@Rokebo73
Is this a hwinfo screenshot from your computer (post #39) ? You obviously have some rich version of a high-end mainboard, since you even have a RAM temperature and voltage meter.
On my computer, it also does not show me detailed data regarding RAM (I don't even have RAM temperature sensors).
My MB is Gigabite Z370 Gaming 5 if you are curious.
G drive has a FAT32 file system, this may cause its model to be detected as unkown. If you look at its screenshot uploaded from HWINFO made by @hotproperty11 , you will see that all drives are recognized correctly (all disc are Samsung drives).
What deserves more attention is its Vcore, which reaches a maximum of just ~1.5v (super dangerous), and its average Vcore voltage is over 1.31. on my CPU, the maximum voltage set by the motherboard is 1.2 (in set Vcore = auto). His motherboard has a terribly high voltage, unless he overclocked the processor and set such a high voltage to stabilize the OC (although Vcore should not exceed 1.3).
On OC in my CPU from 4.3 GHz to 4.9 GHZ (strong OC), the Vcore voltage did not exceed 1.31.
@hotproperty11
If you have such voltages on stock, read about the recommended voltages for your processor and set the correct Vcore.
If you have such a voltage to stabilize the OC, you did something wrong (for example, incorrectly set CPU Vcore loadline-calibration. If you did not change anything here, then you have the reason for setting such high voltages. Configure Vcore loadline-calibration correctly and you will be able to lower it significantly Vcore voltage maintain the same CPU clocks.
The question is whether you have disabled turbo mode in the CPU. During OC, the turbo should be turned off (the turbo generates higher voltages, which means that a higher Vcore should be set for the same clocks).
Turbo is unnecessary and should be disabled if you set base clocks higher than turbo on all cores, and overclocking makes no sense if you set base clocks lower than turbo on all cores. (Yes on all cores, because Turbo has higher clocks when Windows uses only 1 core, and lower clocks when it uses all cores at once).
in the CPU you only change the base clocks, God forbid you do it with Turbo clocks.
To sum up, if you overclock the CPU, you turn off the turbo.
If, despite the Vcore loadline-calibration configuration, you exceeded Vcore 1.3, then reduce the clocks, unless you don't care about this processor because, for example, you are planning to change your computer and you already have money saved up for a new PC/CPU)
Too high Vcore does not generate a BSOD, the warning may (doesn't have to) be a computer freeze, and you may have something like I had, where the processor suddenly died without warning when I once exceeded the voltage of 1.45 during OC. In my case, the CPU died after a 1 year.
Consult the topic of Vcore voltages with a friend who deals with voltage settings for the processor, unless you know BIOS, you can do it yourself by trial and error. Unless AMD processors have such high Vcore as standard. I've never had an AMD processor so I may be missing something.
I wouldn't be surprised if such high voltage caused this error (too high voltage can even kill the CPU).
CPUs do not have protection against too high Vcore.
i5 750 (currently old) had 1.28 voltage, but not over 1.48 xD
GL