcp server enabled
Step 2 To check whether this feature is enabled, enter:
show dhcp server
Step 3 Write the changes to NVRAM:
write
Step 4 Reboot the Cisco 67x:
reboot
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Note The DHCP server defaults with one IP address poolcconfigured. |
For more information on using DHCP servers, see the set dhcp server series of commands in Cisco Broadband Operating System User Guide.
The NAT application converts IP addresses on a private network (designated as "inside" or "LAN") to global IP addresses that can forward packets to another registered network (designated as "outside" or "WAN"). To enable NAT:
set nat enabled
Step 2 To check whether this feature is enabled, enter:
show nat
Step 3 Write the changes to NVRAM:
write
Step 4 Reboot the Cisco 67x:
reboot
For more information on using NAT, see the set nat series of commands in Cisco Broadband Operating System User Guide.
RADIUS authenticates users for access to a network. The RADIUS server uses an authentication scheme, such as PAP, to authenticate incoming messages from RADIUS clients. When a password is present, it is hidden using a method based on the RSA Message Digest Algorithm MD5 [1].
The Cisco 67x has been successfully tested for compatibility with the following RADIUS server providers:
The Cisco 67x supports a RADIUS client. However, for most environments, the Cisco 67x RADIUS client is not used. The RADIUS profile exists on the service provider's remote access server.
The following examples assume that the Cisco 67x is connected to a network equipped with a RADIUS server:
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Note If you enable RADIUS on the CPE, you have to disable authentication on the service provider's remote access server. |
set radius enabled
RADIUS is enabled
Step 2 Point the CPE to the remote RADIUS server:
set radius remote x.x.x.x
RADIUS will now send messages to x.x.x.x
where x.x.x.x is the address of the remote RADIUS server.
Step 3 Set the RADIUS secret password:
set radius secret mysecret
RADIUS Secret now set - All secrets are in lowercase
where mysecret is the RADIUS secret password.
Step 4 Enable RADIUS authentication and set the PPP login and password for the WAN0-0 port:
set ppp wan0-0 radius enabled
set ppp wan0-0 login cisco
set ppp wan0-0 password is_great
where cisco is the PPP login and is_great is the password.
Step 5 Use the show radius command to display the Cisco 67x default configuration for RADIUS.
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Note The RADIUS test command set radius test activates the RADIUS debug option. This allows you to test that RADIUS works with current client settings by sending a test message to the RADIUS server. |
For more information on RADIUS commands, see the Cisco Broadband Operating System User Guide.
To configure SNMP settings, enter the following command from enable mode:
set snmp enabled | disabled | remote remote-address | traps host-address
where
| disabled | Disables SNMP settings |
|---|---|
| enabled | Enables SNMP settings |
| remote remote-address | Specifies the IP address for the remote location running SNMP |
| traps host-address | Sets the IP address of the host on which to trap SNMP messages |
The following example command uses hypothetical IP addresses to demonstrate the use of the set snmp command:
set snmp remote 198.162.2.57
set snmp traps 198.162.2.50
SYSLOG logs significant system information to a remote SYSLOG server for processing without requiring large amounts of local storage or local processing.
Using the CBOS, the Cisco 67x allows you to specify a remote server for logging system messages. Cisco supports the following levels of severity:
The messages are similar to the standard Berkley Software Distribution (BSD)-style severity levels for SYSLOG; however, they do not include None and Mark. To configure your SYSLOG daemon to receive Cisco SYSLOG messages, modify the /etc/syslog.conf configuration file (remember to use tabs, not spaces). Many systems, such as Linux and FreeBSD, have SYSLOG set up by default.
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Note The command set syslog test activates the SYSLOG debug option. This will verify that SYSLOG works with current client settings by sending a test message to the SYSLOG server. |
The following /etc/syslog.conf configuration file entry enables all messages for Info severity levels and above:
*.info /var/log/messages
To enable only alarm messages and above, enter the following in /etc/syslog.conf:
*.alarm /var/log/messages
Be sure your UNIX syslogd daemon accepts remote reception (network messages). Some processes might need to be killed and restarted with a -r option. Using the man syslog command to view the online UNIX manuals for information about the SYSLOG daemon.
