![]() The Integration with Windows Performance Monitor tool is installed with the Server component during the installation of this software and runs locally on a DataCore Server in the server group.The Integration with Windows Performance Monitor feature also enables other applications to access the performance data for this software from Windows Performance Monitor in order to monitor the data in third party management applications. ![]() Named DataCore Perfmon Agent (DcsPerfMonAgent) collects performance data for the configured data collector sets and reports the data to Windows Performance Monitor, where the data can be viewed, logged, and analyzed using the features of Windows Performance Monitor. ![]() The DataCore Performance Monitor Configuration console is used to select the performance counters, create data collector sets, and export them to Windows Performance Monitor. The Integration with Windows Performance Monitorįeature exposes the performance counters of this software to the Windows Performance Monitor (perfmon) tool which logs and analyzes system performance. Refer to Microsoft documentation for more information about Windows Performance Monitor. This topic provides information and instructions about using the Integration with Windows Performance Monitor tool and the DataCore Performance Monitor Configuration console, but does not provide instructions for using Windows Performance Monitor. This topic assumes the audience consists of administrators who are proficient with Windows Performance Monitor. Recorded Performance About Integration with Windows Performance Monitor A value greater than one that lasts for more than one second indicate multiple processes are waiting and indicate heavy disk load.Integration with Windows Performance MonitorĪbout Integration with Windows Performance Monitor Disk Queue Length counter on the PhysicalDisk object to determine the number of processes waiting for the hard disk. Use the %Disk Time counter on the PhysicalDisk object to determine the elapsed time that the disk processes read/write requests. Use the disk performance counters to evaluate disk subsystem performance including disk controller card, High disk load during backup negatively affects performance. To resolve hard page faults, use the Page Faults/sec counter on the Memory object. ![]() A high Page Fault/sec rate may negatively affect performance and indicate insufficient memory. ![]() Review for both a sustained value, which may indicate memory usage is too high, as well as the number of hard page faults that represent the actual read/write requests. Hard page faults occur when requested information is not where the application expects it to be, and must be must be retrieved either from another location or from the page file. Additionally, determine hard page faults on the system. Verify that the Committed Bytes value is not approaching the amount of physical memory. To determine the amount of committed virtual memory in bytes, use the Committed Bytes counter for the Memory object. If memory usage is too high, backup operations are negatively affected. For example, if the scale is 10x, then a reading of 20 indicates 2 waiting processes. Determine the default scale for the Process Queue Length counter to determine the actual value. ![]()
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