AMD Engineer 3D-Prints Steam Machine-like PC with Diagonal Motherboard Mount

Photo: Tom's Hardware
Quick answer
AMD engineer Jacob Terkelssen and 3D-printing enthusiast 3DCatt created the Terk Box v1.1, a compact PC inspired by Valve’s Steam Machine, featuring a Mini-ITX board, RTX 5060 GPU, and Flex ATX PSU with a diagonal…
Former Tom’s Hardware writer and current AMD engineer Jacob Terkelssen, alongside 3D-printing enthusiast 3DCatt, unveiled the Terk Box v1.1—a compact PC inspired by Valve’s Steam Machine concept. The system is built around a Mini-ITX motherboard, a low-profile NVIDIA RTX 5060 GPU, and a Flex ATX power supply, with components arranged diagonally to optimize internal space. This design reduces the chassis dimensions to 167×168×225 mm.
The team notes that the project remains a work in progress. While the current version includes ventilation holes to improve GPU cooling, compatibility constraints persist: the maximum GPU length is capped at 180 mm, and the PCIe riser may not suit all models. Future iterations aim to expand space for a 140 mm front fan and address other shortcomings.
3D-printable case files and a component list are available on Printables.com under a Creative Commons license. The project encourages community-driven modifications, welcoming suggestions from compact PC enthusiasts. Despite its limitations, Terk Box v1.1 showcases an innovative approach to building compact gaming systems.
Common questions
- What components are used in Terk Box v1.1?
- The project uses a Mini-ITX motherboard, a low-profile NVIDIA RTX 5060 GPU, and a Flex ATX power supply. The GPU length is limited to 180 mm, and a PCIe riser is required for connectivity.
- Can I build Terk Box v1.1 myself?
- Yes, the 3D-printable case files and component list are available on Printables.com under a Creative Commons license, encouraging community-driven improvements.
- What are the limitations of Terk Box v1.1?
- Key limitations include a maximum GPU length of 180 mm, potential incompatibility with certain PCIe risers, and suboptimal CPU socket placement relative to the PSU. Future updates aim to address these issues.
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