To use SYSLOG, simply enter the following at your CBOS prompt:
set syslog remote ip address of remote server
Windows does not have a SYSLOG server. If you want to utilize SYSLOG on a Windows 95, Windows 98, or Windows NT system, you must install a SYSLOG server from a third-party vendor onto your system. One way to locate a SYSLOG server is to use an Internet search engine to locate a vendor who sells a SYSLOG server. Some SYSLOG servers are provided as share or freeware on the Internet.
Cisco has proven compatibility with the following third-party products:
For more information on SYSLOG commands, see the Cisco Broadband Operating System User Guide.
Telnet provides a command-line interface and is used as a means of providing remote login connections between machines on many networks, including the Internet.
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Caution Before closing a Telnet connection, always enter exit or quit at the cbos# prompt. |
Use the telnet daemon to connect to CBOS and configure and operate the Cisco 67x.
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Note You must have an exec password set to make a Telnet connection to the Cisco 67x. |
Step 2 Select the Run... option.
Step 3 When the Run box appears, enter telnet in the space provided.
Step 4 Click OK. The Connect menu appears.
Step 5 Select the Remote System... option from the Connect menu. The screen shown in Figure 5-1 appears.
Step 6 Enter the IP address of the Cisco 67x in the Host Name box and click Connect. The system then initiates a session with the Cisco 67x. Press the Enter key three or four times to establish a connection.
Step 7 Provide the exec user password information. After the system authenticates your password, you have access to CBOS.
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Note See the Cisco Broadband Operating System User Guide for more information about how to set and change passwords. |
The Windows Telnet client does not support NVT (Network Virtual Terminal) or any extra form of option negotiation. However, if you are going to use the Windows Telnet client, follow these steps to set your terminal settings.
Step 2 Set the terminal settings on the Terminal Preferences menu to the values shown in Figure 5-3, then click OK.
If you try to run Linux without installing the Term/Termcap database, the message BAD ADDRESS displays during a connection attempt. To install the Term/Termcap database, check the original Linux installation disks.
telnet ip address of Cisco 67x
After you have connected to the Cisco 67x, the following information appears on your terminal:
Password: password
Step 2 Provide the exec user password. After the system authenticates the password, you have access to the CBOS.
set telnet timeout off
write
For more information on Telnet commands, see the Cisco Broadband Operating System User Guide.
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Caution For security reasons, Cisco recommends that you disable the TFTP application, except when uploading or downloading a file. |
Use TFTP to transfer a new software image from Cisco to your Cisco 67x, where the file name format is: nsrouter.c67ydmt.x.x.x.x.bin or c67ydmt.x.x.x.x.bin. The x.x.x represents the image version number, and 67y is your CPE model number, for example, 677.
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Note If you are upgrading from CBOS 2.2, you must use the nsrouter.c67ydmt.x.x.x.x.bin filename format. If you are upgrading from CBOS 2.3, you can use either format. |
Use TFTP to back up a copy of your configuration file before changing it, so you can easily recover the old file when necessary. The naming conventions for the configuration file are:
For information on the UNIX TFTP client, access the online manual by entering:
man tftp
The manual page for TFTP appears.
To upgrade the Cisco 67x image:
root@staten-</67x>tftp
tftp> mode binary
tftp> put 12.0.8.5:nsrouter.c67xdmt.2.3.5.012.bin
Sent 923574 bytes in 60.8 seconds
The CPE displays the following when the image is being upgraded:
cbos>
Downloading legacy image..... done.
Saving image................. done.
Please reboot the CPE for the new download to take effect
The released images come in two file formats:
-rw-r--r-- 1 root other 924976 Jan 31 09:04 c678cap.2.3.5.012.bin
-rw-r--r-- 1 root other 922336 Jan 31 09:04 c678dmt.2.3.5.012.bin
-rw-r--r-- 1 root other 924870 Jan 31 09:04 nsrouter.c678cap.2.3.5.012.bin
-rw-r--r-- 1 root other 922230 Jan 31 09:04 nsrouter.c678dmt.2.3.5.012.bin
set tftp enabled
Step 2 Start a DOS session and enter:
C:>tftp -i ip address of Cisco 67x put image_filename
Where necessary, implement the following options:
-i—Sets the transfer mode to binary mode (all router images)
put—Uploads a file to a specified IP address
Use the show errors command to verify that TFTP is working.
