Kyocera has developed a high beam laser system that fuses two light sources into a single, intelligent platform. The on-board software analyzes the waves reflected from both sources to detect objects in darkness, enabling more reliable night vision.
The system is engineered to perform under challenging night conditions and adverse weather, including rain, snow, and fog. Developers describe it as featuring the world’s first headlamp capable of emitting white light on the visible RGB spectrum and near-infrared light on the same optical axis. All LEDs are integrated within one gallium nitride based laser device, delivering a reach of up to 250 meters with high intensity.
An automatic beamforming function adjusts the light direction to reduce glare for oncoming drivers when needed, enhancing safety on busy roads. The Kyocera setup leverages artificial intelligence to compare and interpret RGB and NIR imagery, improving object recognition in low-visibility scenarios.
The technology is still in development and is not expected for mass production or serial deployment until after 2027, as the designers continue to refine performance and reliability.
The information herein is based on industry reporting and ongoing innovation initiatives within the automotive optics sector.
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