We design, prototype, and rigorously characterize advanced imaging sensors and subsystems—validating performance, uncovering limitations, and generating the data needed to move confidently from concept to production.


SWIRLabs supports the critical transition from design to reality through hands-on prototyping and detailed performance characterization of advanced imaging sensors and systems. Our work focuses on turning architectures and IP into measurable, validated hardware—while identifying risks and optimization opportunities early.
We approach prototyping as a learning and validation process, not just fabrication. Each prototype is designed to answer specific performance questions and de-risk downstream development.
We develop functional prototypes across sensor and subsystem levels, including:
Prototypes are scoped to balance speed, cost, and information yield—ensuring rapid insight without unnecessary complexity.
We perform structured characterization to quantify real-world performance, including:
Measurements are tied directly to architectural intent, allowing results to feed back into design refinement or feasibility decisions.
Beyond raw measurements, we focus on interpretation:
Results are delivered in clear, decision-ready formats suitable for engineering teams, leadership, and external stakeholders.
Our prototyping and characterization work is grounded in deep sensor architecture and ROIC expertise. We don’t just measure performance—we understand why systems behave the way they do and how to improve them.
The result is faster iteration, fewer surprises, and a clearer path from prototype to production.