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VMware Virtual SAN Cookbook

VMware Virtual SAN Cookbook

By : Jeffrey Taylor
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VMware Virtual SAN Cookbook

VMware Virtual SAN Cookbook

5 (1)
By: Jeffrey Taylor

Overview of this book

VMware Virtual SAN is a radically simple, hypervisor-converged storage, designed and optimized for vSphere virtual infrastructure. VMware introduced the software to help customers store more and more virtual machines. As data centers continue to evolve and grow, managing infrastructure becomes more challenging. Traditional storage solutions like monolithic storage arrays and complex management are often ill-suited to the needs of the modern data center. Software-defined storage solutions, like VMware Virtual SAN, integrate the storage side of the infrastructure with the server side, and can simplify management and improve flexibility. This book is a detailed guide which provides you with the knowledge you need to successfully implement and manage VMware VSAN and deployed infrastructures. You will start with an introduction to VSAN and object storage, before moving on to hardware selection, critical to a successful VSAN deployment. Next, you will discover how to prepare your existing infrastructure to support your VSAN deployment and explore Storage policy-Based Management, including policy changes, maintenance, validation, and troubleshooting VSAN. Finally, the book provides recipes to expedite the resolution process and gather all the information required to pursue a rapid resolution.
Table of Contents (13 chapters)
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12
Index

Selecting a server platform

For VSAN, the only requirement in terms of the server platform is that it needs to appear in the regular VMware Compatibility Guide for vSphere 5.5 or 6.0, as applicable to your deployment. Any compatible/certified server is acceptable for use with VSAN.

Getting ready

You should be on the VMware Compatibility Guide Systems/Server page.

How to do it…

You will need to filter your selection to restrict output to only the relevant results. To do this, carry out the following steps:

  1. Within Product Release Version:, select the most recent vSphere ESXi 5.5 or ESXi 6.0 update release.
  2. If you have a brand preference, select it within Partner Name.
  3. While most systems in the Compatibility Guide are rack mount systems, if you have other form-factor needs, select those within System Type.
  4. If you need dedicated or expanded functionality (such as graphics acceleration for VMware Horizon View or I/O redirection), make that selection within Features.
  5. Select your CPU socket/core and/or brand needs within the Sockets:, Max Cores per Socket:, and CPU Series sections.
  6. VSAN requires at least two CPU cores across one or more sockets. Any field left blank assumes an inclusive search and all subcategories will be included.
  7. Once you have selected all of your requirements, click on Update and View Results to see a list of all the compatible systems meeting your criteria.

Example of the compatibility guide once filters are applied:

How to do it…

There's more…

VSAN does also impose additional resource needs. Depending on the size of the disks you choose and how many, VSAN will consume additional compute and memory resources. If you typically run your systems close to the margins, in terms of compute/memory resources (or if you are planning to with your new cluster), consider specifying a modest amount of additional CPU and memory in the configuration. VSAN is capped at 10 percent resource utilization for CPU and memory as a maximum, so adding at least 10 percent to your assumed consumption should leave you with comfortable operating margins.

Additionally, VSAN requires a local boot device, either an SD card, or other low-performance solid-state memory, or a dedicated hard disk drive, or SSD. The boot device should be at least 16GB, in accordance with standard VMware recommendations. If your server configuration equals/exceeds 512 GB of system RAM, then you must use a hard disk drive or SSD as your boot device to ensure supportability, otherwise, a core dump cannot be written in the event of a system crash.

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