Thermaltake Announces Core X9 Snow Edition Chassis

Thermaltake has launched a Snow White edition of their gorgeous Core X9 e-ATX cube case. The case is particular suited for liquid cooling setups, but that doesn’t stop you from using it for something else, a file server for example, or whatever comes to your mind.

The cube design allows for endless stackability, so the height of your ceiling is your only limitation, next to maybe your wallet size when it comes to expanding to more and beyond.

Users can customize the chassis for the best viewing presentation with interchangeable window and I/O panel design. The dual chamber concept is made to improve the cooling performance and the efficiency, but also to allow you to display your expensive components even better. You have the bottom chamber for drives and PSU and the top chamber is used for your motherboard, graphics cards, and other add-ons.

The case is fully modular and you can take everything apart. A 3 +9 drive bay concept design for accessory and storage devices makes setting up the best storage solution on the market super easy and flexible. In addition, a customizable 5.25” & 3.5” drive bay feature enables users to freely interchange the 3.5” hard drive cages to suit their particular needs.

Even when you build a high-end system full of components you’ll have plenty of spare space inside. Pay attention to the amount of fans built into this case in the demo shot below, that are enough fans to make one or another artist jealous. There is room for graphics cards up to 590mm length and tower CPU coolers up to 250mm. Even the biggest PSUs will fit with the spacious 200m room in that area.

I could just keep on writing about this chassis, because I think it’s one of the most amazing ones ever built – may it be the black or this new Show White version – but if you’d like to know even more, then I’d recommend to check out the official product page where you can find all the details and extra information you might be looking for before making your final purchasing decision.