lab 7. eigrp & ospf routing protocol

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INT507: NETWORK ADMINISTRATION LABORATORY Lab 7: Setting up LAB for Dynamic Routing EIGRP and OSPF Chandra Prakash, LPU Page 1 AIM: Setting up LAB for routing(Setting up lab for configuring Dynamic Routing) Routing Protocols(Setting up lab for EIGRP and OSPF commands) Description of Commands for Configuring Routing Techniques --------------------------------------------------------------------------------------------------------------------- 1. Familiar your-self with the types of Routing protocol a. EIGRP b. OSPF 2. Consider the given topology for 4 network segments connected through router. a) Find out the IP Address and SNM of each interface. b) After assigning IP address, configure the network with EIGRP Protocol. Ping all networks from one another. There should be seamless connectivity from every node to another. 3. Design a topology for 7 network segments connected in given topology through router. Assume class C IP address and Configure with EIGRP Routing Protocol. Ping all networks from one another. There should be seamless connectivity from every node to another.

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Lab 7. EIGRP & OSPF Routing Protocol

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Page 1: Lab 7. EIGRP & OSPF Routing Protocol

INT507: NETWORK ADMINISTRATION LABORATORY

Lab 7: Setting up LAB for Dynamic Routing – EIGRP and OSPF

Chandra Prakash, LPU Page 1

AIM:

Setting up LAB for routing(Setting up lab for configuring Dynamic Routing)

Routing Protocols(Setting up lab for EIGRP and OSPF commands)

Description of Commands for Configuring Routing Techniques

---------------------------------------------------------------------------------------------------------------------

1. Familiar your-self with the types of Routing protocol –

a. EIGRP

b. OSPF

2. Consider the given topology for 4 network segments connected through router.

a) Find out the IP Address and SNM of each interface.

b) After assigning IP address, configure the network with EIGRP Protocol. Ping all networks

from one another. There should be seamless connectivity from every node to another.

3. Design a topology for 7 network segments connected in given topology through router. Assume

class C IP address and Configure with EIGRP Routing Protocol. Ping all networks from one

another. There should be seamless connectivity from every node to another.

Page 2: Lab 7. EIGRP & OSPF Routing Protocol

INT507: NETWORK ADMINISTRATION LABORATORY

Lab 7: Setting up LAB for Dynamic Routing – EIGRP and OSPF

Chandra Prakash, LPU Page 2

4. Design a topology for 4 network segments connected in given topology through router. Assume

the given IP address and Configure with OSPF Routing Protocol. Ping all networks from one

another. There should be seamless connectivity from every node to another.

5. Create a network having 4 routers, Router A, Router B & Router C and Router D. All router are

connected with serial interfaces and forming a rectangular relationship. Router A has two /19 and

/26 network attached to it. Router B has /28 and /22 & network attached to it. Router C has /17

and /21 and Router D has /24 and /29 network attached to it. Take IP address as 10.2.0.0. and

give IP address to serial interfaces of /30 network. Specify the ranges of IP addresses on each

router for both fast Ethernet and serial interfaces in your notebook. There should be seamless

connectivity from every node to another.

a. Use EIGRP for Routing purpose.

b. Delete the EIGRP routing from the network and Enable OSPF for the same network.

Write the commands for deleting OSPF routing and enabling OSPF