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IS3120 Network Communications Infrastructure Unit 8

This unit covers the concepts and processes of distance vector routing protocols, such as RIP, RIPv2, and EIGRP, in the context of classful IP routing. You will learn how to design and configure these protocols to meet business objectives. The assignments include solving a business challenge using distance vector IP routing.

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IS3120 Network Communications Infrastructure Unit 8

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  1. IS3120 Network Communications Infrastructure Unit 8 Distance Vector IP Routing,, WANs, and Classful IP Routing

  2. Class Agenda 5/6/16 • Cover Chapter 11 of Text book • Learning Objectives • Lesson Presentation and Discussions. • Discussion on Assignments. • Discussion on Lab Activities. • Break Times as per School Regulations. • Unit 8 Quiz 4

  3. Learning Objective • Design and configure distance vector routing protocols to meet business objectives.

  4. Key Concepts • Classful IP routing • Distance vector routing protocols • RIP, RIPv2, EIGRP • Distance vector IP routed networks design • RIP, RIPv2, and EIGRP IP routing and classful IP routing configuration

  5. EXPLORE: CONCEPTS

  6. Distance Vector Routing Protocols

  7. RIP / RIPv2

  8. EIGRP

  9. Classful IP Routing Class ID

  10. EXPLORE: PROCESSES

  11. Distance Vector Routing Design

  12. EXPLORE: ROLES

  13. RIP, RIPv2, and EIGRP • Dynamically allow two or more networks to learn about each other • Easily managed • Low processing and memory requirements

  14. RIP

  15. RIPv2

  16. EIGRP

  17. EXPLORE: CONTEXTS

  18. Designing a distance vector routing network

  19. Summary • In this presentation, the following were covered: • Classful IP routing • Distance vector routing protocols • RIP, RIPv2, and EIGRP • Distance vector IP routed network design

  20. Unit 8: Assignments • Assignment 8.3 Solving a Business Challenge Using Distance Vector IP Routing.

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