Hardware customization, PCB design, firmware development, small batch production and mass production — delivered by one engineering team, in one building, under one contract.
Every platform in our range began as a customer-specific design. That is why the answer to "can you change this?" is almost always yes, and why the schedule for a derivative is measured in weeks rather than quarters.
Most projects arrive in one of three shapes: an obsolete board that needs a modern drop-in replacement, a working prototype that needs to become manufacturable, or a blank sheet and a machine specification. We are comfortable with all three, and we will tell you early if a standard platform gets you most of the way for a fraction of the cost.
No sub-contracting chain between design and production. The engineer who lays out the board sits down the corridor from the line that builds it.
Indicative durations for a typical derivative project. A ground-up design adds roughly four to six weeks at the architecture stage.
You send a specification, a competitor board or just a description of the machine. We return a feasibility assessment, a platform recommendation and a fixed quotation within 3 working days.
Block diagram, part selection with lifecycle checks, schematic capture and a formal design review with your engineers before any layout starts.
Layout, DFM review, fabrication and assembly of the first article. Prototypes arrive with a test report and an EMC pre-compliance scan.
Bootloader, kernel, device tree, drivers, OTA framework and your application. Delivered as a flashable image with build instructions.
EMC, safety and radio testing coordinated with accredited labs. Pilot batch of 50-500 units for field validation.
Volume manufacturing with full test coverage, plus lifecycle management: PCN discipline, buffer stock and last-time-buy planning.
Certification deadlines slip when evidence is missing, not when hardware fails. We generate the evidence as we go.
Partner facilities run ISO 9001 / ISO 14001 systems and IATF-aligned processes. Product-level CE, UKCA, FCC, RoHS 3, REACH; E-Mark and EN 50155 on request. Certificates supplied with every batch.
Radiated and conducted emissions, ESD, EFT and surge pre-compliance through our EMC partner lab, so you find problems before you pay for accredited test time.
Thermal cycling from -40 °C to +125 °C, humidity cycling, vibration and shock to EN 60068-2 at accredited partner labs, plus 24-hour burn-in on every production unit.
AOI on both sides, X-ray for every BGA, in-circuit test and functional test against a written test plan at the partner factory, with a serialised record kept for 10 years.
Schematic, competitor board, mechanical drawing or a paragraph describing the machine — whatever you have is enough to start.
Include the interfaces, the environment, the certification path and the volume you expect in year one and year three. Those four numbers determine almost everything else.