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To configure the global system commands, click the System tree. The following tabs display as shown in Figure 2-1:
To configure general system commands, click the General tab and follow these steps:
Step 1 Click hostname, and enter the host name string in the Hostname field.
Step 2 Click enable password and follow these steps:
(a) In the User Name field, enter the user identification.
(b) In the Password field, enter the password.
Step 3 Click banner motd and enter the message of the day in the Banner Text field.
Step 4 Click banner exec and enter the message in the Banner Text field.
Step 5 Click banner incoming and enter the message in the Banner Text field.
Step 6 Click username (#0) and follow these steps:
(a) In the User Name field, enter the user identification.
(b) In the Password field, enter the secret password.
Step 7 Click network base-rate and select the appropriate value, either 56k or 64k in the PLL Clock Type box.
To configure global IP commands, click the IP tab and follow these steps:
Step 1 Click ip routing to enable IP routing.
Step 2 Click ip route and follow these steps:
(a) In the Network field, enter the network IP address.
(b) In the Mask field, enter the subnet mask.
(c) In the Address/Interface field, enter the IP address or select the interface number as appropriate.
(d) In the Distance field, enter the administrative distance value.
Step 3 Click ip default-network and enter the default network IP address.
Step 4 Click access-list and follow these steps:
(a) In the Number field, enter the access-list number.
(b) In the Permission field, select either deny or permit.
(c) In the Source field, enter the source address string.
(d) In the Source Wildcard field, enter the source address wildcard string.
To configure global IPX commands, click the IPX tab and follow these steps:
Step 1 Click ipx routing, and in the Node field, enter the IPX node number string.
Step 2 Click access list and follow these steps:
(a) In the Number field, enter the IPX access list number from 800 to 899.
(b) In the Permission box, select either deny or permit.
(c) In the Source field, enter the IPX network number for the source network.
(d) In the optional Source Node Mask field, enter the source node mask string.
(e) In the Destination field, enter the IPX network number for the destination network.
(f) In the Destination Node Mask field, enter the destination node mask string.
To configure global Data Link Switching (DLSw) commands, click the DLSw tab and follow these steps:
Step 1 Click dlsw bridge-group and enter the DLSw group number from 1 to 63 in the Group Number field.
Step 2 Click dlsw local-peer and follow these steps:
(a) Enter the peer ID IP address in the Peer ID field.
(b) Enter the peer group number from 1 to 255 in the Group Number field.
(c) Check the Border check box if the DLSw peer is a border node.
(d) Enter the cost value from 1 to 5 in the Cost field.
(e) In the Largest Frame Size box, select the appropriate frame size: 516, 1470, 1500, 2052, 4472, 8144, 11407, 11454, 17800.
(f) In the Keepalive field, enter the number of seconds from 0 to 200.
(g) Check the Passive check box if the peer operates in passive node.
(h) Check the Promiscuous check box if the peer operates in promiscuous mode.
To configure global bridging commands, click the Bridging tab and follow these steps:
Step 1 Click source-bridge ring-group and enter the ring-group number from 1 to 4095 in the Ring Group field.
Step 2 Click source-bridge remote-peer and follow these steps:
(a) In the Ring Group field, enter the ring group number from 1 to 4095.
(b) In the FSt IP Address field, enter the fst IP address.
(c) In the Largest Frame Size field, enter one of the following values: 516, 1500, 2052, 4472, 8144, 11407, or 17800.
Step 3 Click source-bridge fst-peername and enter the IP address in the Local IP Address field.
To configure global SNMP commands, click the SNMP tab and follow these steps:
Step 1 Click snmp-server community and complete the following:
(a) In the Community String field, enter the community string name.
(b) In the Permission box, select the appropriate permissions: Read Only (RO) or Read Write (RW).
(c) In the Access List box, enter the access list number from 1 to 99.
Step 2 Click snmp-server host and complete the following:
(a) In the Host field, enter the host name or IP address.
(b) In the Community String field, enter the community string name.
(c) Check the BGP box to send BGP traps.
(d) Check the Config box to send configuration traps.
(e) Check the DLSW box to send DLSw traps.
(f) Check the DSPU box to send downstream Physical Unit traps.
