Veeam Cloud Connect on Azure – take 2
2 Months ago in early September 2014, I tested setting up Veeam Cloud Connect on Azure. That was with Veeam version 8 beta 2. Now that Veeam version 8 general availability was November 6th, 2014, I’m revisiting some of the testing with Veeam v8. I’ve also been testing the same with a number of cloud providers who have their own infrastructure. This is helpful to compare performance, identify bottlenecks, and possible issues that may increase or reduce costs.
Summary of steps:
In Azure Management Portal:
- Create a Cloud Service
- Create a Storage Account
- Create a VM: standard A2 with Windows 2012 R2 DC as the OS. Standard A2 is an Azure VM size that comes with 2 (hyperthreaded) processor cores, 3.5 GB of RAM, and up to 4x 1TB page blob disks @ 500 IOPS each. Prior testing with several providers have shown that cloud connect best features such as WAN accelerator need CPU and IOPS resources at the cloud connect provider end.
- Added an endpoint for TCP 6180
- Attached 4x disks to the VM, using max space possible of 1023 GB and RW cache
On the VM:
- I RDP’d to the VM at the port specified under Endpoints/Remote Desktop
- I ran this small script to create a storage space out of the 4x 1TB disks available:
# Script to create simple disk using all available disks
# This is tailored to use 4 physical disks as a simple space
# Sam Boutros – 11/18/2014 – v1.0
$PoolName = "VeeamRepo1" $vDiskName = "VeeamvDisk1" $VolumeLabel = "VeeamRepo1"
New-StoragePool -FriendlyName $PoolName -StorageSubsystemFriendlyName “Storage Spaces*” -PhysicalDisks (Get-PhysicalDisk -CanPool $True) |
New-VirtualDisk -FriendlyName $vDiskName -UseMaximumSize -ProvisioningType Fixed -ResiliencySettingName Simple -NumberOfColumns 4 -Interleave 256KB |
Initialize-Disk -PassThru -PartitionStyle GPT |
New-Partition -AssignDriveLetter -UseMaximumSize |
Format-Volume -FileSystem NTFS -NewFileSystemLabel $VolumeLabel -AllocationUnitSize 64KB -Confirm:$false
The GUI tools verified successful completion:
- Fixed provisioning used instead of thin which is slightly faster
- Simple resiliency – no mirroring or parity, provides best performance. Fault Tolerance will be subject of future designs/tests
- Number of Columns and Interleave size: Interleave * Number Of Columns ==> the size of one stripe. The settings selected make the stripe size 1MB. This will help align the stripe size to the Block size used by Veeam.
- Allocation Unit 64KB for better performance
- Installed Veeam 18.104.22.1687 Backup and Replication, using the default settings which installed SQL 2012 Express SP1, except that I changed default install location to drive f:\ which is the drive created above
- I ran the SQL script to show the GUI interface as in the prior post (under 11. Initial Veeam Configuration)
- The default backup Repository was already under f:
- Created a WAN Accelerator – cache size 400GB on drive f: created above
- Installed the additional Cloud Connect License
- Added a self-signed certificate similar to step 14 in the prior post.
- Added a Cloud Gateway
- Added a user/tenant
That’s it. Done setting up Veeam Cloud Connect on the provider side.