![]() The Framework motherboard is equipped with four USB-C ports for peripheral devices allocated one for the display and another for a USB hub which connects the keyboard, Arduino, and external USB and HDMI connectors. The screen can be tilted up to 45 degrees for more ergonomic desktop use. ![]() The enclosure is crafted from machined aluminum plates with 3D printed spacers to secure all components. He utilized a Arduino Pro Micro as a PS2-to-USB adaptor, using the remaining pins on the Arduino as a versatile interface for electronic projects. For user input, he opted for an Apple keyboard and an optical trackball with a PS2 interface. Ben chose a 2400 x 900 IPS display that can draw power and video through a single USB-C cable. It’s significantly more powerful than the standard Raspberry PI, which is typically employed in similar projects. Framework even released additional documentation to support this use-case. ![]() The Framework motherboard presents an excellent choice for custom portable computer projects due to its relatively compact size and built-in modular I/O port options, all based on USB-C. This is precisely what has achieved by using a Framework laptop’s motherboard and battery to create a slab-style cyberdeck. The beauty of a modular ecosystem lies in how it allows individuals to repurpose components in unconventional ways.
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