The PowerVP tool monitors the performance of an entire system (or frame). PowerVP is supported on AIX®, IBM i, Linux, or Virtual I/O Server operating systems. It provides a graphical user interface that you can use to monitor virtualized workloads. PowerVP includes a system-level monitoring agent that collects data from the PowerVM hypervisor, which provides a complete view of virtualized machines that are running on the server. PowerVP displays the data that is collected at the system level, at the hardware node level, and at the partition level. You can optimize performance by using the PowerVP performance metrics, which provide information about balancing and improving affinity and application efficiency.
PowerVP provides an illustration of the Power Systems™ hardware topology along with resource usage metrics. The resources utilization is portrayed using different colors to represent utilization thresholds. For example, green color indicates normal, yellow color indicates caution, and red color indicates an action or resource adjustment should be considered. The colors and thresholds are customizable because the thresholds are installation-dependent. Metrics include nodes, processor modules, cores, power bus links, memory controller links, GX I/O bus details, disk drives, and Ethernet links.
The PowerVP tool provides a mapping between real and virtual processor resources. The PowerVP agent, running on your Power system can be configured to "record" the PowerVP performance data in a file. This information can then be played by using the PowerVP graphical user interface digital video recorder (DVR)-like functions such as play, fast forward, rewind, jump, pause, or stop. You can find performance bottlenecks by replaying the recorded data at any point in time.
For the latest information on PowerVP, see the version 1.1.3 overview.
For installation help, see the Installation Tips and Techniques.
PowerVP version 1.1.3 has 3 major enhancements, see these articles for more information.
19 December 2019