Metrics Supported by the Management Pack

Pure1 Metrics

The key Pure1 metrics used are the load metric, IOPS queue depth, file system space, data reduction and others.

The metrics monitor:

Load metric (%): Percentage value indicating the overall load of the array.
IOPS queue depth: The queue depth of the array's I/O operations.
File system space (GB): Physical space occupied by file system data on the array, excluding array metadata and snapshots
Data reduction: Ratio of mapped sectors within a volume versus the amount of physical space the data occupies after data compression and deduplication. This does not include thin provisioning savings.

The key performance metrics used are Read, Write, and Total IOPs.

The metrics monitor:

Total IOPs Read/Write Operations: Measures the total reads and writes per second to the storage location.
Average Read/Write Operations per second: Measures the average reads and writes per second to the storage location.
Average SAN Read/Write latency: Measures the average time required for an I/O to complete.
Average Read/Write Throughput per second: Measures the average data transfer rate to and from the storage media.
Queue depth: Measures the average number of outstanding I/O at the start of each incoming I/O operation.

The following table lists the performance metrics for the resource kinds.

Resource Kind	Total IOPs Read/Write operations	Average Read/Write Operations per second	Average SAN Read/Write Latency	Average Read/Write Throughput per second
Storage Array	√	√	√	√
Volume	√	√	√	√
Volume Groups	√	√	√	√
Protection Group
Host	√	√	√	√
Host Groups	√	√	√	√
Volume Snapshots
Protection Group Snapshot
Remote Protection Groups
ETH Interface
FC ports
Pod	√	√	√	√
Pure vVol VM
Protocol Endpoint

The capacity metrics detail how much storage is available to work with, the allocated storage, and the storage management.

The metrics are:

The following table lists the resources and their associated metrics.

The following table includes the details of resource kinds and replication.