Hello guys, I want to start by saying that I'm Italian so sorry if my English is bad :D
Moving on, this is my configuration:
Mobo: X570 Aorus Elite
CPU: Ryzen 5800x
Cooler: Noctua NH-D15
Case: Cooler Master H500P Mesh (meh) with an additional Noctua 140mm fan on the top as Intake
I've looked into undervolting in order to get lower temps, I was going on 90C running a MC Cinebench R23, I know that 5800x is a hot boi but those temps were too high for me. (If you want to know the score, I don't have it, I've never ended a run due to reaching 90C)
So I've undervolted with PBO in the bios, setting all cores negative curve with a value of 25 in the Curve Optimizer Magnitude field;
Now I'm on 84C running a MC Cinebench R23, with a score of 15798 and clocks between 4849-4851 Mhz;
On a single-core run I've scored 1603 Pts at 49-51C;
Now I'm curious about 2 things:
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I've heard that in MSI Bios every unit in the Curve Optimizer Magnitude field equals to 3 to 5 Millivolts, is It the same in the Aorus Bios?
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Someone had the same issues/went through the same procedure? What values Have you put? Did you set the curve for all cores or have you set different values per core(s) ?
Thank you in advance guys <3
Better temperatures, voltages and results...
Videos
After reading and watching videos, it seems most (if not every body) has miraculous results with reducing heat and power but maintaining performance and frequency.
I've done this and it's almost as if nothing changed. Same heat (80-82c) and same voltages. Did I do something wrong?
I've set PBO to Advanced, then disabled it all through Asrock bios. Then set all core Curve Optimizer to -30.
I’ve tried to follow a few tutorials but when testing fir stability with cinebench and occt I can’t seem to get any change in performance or stability so I was wondering why No matter what I’m changing in my bios nothing happens to the cpu so maybe I’m doing something wrong. No Instability at all when changing settings so I can’t make any progress in my undervolting journey
As the title states, should I be able to achieve -30 on every core on the per core setting? I noticed in my web research that many are not able to hit -30 on the per core setting like I have it set at. I am happy with my temps and my performance. Cinebench r23 hits 16200-16300 now on multi and my temps hit 77c under load (cinebench) and low 30's-50c normal workloads.
Note: about a month ago when I started adjusting the curve optimizer I could hit -30 all core but nowhere near on the per core method.
Arctic Liquid Freezer ii 420mm on the way, will start maybe pushing things some more once installed
Settings ( I think matter ):
pbo manual: 138 - 95 - 120
curve optimzer: per core, every core set at -30
pbo scalar on auto and no extra boost mhz
cpu voltage - manual: 1.35v soc voltage - manual: 1.25
cpu load line cal: 1 step above auto(medium I believe)
soc : 1 step above auto(regular I believe)
cpu: R7 5800x
mobo: asus x570-p
psu: evga p6 1000w
cooler: cheapy 240mm coolermaster aio
memory: g skill ddr4 ripjaws 3600mhz (timings slightly tighter than xmp)
Checked today for my mobo B550 Aorus Pro AC and was happy to see a new bios with 5800x3d performance improvements.
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Update AMD AGESA V2 1.2.0.8
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Optimized performance for 5800X3D
Thank you gigabyte! Now I no longer need to use the PBO2 Tuner app, enjoying good temps on linux right now.
Hello fellow red teammates
First time i went to a full AMD build with 5800x and rx 6800XT, and with it i had a hard time learning all the different stuff amd has when it comes to CPU tweaking
I only use the PC for hardcore gaming, mostly warzone, and while performance wise im getting very good results.
My cpu sits arround 65C max temps and pushing clocks at 4.5-4.6 ghz.
After so much reading about curve optimizer and undervolting, from my understanding i might be able to get the same or even better performance setting PBO with a negative offset in curve optimizer, while using less voltage on the CPU, and so, lower temps, which might increase the CPU's lifespam.
Since it will be my first time messing arround with this kind of settings i was hopping you guys could give me some advices on the best settings for it and if this video is a good guide for it https://www.youtube.com/watch?v=dfkrp25dpQ0&t=168s
My full specs:
5800X
MSI Gaming Trio 6800XT
32gb Ram 3600 cl16
gigabyte aorus 800w gold +
Asus x570 Tuf Gaming
AIO MSI MAG 360
Thanks in advance
So. im trying to tune my 5800x again...
