Just a reminder about the Novena crowdfunding project which closes tonight: this is Bunnie Huang's fully open and transparent laptop, the only computer whose internals can be modified and verified by its users. It's big and weird and fuggly, and it's gorgeous. It's important. I've ordered mine -- this is your last chance to get yours. Bunnie is a virtuoso hardware hacker and a brilliant reverse engineer; he broke the Xbox and wrote an essential book about it.
In the design shown here, you can access the internals without having to remove a single screw – in fact, the laptop opens itself for you. With the slide of a latch, the screen automatically pops open thanks to an internal gas spring. As the internals are naked when the screen is up, this is not a computer for casual home use. Another side benefit of this design is there's no fan noise – when the screen is up, the motherboard is exposed to open air and a passive heatsink is all you need to keep the CPU cool.
Another feature of this design is the LCD bezel is made out of a single, simple aluminum sheet. This allows users with access to a minimal machine shop to modify or craft their own bezels – no custom tooling required. Hopefully this makes adding knobs and connectors, or changing the LCD relatively easy. In order to encourage people to experiment, we will ship desktop and laptop devices with not one, but two LCD bezels, so you don't have to worry about having an unusable machine if you mess up one of the bezels!
The panel covering the “port farm” on the right hand side of the case is designed to be replaceable. A single screw holds it in place, so if you design your own motherboard or if you want to upgrade in the future, you're not locked into today's port layout. We take advantage of this feature between the desktop and the laptop versions, as the DC power jack is in a different location for the two configurations.
Finally, the inside of the case features a “Peek Array”. It's an array of M2.5 mounting holes (yes, they are metric) populating the extra unused space inside the case, on the right hand side in the photo above. It's named after Nadya Peek, a graduate student at MIT's Center for Bits and Atoms. Nadya is a consummate maker, and is a driving force behind the CBA's Fab Lab initiative. When we designed this array of mounting bosses, we imagined someone like Nadya making their own circuit boards or whatever they want, and mounting it inside the case using the Peek Array.