Project 22 · Robotics / Compute Platform

Edge AI Robotics Control Unit

Purpose-Built Compute Platform Across Product Lines

Industry
Robotics / Compute Platform
Services
Hardware Design Firmware Systems Integration
TRL
3 → 8
Duration
7 months
Technologies
Custom carrier board SoM industrial I/O GPU compute
Edge control unit PCB
Figure 1 — Carrier board top-view with 6 callouts.
Front-panel I/O map
Figure 2 — 12-port front-panel connector layout.
Environmental test results
Figure 3 — Environmental test results (thermal, vibration, 14-test matrix).
Real-world Edge AI Robotics Control Unit installation
Figure 4 — Real-world deployment.

Project background

Off-the-shelf robotics compute units rarely match the exact I/O, power, and environmental needs of a given platform. The client wanted a purpose-built control unit reusable across their product lines.

Challenge

Balancing compute, I/O density, thermal design, and cost on a single board; and surviving the vibration, dust, and temperature range of real outdoor operation.

Approach & solution

We designed a ruggedized carrier for a commercial SoM, with industrial CAN, Ethernet, GPIO, and power inputs. Thermal design was validated before prototyping. Firmware standardizes device enumeration and exposes a stable API to higher-level software.

Results & benefits

The control unit now anchors multiple robot platforms with a single board design, reducing engineering burden per new product. Environmental testing confirmed the unit's suitability for real-world deployment.

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