Step 3 Be sure that you reboot the device to activate the new image.
Step 4 When you log back in to the Cisco 67x after the reboot, use the following command to verify the version of the firmware that is active:
show version
Windows 95/98 does not have a TFTP client. If you want to utilize TFTP on a Windows 95/98 system, you must install a TFTP client from a third-party vendor on your system. One way to locate a TFTP client is to use an Internet search engine to locate a vendor who sells a TFTP client. Some TFTP clients are provided as shareware or freeware on the Internet. Cisco will provide a TFTP client upon request. TFTP client requests should be directed to the Technical Assistance Center.
For more information on TFTP commands, see the Cisco Broadband Operating System User Guide.
The Cisco 67x supports a web server, which allows you to perform tasks such as configuring interfaces, displaying statistics, and much more. For a complete description of the web interface, see the Cisco Broadband Operating System User Guide.
The Cisco 67x supports two timeout values: session and idle. The session timeout is based on the total uptime of the session. The setting of the idle timeout facilitates the release of the ADSL physical layer so that the central office resource can be released, based on inactivity. The expiration of either timeout will end the ADSL session. However, because authentication is invisible, only the training delay is perceived by the user (7 to 46 seconds) when the connection is reestablished.
Use the set timeout command in a DOH environment to configure the idle or session timeout values in seconds.
set timeout session 300
Step 2 To set the idle timeout rate to 300 seconds, enter:
set timeout idle 300
Step 3 To verify these values, enter:
show timeout
Step 4 To save your changes, enter:
write
Step 5 To exit CBOS, enter:
quit
The Cisco 677 and Cisco 678 allow you to choose transmission protocols to match your network configuration by changing the router's configuration file. Use TFTP to transfer files to and from a CPE. This section describes procedures to configure the CPE for Discrete Multi-Tone (DMT), Carrierless Amplitude and Phase Modulation (CAP), G.Lite, or G.DMT protocols.
|
Note Changes to your CPE must be coordinated with the central office equipment. Not all protocols described here are available on all CPE models. |
Step 2 Enable TFTP:
cbos#set tftp enabled
TFTP is enabled
Step 3 Set the remote address for the TFTP host computer:
cbos # set tftp remote ip address
This command tells the CPE to accept TFTP transfers from a specific IP address. An example remote IP address would be 192.168.35.4. This address is an example only; do not use it to configure the router.
|
Note If you do not have the CPE address, consult your network
administrator. For more information about TFTP, see the "T FTP Server" section. |
Step 4 To start the file transfer from a PC, start a DOS session and enter the following command:
C:>tftp -i CPE IP address put image_filename
Where necessary, implement the following values:
-i | Sets the transfer mode to binary mode |
put | Uploads a file onto that IP address |
To start the file transfer from a UNIX machine, enter:
root@staten-</678>tftp
tftp> mode binary
tftp> put CPE IP address:image_filename
Sent 922294 bytes in 54.9 seconds
Substitute the file name for the software image update. Files use the naming format c67ycap.x.x.x.x.bin, where 67y is the CPE model number, and x.x.x.x is the image version number.
|
Caution Do not turn off the power to the router until after the file transfer is completed. |
Step 5 Be sure to reboot the CPE to activate the new image. When you log back in to the CPE after the reboot, use the show version command to verify the version of the firmware that is active. Note the CAP firmware version.
cbos#set tftp enabled
TFTP is enabled
cbos#tftp image 10.9.1.20 c678cap.2.3.5.012.bin
Starting download...
Downloading in progress...... done.
Saving image...........done.
Please reboot the CPE for the new downl
cbos#reboot
Hello!
C67x self-update code: Release 2.3
NOTE: Do not power off router until update is finished!
Decompressing router...
Erasing FLASH......
Programming...
Decompressing monitor...
Erasing FLASH.........
Programming...
Finished. Rebooting...
Hello!
Expanding CBOS image...
CBOS v2.3.5.012 - Release Software
User Access Verification
Password:
cbos>enable
Password:
cbos#show version
Cisco Broadband Operating System
CBOS (tm) 025 - Release Software
Copyright (c) 1986-1999 by cisco Systems, Inc.
