Service 08 · IoT & Hardware
Electronics design, from first idea to a board you can manufacture.
Hardware mistakes are slow and costly to fix: every board revision means weeks of waiting and new tooling. We reduce the number of spins by thinking about components, power, testing, and manufacturing from the first schematic, and by bringing up firmware on early prototypes so problems surface while they're still cheap.
Each prototype reveals new problems, pushing launch dates back and burning budget.
A single unavailable part can stop production when the design has no alternatives.
Boards that work on the bench but have poor yield, slow assembly, or no way to test at the factory.
Emissions or safety issues found late, when fixes mean redesigning the board.
Multi-layer layouts, including high-speed, RF, and mixed-signal designs.
Battery charging, power regulation, and protection designed for efficiency and safety.
Certified radio modules and antenna placement for Wi-Fi, BLE, LoRa, and cellular.
Prototype builds, board bring-up, debugging, and measurement in the lab.
BOM optimization, alternate parts, DFM and DFT reviews, and test fixtures for production.
Pre-compliance checks and documentation to prepare for CE, FCC, and similar testing at accredited labs.
Agree functions, size, power, cost targets, and volumes, and flag technical risks early.
Choose key components with supply and lifecycle in mind, including second sources.
Design the board and review it against electrical, mechanical, and manufacturing checklists.
Build prototypes, bring them up with firmware, and test against the requirements.
Gerbers, BOM, assembly drawings, and test procedures, with support for your contract manufacturer.
Custom boards for products that combine sensors, wireless, and a companion app.
A purpose-built board that cuts unit cost and size once volumes justify it.
Update an existing product whose components are end-of-life or hard to source.
Rugged I/O, sensor, and communication boards for machines and test equipment.
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