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Virtualization Adapted
Adapting Business Processes for Virtual Infrastrcuture (and vice-versa)

Archive for 03-24-2009

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03-24-2009 / 14:22

New vSphere product names from VMware

http://www.vmware.com/support/product_renaming.html

Old Name –> New Name

VMware VirtualCenter –> VMware vCenter Server

VMware Lifecycle Manager –> VMware vCenter Lifecycle Manager

VMware Converter –> VMware vCenter Converter
(for the version integrated into vCenter)

–> VMware vCenter Converter Standalone
(for the separately downloadable version)

VMware Lab Manager –> VMware vCenter Lab Manager

VMware Stage Manager –> VMware vCenter Stage Manager

VMware Update Manager –> VMware vCenter Update Manager

VMware Site Recovery Manager –> VMware vCenter Site Recovery Manager

VirtualCenter Foundation –> vCenter Server Foundation

VMFS –> VMware vStorage VMFS

VMware Virtual Desktop Infrastructure –> VMware View

Virtual Desktop Manager (VDM) –> VMware View Manager

VMware Administrator Interface –> VMware View Administrator

VDM Agent –> VMware View Manager Agent

VDM Web Access –> VMware View Portal

VDM Client for Windows –> VMware View Client for Windows

VDM Client for Linux –> VMware View Client for Linux

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0
/ 13:02

Configure DataDomain NFS ESX DataStore

How to configure DataDomain as NFS DataStore for ESX
Purpose:
Follow these steps to allow a datadomain storage appliance to be used as a high capacity datastore by ESX and ESXi hosts using NFS so Virtual Machines can be moved from Production ESX cluster to test/dev ESXi hosts.

Basic steps:
1 – configure datadomain appliance nfs export
2 – add NFS datastore on ESX hosts
3 – copy VMs from Primary Storage to DDA (DataDomain Archiver).

Setup:
Data Domain OS 4.5.3.0-82657
Model 565
Active Directory Domain Admin user-id “itadmin”
DD IP Address: 10.10.10.99

Source ESX hosts’ VMkernel portgroups on 10.10.11.0/24 network
Destination ESXi host on 10.10.10.7 (VMkernel and Management are on shared Port Group)

itadmin@datadomain-lan# nfs show clients
path client options
—————- —————— —————————————-

itadmin@datadomain-lan# nfs add
nfs add [ ( ) ]
Add NFS clients to an export

itadmin@datadomain-lan# nfs add /share/vmtest 10.10.11.0/24
NFS export for “/share/vmtest” added.
dirodriguez@datadomain01-source# nfs add /share/vmtest 10.10.10.7
NFS export for “/share/vmtest” added.

itadmin@datadomain-lan# nfs show clients
path client options
—————- —————— —————————————-
/share/vmtest 10.10.11.0/24 (rw,no_root_squash,no_all_squash,secure)
/share/vmtest 10.10.10.7 (rw,no_root_squash,no_all_squash,secure)
—————- —————— —————————————-

Add share on ESX hosts.

Copy VMs from Source ESX SAN datastores to new shared datastore.

Copy VMs from shared datastore to local ESXi datastore and reconfigure.

Check Deduplication Compression.
You can see amount of deduplication provided by multiple VM images by running this command:

itadmin@datadomain-lan# file show compression /share/vmtest
Total files: 15; bytes/storage_used: 18.3
Original Bytes: 15,462,695,250
Globally Compressed: 2,191,220,844
Locally Compressed: 840,288,247
Meta-data: 6,953,000

In this example we are getting only 18x compression. With additional Virtual Machines the compression will increase allowing many VMs to be stored and archived.

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