In your face, Intel !
Thanks for the video buildzoid.
Just wanted to report that ASUS has done a poor job supporting laptops from as late as 2023.
My laptop with a 13980HX (essentially a 13900K with a wattage cap) latest bios revision from this past month is using microcode 0x123, and can easily voltage spike between 1.55V - 1.6V
drugače imate v tem komentarju razloženo, kaje je tip delal 1 uro
https://www.youtube.com/watch?v=XI2x2_skwSs&lc=UgxQPXN_kyl8sVpAeM94AaABAg
29:35 optimization settings
55:11 when to RMA CPU
35:55 undervolting settings - recommended for performance and even safer voltages but optional bc of instability risk: 38:00; also listen to 42:40 regarding undervolting!
Like he said, every CPU is different. The process of finding out how much you can undervolt is the following:
- Download Hardware Info 64 and BenchMate.
- Make sure you set the settings BZ listed (29:35, LLC6 is the most important even if you change other stuff).
- Set a negative VID offset, start with -0.07 f.a. (45:05).
- Boot, start BenchMate, start Cinebench, set a custom number of threads: top left corner click on "Preferences" to change this.
- Run multiple benchmark runs with different numbers of threads active (f.a. 1, 4, 8, 12, 16,...)
-> this ensures that different frequencies are stable. If fewer threads are active, the cores that are active have a greater "power budget" before the power-limit is reached. Therefore they can clock higher. You want to make sure that the highest clock is stable at the lowest voltage.
- If the CPU is stable, increase the negative offset value. I'd recommend increasing by 0.02 increments. Safes time. If you crash, lower the negative offset value by 0.01 and test again. After you found your stable offset (f.a. -0.11 like BZ has in this video), I'd personally lower it by at least 0.01 again (to -0.100) as an additional safety margin. Especially because cinebench is not a real stability test. YCruncher would be better f.a.
30:10
Sync ACDC loadline with VRM loadline ... tole ima samo Asus ?
