We saw the Kelvin AIO CPU coolers from Fractal Design revealed a while ago, and now they are done with the last tweaks and have the Kelvin series has been officially announced. It will be available in three sizes called the T12, S24 and S36 with 120mm, 240mm and 360mm radiators respectively.
One of the awesome things about this new series is that it uses standard two-part brass fittings and is expandable, a feature we see more companies approaching lately, and one that I welcome. It is still as easy to install and the silent high-performance ceramic pump should be strong enough to support considerable expansion. The specifications rate the Kelvin T12 able to cool 1 CPU and 1 GPU, the Kelvin S24 can do 1-2 CPUs and 1-2 GPUs while the Kelvin S36 is said to be able to cool 1-4 CPUs and 1-4 GPUs.
The Kelvin series use a full-copper CPU Water block design just as the radiators are made from pure copper. The use of a single material throughout the entire unit ensures that we don’t get any unwanted galvanic corrosion.
While these units all require zero maintenance, they do come with a fill port to top off the fluid should it ever run low, another good feature. The Fractal Design Kelvin series supports all modern CPU sockets by the versatile and easy-to-use mounting kit.
General Specifications:
Fan Specification:
The three units should start selling this month and the MSRP is set to $99.99, $119.99, and $139.99 respectively.
Thanks to Fractal Design for providing us with this information
Images courtesy of Fractal Design
According to a new report, the GeForce RTX 5090 GPU will be very expensive. It…
A new AMD processor in the form of an engineering model has been leaked in…
SK Hynix has claimed to be the first company to mass-produce 321-layer NAND memory chips.…
SOUNDS GREAT – Full stereo sound (12W peak power) gives your setup a booming audio…
Special Edition Yoshi design Ergonomic controller shape with Nintendo Switch button layout Detachable 10ft (3m)…
Fluid Motion: These flight rudder pedals are smooth and accurate that enable precise control over…