AUO released the world's first (*) full-screen optical embedded fingerprint scanning LTPS display

AUO participated in the US 2019 SID Display Week (Display Week 2019) from May 14th to 16th, and exhibited a full range of cutting-edge display technologies to lead the smart life trend. Highlights include the world's first (*) full-screen optical in-line fingerprint scanning LTPS display for smartphones, the world's smallest (*) 4.2 mm through-hole design, and the narrowest (*) 1.0 mm bottom border inline Touch LTPS display. For smart homes, the world's first (*) metal wire grid polarizer mirror display made with nano-imprint technology and the 32-inch UHD 4K display with advanced anti-reflective technology will also make its debut. In addition, the series uses professional display applications with Mini LED backlight technology, curved automotive displays with full-fitting technology combined with multiple display screens, and high-end display technologies such as professional design, medical, financial, and customs applications. Column.

Extremely high standards, creating a new generation of smart phone display
In order to provide the best mobile device experience, AUO is committed to technology development, and is constantly improving its image quality and design. This 6-inch full-screen optical in-line fingerprint scanning LTPS display is the world's first (*) fingerprint scanning technology that embeds an optical sensor in the LCD screen. It is equipped with AHVA and has Full HD+ (1080 x 2160) and 403 PPI fine quality. In addition, the full-screen fingerprint scanning area has a sensor resolution of 403 PPI and a fast response time of 30 ms, demonstrating extremely accurate and smooth fingerprint sensing performance.

AUO 6.2-inch Full HD+ (1080 x 2520) in-line touch LTPS display with the world's smallest (*) 4.2 mm Through Hole design, the small aperture is not only visually imperceptible, 21:9 The theater-grade ultra-wide ratio combines with AHVA technology to allow users who love to pursue drama to enjoy the best entertainment experience at any time.

The 6.3-inch in-cell touch LTPS display with AHVA technology has Full HD+ (1080 x 2304) resolution and the world's narrowest (*) 1.0 mm bottom frame design, which is about 40% smaller than the width of the border on the market. The extremely narrow design of the four sides shows the ultimate design process.

Innovative display technology to promote smart home upgrade
In addition to responding to the demand for high-profile panels in the professional field, AUO also introduces innovative technologies into its home situation. Such as the 15.6-inch metal wire grid polarizer mirror display, using special seamless splicing technology, successfully break through the traditional 8-inch mold size, producing the world's first (*) large metal wire grid polarizer mirror display made by nano imprint technology It has twice the penetration rate compared to the general mirror display, and is equipped with AHVA super-view high-definition technology, and has excellent reflectivity and contrast.

For display and professional applications, AUO has released a 32-inch UHD 4K display with advanced anti-reflective technology. Compared with the traditional display quality, it is often affected by the reflection and glare of the ambient light source. This technology can be displayed in a complex light source environment. Excellent image quality, excellent contrast and color performance, and high visibility also reveals extremely realistic and detailed picture detail.

In addition to the eye-catching product technology demonstration, AUO’s paper titled “VR Graphics with Active Matrix Circuitry Driving Mini LED Backlight Modules to Create 1,000 PPI Pixel Density” was also invited by the organizer to contribute (Invited Paper). Published at the SID Show Week Academic Conference, the period can be mutually exciting with the industry, and there are continuous innovations in display technology.

*According to the market data collected by AUO on May 14, 2019, Taiwan time as of the date of publication.