Generate a perfectly fitted, 3D-printable case for your Hailo Hailo-8 M.2 2242 (Key M) AI Accelerator. Verified 42x22mm base dimensions with Above-board accommodates a thermal pad + heatsink contact (essential for sustained operation).
Hailo-8 M.2 dissipates 2.5-5W depending on model load and batch size (26 TOPS @ 2.5W, higher under stress). M.2 form factor has minimal inherent thermal mass; the host system must provide either a heatsink contact or direct airflow, otherwise the IC thermally throttles.
Host-integration material choice dominates — Hailo-8 M.2 is installed in a host device (laptop, SBC carrier, edge gateway), not enclosed standalone. The recommended materials apply to the host's enclosure design. PC or ABS for industrial gateways; PETG when the host is a hobbyist SBC carrier.
Hailo-8 REQUIRES a thermal path — heatsink contact via thermal pad OR direct airflow. Neither is optional at sustained 2.5W+ load.
Host enclosure's M.2 2280 clearance must include space for a thermal interface material (TIM) — 0.5-1.0mm above the IC surface.
Consider airflow direction in the host — a sealed host pocket around the M.2 defeats any thermal pad if the overall host cannot reject heat.
Hailo-8 is a compute endpoint, not an I/O interface — the host still provides all external connectivity (USB, Ethernet, etc.).
Don't waste time with generic STL files that don't fit. Generate a custom, parametric enclosure designed exactly for your Hailo-8 M.2 2242 (Key M) AI Accelerator hardware.
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Mechanical properties are estimates. Validate critical loads before use.