Steam'i Yükleyin
giriş
|
dil
简体中文 (Basitleştirilmiş Çince)
繁體中文 (Geleneksel Çince)
日本語 (Japonca)
한국어 (Korece)
ไทย (Tayca)
Български (Bulgarca)
Čeština (Çekçe)
Dansk (Danca)
Deutsch (Almanca)
English (İngilizce)
Español - España (İspanyolca - İspanya)
Español - Latinoamérica (İspanyolca - Latin Amerika)
Ελληνικά (Yunanca)
Français (Fransızca)
Italiano (İtalyanca)
Bahasa Indonesia (Endonezce)
Magyar (Macarca)
Nederlands (Hollandaca)
Norsk (Norveççe)
Polski (Lehçe)
Português (Portekizce - Portekiz)
Português - Brasil (Portekizce - Brezilya)
Română (Rumence)
Русский (Rusça)
Suomi (Fince)
Svenska (İsveççe)
Tiếng Việt (Vietnamca)
Українська (Ukraynaca)
Bir çeviri sorunu bildirin
maybe he should try to lower is vcore. also we talk here about stock clocks. 4.9ghz all core is stock and not a manual oc way above stock with increased vcore to make it happen.
sillicon lottery shows every cpu they tested was able to do 4.9 all core with 1.190v
10700K 4.90GHz 4.80GHz 4C+100MHz 1.190V 210W 100%
5ghz he wanted in first post is
10700K 5.00GHz 4.90GHz 4C+100MHz 1.210V 220W Top 63%
this means 1.36 might be to much for 10th gen but i dont know.
on 9th gen my 9900k runs at 60°C 1.36 5ghz all core.
10700K @ 4.9GHz up to 8 cores, 5.0GHz up to 4 cores.
Vcore under heavy load @ 1.350V BIOS, 1.280V Socket Sense, 1.190V Die Sense.
this from sillicon lottery aswell.
you sure you did enough mounting pressure ? becasue not enough can cause massive increased temps.
i would not use any tools and if you dont know which settings have to changed in bios follow something like this.
https://siliconlottery.com/collections/all/products/10700k49g
full speed ? are you running fans at a constant speed ? are the case fans better than 1300rpm
does the case have adequate air flow ? are you using a good thermal paste (eg..kingpin
or grizzly) ? fan locations and case type ?
with that my go to would be turn fans/pump on AIO to full speed and repaste cpu
either to eliminate or narrow it down.
Clearly you calling us garbage goes to show how you have no idea.
To begin with, OP is already running a 10700k that is going to get hot regardless of what cooler he/she puts on it with the exception of extreme cooling like LN2. 1.34-1.36 is already making a 10700k or a 9900k almost impossible to cool, even with a 360mm radiator. Also, did you even consider that his 10700k may just be a power hog at this point since there is no guarantee you will win the silicon lottery?
That is Intel 14nm and their marketing in a nutshell for you.
You also need to consider asking the LLC and motherboard the OP is using before jumping to the issue that Thermal Throttling is the primary cause -- in fact Intel doesn't care since you are effectively making the chip run outside it's official specs.
1.34-1.36v is usually making Intel 9th/10th gen chips produce a lot of heat, regardless if you're using a 360mm rad or Large air cooler from Noctua.
Sadly this is Intel 14nm AND Silicon Lottery in a nutshell. If you cannot hit all core 5Ghz stable without throwing a lot of voltage to it then the only best thing you can do is to do some undervolting while remaining at normal boost clocks.
When overclocking is in the picture, there is no guarantee you can make the chip perform the way you want it to, outside the official spec. In the 10700K's case, Intel advertises the chip as 5.1Ghz capable on 1 core and not all.
The issue isnt your cooler. Its the Intel chip and the 14nm++++++++++++++++ node that intel is still working on.
They flat out hit the limits of the design (for the most part) last gen. Instead of waiting and doing work to get a *real* product out for their 10th gen lineup, all they did was the same thing they *had* been doing, boosted the core speed a tiny bit at the cost of massive power and heat. So much heat in fact that *just* to get that tiny boost over 9th gen they had to shave off layers of the Core and the IHS as a bandaid measure to reduce thermals enough to get things working at all.
Little wonder that (many) are having issue with OC'ing them. It used to be that unless you were unlucky you had some heaadroom, but with how hard they have pushed their old tech the meta now is that you are lucky if you *can* OC well before heat or power limit you.
I'm no longer going to look at Corsair for any AIO-LC. They've become a joke in this area and have too high pump failure rates. Which is why I went with NZXT Kraken X73
Please note, voltage has play as well for heat, lowering the voltage can lower the temperature being generated, but this also can cause stability issues as you need a certain amount of voltage when going for higher GHz speeds.
IMO stick to 4.7Ghz that seem to work best for you.
It’s not a pump fault. If a pump is dead he would already be encountering a LOT of shutdowns. 1.34-1.36V is going to easily make Intel 14nm really hot no matter what cooler you use either from Noctua, Corsair or even NZXT :/