Sharp to Exhibit Energy-Related Technologies, In-Vehicle Solutions at CES 2023

Las Vegas (Dec. 27, 2022) — Sharp Corporation (Sharp) will participate in CES 2023 in Las Vegas, to be held January 5-8, 2023. CES is one of the world’s largest and most influential tech events.

Focusing on ESG fundamentals, Sharp will exhibit advanced technologies and products under the four umbrellas of New Energy, Automotive, AR/VR, and TV. 

Exhibit Highlights:

The latest New Energy technologies that may help contribute to carbon neutrality

Sharp will unveil for the first time outside of Japan the LC-LH (Liquid and Crystal Light Harvesting), an indoor photovoltaic device developed by integrating dye-sensitized solar cells and the company’s long-cultivated LCD technology. Sharp will also exhibit perovskite solar cells, which are attracting attention as the next generation of solar cells. Because they are thin, lightweight, and flexible, Sharp expects they could be used in a greater variety of products, which could contribute to even wider use of solar power.

Advanced Automotive devices that support safe and environmentally conscious driving

Sharp will introduce the Passenger Information Display utilizing viewing angle control. By controlling the viewing angle, the driver will not be able to see the display on the passenger-side, so they can concentrate on driving. Sharp will also exhibit a prototype of a Driver Monitoring System. A camera module integrated within the display keeps an eye on the driver. In addition, Sharp will show a compound photovoltaic module with the world’s highest2 conversion efficiency, which could be installed on vehicles such as EVs, as well as used in aerospace and aviation applications.

Various devices and head-mounted displays (HMD) for AR/VR

Sharp will exhibit for the first time an ultra-lightweight HMD prototype for VR equipped with its latest devices, such as an ultra-high-resolution display, ultra-high-speed autofocus camera, and ultra-compact proximity sensor. Sharp will also exhibit more new and exciting components including: the world’s thinnest3 ultra-compact camera module, a distance sensor that helps HMD wearers with object detection and collision avoidance, and more AR/VR-related devices that could provide users with a safe, comfortable, and immersive augmented reality experience.

Flagship AQUOS XLED TV model for the global market

Sharp will exhibit the flagship AQUOS XLED TV model for the global market. Visitors can experience a new generation of images with outstanding brightness and color expression created by mini LED backlighting and quantum-dot technology. In addition, Sharp will unveil a prototype of one of the world’s largest4 120-inch model5 for the first time.

Exhibit Highlights (Subject to Change)

Location of Sharp Booth

Petrus Ballroom, Wynn Las Vegas Hotel1
3131 Las Vegas Blvd., Las Vegas

Exhibit Dates and Time

January 5 to January 8, 2023 (Thursday to Sunday); hours: 10 a.m.–5 p.m.

Visit the official CES 2023 website here.

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About Sharp
Sharp Corporation appears on Fortune‘s World’s Most Admired Companies for 2022. Sharp Electronics Corporation received a 2022 award for Best Places to Work in NJ.  

1 Sharp will exhibit at a venue separate from the Las Vegas Convention Center, the main venue of CES 2023.
2 As of December 15, 2022, for photovoltaic modules at the research level (according to Sharp findings).
3 As of December 15, 2022, for camera modules (according to Sharp findings).
4 As of December 15, 2022, for LCDs equipped with mini LED backlights (according to Sharp findings).
5 The 120-inch AQUOS XLED is not equipped with a tuner for receiving TV broadcasts.
6 Conversion efficiency confirmed by the National Institute of Advanced Industrial Science and Technology (AIST; one of several organizations around the world that officially certifies energy conversion efficiency measurements in solar cells) in February 2022 (Module surface approx. 965 square centimeters; maximum output 31.51 W).
7 Time of Flight: A method for measuring distance based on the time it takes for radiated light to reflect off an object and return to the sensor.