Audience

Internetwork designers and system engineers with experience of implementing networks, those studying for the Cisco Internetwork Design exam, and those preparing for the Cisco Certified Design Professional certification or the Cisco Certified Internetwork Expert certification, or both

Prerequisites

All previous courses in the Cisco CID curriculum; a knowledge of the Cisco IOS 11.3: ICRC and Cisco IOS 11.3: ACRC curricula; a working knowledge of and hands-on experience with multiprotocol internetworks

Course Aim

To discuss the implementation of TCP/IP in an internetwork, the methods used to choose appropriate routing protocols, and the efficient implementation of OSPF, IGRP, and EIGRP

Learning Objectives

Implement TCP/IP addressing and show how to manage addresses and subnets efficiently in an internetwork. Identify the main features of internetwork addressing. Discuss considerations that affect the role of routers and the choice of routing protocol in internetwork design. Outline the importance of a good security policy, including the use of firewalls. Identify the considerations for protocol filtering in firewall systems. Outline the main features of address translation. Choose the appropriate routing protocol based on network requirements. Discuss the different elements of switching processes. Discuss the operation and configuration of IP routing protocols. Describe routing issues - such as summarization, convergence, and redistribution - that will affect internetwork operation.

Topics Covered

Internetworking and addressing - Overview - Routing TCP/IP address design - TCP/IP addressing choices - TCP/IP address management Security - Implementing security - Firewalls - Hands-on: Enabling firewall functions - Address translation Routing operation - Operating features - Hands-on: Identifying routing protocols - Implementation considerations - Hands-on: Diagnosing network problems Routing processes - Summarization and convergence - Route redistribution

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