Kyocera Showcases Aerial Display, AI-Based Depth Sensor, Camera-LIDAR Fusion Sensor, and More at CES 2025
MWN-AI** Summary
At CES 2025, Kyocera Corporation unveiled an array of innovative technologies designed to enhance mobility and autonomous driving. The event, held in Las Vegas from January 7 to 10, showcased Kyocera's commitment to advanced technologies at their booth (#4816) in the Vehicle Tech & Advanced Mobility Zone.
One of the standout presentations included the High-Definition Aerial Display, which transforms car interiors by projecting highly realistic, floating images. This display promises lower power consumption combined with high image quality, and its interactive nature allows for non-contact operation, setting a new standard in automotive navigation systems.
Kyocera also introduced an AI-Based Depth Sensor that boasts tenfold accuracy in measuring tiny, shiny, or semi-transparent objects compared to traditional methods. This sensor serves numerous industries, from manufacturing to medical applications, by improving productivity and efficiency, particularly in labor-sensitive environments.
In underwater communication, Kyocera's innovative Underwater Wireless Optical Communication combines GaN laser technology to achieve unprecedented transmission speeds of up to 2 Gbps. This advancement promises secure and fast data transfer in challenging environments.
Another highlight was the development of a contactless Millimeter-Wave Sensing System that can accurately gauge vital signs without direct contact—ideal for healthcare and automotive settings while ensuring user privacy.
The Camera-LIDAR Fusion Sensor, being the first of its kind to integrate LIDAR with a camera in one unit, allows real-time superimposition for enhanced object detection, significantly contributing to autonomous driving technology.
Lastly, the Bifocal Mirror aims to assist drivers, particularly those experiencing presbyopia, by presenting clear images and AR-enhanced information, further underscoring Kyocera's focus on safety and user accessibility in automotive technology.
MWN-AI** Analysis
At CES 2025, Kyocera Corporation showcased an impressive array of innovations signaling a transformative future for mobility and technology. For investors and market analysts, several implications emerge from these advanced solutions, particularly in the automotive, manufacturing, healthcare, and logistics sectors.
Kyocera's **Aerial Display** represents a leap in automotive interface technology, potentially enhancing in-vehicle user experiences significantly. As automotive technology increasingly incorporates advanced displays, companies investing in visually driven interfaces may see growth opportunities, particularly if Kyocera’s technology can be adopted widely by automotive manufacturers.
The **AI-Based Depth Sensor** is noteworthy, offering unprecedented resolution and accuracy. Its application spans various industries, including manufacturing and healthcare, where precision is paramount. This versatile technology positions Kyocera as a potential leader in addressing labor shortages through automation, thus making stocks from companies prioritizing automation and cutting-edge sensor technology attractive investments.
Kyocera's **Underwater Wireless Optical Communication** technology presents significant advancements in secure data transmission. Investors should watch related sectors, particularly telecommunications and logistics, as the demand for robust underwater communication systems grows. As technology expands to 10 Gbps, companies that leverage this capability could see substantial improvements in operational efficiency.
The **Camera-LIDAR Fusion Sensor** is particularly promising given the rising trends in autonomous vehicles. The integration of camera and LIDAR data enhances object recognition, a critical requirement for the safety of autonomous driving. Investing in related technology firms or those engaged in the automotive supply chain may yield returns as these technologies mature.
Overall, Kyocera’s CES 2025 presentation emphasizes the ongoing need for investment in advanced mobility technologies. Investors should consider increasing their exposure to companies that focus on integrating AI and sensor technologies, as these innovations are essential not just for mobility but for broader applications across multiple sectors.
**MWN-AI Summary and Analysis is based on asking OpenAI to summarize and analyze this news release.
Pioneering the Future of Mobility with Cutting-Edge Solutions, Booth #4816
Kyocera Corporation (President: Hideo Tanimoto, "Kyocera") today announced the technologies Kyocera Group companies will exhibit at CES 2025 , the world's largest and most significant technology trade show, in Las Vegas, Nevada, January 7-10, 2025. Kyocera’s latest innovations in Aerial Display technology, AI-Based Depth Sensor, Underwater Wireless Optical Communication, Millimeter-Wave Sensor, Camera-LIDAR Fusion Sensor, Bifocal Mirror, and more solutions to further safe, autonomous driving will be showcased at booth #4816 in the Vehicle Tech & Advanced Mobility Zone, West Hall .
This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20250107152695/en/
Exhibition Items (Graphic: Business Wire)
High-Definition Aerial Display Transforms Car Interiors
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.
AI-Based High-Res Depth Sensor for Close Imaging
10x More Accurate with Tiny, Transparent Objects, Towards Automation Functionality
Kyocera's AI-Based Depth Sensor camera, offering world-record resolution in measuring extremely small 1 and shiny/semi-transparent objects 2 , 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.
Underwater Wireless Optical Communication- Fast, Reliable, Highly Secure
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.
Contactless Intelligent Millimeter-Wave Sensing System for Autonomous Driving and 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. In addition, 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.
Camera-LIDAR Fusion Sensor – World’s Highest Resolution, High Durability
LIDAR is an indispensable technology for mobility, including autonomous driving. Kyocera's Camera-LIDAR Fusion Sensor, the world's first 3 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.
Bifocal Mirror Improves Visual Awareness for Drivers
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.
Click here for details of Kyocera’s complete CES exhibit.
1 | Stereo camera capable of measuring very small objects with a resolution of 100 µm, surveyed by Kyocera in October 2024. |
2 | As a stereo camera capable of measuring glossy (highly reflective) objects and translucent products; surveyed by Kyocera in October 2024. |
3 | In the development of a sensor in which the optical axes of the camera and LIDAR are aligned and integrated into a single unit; October 2024, based on Kyocera research. |
About KYOCERA
Kyocera Corporation (TOKYO:6971, https://global.kyocera.com/ ), the parent and global headquarters of the Kyocera Group, was founded in 1959 as a producer of fine ceramics (also known as “advanced ceramics”). By combining these engineered materials with metals and integrating them with other technologies, Kyocera has become a leading supplier of industrial and automotive components, semiconductor packages, electronic devices, smart energy systems, printers, copiers, and mobile phones. During the year ended March 31, 2024, the company’s consolidated sales revenue totaled 2.0 trillion yen (approx. US$13.3 billion). Kyocera is ranked #874 on Forbes magazine’s 2024 “Global 2000” list of the world’s largest publicly traded companies, and has been named among “The World’s 100 Most Sustainably Managed Companies” by The Wall Street Journal.
View source version on businesswire.com: https://www.businesswire.com/news/home/20250107152695/en/
KYOCERA Corporation (Japan) Corporate Communications
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FAQ**
How does Kyocera Corporation KYOCF plan to leverage its cutting-edge Aerial Display technology to enhance user experience in autonomous vehicles beyond the CES 2025 showcase?
In what ways will the AI-Based Depth Sensor showcased by Kyocera Corporation KYOCF address key industry challenges related to labor shortages and automation in manufacturing?
What specific applications does Kyocera Corporation KYOCF envision for its Underwater Wireless Optical Communication technology, and how does it compare to existing underwater communication solutions?
As Kyocera Corporation KYOCF ventures into advanced mobility solutions, how does the company plan to maintain competitiveness against other players in the autonomous driving sensor market?
**MWN-AI FAQ is based on asking OpenAI questions about Kyocera Corporation (OTC: KYOCF).
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