Tài liệu CCIE_Train-01 pptx

Table of contents

Exercise 1) Remote frame relay switching 2

Exercise 2) IP across frame relay 3

Exercise 3) IPX across frame relay 4

Exercise 4) Appletalk across frame relay 5

Exercise 5) Decnet across frame relay 6

Exercise 6) Banyan vines across frame relay 7

Exercise 7) Trouble shoot your network 8

Exercise 8) DLCI prioritization 9

Exercise 9) Stun and X.25 10

Exercise 10) Hot standby router protocol (HSRP) 11

Exercise 11) Advanced bgp

-

4 12

Exercise 12) EIGRP 13

Exercise 13) IPX 14

Exercise 14) Auto install 15

Exercise 15) IGRP

-BGP

-OSPF 16

Exercise 16) Policy routing 17

Exercise 17) Network Address Translation 18

Exercise 18) Protocol translation 19

Exercise 19) Route tagging 20

Exercise 20) CLNS and IS

-IS 21

Exercise 21) DLSW+ 22

Exercise 1) Remote frame relay switching

Objective: The objective of this exercise is configure Sydney and Melbourne

(refer diagram 1) for remote frame relay switching. As such they will tunnel

frame relay traffic between the 2 serial0 interfaces by encapsulating this traffic

in IP and sending it across an IP backbone.

a) Cable your routers as shown on diagram 1. Gibe all 4 routers appropriate

hostnames and passwords. Also add clocking on serial interfaces. Do NOT

clock faster then 38.4kbps if you have V.24 cables.

b) Use network 131.108.0.0 and a /20 mask to create 3 subnets.

c) Configure Sydney and Melbourne Ethernet0 for IP routing using of the

allocated subnets.

d) Create one loopback interface on each of Melbourne and Sydney, and

assign each an IP address from the remaining 2 subnets.

e) On Sydney and Melbourne configure RIP to advertise network 131.108.0.0

f) Create a tunnel connecting Melbourne and Sydney across the Ethernet IP

backbone, Use the loopback interfaces as end points.

g) Configure Melbourne and Sydney as frame relay (FR) switches on serial 0.

Create 2 PVC’s at each end. Assign them DLCI numbers 50 and 51.

h) Connect Brisbane/Canberra to Melbourne/Sydney via their serial 0. Create 2

PVC’s between Brisbane and Canberra. Use a NBMA approach, ie. No

subinterfaces.

i) Use Cisco LMI signaling between Brisbane and Melbourne. Use ANSI

signaling between Sydney and Canberra.

j) Configure Brisbane/Canberra to poll the switches every 5 seconds.

k) Use show frame-relay pvc to verify that both DLCI’s are active between

Brisbane and Canberra.