Rick Gallahers MPLS Training Guide book cover

Rick Gallahers MPLS Training Guide

Building Multi Protocol Label Switching Networks

This book introduces readers to mpls concepts, installation, migration, operation, inspection, and troubleshooting. It discusses specific router and switch platforms and includes such topics as frame-mode mpls, cell-mode mpls, label distribution protocol, tag distribution protocol, label distribution protocol migration, mpls configuration, traffic engineering, mpls vpns, mpls vpn deployment models, mpls vpn routing protocol support, multi-protocol bgp, mpls vpn configurations, mpls vpn integration, and mpls vpn management.

Audience
Network engineers running high-bandwidth networks ISPs needing to manage different kinds of data based on different plans and priorities. In addition, readers studying for the Cisco MPLS exam will find this a valuable reference.

Paperback, 400 Pages

Published: November 2003

Imprint: Syngress

ISBN: 978-1-932266-00-9

Contents


  • Foreword

    Chapter 1 The Fundamentals of MPLS Networks and Data Flow

    Introduction

    What Is MPLS?

    MPLS Network Construction

    Exercise 1.1: LER and Granularity

    Exercise 1.1 Summary

    Data Flow in MPLS Networks

    Practical Applications

    Label Numbers

    MPLS Commands

    Exercise 1.2: MPLS Data Flow

    Exercise 1.3: Single Stacked Label Decode

    Hands-On: Compare and Contrast IP/Ethernet and IP/MPLS/Ethernet

    Exercise 1.3 Summary

    Exercise 1.4: Stacked Decode

    Hands-On: Open the File and Review File Content

    Chapter Summary and Review

    Going Further

    Chapter 2 MPLS Label Distribution

    Introduction

    The Early Days of Switching

    MPLS Label Distribution

    Control of Label Distribution

    Label Distribution Triggering

    Protocols

    Practical Applications: Label Distribution

    Configuration Steps

    Enabling the Label Distribution Protocol

    Configuring New Interfaces with Show Commands

    Create and Enable the Interface

    Create and Enable MPLS on New Interface

    Create and Enable LDP

    LDP Session Information

    Other Show Commands

    LDP Neighbor Information

    LDP Statistical Information

    LDP Interface Information

    Exercise 2.1: Control-Ordered or Not?

    Exercise 2.2: Label Distribution

    Chapter Summary and Review

    Going Further

    Chapter 3 MPLS Signaling

    Introduction

    Introduction to MPLS Signaling

    Traffic Control in MPLS Networks

    RSVP-TE

    CR-LDP

    Comparing CR-LDP to RSVP-TE

    Practical Applications: Signaling Different Types of RSVP-TE Paths

    Extending RSVP for MPLS Networks

    Signaling a Path Using RSVP-TE

    Hop by Hop

    RSVP Hop-by-Hop Show Commands

    Explicit Route Objects

    A Strict Routing Example

    Exercise 3.1: Decode the RSVP-TE Message

    RSVP Path Request

    RSVP Path Request

    RSVP Reservation Details

    Chapter Summary and Review

    Going Further

    Chapter 4 MPLS Network Reliance and Recovery

    Introduction

    Introduction to MPLS Network Reliance and Recovery

    The Need for Network Protection

    Failure Detection and Tradeoffs

    Reviewing Routing

    Alternative Paths

    IGP Rapid Convergence

    Network Protection

    Fault Detection and Recovery

    MPLS Error Detection

    RRR

    RSVP-TE Protection

    Thrashing Links

    Practical Applications

    Designating Backup Paths

    Show Paths

    Fast Reroute and Detour LSP

    Cisco’s Tunnel Builder Vendor Solution

    Chapter Summary and Review

    Chapter 5 MPLS Traffic Engineering

    Introduction

    Introduction to MPLS Traffic Engineering

    Aspects of Traffic Engineering

    Provisioning and Subscribing

    Calculating How Much Bandwidth You Need

    Example 1:Two Tunnels with Load-Balanced OC-12 Designed for Peak Busy Hour

    Example 2: Calls with Silence Suppression

    Example 3: Over-Provisioned by 110 Percent

    Practical Applications: OPNET1

    OPNET MPLS Capabilities and Features

    Exercise 5.1:Traffic Engineering

    Part 1: Voice

    Part 2: Video

    Part 3: Streaming Data

    Part 4: Time-Critical Data

    Part 5: Nontime Critical Data

    Part 6: Review Questions

    Chapter Review and Summary

    Going Further

    Chapter 6 Introduction to MPlS and GMPLS

    Introduction

    MPλS and GMPLS

    Where Networking Is Today

    Where Networking Is Going

    The Birth of GMPLS

    The GMPLS Control Plane

    Neighbor Discovery

    Dissemination of Link Status

    Typology State Management

    Path Management

    Link Management

    Protection and Recovery

    Chapter Summary and Review

    Is That All There Is?

    The Future

    Who Are the Players?

    Standards

    Going Further

    Chapter 7 Virtual Private Networks and MPLS

    Introduction

    Introduction to Virtual Private Networks

    Virtual Private Networks

    Generic Routing Encapsulation and IP-IP

    IP Security (IPSec)

    Layer-2 Tunnel Protocol,Version 3 (L2TPv3)

    MPLS Tunnels

    VPN Models

    The Overlay Model

    VPN Peer Model (MPLS)

    MPLS VPN Topologies

    Layer 3 MPLS VPNs

    Virtual Routing

    Layer-2 VPNS

    Virtual Private Wire Service (VPWS)

    Virtual Private LAN Service (VPLS)

    IP LAN Services (IPLS)

    Martini

    Kompella

    AToM

    Comparing VPN Types

    Practical Application

    Example 1: Layer-3 Encapsulation in MPLS

    Steps to Delivering IP over MPLS

    IP over MPLS Example

    Related Show Commands

    Practical Application Summary

    Exercise 7.1: Case Study 1

    Practical Application: Implementing a VPN

    Exercise 7.2: Case Study 2

    Chapter Summary and Review

    Going Further

    Chapter 8 Quality of Service Meets MPLS

    Introduction

    Introduction to QoS

    What Is QoS?

    Measuring QoS in Data Networks

    Mediation for Dropped Packets, Latency, and Jitter

    Packet Marking

    Reservation/Policing Protocols

    Policy-Based Packet Policing

    How Can You Monitor and Police These Problems?

    QoS in MPLS Networks

    QOS and COS

    Mapping L-LSP VS. E-LSP

    IP Traffic Trends

    QoS in MPLS Without Markings

    MPLS with Pre-Marked Packets

    Use of DIFFSERV Markings

    Practical Applications: Mapping ToS Bits to Exp or FECs in Riverstone Routers

    Setting The Exp Bits

    Creating Ingress and Egress Policies

    Chapter Summary and Review

    Going Further

    Chapter 9 MPLS Marketing

    Introduction

    Introduction to MPLS VPN Marketing

    Who:The User Perspective

    End Users

    Service Providers

    Equipment/Hardware Vendors

    What: Money

    How: Approaches to Marketing and Sales

    What Do They Want?

    Market Planning Overview

    Marketing the Technology

    Case Example

    Selling Services

    Selling Hardware

    Challenges

    The Promised Land

    A Business Case from Redback Networks

    Appendix A: Answer Key for Chapter Exercises

    Appendix B: Glossary

    Appendix C: A brief History of Ethereal

    Index




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