Ben Makes Everything Turns His Hand to a Slick Framework Mainboard-Powered TRS-80-Style Cyberdeck

Built using a spare last-generation Framework Mainboard, this impressive cyberdeck includes an angle-adjustable ultrawide display.

Gareth Halfacree
3 years agoHW101 / 3D Printing

YouTuber Ben, of the channel Ben Makes Everything, has designed an attractive TRS-80 Model 100-style cyberdeck which plays host to a Framework Mainboard single-board computer (SBC) — and which improves on the original design by including the ability to tilt the screen for more comfortable viewing.

"I created this cyberdeck from an older Framework [Mainboard] motherboard/CPU unit, battery, and speakers," Ben writes of the project. "I used a wide 8:3 aspect ratio display I found on Amazon for the screen. It has an integrated mini-trackball and uses a[n Apple] Magic 2 keyboard."

This impressive CNC-milled and 3D-printed cyberdeck is powered by a Framework Mainboard SBC. (📹: Ben Makes Everything)

As Ben says, the driving force behind the device is a Framework Mainboard — originally designed to be installed in a Framework modular laptop but later released as a standalone single-board computer in its own right. With the launch of more powerful Intel- and AMD-based Mainboards, those upgrading their Framework laptops have been hunting for ways to use the old Mainboards — and this is a particularly slick approach.

The chassis is made from CNC-milled aluminum plates, to provide structural rigidity without excessive weight, with a 3D-printed frame holding all the components in place. The display is mounted above the keyboard, as with the classic TRS-80 Model 100 — but unlike its spiritual ancestor, Ben's display can tilt upwards on hinges to provide a more comfortable viewing experience.

"In addition to the standard features of any Windows laptop, it has an integrated Arduino [compatible microcontroller] with 10 accessible pins that I can use to control stuff," Ben notes. "It also has video input, meaning I can use the screen as a temporary monitor if I am working on another computer/Raspberry Pi, etc."

More information on the build is available in the above video and in Ben's Reddit post; Fusion 360 and STEP design files, and an Arduino sketch for the trackball, have been published to GitHub under an unspecified open source license.

Gareth Halfacree
Freelance journalist, technical author, hacker, tinkerer, erstwhile sysadmin. For hire: freelance@halfacree.co.uk.
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