A dramatic, high-contrast shot of a sleek gaming console with a crisp e-ink screen displaying live hardware stats. The faceplate is mid-assembly, with exposed 3D-printed mechanical brackets and a raw ESP32 microcontroller visible underneath. Moody blue and orange workshop lighting, 16:9 aspect ratio.
Article Body: Valve just dropped a massive gift for the DIY hardware community. If you’ve been eyeing the modular front panel of the new Steam Machine, the wait for official accessories is over—because Valve has completely open-sourced their experimental E-Ink faceplate.
Instead of waiting for a commercial release, you can now pull the full CAD files directly from their GitLab repository and 3D print the chassis yourself. This isn’t just a basic aesthetic shell; it’s a fully documented, ground-up hardware project. Valve provided everything from the 3D-printable files to the complete hardware bill of materials, right down to assembly videos and PDF guides.
Close-up macro photography of a freshly 3D-printed matte black faceplate component resting on a messy workbench. Beside it sits an ESP32 microcontroller board wired to a small e-ink display showing a custom boot logo. A soldering iron rests blurred in the background.
To get this running, you’ll need an ESP32 microcontroller to handle the firmware. Once assembled, the faceplate pairs with the Steam Machine over Bluetooth to display real-time hardware thermals, performance stats, or whatever custom graphics you want to push to it.
While Valve plans to release a frictionless configuration app on Steam eventually, true makers don’t need to wait. You can compile your own AppImage right now using their provided software documentation and take total control of your console’s telemetry display. If you’d rather buy one off the shelf, third-party brands like JSaux have commercial versions coming—but where’s the fun in that?
A sleek 3D printer in a dark room actively laying down the intricate first layer of a faceplate frame. The warm glow from the printer’s hotend illuminates the textured build plate, capturing the manufacturing process.
Open-sourcing experimental hardware concepts is exactly the kind of move the industry needs right now. Grab your favorite filament, fire up your slicer, and let’s get building.
