Overview
Embedded hardware is the control layer inside machines and devices: microcontroller and SoC boards, motor drivers, sensor interfaces and communication boards. Getting it to production requires attention to component availability, testability and long-term supply.
We support embedded projects with schematic and layout review coordination, component sourcing strategy, prototype builds and production test.
What We Can Make
- MCU control boards (e.g. STM32, ESP32, nRF families)
- Linux SoC carrier boards
- Motor driver and power boards
- Sensor interface boards
- Communication boards — CAN, RS-485, Ethernet
- Development and education boards
Materials
Component selection considers availability, lifecycle status and second sources. Board materials and finishes follow the options listed under PCB assembly.
Manufacturing Process
- Requirements review — interfaces, power, environment, volumes.
- Design review — schematic, layout, DFM/DFT (test points).
- Prototype build and bring-up support.
- Test fixture definition for production.
- Production with programming and functional test.
Applications
- Robot controllers and joint drivers
- Edge AI carrier boards
- Industrial automation I/O
- Vehicle accessories electronics
- STEM and maker hardware
Quality Control
Quality checks are agreed before production starts and tied to your drawing, sample or specification — not to a generic checklist.
- DFT review so boards can be tested efficiently
- Programming verification
- Functional test against your test specification
- Traceability by batch or serial number when required
See how we approach inspection across all projects on our quality control overview.
Customization
- Custom form factors and connectors
- Extended temperature component options
- Conformal coating for harsh environments
- Pre-loaded bootloader / firmware