Compiled Dec 21 1999 20:37:27
CAP firmware version C.19
NVRAM image at 0x10356930
Step 2 Enable TFTP:
cbos#set tftp enabled
TFTP is enabled
Step 3 Set the remote address for the TFTP host computer:
cbos # tftp remote ip address
This command tells the CPE to accept TFTP transfers from a specific IP address. An example remote IP address would be 192.168.35.4. This address is an example only; do not use it to configure the router.
|
Note If you do not have the CPE address, consult your network
administrator. For more information about TFTP, see "T FTP Server" section. |
Step 4 To start the file transfer from a PC, start a DOS session and enter:
C:>tftp -i CPE IP address put image_filename
Where necessary, implement the following values:
-i | Sets the transfer mode to binary mode |
put | Uploads a file onto that IP address |
To start the file transfer from a UNIX machine, enter:
root@staten-</678>tftp
tftp> mode binary
tftp> put CPE IP address:image_filename
Sent 922294 bytes in 54.9 seconds
Substitute the filename for the software image update. Files use the naming format c67ydmt.x.x.x.x.bin where 67y is the CPE model number, and x.x.x.x is the image version number.
|
Caution Do not turn off the power to the router until after the file transfer is completed. |
Step 5 Be sure to reboot the CPE to activate the new image. When you log back in to the CPE after the reboot, use the show version command to verify the version of the firmware that is active. Note the DMT firmware version.
cbos#set tftp enabled
TFTP is enabled
cbos#tftp -i 10.9.1.20 get c678dmt.2.3.5.012.bin
Starting download...
Downloading in progress...... done.
Saving image...........done.
Please reboot the CPE for the new downl
cbos#reboot
Hello!
C67x self-update code: Release 2.3.5.012
NOTE: Do not power off router until update is finished!
Decompressing router...
Erasing FLASH......
Programming...
Decompressing monitor...
Erasing FLASH.........
Programming...
Finished. Rebooting...
Hello!
Expanding CBOS image...
CBOS v2.3.5.012 - Release Software
User Access Verification
Password:
cbos>enable
Password:
cbos#show version
Cisco Broadband Operating System
CBOS (tm) 025 - Release Software
Copyright (c) 1986-1999 by cisco Systems, Inc.
Compiled Dec 21 1999 20:37:27
DMT firmware version 210
NVRAM image at 0x10356930
Before the CPE can be configured for G.Lite, it must first be configured for DMT. In addition, the central office hardware must be correctly configured to accept a G.Lite service user.
Step 2 Enter:
cbos# set interface wan0 standard g.lite
Step 3 Be sure to retrain the CPE to activate the new line code. When the CPE is retrained, use the show interface wan0 command to verify the G.Lite standard is active.
|
Note Changes made to the running configuration must be written to NVRAM for changes to be seen on reboot. |
cbos#set interface wan0 standard
SET INTERFACE WANx STANDARD requires one of the following arguments
T1.413
G.lite (G992.2)
cbos#set interface wan0 standard g.lite
Note: Change will take effect on next retrain.
cbos#set interface wan0 retrain
cbos#show interface wan0
wan0 ADSL Physical Port
Line Trained
Actual Configuration:
Overhead Framing: 3
Trellis Coding: Disabled
Standard Compliance: G.lite
Downstream Data Rate: 1536 Kbps
Upstream Data Rate: 512 Kbps
Interleave S Downstream: 4
Interleave D Downstream: 16
Interleave R Downstream: 4
Interleave S Upstream: 8
Interleave D Upstream: 8
Interleave R Upstream: 8
Modem Microcode: G96
DSP version: 0
Operating State: Showtime/Data Mode
Configured:
Echo Cancellation: Disabled
Overhead Framing: 3
Coding Gain: Auto
TX Power Attenuation: 0dB
Trellis Coding: Enabled
Bit Swapping: Disabled
Standard Compliance: G.lite
Remote Standard Compliance:T1.413
Tx Start Bin: 0x6
Tx End Bin: 0x1f
Data Interface: Utopia L1
Status:
Local SNR Margin: 28.0dB
Local Coding Gain: 1.5dB
Local Transmit Power: 12.3dB
Local Attenuation: 22.5dB
Remote Attenuation: 21.5dB
Local Counters:
Interleaved RS Corrected Bytes: 0
Interleaved Symbols with CRC Errors: 0
No Cell Delineation Interleaved: 0
Out of Cell Delineation Interleaved: 0
Header Error Check Counter Interleaved:0
Count of Severely Errored Frames: 0
Count of Loss of Signal Frames: 0
Remote Counters:
Interleaved RS Corrected Bytes: 0
Interleaved Symbols with CRC Errors: 0
No Cell Delineation Interleaved: 0
Header Error Check Counter Interleaved:0
Count of Severely Errored Frames: 0
Count of Loss of Signal Frames: 0
The default line coding mode for the Cisco 677 and Cisco 678 is DMT2. The central office hardware must be correctly configured to accept a DMT2 service user.
