XPG has showcased a brand new prototype hybrid CPU cooler that mixes air and liquid cooling in a singular package deal, providing as much as 280W cooling.
XPG’s New Cooler Combines Air & Liquid Cooling In A Conventional-Trying CPU Heatsink With 280W Cooling
In line with XPG, the upcoming hybrid design is a patented dual-fan CPU cooler with a lot of stuff happening inside a single package deal. Do be aware that this product is way from its last retail appears and has been talked about as an early prototype so the ultimate design can change drastically. However let’s begin with the main points.
First up, the hybrid CPU cooler appears like your commonplace heatsink with a tower design however internally, it’s way more. XPG states that this entire unit homes an built-in pump, loop, and radiator for lowered temperatures versus a typical design. The CPU cooler has a single-tower heatsink and a 120mm radiator etched subsequent to it. The heatsink tower itself has a number of heatpipes operating by means of it which dissipate warmth from the CPU by way of a copper block.
The block itself is designed to assist the highest-end of Intel and AMD CPUs with the corporate mentioning each Xeon and Threadripper chips however mainstream chips such because the Core and Ryzen household are additionally effectively supported by this cooler. Now for the cooling bit, there are two 120mm VENTO PRO PWM followers cooling this unit and each are designed by Nidec so you may count on some excellent airflow from this beast.
Now to reply the query of why this cooler is required, XPG states that their hybrid design isn’t solely smaller however can also be lighter than an AIO and the twin air/liquid mechanism permits it to be extra environment friendly than a traditional air cooler. Plus, the corporate can also be providing RGB assist with all famend software program ecosystems. There isn’t any phrase on pricing and availability however this Frankenstein of a cooler is a really distinctive product & we will not wait to see the way it performs in precise use-cases when launches.