Seems like i got a potato. Boosts to ~4.8Sc and ~4.6Ac...I can input up to 2ghz on the PBO2 Boost override but after 200mhz nothing changes. Global max is still 5050, some cores touch that but the effective clocks doesn't so i guess it's just streching.The Cpu gets hot (90c) unless i drop the Vcore to about -0.025v, i get higher/same R23 scores for every step down until then (~15000-15500). I know they are supposed to work at that temp, but that seems stupid if i get the same performance for way less wattage and temp. Electricity is expensive nowdays...
Cpu seems to handle ~-30 Co on all cores, maby -28-29 on the two best, but if i drop the Vcore they give me errors way before that.
PPT/TDC/EDC Doesn't seem to matter when i'm optimizing sc, currently running corecycler and try to find the max Co offset on my vcore, i suppose i shoudl lover Vcore until all of them are between -20 and -30, since they max out on stock, meaning they could go to -40-50 if that was an option.
Is this the right way to go? I'we read 10ths of guides but it doesnt click. And Sometimes my changes work and sometimes it just glitches out, having the same options on 2 places int eh UEFI doesn't help either, dunno if i should use the settings under AI Tweaker on Advanced/Amd, Thanks Asus.
Current values on PBO is 120/75/110, but that only comes in to play when i run all core or R23, i'd like to find the core maximums before i start tuning all core.
Also, if i use LLC on Lvl2 or more i just loose performance? Perhaps 100-150 Mhz All core clocks.I have it set to Auto, and CPU and SOC Current are on 110%, i don't think thats a problem when i have PBO limits way under stock.
Specs:
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Amd 5800x
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Asus Strix 550-F
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32gb Corsair LP 3200/Cl16
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Gtx 1080
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Corsair VS650 (Shit PSU, a bit low voltages)
My Spreadsheet (WIP)
https://docs.google.com/spreadsheets/d/1s2K-KVxXuvtZXVkt9TeCSPYyfYqWUgxZjaBiX7JNEgE/edit?usp=sharing
Salut tout le monde ! C'est mon premier post, alors soyez sympas, hein.
Mon père a récemment amélioré son PC et m'a filé son ancien 5800X et deux barrettes de RAM, ce qui est un sacré coup de pouce par rapport à mon 3700X. J'adore bricoler et j'ai commencé à jouer avec l'optimiseur de courbe par cœur pour maximiser les performances tout en gardant les températures au minimum. Ce 5800X en particulier semble être un gagnant à la loterie du silicium et mon "réglage" actuel est le suivant :
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C1 : -27, C2 : -27, C3 : -28, C4 : -18, C5 : -22, C6 : -27, C7 : -27, C8 : -17, comme recommandé par Ryzen Master, mais réglé manuellement dans le BIOS
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Carte mère : MSI MPG X570 GAMING PRO CARBON WIFI avec le dernier BIOS
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Limite PPT : 150W, Limite TDC : 95 A, Limite EDC : Auto, Precision Boost Overdrive Scalar : 10X, CPU Boost Clock Override : Activé, Max CPU Boost Clock Override (+) : Auto
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RAM : 2x Corsair Vengeance LPX 3200Mhz CL16 et 2x Crucial Ballistix 3600Mhz CL16, j'ai reçu les Crucials de mon père et les deux kits fonctionnent maintenant à 3200Mhz 16-18-18-36
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Horloges des cœurs rapportées à 4,850Mhz dans HWiNFO, toutes les mentions ultérieures des horloges et des fréquences se réfèrent à l'horloge effective
Dans les charges de jeu plus légères comme Rocket League, les horloges atteignent un maximum entre 4,880-4,983Mhz, tandis que Cinebench R20 et R23 voient des horloges multicœurs autour de 4,675-4,750Mhz avec un seul cœur autour de 4,850Mhz. Dans CPU-Z, le multicœur est d'environ 4,825Mhz et le simple cœur de 4,850Mhz. Je me souviens aussi avoir vu des horloges dépasser les 5Ghz dans Minecraft.
Ce réglage est stable dans R20, R23, Prime95 et CPU-Z, mais provoque parfois des plantages pour des charges plus légères comme Rocket League (parfois juste le programme, d'autres fois tout le système). Ce problème a été résolu en augmentant la tension de "2" pour tous les cœurs dans le BIOS, ce qui maintient les fréquences aux mêmes valeurs pour les charges lourdes, mais les diminue légèrement pour les charges plus légères (max Mhz environ 100 de moins).
TL;DR/Question : Quelqu'un sait-il s'il est préférable d'augmenter les tensions ou de modifier le Max CPU Boost Clock Override ? Mes températures sont sous contrôle (même si j'utilise un H100i de 240 mm qui a presque 15 ans), mais j'aimerais beaucoup entendre une discussion et vos expériences !