Step 2 Enter:
cbos# set interface wan0 standard t1.413
Step 3 Be sure to retrain the CPE to activate the new line code. When the CPE is retrained, use the show interface wan0 command to verify the DMT2 standard is active.
|
Note Changes made to the running configuration must be written NVRAM for changes to be seen on reboot. |
cbos#set interface wan0 standard
SET INTERFACE WANx STANDARD requires one of the following arguments
T1.413
G.lite (G992.2)
cbos#set interface wan0 standard t1.413
Note: Change will take effect on next retrain.
cbos#set interface wan0 retrain
cbos#show interface wan0
wan0 ADSL Physical Port
Line Trained
Actual Configuration:
Overhead Framing: 3
Trellis Coding: Disabled
Standard Compliance: T1.413
Downstream Data Rate: 8032 Kbps
Upstream Data Rate: 864 Kbps
Interleave S Downstream: 1
Interleave D Downstream: 64
Interleave R Downstream: 2
Interleave S Upstream: 4
Interleave D Upstream: 8
Interleave R Upstream: 16
Modem Microcode: G96
DSP version: 0
Operating State: Showtime/Data Mode
Configured:
Echo Cancellation: Disabled
Overhead Framing: 3
Coding Gain: Auto
TX Power Attenuation: 0dB
Trellis Coding: Enabled
Bit Swapping: Disabled
Standard Compliance: Multimode
Remote Standard Compliance:T1.413
Tx Start Bin: 0x6
Tx End Bin: 0x1f
Data Interface: Utopia L1
Status:
Local SNR Margin: 3.5dB
Local Coding Gain: 0.0dB
Local Transmit Power: 12.5dB
Local Attenuation: 28.5dB
Remote Attenuation: 18.5dB
Local Counters:
Interleaved RS Corrected Bytes: 0
Interleaved Symbols with CRC Errors: 2
No Cell Delineation Interleaved: 0
Out of Cell Delineation Interleaved: 0
Header Error Check Counter Interleaved:0
Count of Severely Errored Frames: 0
Count of Loss of Signal Frames: 0
Remote Counters:
Interleaved RS Corrected Bytes: 0
Interleaved Symbols with CRC Errors: 0
No Cell Delineation Interleaved: 0
Header Error Check Counter Interleaved:0
Count of Severely Errored Frames: 0
Count of Loss of Signal Frames: 0
Before the CPE can be configured for G.DMT, the .full image must be loaded. See the latest Release Notes for the Cisco Broadband Operating Sytsem for the appropriate filenames to use. The central office hardware must be correctly configured to accept a G.DMT service user.
cbos# set interface wan0 standard g.992.1
Step 2 Be sure to retrain the CPE to activate the new line code. When the CPE is retrained, use the show interface wan0 command to verify the G.DMT standard is active. Note that the standard configuration for the .full image is DMT2.
|
Note Changes made to the running configuration must be written to NVRAM for changes to be seen on reboot. |
cbos#set interface wan0 standard
SET INTERFACE WANx STANDARD requires one of the following arguments
T1.413
G.dmt (G992.1)
cbos#set interface wan0 standard g.992.1
Note: Change will take effect on next retrain.
