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Getting Started with VMware Virtual SAN

You're reading from   Getting Started with VMware Virtual SAN Build optimal, high-performance, and resilient software-defined storage on VSAN for your vSphere infrastructure

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Product type Paperback
Published in May 2015
Publisher
ISBN-13 9781784399252
Length 162 pages
Edition 1st Edition
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Author (1):
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Cedric Rajendran Cedric Rajendran
Author Profile Icon Cedric Rajendran
Cedric Rajendran
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Table of Contents (11) Chapters Close

Preface 1. An Introduction to Software-defined Storage and VSAN FREE CHAPTER 2. Understanding Virtual SAN 3. Workload Profiling and Sizing 4. Getting Started with VSAN – Installation and Configuration 5. Truly Software-defined, Policy-based Management 6. Architecture Overview 7. Design Considerations and Guidelines 8. Troubleshooting and Monitoring Utilities for Virtual SAN 9. What's New in VSAN 6.0? Index

Internal building blocks of VSAN


Furthermore, there are internal components that work below the surface of VSAN. While an administrator may never have to deal with these components, a fair understanding of these components will help understand the internal workflow of VSAN and also to effectively troubleshoot issues.

We will discuss the following internal components of VSAN and how they work together:

  • Reliable datagram transport

  • Cluster monitoring, membership, and directory services

  • Cluster-level object manager

  • Distributed object manager

  • Local log structured object manager

Reliable datagram transport

The primary backbone for VSAN functionality is the VMkernel port group for VSAN traffic and reliable datagram transport (RDT) operates on top of the VSAN VMkernel network to enable communication channels between the nodes participating in the VSAN cluster. RDT is optimized to transmit large chunks of data; it can set up and tear down transport connections based on underlying link status.

Cluster monitoring...

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