CoreFreq VS s-tui

For sensor and whatnot, check out corefreq and ryzen_smu.

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Feel free to open an issue @ https://github.com/cyring/CoreFreq/issues

Sure! I will appreciate a full CoreFreq report of the TR 5965WX based on the develop branch.

For AMD, if you have query access to the SMU coprocessor, you could use corefreq and ryzen_smu; they're for sensor readouts, and they do slightly different things. ​(And Zentimings and HWiNFO for windows.)

Check out corefreq and ryzen_smu; they're for sensor readouts, and they do slightly different things.

There's a way of doing it via s-tui.

s-tui is useful for CPU frequency, temperature, and TDP monitoring (make sure to run it with sudo for power details). It also has a nice stress test.

Dual Heat-pipe I'll keep this short the only answer to thermal throttling is undervolting your cpu! If you're actually curious to the impact it had keep reading. For the stress tests I use s-tui .

s-tui could give you more clues on what is happening with your system. If the in-built power profiles don't work, you could try throttled.

If that does not help, could you please provide a short video with Audio, that lets us hear the fan and at the same time provide info on how temperatures, power consumption and clock rates are under load. You could use a tool like s-tui for that is available in the archives of quite a few distributions. Then we can better judge whether this is normal for the Polaris or not. As you probably know, volume is of course a very subjective feeling.

the GitHub page has quite some information on this.

I don't know about fan speeds, but there is a good Linux tool for testing throttling, namely, 's-tui'. The program can be a pain to install. Here is how I did it (and this method installs the program as root, which in this case is good because some of the program's feature's need root access).