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7/28/2019 Niit Route

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Implementing Cisco IP Routing (ROUTE)

ID CI-ROUTE Price US$ 3,295 Duration 5 days

WHO SHOULD ATTEND

This course is primarily intended for:

- Network professionals who want to correctly implement

routing based solutions given a network design using Cisco

IOS services and features, where implementation of routing

includes planning, configuring and verification

- The typical job roles for this type of professional are

network engineers, network operations center (NOC)

technical support personnel, or help desk technicians

Other who would find this course useful include:

- Any individual involved in implementation and verification

of routing protocols in the enterprise networks

PREREQUISITES

The knowledge and skills you must have before attending

this course are as follows:

- Knowledge and skill level equal to Cisco CCNAcertification

- Knowledge and experience of the implementation and

verification of enterprise routing and switching technologies

as offered by the ICND1 and ICND2 courses or equivalent

skills and knowledge

Note: In addition to knowledge and skill level equal to Cisco

CCNA certification, it is recommended that you have

practical experience in installing, operating, and

maintaining Cisco routers and switches in an enterprise

environment.

COURSE OBJECTIVES

Upon completing this course, you will be able to:

- Plan and document the configuration and verification of

routing protocols and its optimization in enterprise networks

- Identify the technologies, components, and metrics of

EIGRP to implement and verify EIGRP routing in diverse,

large-scale internetworks based on requirements

- Identify, analyze and match OSPF multiarea routing

functions and benefits for routing efficiencies in network

operations in order to implement and verify OSPF routing in

a complex enterprise network

- Implement and verify a redistribution solution in amulti-protocol network that uses IOS features to control

path selection and loop free topology according to a given

network design and requirements

- Evaluate common network performance issues and

identify the tools needed to provide a layer 3 path control

that uses IOS features to control the path

- Implement and verify a layer 3 solution using BGP to

connect an enterprise network to a service provider

DETAILED COURSE OUTLINE

Module 1: Planning Routing Services to Requirements

Plan and document the configuration and verification of

routing protocols and its optimization in enterprise

networks.

Lesson 1: Assessing Complex Enterprise Network

Requirements

This lesson describes the converged network requirements

of various network and networked applications within the

Cisco network architectures. This will result in the ability to

identify information that must be collected when filling out

an implementation plan. This ability includes being able tomeet these objectives:

- Defining Cisco network models

- Understanding traffic conditions in a converged network

- Understanding Cisco SONA framework

- Understanding routing and routing protocols

Lesson 2: Common Maintenance Processes and

Procedures

This lesson describes the requirements of the enterprise

network, implementation plan and documentation of

implementation process, and its results. This ability

includes being able to meet these objectives:

- Create an implementation plan

- Define the implementation plan tasks

- Develop the implementation plan documentation

- Create an implementation plan example

Lesson 3: Lab 1-1 Debrief

This lesson explains gathering of network requirements and

required data. You will be able to create implementation

plan, verify, and document the whole process. This ability


- Describe the lab topology and identify the implementation

and verification tasks

- Present the sample solution and identify possiblealternative solutions

Lab

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- Lab 1-1: Assess skills for implementing complex

networks

Module 2: Implementing an EIGRP based Solution

Identify the technologies, components, and metrics of

EIGRP to implement and verify EIGRP routing in diverse,

large-scale internetworks based on requirements.

Lesson 1: Planning Routing Implementations with EIGRP

This lesson describes the components and metrics of

EIGRP, how EIGRP selects routes between routers in

diverse, large-scale internetworks, the implementation plan

creation process, and basic EIGRP configuration. This

ability includes being able to meet these objectives:

- Understanding EIGRP Capabilities and Attributes

- Understanding EIGRP Operation and Metrics

- Planning and Documenting for EIGRP

- Implementing Basic EIGRP

Lesson 2: Implementing and Verifying Basic EIGRP for the

Enterprise LAN Architecture

This lesson describes how to verify and implement EIGRP

routing. This ability includes being able to meet these

objectives:

- Verifying EIGRP Routes for IPv4

- Verifying EIGRP Operation for IPv4

- Using the Passive-Interface Command with EIGRP

- Advertising an IP Default-Network in EIGRP

- Determining Summary Boundaries

- Utilizing Manual Route Summarization


This lesson explains how to configure and verify EIGRP

operations. This ability includes being able to meet these

objectives:

- Identify the implementation and verification tasks for

basic EIGRP configuration and how to influence the EIGRP

path selection- Present the sample solution and identify possible

alternative solutions

Lesson 4: Configuring and Verifying EIGRP for the

Enterprise WAN Architecture

This lesson describes, recognizes, and deploys EIGRP

operation over various WAN technologies and be able to

scale the operation with load balancing and proper

bandwidth utilization. This ability includes being able to

meet these objectives:

