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The "Power Reporting Deviation" -metric recently introduced in HWiNFO has raised much of discussion among both the consumers and the board manufacturers alike. In addition to the much-welcomed discussion, it has also raised concerns about the effects it allegedly has on the longevity of the...

Here is a complementary post to the OP, I made to Reddit few moments ago. Just to be perfectly clear, since there appears to be some unfounded concerns related to this, especially after the a bit of a popcorn fart of a headline Tom's Hardware pulled yesterday. First of all, while this exploit...

What about during the specified workload, Cinebench R20 NT? The issue with workloads such as Prime95, Linpack and basically anything that executes 256-bit instructions is that they can cause the CPU to go into a "limp" mode due to their characteristics. Highly optimized pure 256-bit workloads...

The 3rd gen. Ryzen CPUs run a bit hot by their nature, due to the advanced 7nm manufacturing process they use. Smaller the die size is, the harder it is to cool it. Intensity, power dissipation per area. This isn't a AMD specific phenomenon by any means.

The design specific reference value (amps) is not what is important here, but how the actual and the declared values relates to each other. The correct value is determined by the manufacturer and without a cross-reference it is not something the user can determine. 75% is definitely an...

Ryzen CPUs for AM4 platform rely on external, motherboard sourced telemetry to determine their power consumption. The voltage, current and power telemetry is provided to the processor by the motherboard VRM controller through the AMD SVI2 interface. This information is consumed by the processors...

Ok, thanks!

What bios version was used when this happened?