Restart your computer after all the changes have been made. If you have a full time antivirus and firewall, Windows Defender should not be running. It might be that both an ESET firewall and the Windows Firewall are running as well.
It did not change the high CPU-usage of "system interrupts", though. I’m running the 1.2.1 driver now , which helped a lot with the drop-outs. When AudioBox is plugged in, the "system interrupts" are showing 10% CPU-usage in average, with spikes up to 50%.
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Then they ground the carpet here and there so everyone is always discharged. For you, you probably just need to be aware, and therefore careful. So before touching the insides of your Asus, touch metal ground first like a furnace duct or the chassis of a device which should be grounded to the wall outlet ground. Any sparks are then dissipated before you work on the Asus.
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When I exit qBittorent – "system interrupts" start to increase and after a couple of days will use 30%+ of my CPU making my system run a little slower. Just to update everyone, we submitted a report to Intel on CPU testing with the Intel diagnostic utility.
The CPU went up to 4 ghz when testing and this is not an unlocked processor and bios was at defaults. I will check the utility links this evening to get the data they need. My screenshots earlier were meant to show that even though system idle process showed 99%, the CPU still showed 10% usage in 4C8T mode. If you have multiple processors they you will need to divide the (process\% processor time\your application) by the number of processors to determine what will be charged to % user time. Also you can see on task CPU total – red line is selected process – it is almost all that cpu is doing.
When installing BIOS do not be on battery, use the A/C Power Supply and do not interrupt the process. I dont want to blame qBittorent – but eliminating other programs too, system interrupts only stops once qBittorrnent exits.
The only reason I mentioned static was as a possible cause of chip or discrete component failure on the board. Since you feel the failure already exists, I wouldn’t bother now to worry about static discharge, except to prevent further damage in the future. It is when you touch something conductive with your fingers after building up a static charge by friction, say with your shoes rubbing across regular carpet. Kinda like emitting a spark from your fingertip that would cause a chip to fail. Companies sometimes install carpet with copper thread running through carpeting in labs where lots of people handle lots of boards.
- folder also contained the files from the device root folder, but with incorrect names.
- Folder and recovered successfully, but with incorrect folder tree.
- Slightly more than half of files were recovered from raw files without their file here names.
- Those folders contained subfolders and files with correct file names.
- Three folders from the root were found with incorrect names in the Bin.
- All files and folders with correct names were found in the ?
Research any processes with high CPU utilization to determine if they are using the expected amount of CPU. You can use Task Manager from your instance to see the processes that are using the most CPU. If needed, you can also use Performance Monitor or Process Explorer to deep dive the processes that are causing high CPU utilization.
This issue is degrading performance and causing the system to run hotter. But for the life of me, I cannot figure what the problem is. Immediately after boot up and login, both have the same issue of showing 10-15% CPU which is the max for one thread in one core. I understand that some .net assemblies run at first boot up but that is not the cause here, the CPU indefinitely stays at that usage level. Try these changes, and see if the system interrupts behave themselves better.