Book Image

Software-Defined Networking with OpenFlow - Second Edition

By : SIAMAK AZODOLMOLKY, Oswald Coker
Book Image

Software-Defined Networking with OpenFlow - Second Edition

By: SIAMAK AZODOLMOLKY, Oswald Coker

Overview of this book

OpenFlow paves the way for an open, centrally programmable structure, thereby accelerating the effectiveness of Software-Defined Networking. Software-Defined Networking with OpenFlow, Second Edition takes you through the product cycle and gives you an in-depth description of the components and options that are available at each stage. The aim of this book is to help you implement OpenFlow concepts and improve Software-Defined Networking on your projects. You will begin by learning about building blocks and OpenFlow messages such as controller-to-switch and symmetric and asynchronous messages. Next, this book will take you through OpenFlow controllers and their existing implementations followed by network application development. Key topics include the basic environment setup, the Neutron and Floodlight OpenFlow controller, XORPlus OF13SoftSwitch, enterprise and affordable switches such as the Zodiac FX and HP2920. By the end of this book, you will be able to implement OpenFlow concepts and improve Software-Defined Networking in your projects.
Table of Contents (17 chapters)
Title Page
Credits
About the Authors
About the Reviewer
www.PacktPub.com
Customer Feedback
Preface
Free Chapter
1
Software-Defined Networks

Optical transport protocol extensions


Optical transport networks can be supported by OpenFlow in an ONF Optical Transport Working Group (OTWG) architecture. OpenFlow in data centers supports layer 2 to layer 4 networks, but support for multilayer layer 0 to layer 4 networks where OpenFlow acts as the unified interface is possible with OpenFlow covering the circuit (layer 0 and layer 4) network.

In traditional multilayer networks, every packet and optical network has its administrator, database, and network management system (NMS). In such networks, design and operation are implemented on the network individually. Changes in such a network require a long chain of discussion that can last up to weeks between the administrators to achieve this. Future operation of multilayer networks that implement an SDN/OpenFlow architecture have the resources (packet and optical) abstracted to be processes in the unified database.

Implementation of such a model has multiple advantages, such as rapid service...