(g) Check the Entity box to send entity traps.
(h) Check the Frame-Relay box to send Frame Relay traps.
(i) Check the RSRB box to send remote source route bridging (RSRB) traps.
(j) Check the SDLC box to send SDLC traps.
(k) Check the SDLLC box to send SDLLC traps.
(l) Check the SNMP box to send SNMP traps.
(m) Check the STUN box to send serial tunnel traps.
(n) Check the TTY box to send TTY traps.
(o) Check the UDP Port to notify the host's UDP port number.
(p) Check the Voice box to send voice traps.
To configure global Frame Relay commands, click the Frame Relay tab and follow these steps:
Step 1 Click frame-relay switching.
Step 2 Select the Switching box.
To configure miscellaneous global commands, click the Misc tab and follow these steps:
Step 1 Click Service timestamps-uptime and in the Type box, select the type value as either debug or log.
Step 2 Click Service timestamps-datetime and complete the following:
(a) In the Type box, select the type value as either debug or log.
(b) Check the Show Msec box to display the date/time in milliseconds.
(c) Check the Local Time box to display the local time in the timestamp.
(d) Check the Show Timezone box to display the timezone in the timestamp.
To configure the interface system commands, click the Interface subtree. Different tabs display, depending on whether you select the Ethernet interface, serial port 0, 1, or 2. Figure 2-2 shows an example of the display shown when the Ethernet 0 interface is selected. With this display, you can choose from the General, IP, IPX, FrameRelay, or Bridging tabs.
If you select serial port 0, 1, or 2, you can choose from other tabs, including FrameRelay, CES, MapGrp, FR-ATM. If you select serial port 2, you can also select the ATM tab.
To configure the IP interfaces, click the IP tab, enter the interface name, and follow these steps:
Step 1 Click ip address and complete the following:
(a) Enter the IP address in the IP Address field.
(b) Enter the subnet mask in the Net Mask field.
(c) Select the Secondary check box if the IP address is a secondary address.
Step 2 Click ip unnumbered, and enter the interface number in the Interfaces field.
Step 3 Click ip helper-address and enter the IP helper address.
Step 4 Click ip forward-protocol and do one of the following:
Step 5 Click ip local pool and do one of the following:
Step 6 Click peer default ip address and do one of the following:
To configure IPX, click the IPX tab and follow these steps:
Step 1 Click ipx network and complete the following:
(a) Enter the IPX network address.
(b) Select the appropriate Encapsulation Type from the following choices: arpa, hdlc, novell-ether, novell-fddi, sap, or snap.
(c) If the IPX network address is a secondary address, select the Secondary Address check box.
Step 2 To turn on ipx watchdog spoofing, click ipx watchdog-spoof.
Step 3 Click ipx route and complete the following:
(a) Select the IPX Network box, and enter the network mask value in the IPX NetMask field, or select the Default check box to use the default IPX network.
(b) Enter the network node value in the IPX Address field, or enter the serial port number in the Interface box (either serial 0 or serial 2).
(c) Select the Floating Static Route check box to enable the floating static route option.
Step 4 Click ipx sap and follow these steps:
(a) Select the appropriate SAP Service Type.
(b) Enter the server name in the Server Name field.
Step 5 Enter the network node value in the IPX Network field, and enter the IPX node address value in the .Node field.
Step 6 Enter the socket number in the IPX Socket field.
Step 7 Enter the Hop Count value.
To configure Frame Relay interfaces click FR, specify the interface name, and follow these steps:
Step 1 Click frame-relay map and complete the following:
(a) In the Protocol field, select the appropriate protocol type, either ip or ipx.
(b) In the Protocol Address field, enter the protocol address.
(c) In the DLCI field, enter the DLCI number from 16 to 1006.
(d) If you want the broadcast option enabled, check the Broadcast check box.
(e) In the Encapsulation box, select either cisco or ietf.
(f) In the Compression box, select either payload-compress or packet-by-packet.
(g) In the Segment Size field, enter the segment size from 8 to 1600.
Step 2 Click frame-relay route and complete the following:
(a) In the In-DLCI field, enter the DLCI number from 16 to 1006.
