Hardware and PCB design, integrated with firmware
Electronics designed by engineers who sit next to the firmware team. Component choices, power design and test points are agreed with the people who will bring the board to life.
Scope
Schematics
Circuit design from requirements, reference designs and design reviews.
PCB layout
Multi-layer layout with attention to signal integrity, thermal paths and manufacturability.
Component selection
Parts chosen for availability and lifecycle, with second sources where possible.
Power design
Power trees, battery operation and low-power modes designed with the firmware team.
Board bring-up
First power-on, measurements and debugging in our lab.
Redesign after EOL
Replacing end-of-life components on existing boards - see legacy modernization.
Tools
We adapt to the tools your production partners use.
Design
- Schematic capture and PCB layout tools agreed per project
Verification
- Design rule checks
- Design reviews
- Bring-up measurements
DFM and path to production
A prototype that works on the bench is only half of the job. We review designs for manufacturability and testability, prepare production files and test points, and support the first runs with your manufacturing partner.
- DFM / DFT reviews before ordering prototypes
- Production documentation and BOM with alternatives
- Support for test fixtures and end-of-line testing
EMC pre-compliance preparation
We design with EMC in mind - layout, filtering, grounding and shielding - and help you prepare for testing at an accredited laboratory. Certification itself is performed by the laboratory; we support the preparation and fixes.
Hardware design in depth
PCB design, electronics for demanding environments and hardware security: what we pay attention to, and what the Cyber Resilience Act changes at board level.
FAQ
Discuss your project
Describe your project and goal. An engineer replies within one business day.