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Cisco Building Scalable Networks Part 1 - Advanced Routing Principles

Cisco

 Serebra Learning Corporation
Training Provided by Serebra Learning Corporation Within the range of expected student abilities stated in the prerequisites, some students may need a little more review than others. This first part of the course provides a refresher for those students who need to be brought up to the same level as the more experienced students. The material for this part of the course is expected to be drawn from chapters 2 and 3 of the ILT. This first course in the BSCN curriculum should provide the learner with a brief overview of routing principles. The difference between distance vector and link-state routing protocol behavior is explained. Convergence issues surrounding the most commonly used interior routing protocols, RIP, IGRP, EIGRP and OSPF are also presented. This course also covers various aspects of IP addressing including VLSM as well as Route Summarization.
This is primarily online training
on-line e-learning cbt (computer based)This is an online eLearning or CBT training program
study at homeThis course may be available for home-study
web-based,online cbt,cdweb-based,online cbt,cd
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Duration:8 hours
Training Presented in:English
Cisco Building Scalable Networks Part 1 - Advanced Routing Principles
Cisco Building Scalable Networks Part 2 - OSPF
Course Code SQE20412

Outline

  1. Contents
  2. Description
  3. Audience
  4. Prerequisites
  5. Objectives
  6. Topics Include
  7. Duration
  8. Minimum Requirements
  9. Media

Description

This course covers the use, operation, configuration, and verification of Open Shortest Path First (OSPF) in a single area and multiple areas. In the case of OSPF in a single areas it covers, IP and Hierarchical Addressing, VLSM, Route summarization, Interdomain Routing, and Helper Addresses While in the case of OSPF in a multiple areas. It covers, creating multiple OSPF areas and OSPF operation across multiple areas. It also covers virtual links and how to configure and use OSPF multi-area components. Finally, it covers how to verify OSPF operation. The material for this part of the course is expected to be drawn from chapters 4 and 5 of the ILT.

Audience

Network administrator, network designer, network specialist, network technician (specializing in configuring and supporting multiprotocol internetworks).

Prerequisites

(Currently no course prerequisite information)

Objective

Upon completion of this course, the student will be able to:

  • Identify the features of OSPF.
  • Identify the features of OSPF operation.
  • Identify the features and functions of the DR and the BDR in OSPF.
  • Identify the issues that can arise in large OSPF networks and the solutions to these.
  • Identify the different types of OSPF routers.
  • Identify the types of link-state advertisements (LSAs).

Topics Include

Unit 1: OSPF Configuration in a Single Area

  • Identify the features of OSPF.
  • Identify the features of OSPF operation.
  • Identify the features and functions of the DR and the BDR in OSPF.
  • Identify the steps in the exchange process using the Hello protocol.
  • Identify the steps in the exchange protocol process used to discover routes.
  • Identify the criteria used to choose routes.
  • Identify the steps in the flooding process used to maintain routing information.
  • Identify the modes of operation in NBMA topology.
  • Identify the features of point-to-point neighborships.
  • Identify the characteristics of NBMA topologies.
  • Identify the features of subinterfaces in the NBMA environment.
  • Identify the features of NBMA mode neighborship.
  • Identify the features of point-to-multipoint mode neighborship.
  • Identify the features of additional Cisco-defined modes for OSPF neighborship.
  • Configure OSPF on an internal router.
  • Identify the commands used to modify OSPF behavior.
  • Identify the commands used to configure OSPF over NBMA topologies in different modes.
  • Identify the steps in configuring OSPF over NBMA topologies in the 5 different modes.
  • Identify the commands that can be used to verify OSPF operation and statistics.
  • Identify the features and functions of the DR and the BDR in OSPF.
  • Identify the steps in the exchange process using the Hello protocol.
  • Identify the steps in the exchange protocol process used to discover routes.
  • Identify the criteria used to choose routes.
  • Identify the steps in the flooding process used to maintain routing information.
  • Identify the modes of operation in NBMA topology.
  • Identify the features of point-to-point neighborships.
  • Identify the characteristics of NBMA topologies.
  • Identify the features of subinterfaces in the NBMA environment.
  • Identify the features of NBMA mode neighborship.
  • Identify the features of point-to-multipoint mode neighborship.
  • Identify the features of additional Cisco-defined modes for OSPF neighborship.
  • Configure OSPF on an internal router.
  • Identify the commands used to modify OSPF behavior.
  • Identify the commands used to configure OSPF over NBMA topologies.
  • Identify the steps in configuring OSPF over NBMA topologies in the 5 different modes.
  • Identify the commands that can be used to verify OSPF operation and statistics.

Unit 2: Multiple OSPF Areas: Interconnecting

  • Identify the issues that can arise in large OSPF networks and the solutions to these.
  • Identify the different types of OSPF routers.
  • Identify the types of link-state advertisements (LSAs).
  • Calculate the cost of summary and external routes.
  • Identify the different types of network area.
  • Identify the steps involved in the packet-forwarding path between multi-area networks.
  • Identify the steps involved in flooding LSUs to multiple areas.
  • Identify the features of virtual links.
  • Identify the steps involved in configuring virtual links.
  • Identify the steps involved in configuring OSPF ABRs.
  • Identify the features of stub and totally stubby areas.
  • Identify the steps in configuring stub and totally stubby areas.
  • Identify the features of a multiple-area NBMA environment.
  • Identify the features of route summarization.
  • Identify the guidelines for configuring route summarization.
  • Identify the commands that verify OSPF operation in multiple areas.
  • Analyze the OSPF multi-area case study.

Duration

8

Minimum Requirements

The CD-ROM version of this course requires: At least a 486DX 33Mhz CPU. Microsoft Windows 3.1 or higher and a Microsoft-compatible mouse. At least 8MB RAM. At least VGA graphics capability with a minimum 512K video RAM (1MB video RAM recommended). At least a double-speed CD-ROM drive. An MPC-compliant sound card with attached speakers or headphones is recommended. The network version of this course requires: At least a 486DX 33Mhz CPU. Microsoft Windows 3.1 or higher and a Microsoft-compatible mouse. At least 8MB RAM and 14MB available hard disk space or file server space. At least VGA graphics capability with a minimum 512K video RAM (1MB video RAM recommended).

Media

© Copyright Serebra Learning Corp., 2002

About The Training Provider: Serebra Learning Corporation
Serebra Learning Corporation - Serebra Learning Corporation provides technology-based training solutions through a combination of Cortex, its proprietary learning management system (LMS), and a curriculum catalog with over 1,825 current courseware titles. Founded in 1987 (as FirstClass Systems, with a name change to Serebra in 2001), Serebra has over sixteen years" experience delivering e-learning solutions to both...
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