EIEIOTECHNOVATION
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EIEIO / NETWORKING

Certified IP Engineer (CIPE)- Routing and Switching

Course outline

5 days

Duration

5 days

Overview

This is your route toward achieving the Certified IP Engineer. The CIPE is a vendor independent benchmark of your skills and capabilities in IP Routing and Switching. This certification equips you with the ability to plan, implement, and troubleshoot across a multi vendor network. Our hands-on approach of ‘learning through doing’ will improve your practical skills in areas of high demand in the workplace.

Course Objectives

You will be able to

  • Separate traffic streams using VLANS
  • Deploy and configure switches & routers
  • Setup interior and exterior routing protocols

Who can benefit

IP Networker personnel who require an in-depth understanding and working knowledge of a routed network

Pre requisite knowledge

Participants should have a good understanding of the Internet Protocol gained from a course such as CIPA

Introduction

  • Brief review of IP protocol suite
  • Review of subnet masking

Implementing VLANS

  • Rationale for using VLANS
  • Static and dynamic VLANS
  • Relationship between VLANS & IP subnet
  • Configuration of VLANS
  • Implementing VLANS between multiple switches
  • VLAN troubleshooting & common failures
  • Inter-VLAN communication using a router
  • Analyzing VLAN in VLAN communication
  • Spanning tree protocol for switching
  • Comparison of different vendor commands or configuration

Theory of Routing Protocols

  • Static Routing
  • Routing Tables
  • Dynamic Routing
  • Distance vector algorithms
  • Link-state algorithms
  • Path vector protocol
  • Comparison of routing algorithms
  • Path select ion
  • Multipath routing
  • Interworking between different routing protocols

Implementing Static Routed

  • Comparison of different vendor commands for configuration
  • Configuration of as static routed internetwork
  • Troubleshooting router configuration

Implementing RIP

  • Overview & issues
  • Differences between versions
  • Comparison of different vendor commands for configuration
  • Configuration of a RIP internetwork
  • Verifying configuration using command line & analyzer
  • Troubleshooting routing problems

Implementing OSPF

  • Overview & issues
  • Area types
  • Role of designated router
  • Traffic engineering
  • Comparison of different vendor commands for configuration
  • Configuration of a OSPF internetwork
  • Verifying configuration using command line & analyzer
  • Troubleshooting routing problems

Implementing BGP

  • Overview & issues
  • Role of Autonomous System (AS) Number Ibgp
  • Comparison of different vendor commands for configuration
  • Configuration of a BGP internetwork
  • Verifying configuration using command line & analyzer
  • Troubleshooting routing problems

Programme scope, delivery arrangements and suitability are confirmed during enquiry.