Just look at the projected specifications and device support:ĭimensions: 240mm x 160mm x 328mm (250mm tall w/feet), 12.6L If we achieve our funding goal, don't let it stop you from backing us! Every little bit will help make the M1 better. The more funding we're able to raise, the more hardware configurations we'll be able to test for, which leads to a better product. The funding goal is the minimum we need to produce a prototype plus a small components budget to test fitment, thermals and noise. The next step before production is to test a prototype of the M1. Our goal is to take this design to production, and we need your help. We've spent months perfecting the design using feedback from ardForum community and Lian Li's engineers. With support for 12.5” GPUs, water or air cooling, and a variety of drive mounting options, the M1 offers unparalleled power and flexibility for its surprisingly small footprint, all wrapped in an elegant, minimalist aluminum exterior. The NCASE M1 is a new Mini-ITX case that raises the bar in performance, versatility, and design for SFF PC cases. I already tossed in a chunk of money from PC Perspective and I think once you see what they have designed you'll be interested as well.
That is where the community comes in! The designers have started an project to help get funding from users like you and me to enable prototype units to be built and tested. In what started as a discussion on the HardForum has resulted in a design ready for prototyping and tooling. Recently I came across a thread in the /r/hardware sub-reddit discussing crowd funding for a new kind of mini-ITX chassis design. All of these products showcase the capability to get incredible computing and gaming horsepower in a small design.
We have reviewed several mini-ITX motherboards including EVGA's Z77 Stinger and even a couple of mini-ITX based pre-build computers like AVADirect Mini Gaming PC and the Digital Storm Bolt. We love us some mini-ITX products that enable us to build powerful PCs and HTPCs in smaller chassis and using smaller footprints than traditional ATX and even MicroATX designs.
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