You can view summary local replication information, such as the number of pairs for each software application you are using, in the summary section of the Local Replication window of HDvM - SN.
- In the Explorer pane, click Storage Systems, expand the storage system tree, expand Replication, and then click Local Replication.
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In the summary section of the
Local Replication window, view the following information:
- Number of Pairs
- The number of pairs for each local replication software application type. The total number of pairs is shown on the Total line.
Default: ShadowImage, ShadowImage for Mainframe, and Thin Image
- Number of Consistency Groups
- The number of consistency groups that are in use and the consistency groups limit in the storage system.
- Snapshot Estimated Manageable Capacity
- The Thin Image pair’s estimated manageable capacity, which is the estimated pair capacity that you can create using the remaining shared memory capacity. This value varies depending on the number of Thin Image P-VOLs you add or delete and the number of Thin Image pairs you create.
If the value is less than 128.00 TB, the icon is shown.
Note: This value is a rough estimation and changes as you add and delete Thin Image pool-VOLs or pairs. This value does not guarantee that the Thin Image pairs of the indicated capacity have been successfully created. - Number of Pair Tables
- The number of pair tables. This number varies depending on the combination of software applications you are using.
Values:
- SI/SIMF/Volume Migration: The number of SI, SIz, and Volume Migration pair tables in use, and the SI, SIz, and Volume Migration pair table limit in the storage system.
- HTI: The number of HTI pair tables in use and the HTI pair table limit in the storage system.
- Number of Differential Tables
- The number of differential tables that are in use and the differential table limit in the storage system. This number does not include the number of differential tables that FCv2/FCSE Relationships use. Note: Differential tables are not used in Thin Image.