@Pheonixminer Pls fix -tt function, works so badly with many cards.(Asus Strix rx580 8gb, XFX rx570 8gb, Asus Strix Vega 64)
Sorry about that, could you please tells how it behaves and how you would you like it to. From the aforementioned cards the support is probably worst for the Vega, but we will improve it in the next release.
Asus Strix Radeon RX580 8GB Gaming, this cards works incorrect with -tt parameter, if i set -tt 60, fan speed jump from 0% to 41% only, and cards are trying cool yourself to 51-54 degrees

Same situation with Vega 64 Asus Strix.
XFX Radeon RX 580 GTR 8GB, this cards are working correct with -tt 60, but if temperature increases on cards, fan speed stopped on 59% and the cards begin to raise the temperature higher the limit 60. Same situation with other XFX cards.
If you are using Linux, this is normal, as we don't support -tt at all in this version - it will be added in the next version. However, if this is under Windows, and you are using older driver (anything older that 18.x.x), you should upgrade to 18.x.x driver because the HW control support before that is broken in the drivers.
I tested all drivers, same situation, i report this problem before and you say this(down). This screenshot
https://imgur.com/a/wyRoKjE shows, -tt 60 works only with XFX cards(Red line), Asus Strix RX 580 8GB works badly(Blue line)
Thank you for the logs. It appears that ADL is actually working correctly even on the Strix cards. The messages for applying OC settings are missing because the cards are already at these settings (PhoenixMiner first checks if the settings are the same before applying them). We will add -resetoc option in the next version to reset all OC settings when the miner starts to start from "clean sheet" so to speak.
However the root cause of the problem that you are experiencing seems to be that the Strix cards are reporting too high minimal FAN rpms (1722 rpm), which are probably exactly these 41% that you are seeing. We will make some changes in the next release to avoid abiding by these limits if they are too low or too high.