Note ¯ After making any configuration changes to a line (Line0 through Line3), you must use the save all and reset slot commands for the changes to take effect.
1. Set the system name of the PortMaster 4.
Command> set sysname ISP-PM4-1
2. Set the address of Ether0 10BaseT port.
Command> set ether0 address 192.168.10.1
Command> set ether0 netmask 255.255.255.0
4. Set Ether0 broadcast to high.
Command> set ether0 broadcast high.
5. (Optional) Set Ether0 to listen for and broadcast RIP-1 packets.
Refer to the PortMaster 4 Command Line Reference for additional RIP-1 options, or for configuring RIP-2.
6. Save the settings and reboot.
Command> save all
Command> reboot
7. Set the address of the Ether1 10/100BaseT port.
Command> set ether1 address 192.168.100.1
Command> set ether1 netmask 255.255.255.0
9. Set Ether1 broadcast to high.
Command> set ether1 broadcast high
10. (Optional) Set Ether0 to listen for and broadcast RIP-1 packets.
11. Save the settings and reset the slot.
Command> save all
Command> reset slot10
12. Set the default gateway address.
Command> set gateway 192.168.100.254
1. If you are not already in slot 4, set the view to slot 4.
2. Set the IP address for syslog authentication information.
Command> set loghost 192.168.1.2
3. (Optional) Set a domain name.
4. (Optional) Set the Domain Name System (DNS).
5. (Optional) Set the IP address of the name server.
Command> set nameserver 192.168.25.16
6. (Optional) Set RIP broadcast to high.
Command> set ether0 broadcast high
7. Do not broadcast default routes.
8. Set the IP address of the RADIUS server.
Command> set authentic 192.168.120.10
10. Set the IP address of the RADIUS accounting server.
Command> set accounting 192.168.120.10
11. Use RADIUS-provided netmasks.
12. Set the ChoiceNet server address.
Command> set choicenet 192.168.120.10
13. Set the ChoiceNet password.
Command> set choicenet-secret String
2. Set the base address of an address pool to slot 0.
Command 0> set assigned_address 192.168.0.1
3. Set the number of IP addresses in the pool.
4. Set the switch type for slot 0.
Command 0> set isdn-switch dms-100
9. Save the configuration to nonvolatile RAM.
11. Repeat the previous 10 steps for each installed Quad T1 board.
Note ¯ T1 and E1 lines require an external clock signal provided by the device to which the PortMaster is connected, or by the telephone company network.
Command> set Line0|isdn |t1 |e1 |fractional |isdn-fractional |inband
Options | Descriptions |
---|---|
Configures the line as ISDN B channels. This is the default. | |
e1 | Configures the entire line as an E1 line. |
fractional | Allows a channelized T1 or E1 line to be divided into groups (see "Setting Channel Groups" on page 11-6). |
isdn-fractional | Allows an ISDN PRI line to be divided into groups (see "Setting Channel Groups" on page 11-6). |
inband | Sets the channelized T1 or E1 line for inband signaling. |
Caution ¯ If you configure a line for fractional T1 or fractional ISDN and reset the board before configuring the group and channels, you will no longer be able to see and configure the line.
Command> set Line0 group Cgroup channels Channel-list
Command> set isdn-switch ni-2 |dms-100 |4ess |att-5ess
|net5 |vn2 |vn3 |1tr6 |ntt |kdd |ts014
Command> set Line0 framing esf |d4 |crc4 |fas
Note ¯ Digital modems require no configuration or initialization string.
