The clock pace of the brand new Intel Core i9 14900KS is already sky excessive at 6.2GHz, however overclockers at Asus have managed to push this toasty CPU to a stratospheric pace of 9.1GHz, because of a severely outlandish cooling system and an entire lot of tweaking experience.
With its excessive value and terrifying energy draw, the Core i9 14900KS isn’t prone to land on our greatest gaming CPU information any time quickly, however there’s clearly room to push the Intel Raptor Lake structure very far certainly in case you have the need and the means. That is demonstrated completely on the Asus ROG lab, with the corporate assembling a “group of elite overclockers,” together with ElmorLabs, to see simply how far you’ll be able to push the Core i9 14900KS.
The reply is a gigantic clock pace of 9,117MHz on the CPU’s P-Cores, with the E-Cores being disabled to release as a lot thermal headroom as potential. This was achieved with a straight multiplier overclock, with the group setting the multiplier to 91x on the Asus Maximus Z790 Apex Encore motherboard.
After all, you’ll be able to’t obtain an overclock akin to this one with simply a regular AIO cooler, and even in the event you water cool your PC. As a substitute, you want a extra esoteric type of cooling readily available, which on this case comes from using an enormous tank of liquid helium, requiring a group of 4 folks to direct it constantly over the CPU.
Remarkably, this outlandish cooling system managed to get the CPU temperature proper right down to -231.2°C, with solely one of many CPU’s P-Cores hitting the 9,117.75MHz determine – the remainder have been all sitting at 3,206.24MHz, in response to the validation.
Clearly, we don’t suggest making an attempt this at residence, however experiments akin to this one present simply how far you’ll be able to push right now’s CPUs. In case you’re seeking to assemble a extra sensible rig, be sure you learn our information on tips on how to construct a gaming PC, the place we take you thru the entire course of step-by-step.
