lordzed83 said: CJMitsuki said: 3733 stable before tightening timings... Click to expand... BTW Have You tested actual performance on 3600 vs 3733 vs 3800 ?? Cause 3600 turns out better than 3800 in my case with same timings. The error correction drawback is real 😕 thats why im messing around with 3633 . Memory errors and stability is miles ahead of Zen1 but im looking for actuall cb point from tighting timings. And seen diminishing returns on going TOO TIGHT !!! lost performance not gained !!!



AAAA and do You still use Haxed cooling solution aka Air con /forum/images/smilies/biggrin.gif BTW Have You tested actual performance on 3600 vs 3733 vs 3800 ?? Cause 3600 turns out better than 3800 in my case with same timings. The error correction drawback is real 😕 thats why im messing around with 3633 . Memory errors and stability is miles ahead of Zen1 but im looking for actuall cb point from tighting timings. And seen diminishing returns on going TOO TIGHT !!! lost performance not gained !!!AAAA and do You still use Haxed cooling solution aka Air con /forum/images/smilies/biggrin.gif Click to expand...

I havent tested different setups yet but ive noticed a few things. I think its going to come down to if you can get low timings. Single core dropped a bit on 3800 until i tightened the last bit up then it edged ahead of what I seen on 3733 but im about to fibish tightening 3733. I doubt 3600 will be better bc at 3733 im able to pretty much tighten to the maximum. Maybe 3666 at 14-13-13-22-36 or something could edge out the others. I could push to 3866 or 3933 but it seems the bios wont allow it at 1:1:1. It gives an error “C5” and i have to clear CMOS or it wont boot at all. Same thing if I try to adjust tRDWR at all, I get an automatic C5 error and have to clear cmos. Im hoping a bios update fixes it. I know i can get 3866 easy and more than likely 3933 at cl14, 4000 would be doubtful. I only use the AC when I bench on hwbot.org if I need it. Im undervolting this processor quite a bit so It barely hits 60c under load.