AIS AI2524 user manual 13-1

AI2524 Router Card User’s Manual

Substitute Addresses in a Local X.25 Rout	12-39
Configure XOT Alternate Destinations	12-39
Configure CMNS Routing	12-40
Enable CMNS on an Interface	12-40
Specify a CMNS Static Map of Addresses	12-41
Example: CMNS Configured for X.121 and MAC Addresses	12-41
Example: CMNS Switched over a PDN	12-42
Example: CMNS Switched over Leased Lines	12-43
Create X.29 Access Lists	12-45
Create an Access List	12-46
Example: X.29 Access List	12-46
Apply an Access List to a Line	12-47
Create an X.29 Profile Script	12-47
Example: X.29 Profile Script	12-47
Configure LAPB	12-48
Configure a LAPB Datagram Transport	12-48
Example: Typical LAPB Configuration	12-49
Modify LAPB Protocol Parameters	12-49
Configure LAPB Priority and Custom Queuing	12-52
Configure Transparent Bridging over Multiprotocol LAPB	12-53
Monitor and Maintain LAPB and X.25	12-53
Example: Transparent Bridging for Multiprotocol LAPB Encapsulation	12-54
Example: X.25 Configured to Allow Ping Support over Multiple Lines	12-54
Example: Booting from a Network Server over X.25	12-56

Chapter 13: AI2524 Frame Relay Configuration Steps	13-1
Introduction	13-1
Frame Relay Hardware Configuration	13-1
Frame Relay Configuration Task List	13-2
Enable Frame Relay Encapsulation on an Interface	13-2
Examples: IETF Encapsulation	13-3
Configure Dynamic or Static Address Mapping	13-3
Configure Dynamic Mapping	13-3
Configure Static Mapping	13-3
Examples: Static Address Mapping	13-4
Configure the LMI	13-5
Allow LMI Autosense to Operate	13-5
The LMI Autosense Process	13-5
Configuring LMI Autosense	13-6
Explicitly Configure the LMI	13-6
Configure Frame Relay Switched Virtual Circuits	13-8
Configure SVCs on a Physical Interface	13-8
Example: SVCs on an Interfac	13-9
Configure SVCs on a Subinterface (optional)	13-9
Example: SVCs on a Subinterface	13-10
Configure a Map Class	13-11
Configure a Map Group with E.164 or X.121 Addresses	13-12
Associate the Map Class with Static Protocol Address Maps	13-12
TOC-8	August 1997
	2524UM