From first prototype to production-ready hardware
Getting from a working prototype to a manufacturable product is where most hardware projects stall. We handle the full transition — debugging electrical issues, optimizing power and thermal performance, preparing DFM-clean layouts, and delivering complete documentation for your manufacturer.
The first prototype needs to arrive fast and answer the right questions. We design for quick-turn fabrication (JLCPCB 2–5 day turnaround), use readily available components, and structure the BOM so the first boards can be assembled and tested within days of design completion — not weeks.
When boards come back from fab, systematic bring-up and debugging is critical. We follow a structured power-on sequence — verify power rails, check clock signals, validate communication buses, and then test application-level functionality. Oscilloscope, logic analyzer, and multimeter work is standard practice.
Production hardware needs to hit specific power, thermal, and performance targets. We profile current draw across operating modes, tune firmware sleep strategies, optimize clock configurations, and verify thermal performance under load. The result is hardware that meets its battery-life and thermal specs — not just 'works on the bench'.
A production-ready design isn't just a working PCB — it's a complete package. We deliver fabrication files (Gerbers, drill), assembly files (BOM, centroid), firmware binaries and source code, a test procedure document, and a hardware design guide. Your manufacturer or next engineer can pick up the project cold and produce or modify it.
Most prototypes are completed in 2–4 weeks — covering schematic design, PCB layout, fabrication ordering, firmware development, and initial testing. Timeline depends on complexity and component lead times.
Yes. We optimize designs for manufacturing — consolidating the BOM, verifying component availability at volume, adding test points, and preparing all files your CM (contract manufacturer) needs for assembly.
We design with EMC in mind — proper grounding, shielding, filtering, and trace routing techniques. For formal certifications (CE, FCC), we recommend partnering with a certified test lab and can support the design iterations needed to pass.
Let’s discuss your requirements and find the best approach for your hardware project.