- Configuring and verifying EIGRP over Frame Relay and

on a Physical Interface- Configuring and verifying EIGRP over Multipoint

Sub-Interfaces

- Configuring and verifying EIGRP over Point-to-Point

Sub-Interfaces

- Implementing Load Balancing Across Equal-Metric Paths

- Implementing Load Balancing Across Unequal-Metric

Paths

- Determining EIGRP Bandwidth use Across WAN Links

- Implementing EIGRP over Layer 2 and Layer 3 MPLS

VPNLesson 5: Lab 2-2 Debrief


circuit emulation and Frame Relay operations. This ability



basic EIGRP configuration and how to influence the EIGRP

path selection

- Present the sample solution and identify possible


Lesson 6: Implementing and Verifying EIGRP

Authentication

This lesson describes how to implement and verifyauthentication in an EIGRP network. This ability includes

being able to meet these objectives:

- Determining Router Authentication for EIGRP

- Determining MD5 Authentication for EIGRP

- Implementing MD5 Authentication for EIGRP

- Verifying MD5 Authentication for EIGRP



Authentication. This ability includes being able to meet

these objectives:


EIGRP authentication over LAN and WAN interfaces



Lesson 8: Advanced EIGRP Features in an Enterprise

Network

This lesson describes how to implement advanced EIGRP

features in an Enterprise Network by applying the planned

implementation processes using correct Cisco IOS

commands and applications as well as verify that the

configuration was correctly implemented. This ability


- Defining scalability in large networks

- Understanding EIGRP Queries

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- Defining SIA connections in EIGRP- Understanding EIGRP stub routers


This lesson explains how to implement and troubleshoot

EIGRP operations to solve EIGRP adjacency and limited

connectivity. This ability includes being able to meet these

objectives:

- Identify the implementation, verification, and

troubleshooting tasks for EIGRP operations to solve

adjacency and connectivity issues



Labs:

- Lab 2-1: Configure and verify EIGRP operations

- Lab 2-2: Configure and verify EIGRP circuit emulation,

and Frame Relay operations

- Lab 2-3: Configure and verify EIGRP Authentication

- Lab 2-4: Implement and Verify EIGRP operations

Module 3: Implementing a Scalable Multiarea Network

OSPF Based Solution

Identify, analyze, and match OSPF multiarea routing

functions and benefits for routing efficiencies in network

operations in order to implement and verify OSPF routing in

a complex enterprise network.

Lesson 1: Planning Routing Implementations with OSPF as

Scalable Routing Protocol

This lesson explains link state protocols, components and

metrics of OSPF, how OSPF operates, and the

implementation plan creation process. This ability includes


- Determining Link-State Routing Protocols

- Determining OSPF Area Structure

- Determining OSPF Adjacency Database

- Calculating the OSPF Metric

- Determining Link-State Data Structures- Maintaining Link-State Sequence Numbers

- Planning for OSPF Implementation

Lesson 2: How OSPF Packet Processes Work

This lesson explains how information flows between routers

to maintain OSPF links and which packets are used. This


- Determining OSPF Packet Types

- Establishing OSPF Neighbor Adjacencies

- Exchanging and Synchronizing LSDB's

- Maintaining Network Routes

- Verifying Packet Flow

Lesson 3: Improving Routing Performance in a ComplexEnterprise Network

This lesson describes the features of various OSPF

network architectures. This ability includes being able to


- Introducing OSPF Network Types

- Determining Adjacency Behavior in Point-to-Point Links

- Determining Adjacency behavior in a Broadcast Network

- Determining Adjacency Behavior in a Metro Ethernet and

EoMPLS Network- Determining Adjacency Behavior in MPLS networks

- Selecting a DR and BDR

- Implementing OSPF over Different Frame Relay

Implementations

- Implementing OSPF over Frame Relay NBMA

- Using Sub-Interfaces in OSPF over Frame-Relay

- Implementing OSPF over a Point-to-Point Frame-Relay

Network

- Implementing OSPF over a Point-to-Multipoint

Frame-Relay Network

Lesson 4: Configuring and Verifying OSPF Routing

This lesson explains how to configure OSPF single-area

and multiarea routing as well as several advanced features.This ability includes being able to meet these objectives:

