You can add volumes to virtual pools and linear disk groups. Click
Create Volumes (Provisioning > Volumes) to open the Create Volumes wizard to add volumes to a pool (virtual) or a volume to a disk group (linear).
Depending on the storage type:
The top portion of the panel displays a color coded graph for each pool on the system or volume usage by disk group.
The graph indicates:
Amount of space on the system that is allocated to volumes
Total volumes committed (reserved for the system but not written to) (virtual)
Space occupied by added volumes
Space required for the new volume you are creating
Unused available space (linear)
Space that is overcommitted if the Pool Overcommit setting is enabled (virtual)
Follow the on-screen directions to create one or more new volumes to add them to the table. Fields with a red asterisk are required. Choose
Continue when you finish creating volumes. The wizard prompts you to attach the volume to a host or host group, or allows you to create the volumes and attach hosts or host groups later. Choose the former option to attach the volumes to new or existing hosts or host groups. Choose the latter option to create volumes that are not attached to hosts or host groups. New volumes are listed in the Volumes table.
You can create an individual volume or multiple volumes. For more information, see:
NOTE Virtual volume sizes are aligned to 4.2-MB (4-MiB) boundaries. When a volume is created or expanded, if the resulting size would be less than 4.2-MB it will be increased to 4.2-MB; if the resulting size would be greater than 4.2-MB it will be decreased to the nearest 4.2-MB boundary. For the maximum volume size supported by the system, see System configuration limits.
NOTE The
PowerVault Manager supports stripe-aligned and non-stripe-aligned linear volumes. Rounding rules for protection levels are summarized:
ADAPT protection level rounds to the nearest stripe zone size of 8-GiB for 8+2 and 16-GiB for 16+2 stripe widths.
RAID 5/6/10/0 protection levels round to a stripe boundary. A stripe is defined as (NumDataDrives x
ChunkSize):