![good cinebench score good cinebench score](https://i.redd.it/zzw84e45qg861.jpg)
GOOD CINEBENCH SCORE PLUS
Running a Tuf x570 plus wifi with a 5800x and a corsair a500 air cooler. So I have done a lot of tinkering over the last few days.
GOOD CINEBENCH SCORE SERIES
It's been quite fun undervolting my Ryzen chip, so glad I went for a 5000 series as I hear you can't do this level of tweaking on the 3000 series. You definitely have to do a per core offset unless you're running low all core offsets I say. I've also undervolted the SoC chipset slightly by 0.125v I may decrease this more which dropped a few watts off it too. I guess if you value a degree or two more than the above it would make more sense.Īs for my 5800X after using Corecycler and realbench it turns out I could up the negative offset slightly on some cores and had to drop it down on others. I've had noctua NT-H1 paste in for around 10 years, without even applying the paste again and my 5GHz i5 2500k always ran super cool, even cooler than my 5800X does (granted it's far more powerful). I did ask them but the response was a bit fishy, whereas Noctua are the most honest company around with amazing support from my experience.
![good cinebench score good cinebench score](https://i.redd.it/trmz67rt2wp41.jpg)
Yes, but not even themselves could comment on long term stability and the known reactivity to metals, even if mostly cosmetic put me off big time. Perhaps motherboard vrm quality helps too as it can be stable at a lower voltage curve? I've always been a believer in top quality power supply and motherboard vrms. Many cases on the market have a real joke of airflow, all these closed up and restricted / lack of vents. These new chips are a mix of old and new overclocking techniques. Next step is to reduce per core voltages to allow even less temps and power draw whilst hopefully not having any crashes. I'm not too worried about clock speed as this cpu is blazing fast for what I need. Not checked average clocks but they will all boost and hold 4.85ghz it seems. I have all fans set to run around 10-20 percent and they ramp up to just about audible in a silent room. Been running at 4.8ghz for many years and always run cool. Although the transparent front does look appealing. I'd expect it'll perform slightly better the other way around however.Ĭustom cooler master h500 case with every bit of metal (there is a lot) blocking the front fans cut out. I did change the 120mm fan to be a pull at the back rather than push so I can see my new RGB RAM. Noctua Nh-d14 with NT-H2 paste which is the best long term performer without any reactivity, as liquid metal compounds have. Here's u/Broad-Technology5047 getting really good scores at 154/96/135: You can always go over this just make sure you have the cooling. These configs are all under the default AMD spec. 25 all cores or -20 slow cores and -30 for the two fastest) Cinebench multi core scores of 16000+ need lowered voltage. The two fastest cores sit at 5GHz while playing games.Īs u/attomsk, u/MaZonISGaming522, and others pointed out, multi core gains are achieved through large negative voltage offsets. I got 15510 as an average of three multi core runs and 1654 as the single core. Of the 20ish configs I've tried, the one I'm using now is 130/85/118, boost override at 150 MHz, curve optimizer set to -10 on the two fastest cores and -8 on the others. Stays cool too since it's using very little power. Got me 14072 multi core and 1596 single core without any boost override or voltage offsets. Ryzen Master shows PPT and EDC hitting 98-100% at the same time when using this ratio.Ī super power efficient PBO setup is 95/60/90. The golden ratio for PPT/TDC/EDC seems to be 100:65:91 (in my opinion).
GOOD CINEBENCH SCORE TRIAL
I found out a bunch of stuff with both research and blind trial and error. I built an ITX PC, and I've been messing with my 5800x a lot to lower temps and get better performance. Ok so after a long time from this post I have come back to hopefully help out. Max Power Draw (Package) (Multi Core): 142.007W Max Temp (Multi Core): 81.2C |Noctua NH-U12A| I just want to see where my chip is among the rest.