amdctl VS thermal_daemon

Try intel-undervolt or amdctl

I still wondering how to control CPU, found many stuff such as amd_pstate, ryzen_smu, RyzenAdj, amdctl. Now I'm trying to figure something out but it has too many options ☺

There is https://github.com/kevinlekiller/amdctl/ . It does require additional kernel params and possibly modules (idk if msr is loaded on the deck - should check) which would be overwritten by system updates. Maybe somebody has used it before?

Another advantage for AMD I guess. RyzenAdj is super configurable (and scriptable for udev events) and has worked great for me for power curve and temp control, and although I haven't tried it, there appears to be a good tool, amdctl for pretty fine grained voltage and clock control now as well.

After that, you can try more advanced tweaks like undervolting and whatnot.

You can make thermald ignore that protection by using the `--ignore-cpu-id` flag. See thread leading up to: https://github.com/intel/thermal_daemon/issues/268#issuecomm...

I don't use Windows but in Linux, using thermald you can also set your own temperature and power limits which would also effectively limit fan speeds. You can also control EPP/EPB manually...

If you're in the EU and looking for a thin and light with good battery life and need/want unsoldered/up-to 64GB of RAM, I believe that the Slimbook Executive 14/Tuxedo InfinityBook Pro 14 Gen7 might be the best options atm - 99Wh battery, 1.3kg for a 14" 16:10 version. Slimbook has a 16" version as well, although the battery is a bit smaller. These are Alder Lake H but using thermald and tlp I believe you can bring power usage in line w/ P or U chips.

thermald added support for both Alder Lake and Raptor Lake in version 2.5 two months ago, so you can build it for Linux Mint from the build instructions for Ubuntu here: https://github.com/intel/thermal_daemon

thermald settings can also affect battery life/performance a lot.

Similarly, on Intel laptops you can use https://github.com/intel/thermal_daemon to do the same (lower the TripPoint Max Temperature in thermal-conf.xml

For Intel, there's https://github.com/intel/thermal_daemon and actually a whole range of tools/strategies for using RAPL to control power usage that can be manipulated directly, like this: https://community.frame.work/t/thermal-management-on-linux-with-rapl-limits/17416