Functional Prototyping

An electronic prototype undergoes comprehensive functional testing, parametric electrical verification (voltages, currents, timing), hardware-firmware integration testing, and validation under real operating conditions. Each prototype is accompanied by a detailed report with measurement results, anomalies found, and design optimization recommendations.

Absolutely yes, and that is precisely the advantage of functional prototyping: it allows rapid design modifications to optimize the project before final production. Typically, 1 to 3 prototype iterations are needed to reach the maturity required for series production, reducing overall risks and costs.

Electronic prototyping is essential in industries such as industrial automation, automotive, IoT, sensor technology, and aerospace, where high reliability and precision are required. Validating a prototype before series production reduces final costs, identifies design issues early, and increases the product's success rate in the market.

For medium-complexity projects, a working electronic prototype is typically delivered within 3 to 6 weeks from approved design files. Timelines depend primarily on component availability and assembly complexity. Expedited processes can be activated when urgent turnaround is required.

A functional prototype validates the design from an electrical, functional, and firmware perspective, typically produced in small quantities with manual or semi-automatic assembly. A pre-production run is a small batch (typically 10-50 units) manufactured using industrial processes to verify manufacturability, assembly times, and product repeatability before volume production.