8700k-whea Logger

Hi. My question is i dont know why i get WHEA-LOGGER in day 21.01.2018. My system was currently idling when i remember. Windows 10 Fall Creator Update build was 16299.15

A spam of: WHEA Event ID 19 CPU-corrected hw error

And only one : WHEA Event ID 47 memory-corrected hw error

Here are screen with one of them:

https://s10.postimg.org/glwy35ljt/image.jpg

My pc:

8700K stock, MTE on, 4700mhz auto clock

Asus Z370 Pro Gaming

16GB DDR 3000MHZ ( XMP ON)

Gtx 1080 Ti Aorus

Corsair 750 Rmi

SSD Crucial 525GB

HDD TOSHIBA 500GB

Windows 10 clean install 1709 Creator Fall Update

All settings in UEFI are stock,defaulted . Only XMP profile is on.

Any clues why on 16299.15 i get hardware corrected errors when on newest builds not?

All settings in UEFI are stock,defaulted . Only XMP profile is on.

Temps of cpu fine,temps of gpu fine. Never had any single BSOD. Memtest86 no errors. All benchmarks passing, no crashing in games

Only saw that warnings in event viewer from 21.01 using Win 10 build 16299.15 which make think that is something with voltages or software?

Errors starts showing on IDLE in event logs in 3 a.m and finished at 3 at noon .I had hibernation turned ON AFTER 15 minutes. Maybe thats was somehow related?

Only warnings no crashing on system.

I updated Win10 to 16299.192 and 16299.214 builds and no WHEA-LOGGERS.

Maybe somebody tested 8700K on 16299.15 build?

 

Since this happened over 2 weeks ago and apparently has not happened since, I would not worry about it. There is no way now to determine the cause. Perhaps you had a power fluctuation. Or a driver and/or Windows was going through an update. Hibernation may have played a role in the fault getting "stuck". No way to tell now.

I would make sure you don't have any errors in Device Manager.

If you suspect voltages, check them with HwInfo64. The amount of information this program provides can be overwhelming so I recommend when it starts, just check "Sensors Only" for now. Scroll down to your motherboard and check voltages (and temps while there). According the ATX Form Factor standard, PSUs must maintain voltage tolerances within ±5% of required specifications.

Acceptable Tolerances:

12VDC ±5% = 11.4 to 12.6VDC
5VDC ±5% = 4.75 to 5.25VDC
3.3VDC ±5% = 3.14 to 3.47VDC ​

Just remember that no software based hardware monitor can measure ripple. And because they take a snapshot of sensor values, they cannot show if the power supply is regulating power properly under all expected load levels. So if the problem returns and you still suspect voltages, swap in a known good spare power supply to see if the problem clears, or not.