Shared lenses and on-chip sensor arrays split visible and infrared light for alignment-free fusion with lower power and real-time processing.
A beam splitter and polarization conversion path separate colored light to reduce ghosting and improve windshield display color uniformity.
A shared optical axis separates infrared and visible light for aligned imaging, lower stray interference, and distance measurement.
Controller adjusts exposure conditions for separate sensor units to balance luminance across distinct wavelength ranges.
Deflection structures in a carrier medium redirect wavelengths onto sensor elements, increasing light collection area while reducing image noise.
A dynamic vision sensor color camera captures images using an illuminator transmitting temporal light patterns and a processor analyzing reflected signals.
A projection lens system uses a negative power second unit to shift the intermediate image and correct distortion.