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The ones you shown in the picture is from GPU board sensors. If you look the entire sensors window you may find other PSU rail readings that are from mainboard sensors.

I think we can rule out the usage as on mine, memory usage, voltage, clock, current is higher and yet temp is lower. So only thing left is cooling. Maybe this specific model (the nonXT TUF) has a bad design on memory cooling or the specific item you have have some cooling defection. Can you...

I’m not near my PC now but I will see later how VRAM behaves under various situations. I have an R9 5900X, X570 and RX 5700XT with SAM enabled. Sorry for not mentioned it before, but it’s better to leave HWiNFO running for long time (1-2 hours) so readings are more accurate through your typical...

Better post a screenshot of the the entire GPU section of HWiNFO sensors window on idle.

Is VRAM loading in HWiNFO high (MBs)? Try to disable SAM and see if anything changes. If backplate is hot then thermal pads are doing their job. What is the clock of VRAM usually? For some reason VRAM usage must be higher and 0-fan function for GPU doesn’t help. I’m not saying to disable...

Don’t count that ASUS will answer you and if they will, that their answer will have any kind of value. When VRAM Junction temp is that high the backplate of card should be hot since thermal pads are in place. Try to touch the backplate to feel it. It’s typical for GDDR6 to go in high values, up...

Very few mainboard/CPU/Dram combos can achieve 4000 on DRAM and have all subsystems synched at 1:1:1 (2000) without WHEA errors/warnings. Typically any Ryzen5000series can do at least 1900MHz (3800 DRAM) error free. So 1900MHz should be your goal and if any more is doable consider it as a treat...

I couldn’t know that. You have to look for main board readings. Did you check the entire HWiNFO sensors window?

These are not mainboard readings. They are GPU board readings by your nVidia card.

What’s your GPU? Better state all your system. As for power reporting deviation the reported value has a meaning only under 100% CPU load. In any other situation the reading is useless.

https://www.hwinfo.com/forum/threads/hwinfo64-or-cpuz-wrong-frequency.7519/ https://www.hwinfo.com/forum/threads/core-frequency-reading-in-windows-11.7537/

Happy to help, feel free to ask anything.

Also this can make some difference on your readings. Find it in main settings (right-click tray icon)

I'm not sure when this power plan was installed. I have a bunch of power plans, some installed by drivers, some are custom made for Ryzen3000 series. (I use to have a R5 3600). I use chipset drivers from AMD website and not from board vendor (Gigabyte)...

When the CPU is idling the voltage can be anything between 0.9V up to 1.48~1.5V. Depending on burst of loads in the background. On games because the CPU is not loaded fully and only a few threads are going on the voltage is around 1.4~1.45V typically. It needs this so it can boost (some cores)...

Core VID(s) are not important and they mean nothing really. VID is just a request of voltage. The final request is "CPU Core VID (effective)" and it would be very close to "CPU Core Voltage (SVI2 TFN)" which is the core voltage feed. These CPUs are far too dynamic. Voltage and temperature can...

:):)

But since you use (?) it to report a calculation of Power Efficiency why cant we have Input Power on sensors? And can you say please with more words the difference between "PSU Power (sum)" and "PSU Power" that both are for Out Put Power?

I can see you already run 1800MHz and 1:1:1 ratio between MCLK:UCLK:FCLK and you set DRAM voltage at 1.45V. Is your RAM kit with Samsung B-Die chips? ...and what is the rated XMP/DOCP profile speed? So how far you want to go on RAM? Your board does not seem to report a DRAM voltage sensor. But...