cbos#show interface wan0
wan0 ADSL Physical Port
Line Trained
Actual Configuration:
Overhead Framing: 3
Trellis Coding: Disabled
Standard Compliance: g.992.1
Downstream Data Rate: 8032 Kbps
Upstream Data Rate: 864 Kbps
Interleave S Downstream: 1
Interleave D Downstream: 64
Interleave R Downstream: 2
Interleave S Upstream: 4
Interleave D Upstream: 8
Interleave R Upstream: 16
Modem Microcode: G96
DSP version: 0
Operating State: Showtime/Data Mode
Configured:
Echo Cancellation: Disabled
Overhead Framing: 3
Coding Gain: Auto
TX Power Attenuation: 0dB
Trellis Coding: Enabled
Bit Swapping: Disabled
Standard Compliance: Multimode
Remote Standard Compliance:g.992.1
Tx Start Bin: 0x6
Tx End Bin: 0x1f
Data Interface: Utopia L1
Status:
Local SNR Margin: 3.5dB
Local Coding Gain: 0.0dB
Local Transmit Power: 12.5dB
Local Attenuation: 28.5dB
Remote Attenuation: 18.5dB
Local Counters:
Interleaved RS Corrected Bytes: 0
Interleaved Symbols with CRC Errors: 2
No Cell Delineation Interleaved: 0
Out of Cell Delineation Interleaved: 0
Header Error Check Counter Interleaved:0
Count of Severely Errored Frames: 0
Count of Loss of Signal Frames: 0
Remote Counters:
Interleaved RS Corrected Bytes: 0
Interleaved Symbols with CRC Errors: 0
No Cell Delineation Interleaved: 0
Header Error Check Counter Interleaved:0
Count of Severely Errored Frames: 0
Count of Loss of Signal Frames: 0
You can upgrade software on your CPE using the serial interface:
|
Note Changes to your CPE must be coordinated with the central office equipment. |
Step 2 To turn debug monitor on, enter:
debug monitor on
Step 3 To save your changes, enter:
write
Step 4 To reboot the device, enter:
reboot
After the CPE reboots, press Enter twice. The prompt should change to =>.
Step 5 To erase sector 0, enter:
es 0
Repeat this step for sectors 1 through 5.
Step 6 To start serial download, enter:
df 10008000
Step 7 Use a terminal emulation application, such as HyperTerminal, to start an Xmodem download of a new Cisco 67x image.
Step 8 When the download is complete, the following message appears:
Transferred xxxxxxxx bytes
Record the number of bytes transferred.
Step 9 To program the area of memory to Flash, enter:
pb 10008000 fef00000 xxxxxxxx
where xxxxxxxx is the value recorded in Step 6.
Step 10 To turn debug monitor off, enter:
m0
Step 11 To reboot, enter:
rb
Prior to following these steps, contact your application vendor to find out which ports they use.
cbos#enable
Step 2 Enter:
set nat entry add inside-ip-addr inside-port outside-ip-addr
outside-port protocol
where protocol is UDP, TCP or ICMP. The default local CPE services ports are:
| Service | Protocol | Port |
|---|---|---|
Telnet | TCP | 23 |
TFTP | UDP | 69 |
SNMP | UDP | 161 |
Web Server | TCP | 80 |
For example, if the private address of your server is 10.0.0.2 and the public/routed address assigned to your CPE is 216.160.92.4 and you are running a web server, enter:
set nat entry add 10.0.0.2 80 216.160.92.4 80 tcp
If you are running an FTP server, enter one of the following:
set nat entry add 10.0.0.2 20 216.160.92.4 20 tcp
set nat entry add 10.0.0.2 21 216.160.92.4 21 tcp
After you have connected two or more PCs to the CPE (see "Connect Cables to the CPE" section), you need to obtain an IP address for each PC to start network connectivity. You can either obtain IP addresses from the CPE or from your network administrator.
To obtain IP addresses from the CPE:
Step 2 Select the Obtain an IP address automatically option on the TCP/IP properties on your PC.
Step 3 Restart the PC.
To obtain IP addresses from your network administrator:
IP address
subnet mask
gateway
DNS server address
Step 2 Manually enter this information in the TCP/IP properties on the PC, then click OK to save the TCP/IP configuration.
Step 3 Restart the PC.
