RAM
16.0GB Dual-Channel DDR4 @ 1064MHz (15-15-15-36)
Graphics
Sceptre K25 (1920x1080@240Hz)
Sceptre E20 (1600x900@60Hz)
Operating System
Windows 11 Home 64-bit
Computer type: Desktop
Installation Date: 12/7/2024 10:11:29 PM
Once Windows has been clean installed you must then install first the MBs chipset drivers then the storage/SATA drivers and third the graphics drivers, the drivers can either come from a disk provided by the motherboard manufacturer or downloaded from their site and saved to a flash drive etc, this is a must and Windows should not be allowed to check for updates before it has been done as more often than not Windows installs the wrong drivers or in the incorrect order and this can cause all sorts of problems.
The reason why this procedure is so important, the chipset is what enables the MB to be able to communicate with all the hardware + are the first drivers that Windows looks for on boot.
Power Profile
Active power scheme: High performance
The only reason i disabled xmp was because i thought that was causing the crashing. Now that i know thats not the case i will go back into bios and enable it. I also might put my 32 gb of ram back in.
You need to manually overclock the RAM to the max that the CPU supports which is 3200MT/s as the slow SPD speed is causing a bottleneck and throttling the CPU.
I just tried to enable XMP and put the ram to 3200 MT/s but when i tried to boot back up i got the recovery blue screen. So i went back into bios and set it to 3000MT/s and the voltage is at 1.350 V.
The RAM is not appropriate for your CPU, AMD state here up to 3200MHz/MT/s and if you have EXPO/XMP enabled the RAM will get auto OCd past what the CPU can handle and the PC will become unstable.
Modern RAM has two speeds, SPD (serial presence detect) and XMP or similar such as EXPO, SPD is what the BIOS detects on boot which for DDR4 for example is most often 2133MHz and XMP which when enabled will set the RAM to run at the maximum speed that it is capable of.
Something to keep in mind for the future, a CPU must be compatible with a MB whereas the RAM has to be compatible with both the CPU and the MB, this because a MB can be compatible with faster CPUs than the one in your list of parts and MB manufacturers often state RAM speeds that far exceed that which any compatible CPU can handle, this is misleading at the least or dishonest at worst.
Power Profile
Active power scheme: High performance
Change the Windows Power Plan to Balanced, Ultra and High Performance are a form of overclocking that is known to cause stability and overheating issues, the setting should only be used for gaming type notebooks that have a discrete GPU that needs the extra power.
I will change the Power Plan to Balanced.
I don't have any dump files to upload. I don't see any in the folder.
Software such as Windows can crash and when it does crash you get a BSOD and when enabled a crash dmp is generated, programs or games when they crash can on occasion close to the desktop but the computer will still be 100% functional.
Hardware failure such as a weak power supply and/or overheating are not software related and when a computer for example suddenly turns off, freezes or the screen goes black etc the behaviour should be described as the "computer shut down unexpectedly" or froze etc and not as having crashed as the latter implies a software issue as opposed to an obvious hardware issue when described properly.
Having the correct info means that helpers will not be looking for a software issue when the problem is clearly hardware related.
I will change the Power Plan to Balanced.
The above is a setting from within Windows which means that you never did as was asked or you have since changed it back, either way it is not helpful.
To be honest about the power plan, I figured since the pc did the crash thing on balanced then I could switch back.
You say it’s overheating using involving the PSU or motherboard, but the company I got the pc from says it’s the SSD, and I called a local technician and gave him a brief rundown on what’s going on and he also said it sounds like the SSD.
All of what you describe is typical behaviour of something overheating and this includes the PSU internally and the chipset on the MB.
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