KYOCERA @ CES 2025

Kyocera’s Aerial Display, a blend of miniaturization, high resolution, and next-generation image quality, can project highly realistic, floating images. Curved mirrors maximize light efficiency, producing a high-resolution display with low power consumption. The interactive display utilizes various sensors for non-contact operation, unlike any current display. Kyocera’s booth will showcase a futuristic automotive navigation demonstration utilizing this cutting-edge aerial display technology.

Kyocera's AI-Based Depth Sensor camera, offering world-record resolution in measuring extremely small and shiny/semi-transparent objects , is a versatile tool for a wide range of needs. It enables accurate measurement of objects that are difficult to measure with conventional methods, achieving 10 times greater accuracy than traditional monocular measurement. The sensor is a breakthrough for a variety of industries including manufacturing, helping robots sort tiny parts; medical, offering accurate human body measurements and recognition of shiny metallic surgical instruments; and logistics, enabling peripheral monitoring of transport robots at logistics and retail sites. This versatility makes it an asset in addressing labor shortages and improving productivity.

Kyocera's Underwater Wireless Optical Communication technology using GaN lasers stands out for its ability to enhance data communication by expanding optical bandwidth. In a groundbreaking demonstration, Kyocera achieved the world's fastest communication speed underwater, reaching up to 2 Gbps. Kyocera aims to achieve 10 Gbps or more in the future using blue lasers. The unique beam shape propagation characteristics of this technology and the fast response of semi-polar GaN lasers enable targeted transmission to specific receivers, and high-speed communication is also possible underwater, while being resistant to external light such as sunlight. This next-generation communication technology provides speed, reliability, and security for highly sensitive data transmission.

For Vital Sensing Applications

Kyocera developed a Millimeter-Wave Sensor that can accurately detect minute vibrations without contact. This technology helps improve healthcare by accurately measuring heart rate and other changes in vital conditions from almost anywhere, such as in a car or the bathroom, while respecting the user's privacy.

For SLAM & Autonomous Driving Applications

Kyocera developed a millimeter-wave Simultaneous Localization and Mapping (SLAM) technology that can replace mechanical-based LIDAR using 4D imaging radar. As demand for driver assistance increases, this technology will enable more accurate and safer driving through sensing, even in bad weather conditions, at an ultra-low cost.

LIDAR is an indispensable technology for mobility, including autonomous driving. Kyocera's Camera-LIDAR Fusion Sensor, the world's first LIDAR in which a camera and optical axis, are integrated into a single unit, enabling real-time superimposition of camera image data and LIDAR distance data for advanced object recognition. Its uniquely designed MEMS mirror delivers the world's highest resolution and high durability. This enables the system to be used for obstacle detection in-vehicle driver assistance, ships, and heavy machinery, and other applications, showcasing its versatility and adaptability.

Electronic automotive rearview mirrors are growing in popularity, but drivers with age-related farsightedness (presbyopia) often struggle to focus on them due to differences in distance and field of view. Like a heads-up display, Kyocera’s Bifocal Mirror displays an enlarged image in the distance, making it easier for drivers to adjust their focus and instantly see the image clearly. AR technology also supports safe driving by instantly displaying information recognized by the rearview camera in the mirror.