(b) In the Outgoing Interface box, select an outgoing interface from the display list.
(c) In the Out-DLCI field, enter the DLCI number from 16-1006
(d) In the Voice Encap Size field, enter the encapsulation size from 8 to 1600.
Step 3 Click frame-relay voice-encap and optionally enter the encapsulation size from 8 to 1600 in the Voice Encap Size field.
Step 4 Click frame-relay interface-dlci and complete the following:
(a) In the DLCI field, enter the DLCI number from 16 to 1006.
(b) If you want the broadcast option enabled, check the Broadcast check box.
(c) In the Encapsulation box, select either cisco or ietf.
(d) To support voice encapsulation, click Voice-Encap, and optionally, in the Voice Encap Size field, enter the encapsulation size from 8 to 1600.
Step 5 Click frame-relay intf-type and select either dce, dte, or nni.
Step 6 Click frame-relay class and enter the Frame Relay class name.
To configure Circuit Emulation Services click the CES tab and follow these steps:
Step 1 Click ces cell-loss-integration-period and enter the period value from 1 to 2147483647.
Step 2 Click ces clockmode and enter the mode type as synchronous.
Step 3 Click ces partial-fill and enter the octet for the CES fill value.
Step 4 Click ces max-buf-size and enter the size from 1 to 65536.
Step 5 Click ces service and enter the service type as structured.
Step 6 Click ces map pvc and follow these steps:
(a) In the ATM Interface field, select serial 2.
(b) In the VCD field, enter the VCD number from 1 to 1023.
To configure the ATM interface, click the ATM tab and follow these steps:
Step 1 To configure an ATM PVC, click atm pvc and follow these steps:
(a) Enter the virtual circuit descriptor in the VCD field.
(b) Enter the virtual path identifier in the VPI field.
(c) Enter the virtual circuit identifier in the VCI field.
(d) Select one of the following Encapsulation types: aal1, aal5fratm (for Frame Relay to ATM Interworking), aal5snap, or aal5voice (for voice over ATM).
(e) Enter the Peak, Average, and Burst values in the appropriate fields.
(f) Enter the OAM value in the OAM Seconds field.
(g) Enter the inverse ARP value in minutes in the In Arp Minutes field.
(h) Select the Compress check box to turn on compression.
Step 1 Enter the Frame Relay DLCI from 16 to 1006 in the DLCI field.
Step 2 Enter Serial 2 in the ATM Interface field.
Step 3 Enter the virtual circuit descriptor from 1 to 1023 in the VCD field.
To configure bridging interface commands, click the Bridging tab and follow these steps:
Step 1 Click bridge-group and enter the Bridge Group number.
Step 2 Click source-bridge and complete the following:
(a) Enter the Local Ring value.
(b) Enter the Bridge Number value.
(c) Enter the Target Ring value.
Step 3 Click source-bridge spanning, and enter the Bridge Group number.
To configure the line commands, click the Line subtree. Select either Line, Aux, or Console. A display similar to the one shown in Figure 2-3 appears.
To configure general auxiliary line commands, click the Line subtree, enter the line number in the From field and the end line number in the To field and follow these steps:
Step 1 Click the Aux. tab.
Step 2 Click exec to enable Exec mode.
Step 3 Click speed, and enter the baud rate in the field.
Step 4 Click modem callin to enable modem callin.
Step 5 Click modem callout to enable modem callout.
Step 6 Click modem cts-required if modem Clear To Send is required.
Step 7 Click modem dtr-active if modem Data Terminal Ready is active.
Step 8 Click modem in-out if supported.
Step 9 Click modem rl-is-cd if supported.
Step 10 Click modem answer-timeout and enter the number of seconds in the Timeout field if supported.
Step 11 Click flowcontrol and select one of the following options in the FlowControl box: none, software in, software out, hardware in, or hardware out.
Step 12 Click autoselect, and select one of the following options in the AutoSelect box: arap, ppp, slip, during login.
Step 13 Click login, and select either local or tacacs in the Login box.
Step 14 Click password, and enter a string in the Password field.
Step 15 Click transport input and select one of the following in the Input box: mop, telnet, or none.