- Initializing Single-Area and Multi-Area OSPF

- Activating OSPF within a Router in Single-Area and

Multi-Area

- Defining the Router ID

- Verifying OSPF Operations

- Identifying LSA Types within the LSDB

- Limiting Adjacencies in OSPF with the Passive-Interface

Command

- Defining Design limitations of OSPF

- Defining OSPF Virtual Links and solving the

non-Contiguous Area Problem

- Changing the Cost Metric


This lesson describes how to implement and verify OSPF

to improve routing performance. This ability includes being

able to meet these objectives:

- Identify the implementation, verification and

troubleshooting tasks for OSPF operations over LAN and

WAN interfaces with different frame relay WAN segment

representations


alternative solutionsLesson 6: Lab 3-2 Debrief


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multiarea routing. Additionally manipulation of cost, routerID and routing updates is used to optimize the OSPF

implementation. This ability includes being able to meet

these objectives:

- Identify the implementation, verification and

troubleshooting tasks for OSPF operations in multiarea

over LAN and WAN interfaces with different frame relay

WAN segment representations



Lesson 7: Configuring and Verifying OSPF Route

Summarization

This lesson describes the procedure for configuring OSPFroute summarization for interarea and external routes. This


- Determining OSPF Route Summarization

- Implementing OSPF Route Summarization

- Identifying the Benefits of a Default Route in OSPF

- Using a Default Route in OSPF



route summarization for interarea and external routes. This


- Identify the implementation, verification, and

troubleshooting tasks for OSPF route summarization for

interarea and external routes



Lesson 9: Configuring and Verifying OSPF Special Area

Types


area parameters, including stub, totally stubby, NSSA, and

backbone. This ability includes being able to meet these

objectives:

- Determining OSPF Area Types- Defining and Implementing a Stub Area

- Defining and Implementing a Totally Stubby Area

- Interpreting Routing Tables for OSPF Area Types

- Defining and Implementing a Not-So-Stubby-Area and

Totally-NSSA Area in OSPF

- Verifying All OSPF Area Types



special area types. This ability includes being able to meet

these objectives:

- Identify the implementation and verification tasks forimplementing the OSPF special area types including stub,

totally-stub, and totally not-so-stubby (NSSA) area



Lesson 11: Configuring and Verifying OSPF Authentication

This lesson describes how to implement authentication in

an OSPF network. This ability includes being able to meet

these objectives:

- Determining Types of OSPF Authentication- Implementing Simple Password Authentication for OSPF

- Configuring MD5 Authentication for OSPF

- Troubleshooting Authentication for OSPF



authentication. This ability includes being able to meet

these objectives:


implementing the OSPF authentication



Labs:

- Lab 3-1: Configure and verify OSPF to improve routing

performance

- Lab 3-2: Implement and verify OSPF multiarea routing

- Lab 3-3: Configure and verify OSPF route summarization

for interarea and external routes

- Lab 3-4: Configure and verify OSPF special area types

- Lab 3-5: Configure and verify OSPF Authentication

Module 4: Implement an IPv4-based Redistribution Solution

Implement and verify a redistribution solution in a

multi-protocol network that uses IOS features to control

path selection and loop free topology according to a given

network design and requirements.

Lesson 1: Assessing Network Routing Performance and

Security Issues

This lesson explains prefix-lists, distribute-lists and

route-maps and how to use them to filter and control

routing update traffic. This ability includes being able to


- Determining Common Network Performance Issues

- Identifying How Distribution Lists Work

- Using Distribution-Lists to Control Routing Updates- Identifying How Prefix Lists Work

- Using a Prefix-List to Control Routing Updates

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- Identifying How Route-Map's Work- Using Route-Map's to Control Routing Updates

- Using Route-Map's to Filter Routes

- Suppressing Routing Updates using Passive-Interface

Lesson 2: Operating a Network Using Multiple IP Routing

Protocols

This lesson explains what route redistribution is and why it

may be necessary. This ability includes being able to meet

these objectives:

- Describing a Complex Routing Network

- Defining Route Redistribution

- Determining Default Metrics for Redistributed Routes

- Determining where to Redistribute- Identifying Caveats of Redistribution

Lesson 3: Configuring and verifying Route Redistribution

This lesson explains how to configure route redistribution

between multiple IP routing protocols. This ability includes


- Defining The Examples of Redistribution

- Defining The Administrative Distance Attribute

- Defining Route Redistribution using Administrative

Distance

- Identifying The Impact of using Admin Distance for Route

Manipulation

- Identifying The Redistribution using Route-Maps

- Describing The Route Redistribution using Route-Maps


This lesson describes how to configure redistribution

between multiple routing protocols as well as implement

filtering of routes. This ability includes being able to meet

these objectives:


implementing the redistribution between OSPF and EIGRP

and OSPF and RIPv2 protocols


alternative solutionsLab:

- Lab 4-1: Configure route redistribution between multiple

IP routing protocols

Module 5: Implementing Path Control

Evaluate common network performance issues and identify

the tools needed to provide a layer 3 path control that uses

IOS features to control the path.

