As information is updated on these memory pages, those pages are marked as having been modified. Modified - As information is written into memory pages, it stays there while other processing goes on behind the scenes. Almost any device in the server can add to this metric. Hardware Reserved - This identifies the amount of memory that various hardware devices have set aside for their dedicated use. In Use - The amount of memory that is in use right now.Īvailable - Of the total physical memory in the system, this is how much is still available for allocation. Physical Memoryīelow the Processes section, you'll see a section called Physical Memory that contains this information: Private (KB) - This is the total amount of physical memory that is committed to this particular process but cannot be shared with another process. Shareable (KB) - This is the total amount of physical memory that is committed to this particular process but that can also be shared with another process. This number should be the total of the next two metrics, which are its components. Working Set (KB) - This is the amount of physical memory that is committed to this particular process. Hard faults are sometimes referred to as Page Faults.Ĭommit (KB) - This is the total amount of physical and virtual memory (page file) that is committed to this specific process. If you see hard faults on a regular basis (especially if the numbers are large), you should consider adding more RAM to the server. This is important because disk storage is much, much slower than RAM, so each time the system uses disk-based virtual RAM there is a significant performance penalty. A hard fault occurs every time the system uses the swap file on the disk. Hard Faults/sec - A hard fault does not necessarily indicate a critical error condition, though it may indicate that the server is in need of more RAM. PID - Process ID - This is the ID number associated with the process it is useful if you want to use other utilities to manage processes, or if you want to easily match up processes with Task Manager. This is the name of the process that is actively using the disk. The Memory tab's Processes section displays key metrics related to how the system's processes use memory. The tool look depends on the Windows version, but the overall feel is the same. You can do that from the command prompt and the run function by typing: resmon To monitor Windows memory consumption in real time you need to start the Resource monitor. Monitor Memory in Windows with Resource Monitor
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