Step 16 Click transport output and select one of the following in the Output box: telnet or none.
To configure console line commands, click the Line subtree, enter the line number in the From field and the end line number in the To field and follow these steps:
Step 1 Click the Console tab.
Step 2 Click exec to enable EXEC mode.
Step 3 Click autoselect and select one of the following options from the Autoselect field: arap, ppp, slip, or during-login.
Step 4 Click login and select either local or tacacs in the Login box.
Step 5 Click password, and enter a string in the Password field.
Step 6 Click transport input and select one of the following in the Input box: mop, telnet, or none.
Step 7 Click transport output and select one of the following in the Output box: telnet or none.
To configure vty line commands, click the Line subtree, enter the line number in the From field and the end line number in the To field and follow these steps:
Step 1 Click the vty tab.
Step 2 Click exec to enable EXEC mode.
Step 3 Click autoselect and select one of the following options from the Autoselect field: arap, ppp, slip, or during-login.
Step 4 Click login and select either local or tacacs in the Login box.
Step 5 Click password, and enter a string in the Password field.
Step 6 Click transport input and select one of the following in the Input box: mop, telnet, or none.
Step 7 Click transport output and select one of the following in the Output box: telnet or none.
To configure the controller commands, click the Controller subtree. Click on the appropriate controller (T1 0 or 1, or E1 0 or 1), and a display similar to the one shown in Figure 2-4.
To configure the T1 controller, click the T1 tab and follow these steps:
Step 1 Click controller and complete the following:
(a) Check the T1 box to enter T1 configuration mode.
(b) In the NIM Number field, type in the Network Interface Module number from 0
to 2.
Step 2 Click shutdown and select the Shutdown box. To activate the T1 controller, deselect the Shutdown box.
Step 3 Click description and enter the string describing the T1 controller.
Step 4 Click loopback and select the appropriate loopback type: line, local or remote.
Step 5 Click loop-detect and select the check box to activate loop detection. To deactivate loop detection, deselect the check box.
Step 6 Click framing and select the appropriate framing mode: esf, sf, crc4, or no-crc4.
Step 7 Click linecode and select the appropriate line encoding method: ami or b8zs.
Step 8 To support Channel Associated Signaling (CAS) on the T1 controller, click the cas check box.
To configure T1 controller channel groups or CAS groups, click Group, specify the Network Interface Module number and follow these steps:
Step 1 Click channel-group and complete the following:
(a) In the Channel Number field, enter the channel number from 0 to 23.
(b) In the Time Slots field, enter the timeslots slot number from 1 to 24.
(c) In the Range box, select the appropriate range, either 48k, 56k, or 64k.
Step 2 Click Voice-group and complete the following:
(a) In the Channel Number field, enter the channel number from 0 to 23.
(b) In the Slot Number field, enter the timeslots slot number from 1 to 24.
(c) In the Type box, select the appropriate voice signaling type: e&m, fxo, or fxs.
To configure a TDM group on the T1 controller, click Group and follow these steps:
Step 1 Enter the TDM group channel number in the Channel Number field. The range is 0 to 23.
Step 2 Enter the timeslot range in the Range field.
Step 3 In the Type box, select the appropriate type from the following choices: e&m, fxo loop-start, fxo-ground start, fxs loop-start, or fxs ground-start.
To configure the E1 controller, click the T1 tab and follow these steps:
Step 1 Click controller and complete the following:
(a) Check the E1 box to enter E1 configuration mode.
(b) In the NIM Number field, type in the Network Interface Module number from 0 to 2.
Step 2 Select shutdown to deactivate the E1 controller. Deselect shutdown to activate the E1 controller.
Step 3 Click description and enter the string describing the E1 controller.
Step 4 Click framing and select the appropriate framing mode: crc4 or no-crc4.
Step 5 Click linecode and select the appropriate line encoding method: ami or b8zs.
Step 6 To support Channel Associated Signaling (CAS) on the E1 controller, click the cas check box.
To configure E1 controller channel groups or Channel Associated Signaling (CAS) groups, click Group, specify the Network Interface Module number and follow these steps:
Step 1 To configure the E1 channel group, click the Channel-Group box and complete the following:
(a) In the Channel Number field, enter the channel number from 0 to 23.
