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CCNA 3 Chapter 2 Introduction to Classless Routing

CCNA 3 Chapter 2 Introduction to Classless Routing. By Your Name. Objectives. VLSM RIP version 2. What Is VLSM and Why Is It Used?. Wasting Space. When to Use VLSM?. Calculating Subnets with VLSM. Route Aggregation. Configuring VLSM. RIP version 2. RIP History.

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CCNA 3 Chapter 2 Introduction to Classless Routing

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  1. CCNA 3 Chapter 2Introduction to Classless Routing By Your Name

  2. Objectives • VLSM • RIP version 2

  3. What Is VLSM and Why Is It Used?

  4. Wasting Space

  5. When to Use VLSM?

  6. Calculating Subnets with VLSM

  7. Route Aggregation

  8. Configuring VLSM

  9. RIP version 2

  10. RIP History • RIPv1 has the following limitations: • It does not send subnet mask information in its updates. • It sends updates as broadcasts on 255.255.255.255. • It does not support authentication. • It is not able to support VLSM or classless interdomain routing (CIDR).

  11. RIPv2 Features

  12. Comparing RIPv1 and RIPv2

  13. Configuring RIPv2

  14. Verifying RIPv2

  15. Troubleshooting RIPv2

  16. Default Routes • Default routes — The system administrator manually defines default routes as the path to take when there is no known route to the destination. • Default routes keep routing tables shorter.

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