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Automotive Vision for ADAS and Intelligent Sensing
The onsemi Hyperlux™ ID AF0130 and AF0131 are 1.2MP indirect Time of Flight (iToF) depth and imaging sensors designed to bring real-time 3D perception to transportation and automotive vision systems. Built on a 1/3.2-inch optical format with backside-illuminated (BSI) CMOS global shutter technology, the sensors capture precise depth and monochrome imaging of fast-moving vehicles, passengers, cargo, and surrounding environments, even in challenging lighting conditions.
With depth sensing up to 30 meters and simultaneous monochrome and depth output, the Hyperlux ID family provides comprehensive environmental awareness from a single compact sensor. On-chip dual laser driver controls, modulation frequencies up to 200 MHz, and laser eye-safety thresholds support reliable, eye-safe depth sensing for applications including in-cabin monitoring, roadside sensing, ADAS, automated driving, and other intelligent transportation systems.
The AF0130 integrates a depth processing ASIC beneath the pixel area to calculate depth, confidence, and intensity maps at high speeds from laser-modulated exposures, reducing the need for external processing and helping simplify system design. The AF0131 offers the same sensing performance without on-chip depth processing, providing flexibility for solutions that perform depth calculations off-chip.
By combining high-speed global shutter imaging with accurate depth perception, the AF0130 and AF0131 help enable safer roads, smarter traffic management, and more efficient mobility while supporting reliable operation across a range of lighting and environmental conditions.
AF0130CSSM30SMKAH3-GEVK
Evaluation kit featuring 1.2MP iToF global shutter sensor with integrated depth processing support and laser modulation control.
AGBENECS-GEVK
VCSEL-based laser driver board with 940nm illumination, designed to operate with AF0130 evaluation hardware for synchronized depth sensing experiments.
AF0130/1 Datasheet
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