Fast iteration from concept to proven design — we take your embedded product through EVT, DVT, and PVT to ensure it works before you commit to production.
Every embedded product must pass through rigorous validation stages before it can enter mass production. Our prototyping and validation service takes your design from first functional sample to production-qualified hardware — fast, thorough, and with full traceability.
We follow a structured EVT → DVT → PVT methodology, with clear exit criteria at each stage. This approach catches design issues early, reduces NPI risk, and ensures your product meets performance, safety, and regulatory requirements before the first production run.
We deliver first functional prototypes in 2–3 weeks. Our in-house capabilities and partner network allow fast-turn PCB fabrication, component sourcing, and hand assembly — so you can start testing immediately without waiting for full production tooling.
Before committing to a formal test lab, we run EMC pre-compliance scans in-house — radiated emissions, conducted emissions, ESD immunity, and surge testing. This catches common issues early and saves weeks of costly re-spins during certification.
We validate your design under real-world stress: temperature cycling (-40 to +85 °C), humidity exposure, vibration, and mechanical shock. For critical applications, we perform HALT (Highly Accelerated Life Testing) and HASS (Highly Accelerated Stress Screening) to identify failure modes before your customers do.
Comprehensive testing at every stage of product development.
First functional prototypes in 2–3 weeks. Fast-turn PCB fabrication, component sourcing, and hand assembly to get your design on the bench immediately.
Structured validation stages with clear exit criteria. Each phase catches different classes of issues — functional, environmental, and production — before committing to volume.
In-house radiated and conducted emissions testing, ESD immunity, and surge pre-compliance. Catch issues before the formal test lab, saving time and money.
Temperature cycling (-40 to +85 °C), humidity exposure, vibration, and mechanical shock testing. Validate your design under real-world operating conditions.
HALT and HASS testing to identify failure modes and stress margins. We push your design to its limits so your customers never have to.
Tight feedback loops between validation results and design changes. We iterate schematic, layout, and firmware in parallel to converge on a production-ready design fast.
Tell us about your project. We will propose a validation plan and timeline tailored to your product requirements.
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