Ccna Lab Topology 100406

CCNA – Semester2

CCNA 3.1 Lab Topology

Semester 2

Lab 2.1 – Console connection

• Observe real routers and router’s interfaces • Establish console connection

Lab 2.2 – CLI and show commands • Stand-alone routers

Lab 2.3 – Basic router configuration

R1

R2

R3

R4

R5

R6

S1 201.10.11.1/24

S0 201.10.11.2/24

S0/0 199.6.13.2/24

S0/1 192.168.3.1/24

S0 192.168.3.2/24

S0 34.10.120.2/16

N/A

S1 199.6.13.1/24

S1/0 204.204.7.1/24

S0/0 204.204.7.2/24

S1 34.10.120.1/16

NA

E0 172.16.11.1/16

E0 172.18.12.1/24

F0/0 172.16.11.2/16

F0/0 172.17.13.1/16

E0 172.18.12.2/24

E0 172.17.13.2/16

Lab 2.4 - CDP

R1

R2

R3

R4

R5

R6

S0 10.1.0.1/16

S0 10.2.0.1/16

S0/0 10.3.0.2/16

S0/0 10.4.0.1/16

S1 10.6.0.2/16

S0 10.6.0.1/16

S1 10.2.0.2/16

S1 10.3.0.2/16

S1/0 10.4.0.2/16

S1/1 10.5.0.2/16

S2 10.5.0.1/16

S1 10.1.0.2/16

E0 10.7.0.2/16

NA

F0/0 10.7.0.1/16

F0/0 10.8.0.1/16

NA

E0 10.8.0.2/16

Lab 2.5 Recover password and IOS • Stand-alone routers

Lab 2.6 – Static route

R1

R2

R3

R4

R5

R6

S1 201.10.11.1/24

S0 201.10.11.2/24

S0/0 199.6.13.2/24

S0/1 192.168.3.1/24

S0 192.168.3.2/24

S0 34.10.120.2/16

N/A

S1 199.6.13.1/24

S1/0 204.204.7.1/24

S0/0 204.204.7.2/24

S1 34.10.120.1/16

NA

E0 172.16.11.1/16

E0 172.18.12.1/24

F0/0 172.16.11.2/16

F0/0 172.17.13.1/16

E0 172.18.12.2/24

E0 172.17.13.2/16

Lab Lab 2.7A - RIP 2.6 – Static route

R1

R2

R3

R4

R5

R6

S1 201.10.11.1/24

S0 201.10.11.2/24

S0/0 199.6.13.2/24

S0/1 192.168.3.1/24

S0 192.168.3.2/24

S0 34.10.120.2/16

N/A

S1 199.6.13.1/24

S1/0 204.204.7.1/24

S0/0 204.204.7.2/24

S1 34.10.120.1/16

NA

E0 172.16.11.1/16

E0 172.18.12.1/24

F0/0 172.16.11.2/16

F0/0 172.17.13.1/16

E0 172.18.12.2/24

E0 172.17.13.2/16

Lab 2.7B - IGRP

Lab 2.9 – Default route and troubleshooting

Lab 2.11A – Standard ACL (offline)

Lab 2.11B - Extended ACL (offline)

RA 172.16.3.100

Lab 2.11C - ACL Challenge (offline) •Outer-network can’t ping into innernetwork

Internet E0

•Do not allow outer-network to access inner-network except web service in Web Server(.66). •Traffic between Net1 and Net3 is not allowed •Other networks can only access web service in Web Server •Packets between PC1(.48) and PC3 (.80) are only allowed if routed across the direct serial link

S0

R_1

S1

Net3 .96

S1

E1

R_2

192.169.10.0/2 4

S0

S0

R_3 E0

E0

PC1

•Telnet to routers only from PC1

Net1

•All other kind of traffic is allowed

.32

PC2

S1

PC3 Net2 .64

Web

Lab 2.0A – Open Lab for 6 students

Given the IP address range: 220.10.5.0 Assign IP address to all hosts in the network -Serial connection using clock rate 64k and HDLC encapsulation -Config routing using IGRP with AS number of 90 for R2, R3, R4, R5 -R1 and R6 use default route only -Be able to use name to access other routers -Using meaningful banner and description -All access must be authenticated -Capture config using tftp-server or hyper terminal -Do not allow R1 and R6 Ethernet network to telnet to R3 -Only allow WS_A and WS_B to access R4 website

Lab 2.0B – Open Lab for 5 students Given the IP address range: 190.6.0.0/16 -Assign IP address to all host in the network -Serial connection using clock rate 64k and HDLC encapsulation -Using meaningful banner and description -All access must be authenticated -Config routing using IGRP with AS number of 200 for Lab B, C, D -Lab A and Lab E use default route only -Be able to telnet to and config all routers using name -Capture config using tftp-server or hyper terminal -Only allow Lab_C to telnet to LAB_B -Do not allow any host except WS_A and WS_B access LAB_C website

Semester 3

Lab 3.1 – VLSM and RIPv2 Use VLSM to create subnet address for each network with the requirement of IP: Each Ethernet network in Site A requires 30 IPs Each Ethernet network in Site B requires 10 Ips Use RIP v2 for routing protocol

Lab 3.2 - OSPF • • • • • • •

199.6.3.0/24 ProcessID: 5 DR:Branch1 & Site2 Key:newospf Hello: 17s Dead: 49s Internet:Branch1 Loopback

Lab 3.3 - EIGRP

Lab 3.6 Basic switch configuration • Stand-alone switches

Lab 3.7 - STP

Lab 3.8 - VLAN

Lab 3.9A: VLAN & VTP • • •

Configure VTP domain: CCNA, password: class, version 2. VLANs: Associate, Professional, Specialist Trunk ports: Server: f0/1, Client: f0/2

Ports ->

Default

Associate

Professional

Specialist

Server

2 – 3, 6

4,5,8 – 12

7,13 – 19

20 – 24

Client

1,3 – 9

10 – 15

15 – 18, 20

19, 21 – 24

Lab 3.9B – VLAN & InterVLAN • • • • •

IP range: 172.20.0.0/16 Vlan Default (port 1 – 5) needs 5 IPs Vlan Sales (port 6 – 10) needs 100 IPs Vlan Engineer (port 11 – 15) needs 50 IPs Vlan Marketing (port 16 – 23) needs 100 IPs

Lab 3.0A – Open Lab for 6 students

• • • • • • • •

Each Ethernet network requires 30 IPs Configure names, passwords, descriptions and banners for routers SW3 is Server, SW2 is Client, VTP domain Open, password Lab with 4 Vlan named: Default, Sale, Marketing, Accouting. Create 3 Vlan named: Default, Remote, Small on SW1. Set IPs for SWes. Inter-VLAN routing for all 4 VLANs on Router E2 and 3 Vlan on Router Gate. Redistribute routes between the 2 area with default metric Only nodes in VLAN Remote are allowed to telnet to O1 and O2 Do not allow any SW1’s VLAN to access E2 by web Do not allow ftp and tftp traffic between 2 areas.

Semester 4

Lab 4.1 – NAT/PAT & DHCP

Lab4.2 Topology

Lab4.3 Topology

Lab 4.4 – ISDN Dial-on-Demand routing

Configure dial-on-demand routing between 2 sites.

Lab 4.6A – Frame Relay

1. 2.

PVC(21-42) and PVC(32-41) belong to 1 subnet (partial-mesh) IP address is 192.168.1.0/24 . Each Loopback interface requires 30 IPs. Rouing protocol is EIGRP with AS 100

Lab 4.6B – Frame Relay Full mesh

Lab 4.0 – Open Lab