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Implementing VxRail HCI Solutions

You're reading from   Implementing VxRail HCI Solutions A complete guide to VxRail Appliance administration and configuration

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Product type Paperback
Published in Jun 2021
Publisher Packt
ISBN-13 9781801070485
Length 364 pages
Edition 1st Edition
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Author (1):
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Victor Wu Victor Wu
Author Profile Icon Victor Wu
Victor Wu
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Table of Contents (16) Chapters Close

Preface 1. Section 1: Getting Started with VxRail HCI System
2. Chapter 1: Overview of VxRail HCI FREE CHAPTER 3. Chapter 2: VxRail Installation 4. Section 2: Administration of VxRail
5. Chapter 3: VxRail Administration Overview 6. Chapter 4: VxRail Management Overview 7. Chapter 5: Managing VMware vSAN 8. Chapter 6: VxRail Upgrade 9. Chapter 7: VxRail Scale-Out Operations 10. Section 3: Advanced Solutions for VxRail
11. Chapter 8: Active-Passive Solution for VxRail 12. Chapter 9: Active-Active Solution for VxRail 13. Chapter 10: Migrating Virtual Machines into VxRail 14. Assessments 15. Other Books You May Enjoy

vSAN availability

In this section, we will discuss high availability in a VxRail vSAN cluster. This includes the vSAN fault domains and maintenance mode. Now we will discuss these aspects.

Overview of vSAN fault domains

vSAN fault domains are used to ensure protection against rack or room failure, and we can create fault domains for vSAN high availability. A fault domain consists of a vSAN host or more vSAN hosts in a physical location, for example, racks or data centers. When we define fault domains, it depends on the vSAN tolerate failures of entire physical racks, a single host, disk devices, the network switch, and so on.

Now we will discuss an example. Figure 5.28 shows an example of fault domains in a VxRail vSAN cluster:

Figure 5.28 – vSAN fault domain example

The minimum requirement for fault domains is three domains. In best practice, four or more fault domains is the recommended configuration. In Figure 5.28, there are eight nodes...

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