Virtualizing storage tiers (smart), About virtualizing storage tiers, Reclaiming zero pages – HP XP Array Manager Software User Manual

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2.

Expand the tree for the target storage system that includes the pool you want to modify, and
select the THP/Smart pool in THP Pools.

3.

On the THP Vols tab, select one or more volumes you want to expand and click Expand THP
Volume.

4.

Specify the new capacity for the volume.

5.

Click Submit.

6.

On the Tasks & Alerts tab, confirm that all tasks are completed.

7.

In the Storage Systems tree, return to the target storage system, click the target THP/Smart pool
and view the THP Vols tab to confirm that the information is updated.

Related topics

About virtualizing storage capacity

, page 114

Expanding THP/Smart pools

, page 122

Reclaiming zero pages

Reclaiming unused zero pages for a THP/Smart pool releases unused capacity.

1.

On the Resources tab, select Storage Systems in the navigation tree.

2.

Expand the tree for the target storage system that includes the appropriate THP/Smart pool, and
select the THP/Smart pool in THP Pools.

3.

On the THP Vols tab, select one or more volumes and click Reclaim Zero Pages.

4.

Click Submit.

5.

In the task list, confirm that the task is completed.

Related topics

About virtualizing storage capacity

, page 114

Expanding THP/Smart pools

, page 122

Virtualizing storage tiers (Smart)

This module describes how to manage data relocation for Smart volumes.

About virtualizing storage tiers

Smart Tiers functionality lets you configure the monitoring frequency modes at which data is accessed
and relocate that data in a specific pool and tier based on the results.

For example, you might create a pool that combines volumes having different cost performances,
such as combining high-speed volumes (SSD, FMD, or SAS) with inexpensive low-speed volumes
(SATA). The data in this pool is then automatically relocated among the volumes depending on the
I/O load:

High-load pages are allocated to high-speed volumes

Low-load pages are allocated to low-speed volumes

Provisioning storage

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