Command> set debug mdp-status |mdp-events on |off
You can use any one of the following signaling protocols on the PortMaster 4:
2. Set the line for in-band signaling.
Command Slotnumber> set Line0 inband
3. Set the signaling protocol and the line provisioning.
Command Slotnumber> set Line0 signaling wink|immediate|fxs
4. Set the framing format for the line.
Command Slotnumber> set Line0 framing esf|d4
5. Set the encoding method for the line.
Command Slotnumber> set Line0 encoding b8zs|ami
6. Repeat Steps 2 through 5 for the other three T1 lines on the Quad T1 board.
7. Save the configuration changes and reset the slot.
Command Slotnumber> save all
Command Slotnumber> reset slotSlotnumber
8. Use the following command to display the configuration for each line:
Command> set view 2
Command 2> set line1 inband
Command 2> set line1 signaling wink
Command 2> set line1 framing esf
Command 2> set line1 encoding b8zs
Command 2> save all
Command 2> reset slot2
----------------------line1 - T1 Inband DS0 ------------------
Status: UP Framing: ESF Encoding: 8ZS PCM: u-law
Signaling: Trunk E&M wink start Options: inbound calls only
Receive Level: +2dB to -7.5dB
Alarms Violations
---------------------------------------------------------------
Blue 0 Bipolar 0
Yellow 1 CRC Errors 0
Receive Carrier Loss 0 Multiframe Sync 0
Loss of Sync 0
Command> set line0 signaling r2generic |mfr2 Profile
2. Set the line for in-band signaling.
Command Slotnumber> set Line0 inband
3. Set the signaling protocol and the line provisioning.
Command Slotnumber> set Line0 signaling r2generic|mfr2 Profile
4. Set the framing format for the line.
Command Slotnumber> set Line0 framing crc4|fas
5. Set the encoding method for the line.
Command Slotnumber> set Line0 encoding hdb3|ami
6. Repeat Steps 2 through 5 for the other two lines on the Tri E1 board.
7. Save the configuration changes and reset the slot.
Command Slotnumber> save all
Command Slotnumber> reset slotSlotnumber
8. Use the following command to display the configuration for each E1 line:
In the D channel backup system, one T1 interface is configured as the primary interface and another is configured as the secondary interface. If the primary interface fails, the secondary interface takes over signaling responsibilities for the group. When the failed primary interface returns to service, it backs up the secondary interface.
Command> set Line0 nfas primary|secondary|slave |disabled Identifier Group
1. Set the view to the line board you want to configure.
The view is changed from the manager module to slot 0.
2. Set the primary interface, the line number, and the NFAS group.
Command 0> set line0 nfas primary 0 5
Line0 is set as the primary interface for NFAS group 5.
3. Set the other interfaces as slave interfaces on the line board in slot 0.
Command 0> set line1 nfas slave 1 5
Command 0> set line1 nfas slave 2 5
Command 0> set line1 nfas slave 3 5
Line1, Line2, and Line3 are set as slave interfaces in NFAS group 5.
4. Save the configuration and reset the slot to make the changes take effect.
Command 0> save all
Command 0> reset slot0
5. Change the view to the slot containing the line board you want to set as the secondary interface, and set line 0 as the secondary interface.
Command 0> set view 1
Command 1> set line0 nfas primary 4 5
Line0 in slot 1 is set as the secondary interface for NFAS group 5. It is NFAS member number 4.
6. Set the other interfaces as slave interfaces.
Command 1> set line1 nfas slave 5 6
Command 1> set line2 nfas slave 6 5
Command 1> set line3 nfas slave 7 5
7. Save the configuration and reset the slot to make the changes take effect.
Command 1> save all
Command 1> reset slot1
8. Configure any additional interfaces for this NFAS group--up to a maximum of 20--as slave interfaces, save the configurations, and reset slots as appropriate.
Note ¯ When you configure a line board for NFAS, all interfaces on the board must use NFAS. You cannot configure some of the interfaces for standard PRI.
Command> set view 3
Command 3> show line3
Command 3> set view 2
Command 2> show nfas
Command 2> set console
Command 2> set view 3
Command 3> set debug nfas on
Command> set view 0
Command 0> set line0 nfas primary 0 5
Command 0> set line1 nfas slave 1 5
Command 0> set line2 nfas slave 2 5
Command 0> set line3 nfas slave 3 5
Command 0> save all
Command 0> reset slot0
Command> set view 1
Command 1> set line0 nfas secondary 4 5
Command 1> set line1 nfas slave 5 5
Command 1> set line2 nfas slave 6 5
Command 1> set line3 nfas slave 7 5
Command 1> save all
Command 1> reset slot1
To take full advantage of NFAS, you can configure three more Quad T1 boards as slave interfaces for a maximum of 20 interfaces.
