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Tools and platforms are only half the story. The other half is knowing which component, which bus and which toolchain will still be available and supportable when your product is in the field — and being able to justify that choice.
Every layer below is chosen for availability, documentation quality and long-term support — not simply for what is newest.
We capture and simulate the circuit before committing to layout, so marginal operating points are found on the model rather than on the bench.
Layer stack-ups, controlled impedance, return paths and power distribution are planned as part of the design, not corrected at pre-compliance.
Processing is picked around real constraints: peripherals, analog blocks, supply options, tooling and what stays available for the life of the product.
Where timing matters more than flexibility, a real-time OS with measured worst-case latency beats a general-purpose stack.
Long-life connected products run on a maintained board support package and a kernel we know how to update, not a vendor image nobody can patch.
Radio choice is a power, antenna, regulatory and lifecycle decision. We design the link budget, not just the module.
Plant and vehicle networks bring their own electrical realities — transients, termination and grounding — handled in the hardware.
Power design sets the limits of everything else: efficiency, thermal headroom, inrush behaviour and how the product behaves when the input is not ideal.
Test points, instrumentation and documentation are planned with the design so results can be reproduced by your manufacturing partner.
A product that cannot be built in three years because a part disappeared is a design risk, however well it performed on the bench.
We check lifecycle status and lead times before a part enters the schematic, and propose alternates with compatible footprints where supply risk exists.
Files are released in the formats your manufacturer actually uses, with the documentation needed to build, test and maintain the product without us.
Already have a toolchain, a BSP or a codebase? We can work inside it, review it honestly, and modernise only where it pays for itself.
Tooling, component choice and platform decisions are worth getting right early.
Ask about your requirements →We work across the mainstream EDA toolchains for schematic capture, PCB layout and SPICE simulation, and we hand over files in the formats your manufacturing partner expects, such as gerbers, ODB++ and BOM data.
Around availability, lifecycle, cost, thermal performance and your volumes. Where a part carries supply risk we propose alternates and footprint-compatible second sources early.
Microcontroller and RTOS projects, embedded Linux with custom BSPs, and connectivity stacks covering Wi-Fi, BLE, LoRa, Zigbee and NB-IoT, selected around your performance, cost and lifecycle needs.
Yes. We can review an existing schematic, layout or codebase for reliability, cost and maintainability, then prioritise fixes or a phased redesign.
Have an idea, a board that needs attention or a design ready for production? Tell us what you are building and where you are today.
No complete specification needed. A short brief of your product and goals is enough to start.