Onsemi
Onsemi's video was engineered to peel back the exterior casing and reveal the intricate internal layers of their sensor technology. Developers in the industrial imaging space frequently struggle with the cost barriers of traditional high-resolution Short-Wave Infrared imaging. Forgoing this technology forces automation managers and optical designers to tolerate compromised detection precision or prohibitive manufacturing budgets. We partnered with Onsemi to showcase an accessible alternative that maintains performance without the premium cost.
We initiated the design by structuring side-by-side 3D comparisons of standard indium gallium arsenide and colloidal quantum dot structures. This quantum dot hardware demonstration details the exact internal architecture, labeling key elements from the CMOS-based readout circuit to the encapsulant layer. A clear spectral band illustrates how the operational wavelength expands from 400nm to 2100nm. This clear visual hierarchy decodes the engineering advantages so that Optical Designers immediately grasp how the technology scales high-resolution capture at lower production costs.
To maintain high viewer retention, our animation strategy employs smooth layer-by-layer build-ups and clean volumetric camera sweeps. Our design team at Advids wrapped this complex hardware visual overview in a technical, high-contrast aesthetic that keeps focus locked on the physical structure. This structured visualization minimizes cognitive fatigue while guiding stakeholders through diverse real-world applications from automated sorting to food inspection. The authoritative, technical tone establishes immediate market credibility, prompting viewers to explore the future of scalable infrared sensing.