What's really preventing full "level 5" autonomous driving?
LiDAR, which stands for "Light Detection and Ranging," is gaining attention as one technology that will bring us closer to fully autonomous driving.
However, current LiDAR technology faces hurdles in areas such as long-distance detection and large device size. And this is where Kyocera's technology steps in. Kyocera has a long history of developing ceramic packaging for various semiconductor applications.
Ceramic packaging offers the multi-layer structure, high-heat dissipation, and miniaturization needed to overcome the hurdles facing engineers developing LiDAR technology and help them make the technology a more realistic alternative for our everyday cars that could be equipped with autonomous driving technology.
Discover how ceramic packaging is changing the future of LiDAR and autonomous driving here...
https://global.kyocera.com/prdct/semicon/lp/lidar_lightsource/
LiDAR, which stands for "Light Detection and Ranging," is gaining attention as one technology that will bring us closer to fully autonomous driving.
However, current LiDAR technology faces hurdles in areas such as long-distance detection and large device size. And this is where Kyocera's technology steps in. Kyocera has a long history of developing ceramic packaging for various semiconductor applications.
Ceramic packaging offers the multi-layer structure, high-heat dissipation, and miniaturization needed to overcome the hurdles facing engineers developing LiDAR technology and help them make the technology a more realistic alternative for our everyday cars that could be equipped with autonomous driving technology.
Discover how ceramic packaging is changing the future of LiDAR and autonomous driving here...
https://global.kyocera.com/prdct/semicon/lp/lidar_lightsource/
