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Microsoft Hyper-V Cluster Design

You're reading from   Microsoft Hyper-V Cluster Design To achieve a Windows Server system that virtually takes care of itself, you need to master Hyper-V cluster design. This book is the perfect tutorial on the subject, providing clear instruction on expanding into the virtualized environment.

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Product type Paperback
Published in Oct 2013
Publisher
ISBN-13 9781782177685
Length 462 pages
Edition 1st Edition
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Author (1):
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Eric Siron Eric Siron
Author Profile Icon Eric Siron
Eric Siron
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Toc

Table of Contents (14) Chapters Close

Preface 1. Hyper-V Cluster Orientation FREE CHAPTER 2. Cluster Design and Planning 3. Constructing a Hyper-V Server Cluster 4. Storage Design 5. Network Design 6. Network Traffic Shaping and Performance Enhancements 7. Memory Planning and Management 8. Performance Testing and Load Balancing 9. Special Cases 10. Maintaining and Monitoring a Hyper-V Server Cluster 11. High Availability 12. Backup and Disaster Recovery Index

Converged fabric


Converged fabric describes a network that combines multiple traffic types across the same hardware. A non-Hyper-V application of this term is an Ethernet switch that carries Fibre Channel traffic through media convertors.

For Hyper-V, a converged fabric is created when a single external virtual switch hosts multiple roles. In a traditional non-converged design, each role (management, cluster communications, Live Migration, virtual machine traffic, and storage communications) has dedicated adapters or even dedicated teams. This is still a perfectly valid and useful configuration, but it is highly wasteful of adapter capacity and functionality. By leveraging native adapter teaming, all of these roles can share physical adapters while exploiting the Hyper-V switch to keep the traffic properly segregated. You can augment your converged fabric by using QoS (a topic explained in Chapter 6, Network Traffic Shaping and Performance Enhancements) to shape traffic.

The following diagram...

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