The AS8580 from ams OSRAM uses robust capacitive sensing with IQ demodulation, improving resilience to environmental factors while maintaining high sensitivity for interior and exterior automotive applications.

The stack technology places two P/N junctions in series within one chip to achieve an optical output power increase of almost 180% compared to a single stack chip.

Highlights include new generation projection-capable headlamps for automobiles, upgraded UV-C LEDs for disinfection and various sensor solutions and intelligent image recognition systems for enhanced efficiency and safety.

This solution serves the growing demand for mercury-free & UV-C disinfection & treatment solutions, offering powerful 115 mW out of a single chip at 265 nanometers, the emission wavelength with highest germicidal effectiveness.

ams OSRAM has introduced its new IR:6 infrared (IR) LED chip technology, which increases brightness by up to 35 % and efficiency by up to 42 % compared to the existing chip technology used in ams OSRAM IR LED emitters.

The technology enables ams OSRAM to apply LEDs onto a thin, flexible and transparent substrate. This advancement paves the way for light to emerge from surfaces, offering a truly fascinating and interactive experience.

The development of a light source in the form of an array of extremely small LEDs has produced a new kind of illumination: not light as a block or beam, but rather a matrix of thousands or millions of tiny point sources (pixels).

ams OSRAM has revealed the TMF8806 next-generation single-zone direct Time-of-Flight (dToF) sensor module for obstacle detection and collision avoidance in home and industrial robotics applications.

Simply ideal for standard Rear Combination Lamps (RCLs) as well as for state-of-the-art car body lighting applications.

Highly integrated, the new ultra-low power AS7058 supports sophisticated PPG applications and ECG and electrodermal activity measurements.