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  2. Cisco Packet Tracer is computer networking simulation software for teaching and learning networking, IoT, and cybersecurity skills in a virtual lab.

    • Objectives
    • Background
    • Part 1: Configure RIPv2
    • Part 2: Verify Configurations
    Part 1: Configure RIPv2
    Part 2: Verify Configurations

    Although RIP is rarely used in modern networks, it is useful as a foundation for understanding basic network routing. In this activity, you will configure a default route, RIP version 2, with appropriate network statements and passive interfaces, and verify full connectivity.

    Step 1: Configure RIPv2 on R1.

    a. Use the appropriate command to create a default route on R1for all Internet traffic to exit the network through S0/0/1. b. Enter RIP protocol configuration mode. c. Use version 2 of the RIP protocol and disable the summarization of networks. d. Configure RIP for the networks that connect to R1. e. Configure the LAN port that contains no routers so that it does not send out any routing information. f. Advertise the default route configured in step 1a with other RIP routers. g. Save the conf...

    Step 2: Configure RIPv2 on R2.

    a. Enter RIP protocol configuration mode. b. Use version 2 of the RIP protocol and disable the summarization of networks. c. Configure RIP for the networks directly connected to R2. d. Configure the interface that contains no routers so that it does not send out routing information. e. Save the configuration.

    Step 3: Configure RIPv2 on R3

    Repeat Step 2 on R3.

    Step 1: View routing tables of R1, R2, and R3.

    a. Use the appropriate command to show the routing table of R1. RIP (R) now appears with connected (C) and local (L) routes in the routing table. All networks have an entry. You also see a default route listed. b. View the routing tables for R2 and R3. Notice that each router has a full listing of all the 192.168.x.0 networks and a default route.

    Step 2: Verify full connectivity to all destinations.

    Every device should now be able to ping every other device inside the network. In addition, all devices should be able to ping the Web Server.

  3. Free simulation tool and virtual lab from Cisco Networking Academy. Practice networking, IoT, and cybersecurity, no hardware required. Try it today!

  4. Sep 8, 2024 · It simulates networking devices that are used to build CCNA practice labs. An average CCNA lab costs more than $300. Packet Tracer cuts this cost by simulating all essential CCNA lab devices. A simulation-based learning environment helps students and instructors. Students can learn how to configure routers and switches from the command line.

  5. For new and current CCNA candidates, this article works through the use of Cisco Packet Tracer for CCNA study - from discovering its features, to how to create and find lab exercises, to using a sample lab to experience Packet Tracer.

  6. Jun 12, 2020 · Cisco Packet Tracer is a tool built by Cisco and it provides network simulation to practice simple and complex networks. The main purpose of the Cisco Packet Tracer is to help students learn the principles of networking and demonstrate the networking concepts.

  7. What is Cisco Packet Tracer? Packet Tracer is a networking simulation tool (as stated above) used for practice, discovery, and troubleshooting designed by Cisco. Cisco’s official website describes Packet Tracer as: “A powerful network simulation program that allows students to experiment with network behavior and ask ‘what if’ questions.”

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