nxll10 v lan and trunking

LAB 10: VLan and Trunking

Task

1. Configure IP Addresses as per given in topology.

2. Create DHCP Server for Vlan 10 and Vlan 20.

3. Make SW1 as a VTP Server and rest of all configure as a client. Make sure that vtp domain is

netwaxlab.com.

4. Make sure all pc's assign ip address via DHCP.

5. PC9 and PC10 having different IP's but in single Vlan. You need to communicate PC9 and PC10.

(No need to communicate with server and Routers).

Figure 1 Topology


Solution

Task 2: Create DHCP Server for Vlan 10 and Vlan 20.

DHCP Server

ip dhcp pool vlan10

network 211.0.101.0 255.255.255.0

default-router 211.0.101.1

exit

ip dhcp pool vlan20

network 54.113.89.0 255.255.255.0

default-router 54.113.89.1

exit

Task 3: Make SW1 as a VTP Server and rest of all configure as a client. Make sure that vtp

domain is netwaxlab.com.

SW1

interface range f0/2-4

switchport trunk encapsulation dot1q

switchport trunk allowed vlan 1,10,20

exit

vtp domain netwaxlab.com

vtp password cisco.com

vtp mode server

vlan 10

exit

vlan 20

exit

SW2




exit


vtp mode client


SW3




exit

vtp mode client


SW4




exit

vtp mode client


ASW1

vtp mode client


ASW2

vtp mode client


ASW3

vtp mode client


ASW4

vtp mode client


Make sure all switches are accepted vlan information from server. Verify at your end.


Task 5: PC9 and PC10 having different IP's but in single Vlan. You need to communicate PC9

and PC10. (No need to communicate with server and Routers).

SW1

vlan 100

exit

SW4


switchport mode access

switchport access vlan 100

exit

int vlan 100

ip add 10.0.0.1 255.255.255.0

ip add 20.0.0.1 255.255.255.0 secondary

exit

Verify using ping between pc9 and pc10.

(NOTE: Make sure ASW switches assign interface on respected vlan's as per given in topology.)

On all ASW Switches

interface f0/2



exit

interface f0/3



exit

nxll10 v lan and trunking

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