Step 4 After the PC has restarted, try to ping the Ethernet address of the CPE. If the ping fails, check the hardware connections and the configuration on both the PC and the CPE.
|
Note If the CPE is configured for NAT, the default LAN IP network is 10.0.0.0, and the default subnet mask is 255.255.255.0. You can assign an IP address to your PC starting at 10.0.0.2 with a subnet mask of 255.255.255.0. The default gateway, which is the IP address of the Ethernet on the CPE, is 10.0.0.1. |
To configure the CPE for PPP over ATM with NAT enabled, log in to the management port of the CPE in privileged mode.
set nvram erase
Step 2 Enter:
write
Step 3 Enter:
set ppp wan0-0 login login
where login is the username provided by your network administrator.
Step 4 Enter:
set ppp wan0-0 password password
where password is the password provided by your network administrator.
Step 5 Enter:
set ppp wan0-0 ipcp 0.0.0.0
Step 6 Enter:
set ppp wan0-0 dns 0.0.0.0
Step 7 To enable NAT, enter:
set nat enable
Step 8 To enable the DHCP server, enter:
set dhcp server enable
Step 9 To save your changes, enter:
write
Step 10 To reboot the CPE, enter:
reboot
Step 2 To change the default prompt to c678, enter:
set prompt c678
|
Note The prompt is limited to seven characters. |
Step 3 The following prompt now appears:
c678#
Step 4 To save your changes, enter:
write
Step 5 To exit the CBOS, enter:
quit
After you have configured your Cisco 67x, select and configure new passwords for both the enable and exec modes. Examples of good and bad passwords are:
Use the set password command to change both the enable and exec user passwords:
set password enable new password
Step 2 To change the exec user password, enter:
set password exec new password
Step 3 To save your changes, enter:
write
Step 4 To exit the CBOS, enter:
quit
Use the write command to save any changes you have made during provisioning to the NVRAM configuration file. Enter:
write
|
Caution If you do not use the write command after changes, all the changes you made during your current session will be lost when you reboot the Cisco 67x. |
Table 5-3 describes the Cisco 67x LEDs and their status. The LEDs are located on the front of the unit.
| LED Label | Full Name | Description |
|---|---|---|
WAN-LNK | WAN Link | When this light is ON, a link has been established on the WAN port. When the light is solid, the Cisco 67x is connected and trained. The WAN-LNK light blinks steadily during ADSL line training activities. |
WAN-ACT | WAN Activity | When this light blinks ON, the WAN port is transmitting or receiving data. |
LAN-LNK | (Ethernet) LAN Link | When this light is ON, a link has been established on the Ethernet port. |
LAN-ACT | (Ethernet) LAN Activity | When this light blinks ON, it indicates activity on the Ethernet port. |
ALARM | Alarm Light | When the light is Red, this indicates a problem or alarm that needs to be resolved. A brief Red light during power up is a normal behavior of the power-on self-test. |
POWER | Power Light | When this light is ON, the Cisco 67x is ON and the unit is receiving power. |
Use the stats command to display statistics on Cisco 67x activities. The statistics provided by the stats command varies on the application or interface selected. To retrieve Cisco 67x statistics:
stats ?
Step 2 To display specific statistics, for example, for the wan0 interface, enter:
stats wan0
Step 3 To exit CBOS, enter:
quit
Use the stats wan0 command to retrieve certain key statistics regarding ADSL performance of your Cisco 67x. A sample output appears below:
cbos#stats wan0
Physical WAN Port 0 Statistics
# of dropped cells:0 # of invalid cells:0
# of CRC errors:0
# of processed OAM loopback cells
segment:0 end-to-end:0
The statistics displayed by the stats wan0 command are:
The stats wan0-0 command displays more information:
cbos#stats wan0-0
WAN0-0 Statistics
# of packets Rx:49 Tx:0
# of packets Rx errors:0
# of wrong byte counts Rx:0
# of out of Rx buffers:3
# of out of Rx descriptors:0
# of too large packets Rx:0
# of bytes Rx:2170 Tx:70
# of queued Tx commands:0
# of Tx underruns:0
# of packets to Tx:1
# of rejected Tx packets:0
total # of Tx errors:0
# of processed OAM loopback cells
segment:0 end-to-end:0
Posted: Fri May 4 14:52:03 PDT 2001
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