Book Image

Implementing VMware Horizon View 5.2

By : Jason Ventresco
Book Image

Implementing VMware Horizon View 5.2

By: Jason Ventresco

Overview of this book

VMware Horizon View helps you simplify desktop and application management while increasing security and control. This book will introduce you to all of the components of the VMware Horizon View suite, walk you through their deployment, and show how they are used. We will also discuss how to assess your virtual desktop resource requirements, and build an optimized virtual desktop. "Implementing VMware Horizon View 5.2" will provide you the information needed to deploy and administer your own end-user computing infrastructure. This includes not only the View components themselves, but key topics such as assessing virtual desktop resource needs, and how to optimize your virtual desktop master image. You will learn how to design and deploy a performant, flexible and powerful desktop virtualization solution using VMware Horizon View. You will implement important components and features, such as VMware View Connection Server, VMware View Composer, VMware View Transfer Server, and VMware View Security Server."Implementing VMware Horizon View 5.2" will take you through application virtualization with VMware ThinApp, the implementation of Persona Management, and creation of Desktop Pools. We then cover View Client options, Desktop maintenance, and Virtual Desktop Master Image. Finally we discuss View SSL certificates management, Group Policies, PowerCLI, and VMware View Design and Maintenance to help you get the most out of VMware View.If you want to learn how to design, implement and administrate a complex, optimized desktop virtualization solution with VMware View, then this book is for you.
Table of Contents (21 chapters)
Implementing VMware Horizon View 5.2
Credits
About the Author
About the Reviewers
www.PacktPub.com
Preface
Index

Customizing the Windows desktop OS cluster size


Microsoft Windows uses a default cluster size, also known as allocation unit size, of 4 KB when creating the boot volume during a new installation of Windows. The cluster size is the smallest amount of disk space that will be used to hold a file, which affects how many disk writes must be made to commit a file to disk. For example, when a file is 12 KB in size, and the cluster size is 4 KB, it will take three write operations to write the file to disk.

The default 4 KB cluster size will work with any storage option that you choose to use with your environment, but that does not mean it is the best option. Storage vendors frequently do performance testing to determine which cluster size is optimal for their platforms, and it is possible that some of them will recommend that the Windows cluster size should be changed to ensure optimal performance. The following steps outline how to change the Windows cluster size during the installation process...