When protecting a VM, the Current Virtual Machines pane lists the servers included in the backup job, based on your selections in the Excluding VMs procedure. The Include Hard Disks pane represents the maximum number of disks configured for any server in the job. For example, if you have a backup job with multiple single-disk servers and one server with six disks, the Include Hard Disks column shows six entries. Selecting “Hard Disk 1” through “Hard Disk 6” tells vRanger to back up every disk for each server.
If, in the preceding example, the six-disk server receives an extra disk, that disk is not going to be backed up, because only six disks are included in the rule. To allow for future growth, the Show all disk possibilities option lets you select all potential disks; selecting this option ensures that any disk added to a server in the future is included in the backup job.
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In the Included Hard Disks pane, select the disks that vRanger should include in the rule it applies to each server. |
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[Optional] If you want to allow for additional disks in the future, select Show all disk possibilities, and select additional disks. |
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Click Next. |
On the Repository Selection page of the wizard, you can select the repository to which the job should send the backup data. You can also add a repository from this page. For more information, see Adding a repository.
vRanger supports the following repository options for storing backup archives:
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NetVault SmartDisk (NVSD): The Quest disk-based data-deduplication option which reduces storage costs with byte-level, variable-block-based software deduplication. For more information on NetVault SmartDisk, see http://quest.com/products/netvault-smartdisk/ or the Quest vRanger Integration Guide for Quest NetVault SmartDisk. |
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EMC Data Domain Boost (DDB): Integrating EMC Data Domain Boost (DD Boost) with vRanger is achieved by adding a Data Domain appliance running DD Boost to vRanger as a repository. Backups written to that repository are deduplicated according to your configuration. |
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Quest Rapid Data Access (RDA): Provided by the Quest DR Series appliances — purpose-built, disk backup appliances that use Quest deduplication technology to improve backup and recovery processes. For more information on Quest DR Series appliances, see http://quest.com/products/dr-series-disk-backup-appliances/ or the Quest vRanger Integration Guide for Quest DR Series Disk Backup Appliance. |
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Click Next. |
In vRanger, the transport determines how backup data is sent, and where the backup processing activity occurs; for more information, see VMware backup transport options. When configuring a backup job for a VMware® VM, the Backup Wizard, by default, uses the Automatic Transport Selection option to select the best transport method at run-time automatically; you can also configure the transport manually by using the Using Custom transport selection option.
NOTE: The Transport Selection page is not available when backing up a physical machine or Hyper-V® virtual server. Because only one transport method is available for Hyper-V and physical servers, the Transport Selection page of the Backup Wizard does not display. |
The Backup Wizard includes an Automatic transport selection option, which lets vRanger select the best available method for your configuration. When determining the best transport, vRanger uses two key criteria:
The logic used to select a transport differs slightly based on whether vRanger is installed on a VM or on a physical server. For more information about the order in which vRanger checks for transport availability, see Transport selection order: VM backup.
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Click Next. |
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