Services
We design a board not just to work, but to be manufactured, tested and kept in service for years. From component selection to production files, we keep supply, cost and certification requirements in view at every step.
We design schematics around long-lived, sourceable components with alternatives, and assess end-of-life (EOL) risk on critical parts from the start.
We do impedance-controlled layout on multilayer, high-density and high-speed boards (DDR, USB, Ethernet).
We design switching and linear power stages to meet efficiency, thermal and noise targets, and verify power integrity through analysis.
We plan layout, grounding and filtering so that the board passes EMC testing at the first attempt.
Through DFM, DFT and DFA reviews, we fit the board to the manufacturer's line, and define test points and fixture needs from the start.
We take on the bring-up, measurement and revision of the first boards, and report the results.
Applied as the project requires.
Most of a board’s cost is fixed by its first design decisions. That is why we discuss layer count, component packages and test strategy early, together with the manufacturer and the supply chain.
We see prototype boards not as the end of the design, but as an intermediate step, verified by measurement. We record the reason for every revision, and what it changed.
Core
Component selection for wide temperature ranges, EMC-focused layout and power stages.
Core
Control, input/output and communication boards; industrial protection circuits.
Core
Control and sensor boards with automotive-grade (AEC-Q) components.
Core
Low-power sensor and communication boards; antenna placement.
Previous
We think about the product as a whole before we divide it into parts. Requirements, architecture and interfaces come together in the same picture.
Next
Software that lets hardware speak. From microcontrollers to embedded Linux; secure, and updatable in the field.
AI & security
Models that process image, audio and sensor data on the device itself, not in the cloud. We design the board, the software and the model together.
We build connected products to be secure from the design stage, and prepare them for the European Union's new cybersecurity rules.
Describe it in a few sentences and we'll find the right starting point together.