Veritas NetBackup™ Bare Metal Restore™ Administrator's Guide
- Introducing Bare Metal Restore
- Configuring BMR
- Protecting clients
- Setting up restore environments
- Shared resource trees
- Pre-requisites for Shared Resource Tree
- Creating a shared resource tree
- Managing shared resource trees
- Adding software to a shared resource tree
- Importing a shared resource tree
- Copying a shared resource tree
- Deleting a shared resource tree
- Managing boot media
- Restoring clients
- BMR disk recovery behavior
- About restoring BMR clients using network boot
- About restoring BMR clients using media boot
- About restoring to a specific point in time
- About restoring to dissimilar disks
- Restoring to a dissimilar system
- About restoring NetBackup media servers
- About external procedures
- About external procedure environment variables
- About SAN (storage area network) support
- About multiple network interface support
- Managing Windows drivers packages
- Managing clients and configurations
- Client configuration properties
- Managing BMR boot servers
- Troubleshooting
- Troubleshooting issues regarding creation of virtual machine from client backup
- A restore task may remain in a finalized state in the disaster recovery domain even after the client restores successfully
- Creating virtual machine from client backup
- Virtual machine creation from backup
- Monitoring Bare Metal Restore Activity
- Appendix A. NetBackup BMR related appendices
- Network services configurations on BMR boot Server
- BMR client recovery to other NetBackup Domain using Auto Image Replication
About SAN (storage area network) support
Bare Metal Restore (BMR) can restore a system that is attached to a Storage Area Network (SAN). On Windows, AIX, Linux, Solaris, and HP-UX systems, if the host bus adapter (HBA) drivers are available, BMR automatically restores the SAN-attached volumes.
Note:
During BMR recovery, user can either avail BMR DDR (dissimilar disk restore) support where user may want to restore operating system on the same SAN LUNs to make the machine SAN bootable again or the user can move operating system volumes on local disk so that machine is bootable from the local disk. Same logic is applicable while restoring machine having local disk-based systems. Using DDR, user can map operating system volumes to SAN LUN and can make restored machine SAN bootable.