Cisco- Deploying Cisco Service Provider Advanced Network Routing (SPADVROUTE)

COURSE OVERVIEW

The Deploying Cisco Service Provider Advanced Network Routing (SPADVROUTE) v1.2, a five-day course, tutors network engineers and technicians to implement and support a service provider network. It was created to enable students to prepare for the Cisco CCNP SP credential. SPADVROUTE course is a part of the CCNP SP program.

The course is based on using Cisco routers that usually exist in the service provider network and technologies that enable the provision of different services to customers. On completing this course, learners can do BGP advanced configuration, verification, and troubleshooting, performing IP multicasting and IPv6 transition mechanism functionality checks. Similarly, bringing into network SP Cisco IOS/IOS XE and Cisco IOS XR features to run and care for them.

COURSE SCHEDULE

TARGET AUDIENCE

Service providers, network engineers, systems engineers, and network specialists will make and deliver carrier-grade scalable layouts ready to be extended to support new managed services introduction and other customer demands. Furthermore, this class is suggested for those aiming to be certified CCNP service providers.

COURSE PREREQUISITES

A valid Cisco CCNA Service Provider or a valid Cisco CCIP & SPROUTE can be taken as a prerequisite.

COURSE OUTLINE

Module 1: SP Connectivity BGP

Lesson 1: Customer-to-Provider Connectivity Requirements Definition

Lesson 2: The Linking between a Customer and a Service Provider

Module 2: Enlarge Service Provider Network

Lesson 1: BGP Scaling within the Service Provider Networks

Lesson 2: Transition to BGP Route Reflectors and Confederations

Module 3: Enhance and Speed up BGP – BGP Enhancement and Optimization

Lesson 1: Carrying out Advanced BGP Operations

Lesson 2: Speeding up BGP convergence

Lesson 3: BGP Configuration Scalability Improving

Module 4: Multicast Overview

Lesson 1: Multicast introduces IP

Lesson 2: Defining Multicast Distribution Trees and Forwarding

Lesson 3: Multicast on the local area network

Lesson 4: Filling in the MR Route table

Module 5: Multicast Routing within the Domain and across the Domains

Lesson 1: A prototype, PIM-SM Protocol

Hardware Lab 5: Turn on and Improve PIM-SM

Lesson 2: Applying PIM-SM Improvements

Lesson 3: Implementing Interdomain IP Multicast

Lesson 4: Recognizing rendezvous point pattern-solving processes

Module 6: IPv6 Transition – Service Provider IPv6 Implementation

Lesson 1: IPv6 Services Introduction

Lesson 2: IPv6 Transition Mechanisms Definition

Hardware Lab 10: Implement Tunnels for IPv6 as well