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Modern operating systems have long swapped infrequently used memory data to a pagefile on the hard drive in order to free up RAM for more frequently needed memory data. This is because unused RAM is wasted RAM.
#POOLMON.EXE DOWNLOAD WINDOWS 10 WINDOWS 10#
Windows 10 uses RAM more effectively than past versions.
However, if you've come to this page because Windows 10's memory usage is high but remaining steady (like in the 60%-90% range), you probably don't have a problem. The accepted answer by magicandre1981 is the correct answer to this problem, if the RAM usage continues to climb to 100% then there's most likely a memory leak.
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Especially since the killer app only handles the QoS of applications running on your PC and does nothing for your network as a whole. You'll loose everything that makes the killer stand out (it's QoS software) but that's what a good router is for in the first place. If your download is closer to or more than 100mb then you got the wrong one.
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But what I did was completely uninstall the ASROCK provided driver and then installed the latest driver only package from the official killer networking site. So if anyone else has this issue and they have one of the many gaming boards or laptops that have a killer NIC you can probably just disable the killer app from starting. Found this thread saying it was his network driver then googled "killer memory leak" and saw hits for that and found it was the killer app itself and not just in windows 10.
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Of course I installed my network drivers and video card drivers but that was it.
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Was going crazy trying to figure out why I had a massive memory leak and even did a completely clean install and immediately after installing I had a memory leak. This guy might have a Killer Networking (previously Bigfoot networking) brand network card. Removing it and using Windows Defender fixed the issue for him. In the sample of the user chr0n0ss the FMic and Irp usage is caused by F-Secure Antivirus Suite: The tags are used by the program Razor Cortex. The user Samuil Dichev provided a trace with a high FMic and Irp usage The tag is used by the driver WiseFs64.sys which is part of the "Wise Folder Hider" program. The user Hristo Hristov provided a trace with a high FMfn usage during unzipping files: Look for driver/program updates to fix it. Here the Thre tag (Thread) is used by AVKCl.exe from G-Data. Now find other 3rd party drivers which you can see in the stack. Now load the symbols inside WPA.exe and expand the stack of the tag that you saw in poolmon. Put the pooltag column at first place and add the stack column. Open the ETL with WPA.exe, add the Pool graphs to the analysis pane. MaxFile 1024 -FileMode Circular & timeout -1 & xperf -d C:\pool.etlĬapture 30 -60s of the grow. PoolAlloc+PoolFree+PoolAllocSession+PoolFreeSession -BufferSize 2048 Xperf -on PROC_THREAD+LOADER+POOL -stackwalk Install the WPT from the Windows SDK, open a cmd.exe as admin and run this: You have use xperf to trace what causes the usage. If the pooltag only shows Windows drivers or is listed in the pooltag.txt ( "C:\Program Files (x86)\Windows Kits\10\Debuggers\圆4\triage\pooltag.txt") Click Properties, go to the details tab to find the Product Name. Now, go to the drivers folder ( C:\Windows\System32\drivers) and right-click the driver in question (intmsd.sys in the above image example). Then type findstr /s _ *.*, where _ is the tag (left-most name in poolmon).ĭo this to see which driver uses this tag: To do this, open cmd prompt and type cd C:\Windows\System32\drivers.
Now open a cmd prompt and run the findstr command. Now see which pooltag uses most memory as shown here: Run poolmon by going to the folder where WDK is installed, go to Tools (or C:\Program Files (x86)\Windows Kits\10\Tools\圆4) and click poolmon.exe.
Install the Windows WDK, run poolmon, sort it via P after pool type so that non paged is on top and via B after bytes to see the tag which uses most memory. You can use poolmon to see which driver is causing the high usage. Look at the high value of nonpaged kernel memory. You have a memory leak caused by a driver.
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