Introduction of Zero Bonding Reflective Infrared
1、Infrared writing height (pen distance)
Less than 0.5mm, basically equal to the effect of capacitive writing, there is no continuous writing, and the handwriting is separated.
2、Distance from infrared frame to tempered glass
Up and down 4mm, left and right 0; the appearance is close to the plane, more beautiful.
3、No left and right infrared bars
Since there are no left and right infrared bars, the left and right signals are not affected, ensuring that the signal strength can greatly control the deformation range of the infrared frame, and the performance is more stable.
4、Zero bonding design
The liquid crystal glass is basically bonded to the tempered glass, which reduces the light saturation and light refraction in the case of AG, and the viewing angle is wider.
5、Technology Stability
Reflective infrared has been applied in the same industry in the early stage. At present, the overall technology has been stabilized, and the materials can be replaced by our local ones. The same industry is ready for mass production.
High Color Gamut Introduction
Common configuration up to 72% NTSC color gamut.
The company's high-configuration products can now choose all 90%-95% NTSC high color gamut, play movies, 4K screens, graphic design, ID design, 3D animation images are vivid, bright and clear.
Hardware low blue light introduction
The peak of blue light hazard is at 445, and the most harmful band is between 440-455.
The new backlight lamp bead design filters out blue light in the 420-455nm band, adopts the 455-460 solution, and realizes hardware low blue light through supply chain advantages and lamp bead selection.
The picture is softer, and the hardware protects the eyes from blue light.
Product function comparison