(b) In the Slot Number field, enter the timeslots slot number from 1 to 24.
(c) In the Range box, select the appropriate range, either 48k, 56k, or 64k.
Step 2 Click cas-group and follow these steps:
(a) In the Channel Number field, enter the channel number from 0 to 23.
(b) In the Slot Number field, enter the timeslots slot number from 1 to 24.
(c) In the Type box, select the appropriate voice signaling type from the following choices: e&m, fxo, fxs, e&m-melcas, fxs-melcas, or fxo-melcas.
To configure a TDM group on the E1 controller, click Group and follow these steps:
Step 1 Enter the TDM group channel number in the Channel Number field. The range is 0 to 30.
Step 2 Enter the timeslot range in the Range field.
Step 3 In the Type box, select the appropriate type from the following choices: e&m, fxo loop-start, fxo-ground start, fxs loop-start, fxs ground-start, e&m-melcas, fxs-melcas, or fsxo-melcas.
To configure the voice port commands, click the Voice Port subtree and enter the voice port slot/port numbers in the appropriate fields. The following tabs display as shown in Figure 2-5:
To configure general voice port commands, click the General tab and follow these steps:
Step 1 To deactivate the voice port, select shutdown. To activate the voice port, deselect shutdown.
Step 2 Click description and enter a string description to describe the voice port.
Step 3 Click cptone and select the Tone value for where the voice port is located.
Step 4 For E&M ports, click Operation and select either the two-wire or four-wire operation check box.
Step 5 For E&M ports, click Type and specify the E&M type by selecting type 1, 2, 3, or 5.
Step 6 Click dial type and select dtmf.
Step 7 Select supervisory disconnect to activate supervisory disconnect. To cancel supervisory disconnect, deselect the box.
Step 8 Select comfort-noise to activate comfort noise. To deactivate comfort-noise, deselect the box.
Step 9 Click codec and select the appropriate CODEC type: g729r8k, or g729ar8k.
Step 10 Click impedance and select the appropriate value: 600r, 600c, 900r, or 900c.
Step 1 Click General and select the desired timing method:
Step 2 Specify the timing number by entering a number for the valid range of the selected timing option (shown above). The timing is in milliseconds, except for the pulse option (pulses per second).
To configure voice port echo-cancellation, click the Echo-Cancel tab and follow these steps:
Step 1 Click echo-cancel and select the Non-linear check box to enable nonlinear call processing.
Step 2 Click echo-cancel coverage and select the appropriate coverage level, either 8, 16, or 32.
To configure the voice port gain values, click the Gain tab and follow these steps:
Step 1 Click input gain and enter the gain value from -6 to 14 decibels.
Step 2 Click output attenuation and enter the gain value from 0 to 14 decibels.
To configure the voice port connection information, click the Connection tab and follow these steps:
Step 1 Select the appropriate Connection Type, either plar, trunk, or tie-line.
Step 2 In the Connection String field, enter the appropriate string value for the connection type:
To configure the dial peer voice commands, click the Dial Peer Voice subtree and enter the tag number. Figure 2-6 shows a sample of a Dial Peer Voice display.
To create and configure a dial peer, select Dial Peer from the main menu and follow these steps:
Step 1 In the Tag Number box, type in the unique tag number that identifies the dial peer.
Step 2 In the Transport box, select the appropriate transport type:
To configure general options for the dial peer, click General to reach the General configuration menu. To configure general options for the dial peer, follow these steps:
Step 1 Select shutdown to deactivate the dial peer. Deselect the shutdown option to activate the dial peer.
Step 2 Click preference and enter the preference value from 0 to 10.
Step 3 Click session to open the session menu, and complete the following:
(a) In the Interface box, select the appropriate interface type, either ATM, Frame-Relay, or Cisco Serial Encap.
(b) In the Target String field, enter the string, depending on the interface type:
To configure dial options for the dial peer, click the Dial tab and follow these steps:
Step 1 Click destination pattern and enter the destination pattern string.
Step 2 Click dial-prefix and enter the dial-prefix string.
Step 3 Click alt-dial and enter the alternative dial string.
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