NetBackup™ Web UI VMware Administrator's Guide
- Managing VMware servers
- Add VMware servers
- Validate and update VMware server credentials
- Browse VMware servers
- Remove VMware servers
- Create an intelligent VM group
- Remove an intelligent VM group
- Add a VMware access host
- Remove a VMware access host
- Change resource limits for VMware resource types
- About VMware discovery
- Change the autodiscovery frequency of VMware assets
- Discover VMware server assets manually
- Protecting VMs
- Malware scan
- Instant access
- Instant rollback
- Continuous data protection
- CDP terminology
- CDP architecture
- About continuous data protection
- Prerequisites
- Capacity-based licensing for CDP
- Steps to configure CDP
- Removing VMs from the CDP gateway
- Defining the CDP gateway
- Sizing considerations
- Limiting concurrent CDP backup jobs
- Controlling full sync
- Monitoring CDP jobs
- Using accelerators with CDP
- Recovering CDP protected VMs
- Some limitations of CDP
- Troubleshooting for CDP
- VM recovery
- Protecting VMs using hardware snapshot and replication
- About virtual machines and hardware snapshots
- Deployment and architecture
- Features and applications supported
- Prerequisites for hardware snapshot and replication
- Operations supported with hardware snapshot
- Configuring a VMware policy to use hardware snapshot
- Configuring a VMware policy to use NetBackup snapshot manager replication
- Jobs in the Activity Monitor that use hardware snapshot for VMs
- Notes and limitations
- Troubleshooting with VMware hardware snapshot and replication operations
- Troubleshooting VMware operations
Advanced recovery options: Format of restored virtual disks
Original provisioning | Restores the VM's virtual disks with their original provisioning. |
Thick provisioning lazy zeroed | Configures the restored virtual disks in the thick format. The virtual disk space is allocated when the disk is created. This option restores the populated blocks, but initializes vacant blocks with zeros later, on demand. Note: If the vmdk is completely written, VMware automatically converts a lazy-zeroed disk to Thick provisioning eager zeroed. |
Thick provisioning eager zeroed | Configures the restored virtual disks in the thick format. Restores the populated blocks and immediately initializes vacant blocks with zeros (eager zeroed). Creation of the virtual disks may take more time with this option. However, if the restore occurs over a SAN, the eager zeroed feature may speed up the restore by reducing network communication with the vCenter server. |
Thin provisioning | Configures the restored virtual disks in the thin format. Restores the populated blocks but does not initialize vacant blocks or commit them. Thin provisioning saves disk space through dynamic growth of the vmdk file. The vmdk files are no larger than the space that the data on the virtual machine requires. The virtual disks automatically increase in size as needed. Note: If the vmdk is completely written, VMware automatically converts a thin disk to Thick provisioning eager zeroed. |