LAB 3 – Dynamic routing protocols

LAB 3 : Dynamic routing protocols :

In this LAB, we will examine features, which are common to all interior Gateway Protocols. Basic configuration for various IGPs is included but is not the focus of this LAB exercise.

Routing Protocol Updates:

• Enter the commands on each router to provision a basic RIPv1 configuration and enable RIP on every interface.
• Debug the routing protocol updates on R1.Observe the updates being sent and receive. What kind of traffic is used (unicast, broadcast or multicast).
• Enter the command to enable RIPv2 on every router.

• What kind of traffic used for the updates now?
• Turn off all debugging on R1.
• Check that RIP routes have been added to R1 and it has a route to every subnet in lab.
• Why are there two routes to the 10.1.1.0/24 network in the routing table?

Comparing routing protocols:

• View the RIP database on R1.
• Enter the commands on each router to provision a basic OSPF configuration and enable OSPF on every interfaces.
• Are RIP routes included in the routing table on R1? Why or Why not?
• Disable interface Ethernet 0/1 on R2. What do you expect to happen to R1’s Routing table?
• Verify your expected changes to R1’s routing table.
• Aside from the next hop address, what else has changed on the routing table?
• View the OSPF database on R1. What is different it and the RIP database?

Routing Protocol Metrics and Administrative Distance:

• Enter the command to remove OSPF on every router.
• Will R1 still have connectivity to R4?
• What is the metric to the 10.1.1.0/24 network on R1?
• Enter the commands on each router to provision a basic EIGRP configuration and enable EIGRP on every interface.
• What changes do you expect to see in the routing tables? Why?
• Verify the changes to the routing tables on R1.
• What is the metric to the 10.1.1.0/24 network on R1?
• Disable RIP and EIGRP on R5.
• Configure the network so that there is still connectivity between all subnets if the link between R1 and R2 goes down. Accomplish this with six commands. Do not enable EIGRP on R5 but note that the routing protocol is expected to be enabled there in the future.
• What changes do you expect to see to the routing table on R1?
• Verify the changes to the routing table on R1.
• Verify that traffic from PC1 to PC2 still goes via R2.
• Shut down interface Ethernet0/1 on R2.
• What changes do you expect to see on R1’s routing table?
• Verify the changes to the routing table on R1.
• Verify the traffic goes via R5.
• Bring interface Ethernet 0/1 on R2 back up.
• Enter the commands on R5 to provision a basic EIGRP configuration and enable EIGRP on every interface.

Loopback Interfaces:

• Configure loopback interface 0 on each router. Assign the ip address 192.168.0.x/32, where x is the router number.
• Is there connectivity to the loopback interfaces from the pcs? Why or why not?
• Enter the commands on each router to include the loopback interfaces in EIGRP.
• Verify the loopback interfaces are in the routing table on R1.
• Verify connectivity from PC2 to the loopback on R5.

Adjacencies and passive interfaces:

• Enter the command to verify that R1 has established EIGRP adjacencies with R2 and R5.
• Enter the command to configure the loopback interface and the link to R5 as a passive interface on R1.

Thank you guys for coming here and taking a look I hoped it helped you!

Check out our facebook group -->here <--

Original source  here

Cisco,Cisco Press,Microsoft,Oracle,CompTIA,CIW,Adobe,ISC2,Linux,Cisco Press,e-learning,CCNA,CCNP,CCIE,HCNA,HCNP,HCIE,CCNP,CCIE,HCNA,HCNP,HCIE,bootcamp,IT certification,MCTS,MCITP,A+,Network+,Security+,Online tutorials for Internet,Networking,Security,Website Development,Network Design,Computers,Information Security,exams,free practice tests,router simulations,hands-on labs,CCNA,CCENT,ICND1,ICND2,CISCO,NETWORK,TEST QUESTIONS,PREPARATION STUDY GROUP, ccna, cisco, ccnp, ccie, networking, it, security, networkengineer, technology, mikrotik, iman, farahi, network, linux, tech, python, ccent, iot, computer, datacenter, life , informationtechnology, voip, programming, virtualization, e, developer, programmer, mtcna, bhfyp,

, ccna, cisco, ccnp, ccie, networking, it, security, networkengineer, technology, mikrotik, iman, farahi  network, linux, tech, python, ccent, iot, computer, datacenter, life, informationtechnology, voip, programming, virtualization, e, developer, programmer, mtcna, bhfyp