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I can understand the confusion On the contrary to what logic suggests, those tasks because they are low in intensity allow the CPU to clock (burst) higher with high voltage. The boost algorithm has a “simple” task. Maintain high clock and voltage on small loads, and drop both progressively when...

Ok the useful one is during. I will assume that CPU PPT and PRD were stable while the benchmark was running, at least within a small margin like 2-3%. The R5 5600X has a PPT (PowerPackageTracking) value from AMD the 76W which is the default max power consumption for the entire CPU package. The...

When CB is running you just observe the current value. It’s shouldnt fluctuate a lot, maybe a few %. You can also hit the clock button down on right to reset all values, after test starts.

1. Run a cinebench multicore test 2. While test is running take notes about the PowerReportingDeviation and CPU PPT values. 3. Post here and I will explain what is the meaning.

I’m pretty confident that the highest temp is always the controller of the driver.

I don’t think there is something there to be worried about Ryzens, depending on the model, typically have operating temp limits to 90-95C. So it’s not rare (or abnormal) to see occasional spikes to 80+C. Especially on laptops where cooling is harder.

It’s very simple. As the sensor description indicates this has a meaning while CPU is ONLY under 100% load. Any other time, like gaming, is literally useless. So unless you got any red under 100% CPU load there is nothing to be worry about.

You have to account power reporting deviation only during 100% CPU load. In any other situation it has no value/meaning, as its description says.

To be precise it’s the CPU that reports double values to HWiNFO, and most likely the CPU SMU is causing this bug.

What @Martin is saying is that you can check all CPU temp readings in HWiNFO and see if any of them matches the AB reading. Try in the “CPU enhanced” section of the sensors window.

You are in the thread that explains what is happening. If you start reading from page 1. Long story short, it’s a bug in BIOS.

Below is your screenshot with some highlights of all the buggy values your CPU reports. They are exactly x2 of what they should be. So yeah its not of a concern other than why AMD didnt fix this bug yet.

Personally I would be ok with the result. Seems like the CPU is working within its normal conditions. If you're happy with the results of frequency and temperature then go ahead and leave it that way. Have you test it under gaming or any other tasks you usually run? ...other than banchmarks I mean.

First of all let me try to explain why this (high PowerReportingDev) is happening. In a pefrect world, boards should read what the CPU power current (EDC) is at any time and report it back to CPU as feedback so the CPU can regulate itself properly. For a reason unknown to me, some boards are not...

Do you see the "CPU PPT" value? 76W is the normal nonPBO power budget for 5600/5600X But... Since your PowerReportingDeviation is at 128% means that the true power consumption of the CPU is: 76 / 1.28 = 59.3W So the board for some reason under-runs the CPU at max load on this specific benchmark...

Read second part (perf #n/n) In the simplest words the first number is the the order that windows scheduler will/should load the cores depending on the amount of the workload and the second is the evaluation of AMD on the cores based mostly on the highest clock ability and other...

Yeah that is the only way I see it for the 13900k to hit 370W... with a custom loop and not some half tower simple air cooler.

First of all I do not own an Intel system. To you question about default freq of 13900K in multi... at auto boost P-cores peak at 5.5GHz and E-cores at 4.3GHz. But that does not mean that these clocks can be sustained over time under continued long boost, especially with air coolers. Below...

No one really can confirm anything but making assumptions unless witnessing the actual BIOS/UEFI settings. Personally I too find it odd that such a relatively small cooler can remove 370W of power/heat and CPU stays under 100C. Unless this system is placed in a very very low ambient temp...

If you mean the entire CPU package then all CPUs have multiple rails. 1 for cores, 1 for SoC and probably 1-2 more for other stuff. In order to calculate power (Watt) you need voltage (V) times (x) current (A). So you need to know each rail's voltage and current at any given moment and then you...