Frame-relay Experiment

Topology:

R1 IP: 1.1.3.2/24

R2: analog relay switch

R3 IP: 1.1.3.1/24

R2 (FR-SW) configuration is as follows:

S1/0 Port:

R2 (config) # frame-relay Switching
R2 (config) # int S1/0
R2 (config-If) # No IP Address
R2 (config-If) # encapsulation frame-relay
R2 (config-If) # clock rate 64000
R2 (config-If) # frame-relay LR-type?
Cisco
ANSI
Q933a

R2 (config-If) # frame-relay LR-type ANSI
R2 (config-If) # frame-relay INTF-type DCE
R2 (config-If) # frame-relay route 102 int S1/1 201
R2 (config-If) # No sh

S1/1 Port:
R2 (config-If) # int S1/1
R2 (config-If) # No IP ad
R2 (config-If) # encapsulation frame-relay
R2 (config-If) # clock rate 64000
R2 (config-If) # frame-relay LR-type ANSI
R2 (config-If) # frame-relay INTF-type DCE
R2 (config-If) # frame-relay route 201 int S1/0 102
R2 (config-If) # No sh
R2 (config-If )#

The R1 configuration is as follows:

R1 (config) # int S1/1
R1 (config-If) # IP add 1.1.3.2 255.255.255.0
R1 (config-If) # encapsulation frame-relay
R1 (config-If) # No frame-relay inverse-ARP
R1 (config-If) # frame-relay map IP 1.1.3.1 102 Broadcast
R1 (config-If) # frame-relay map IP 1.1.3.2 102 Broadcast
R1 (config-If) # No sh

R3 is configured as follows:

R3 (config) # int S1/0
R3 (config-If) # IP add 1.1.3.1 255.255.255.0
R3 (config-If) # encapsulation frame-relay
R3 (config-If) # No frame-relay inverse-ARP
R3 (config-If) # frame-relay map IP 1.1.3.2 201 Broadcast
R3 (config-If) # frame-relay map IP 1.1.3.1 201 Broadcast
R3 (config-If) # No sh