Lesson 1: Assessing Path Control Network Performance

Issues

This lesson explains common network performance issues

caused by inefficient path control selection and identifywhat resources are needed to best provide a path control

as well as implementation and verification of PBR. This


- Assessing Path Control Network Performance

- Using Filters to Determine Path Selection

- Using PBR to Determine Path Selection

- Configuring and Verifying PBR

- Configuring and verifying PBR Operations on a Cisco

RouterLesson 2: Lab 5-1 Debrief

This lesson explains destination based forwarding and

configures path control using PBR tool. This ability includes



manipulating the path for a selection of the packets

traveling across the network



Lesson 3: References to additional Path Control in

E-Learning

This lesson explains Preview the E-Learning products toteach creating Path Control through additional methods.

This ability includes being able to meet these objectives:

- Implement Path Control by Other Methods

Lab:

- Lab 5-1: Configure and verify Path Control between

multiple IP routing protocols

Module 6: Connecting an Enterprise Network to ISP

Networks

Implement and verify a layer 3 solution using BGP to

connect an enterprise network to a service provider.

Lesson 1: Planning the Enterprise-to-ISP Connection

This lesson justifies the components and methods used to

connect an enterprise network to an ISP. This ability


- Connecting enterprise networks to an ISP

- Exchanging routing updates with an ISP

- Understanding connection types to an ISP

Lesson 2: Advantages of Using BGP

This lesson explains how to match BGP functionality to

advantages and to the benefits of using BGP to connect an

enterprise network to ISPs. This ability includes being ableto meet these objectives:

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- Determining How To Use BGP to Connect to an ISP- Understanding BGP Multihoming Options

- Configuring BGP Routing Between Autonomous Systems

- Identifying Path-Vector Functionality

- Identifying Features of BGP

Lesson 3: Comparing the Functions and Uses of EBGP and

IBGP

This lesson explains how to compare and contrast the

requirements for establishing EBGP to IBGP neighbor

relationships. This ability includes being able to meet these

objectives:

- Defining BGP Neighbor Relationships

- Establishing External BGP Neighbor Relationships- Establishing Internal BGP Neighbor Relationships

Lesson 4: Configuring and Verifying Basic BGP Operations

This lesson explains how to implement BGP operations by

receiving an enterprise network and ISP specifications for

connection. This ability includes being able to meet these

objectives:

- Identifying specifications for Implementing BGP

- Establishing Internal and External BGP Neighbors

- Determining How To Shut Down a BGP Neighbor

- Understanding BGP Configuration Considerations

- Identifying BGP Neighbor States

- Implementing Authentication in BGP

- Creating an Example of Activating Basic BGP

- Configuring BGP Verification


This lesson explains lab topology, configuration of BGP

operations, create checkpoints for configuration, and

verification, as well as find alternative solutions. This ability


- Compare your solution, findings, and action log against a

set of checkpoints provided by the instructor and identify

common and alternative solutions

- Consolidate the lessons learned during the reviewdiscussions into a set of best practice methods and

commands to aid you in future troubleshooting procedures

Lesson 6: BGP Attributes and Path Selection Process

This lesson explains how to configure and verify BGP

operations in a multihomed environment using the BGP

attributes and route maps to control the path selection for

all BGP routes from the router. This ability includes being

able to meet these objectives:

- Determining the BGP Path Selection

- Identifying The Characteristics of BGP Attributes for Path

Selection and Path Manipulation- Configuring Filtering of BGP Routing Updates


This lesson explains lab topology, configuring of BGP path

manipulation using local preference and MED BGP

attributes, creation of checkpoints for configuration, and

verification as well as alternative solutions. This ability


- Identify the implementation and verification tasks to

establish BGP adjacency in the network and manipulate theBGP path using local preference and MED BGP attributes



Lesson 8: References to Training on IPv6 and Branch

Office/Remote Workers in E-Learning

This lesson explains Preview the E-Learning products to

teach creating Path Control through additional methods.

This ability includes being able to meet these objectives:

- Implement path control by other methods

Labs:

- Lab 6-1: Configure BGP Operations

- Lab 6-2: Manipulate EBGP Path selections

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Training Centers worldwide

Fast Lane

1800 Perimeter Park

Morrisville, NC 27560

Tel. (919) 674-3100

[email protected], www.fastlaneus.com

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