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VMware vSphere 6.5 Cookbook

You're reading from   VMware vSphere 6.5 Cookbook Over 140 task-oriented recipes to install, configure, manage, and orchestrate various VMware vSphere 6.5 components

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Product type Paperback
Published in Jan 2018
Publisher
ISBN-13 9781787127418
Length 574 pages
Edition 3rd Edition
Tools
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Authors (3):
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Mathias Meyenburg Mathias Meyenburg
Author Profile Icon Mathias Meyenburg
Mathias Meyenburg
Cedric Rajendran Cedric Rajendran
Author Profile Icon Cedric Rajendran
Cedric Rajendran
Abhilash G B Abhilash G B
Author Profile Icon Abhilash G B
Abhilash G B
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Table of Contents (18) Chapters Close

1. Upgrading to vSphere 6.5 2. Greenfield Deployment of vSphere 6.5 FREE CHAPTER 3. Using vSphere Host Profiles 4. Using ESXi Image Builder 5. Using vSphere Auto Deploy 6. Using vSphere Standard Switches 7. Using vSphere Distributed Switches 8. Creating and Managing VMFS Datastore 9. Managing Access to the iSCSI and NFS Storage 10. Storage IO Control, Storage DRS, and Profile Driven Storage 11. Creating and Managing Virtual Machines 12. Configuring vSphere 6.5 High Availability 13. Configuring vSphere DRS, DPM, and VMware EVC 14. Upgrading and Patching using vSphere Update Manager 15. Using vSphere Certificate Manager Utility 16. Using vSphere Management Assistant 17. Performance Monitoring in a vSphere Environment 18. Other Books You May Enjoy

Settings disk shares on virtual machine disks

Every ESXi host runs a local scheduler to monitor and balance the I/O between the virtual machines. If there are virtual machines generating a considerable amount of I/O (more than normal), then it is important to make sure that the other virtual machines running on the same datastore remain unaffected, in a manner that they should be allowed to issue I/O to the device with performance expected. This can be achieved by setting per-disk (vmdk) shares thereby controlling the volume of I/O each participating virtual machines can generate, during contention. Disk shares works pretty much like the CPU or memory shares and would only kick-in during contention. The default virtual disk share value is 1,000, high being 2,000 and low being 500. The disk with a relatively higher share value will get to issue a larger volume of I/O to the device...

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