What is a volume? A volume is a container in which applications, databases, and file systems store data. It is the logical component created for the host to access storage on the storage array.
How does my selected workload impact volume creation?
During volume creation, you are prompted for information about a workload’s use. The system uses this information to create an optimal volume configuration for you, which can be edited as needed. Optionally, you can skip this step in the volume creation sequence.
Why aren't these volumes associated with a workload?
Volumes are not associated with a workload if they have been created using the command line interface (CLI) or if they have been migrated (imported/exported) from a different storage array.
Why can’t I delete the selected workload?
This workload consists of a group of volumes that were created using the command line interface (CLI) or migrated (imported/exported) from a different storage array. As a result, the volumes in this workload are not associated with an application-specific workload, so the workload cannot be deleted.
How do application-specific workloads help me manage my storage array?
The volume characteristics of your application-specific workload dictate how the workload interacts with the components of your storage array and helps determine the performance of your environment under a given configuration.
How does providing this information help create storage?
The workload information is used to optimize the volume characteristics such as I/O type, segment size, and read/write cache for the workload selected. These optimized characteristics dictate how your workload interacts with the storage array components.
What is segment size?
A segment is the amount of data in kilobytes (KiB) that is stored on a drive before the storage array moves to the next drive in the stripe (RAID group). Segment size applies only to volume groups, not pools.
What is preferred controller ownership?
Preferred controller ownership defines the controller that is designated to be the owning, or primary, controller of the volume.
What is Automatic Load Balancing?
The Automatic Load Balancing feature provides automated I/O balancing and ensures that incoming I/O traffic from the hosts is dynamically managed and balanced across both controllers.