Command> set view 0
Command 0> set line0 nfas primary 0 5
Command 0> set line1 nfas slave 1 5
Command 0> set line2 nfas slave 2 5
Command 0> set line3 nfas slave 3 5
Command 0> save all
Command 0> reset slot0
Command> set view 1
Command 1> set line0 nfas slave 4 5
Command 1> set line1 nfas slave 5 5
Command 1> set line2 nfas slave 6 5
Command 1> set line3 nfas slave 7 5
Command 1> save all
Command 1> reset slot1
Command> set imt-parms Ipaddress Tport1 Tport1 [1a|default]
Command> set view 0
Command 0> set imt-parms 192.168.10.10 10000 7000
Changed gateway IP address from 0.0.0.0 to 192.168.10.10
Changed gateway port from 0 to 10000
Changed local port from 7000 to 7000
Command > set view 0
Command 0> set imt 192.168.10.10 10000 7000 1a
Changed gateway IP address from 0.0.0.0 to 192.168.10.10
Changed gateway port from 0 to 10000
Changed local port from 7000 to 7000
Changed switch type from default to 1a
Command 0> save all
Command 0> reset slot0
Command 4> set view 0
Command 0> set line0 imt
Command 0> set line0 signaling rbs
Note ¯ You set line signaling only for 1A type switches. When robbed bit signaling is not set, the IMT supports 24 64Kbps channels.
Caution ¯ Because debug commands can significantly slow throughput on line boards, Lucent recommends that you do not perform debugging operations on production lines.
Command 1> set console
Command 1> set debug imt on
slot1: imt_hangup: line(1), slot(23)
slot1: imt_hangup: line(1) slot(23) flags(0) state(1)
slot1: imt_hangup: state 1, done
slot1: imt_receive_data: got heartbeat
slot1: imt_proc: IMT_HEARTBEAT
slot1: imt_process_heartbeat: sent heartbeat
slot1: imt_send_data: sent packet
slot1: imt_receive_data: got heartbeat
slot1: imt_proc: IMT_HEARTBEAT
slot1: imt_process_heartbeat: sent heartbeat
slot1: imt_send_data: sent packet
slot2: imt_gw_conn_established: not!
slot2: imt_gw_conn_established: not!
slot2: imt_gw_conn_established: not!
slot2: imt_gw_conn_established: not!
Hnd Recv-Q Send-Q Local Address Foreign Address (state)
21 0 0 192.168.10.10.23 0.0.0.0.0 LISTEN
20 0 0 192.168.10.10.23 172.16.10.10.40982 ESTABLISHED
19 0 0 192.168.10.10.67 0.0.0.0.0 UDP
18 0 2 192.168.10.10.23 172.20.23.25.21082 ESTABLISHED
17 0 0 192.168.10.10.10100 0.0.0.0.0 LISTEN
16 0 0 192.168.10.10.10099 0.0.0.0.0 LISTEN
15 0 0 192.168.10.10.1643 0.0.0.0.0 LISTEN
14 0 0 192.168.10.10.1701 0.0.0.0.0 UDP
5 0 0 192.168.10.10.1044 192.168.10.12.1646 UDP
3 0 0 192.168.10.10.520 0.0.0.0.0 UDP
set view 0
set imt 192.168.10.10 10000 7000
save all
reset slot0
set view 1
set imt 192.168.10.10 10000 7000
save all
reset slot1
set view 0
set imt 192.168.10.10 10000 7000 1a
set line0 imt
set line0 signaling rbs
. . .
set view 1
set imt 192.168.10.10 10000 7000 1a
set line0 imt
set line0 signaling rbs
. . .