VIT(*) technology achieves high performance and enhanced multifunctionality by integrating various peripheral circuits on the same glass substrate as the LCD, using low-temperature polysilicon technology.
While TFTs are indispensable as switches for controlling the voltage applied to each pixel, their opacity can reduce the pixel aperture ratio. VIT(*) technology solves this problem by utilizing TFTs made of low-temperature polysilicon. This material offers higher electron mobility(*1) than amorphous silicon and enables the use of TFTs that are less than half the size of amorphous silicon TFTs. The result is a significant improvement in pixel aperture ratio and backlight efficiency.
Luminance, color gamut, definition, and power consumption typically have an inverse relationship each can be improved only at the expense of the others. However, the supreme light efficiency of VIT(*) technology enables simultaneous improvement of all these attributes and yields an overall higher level of balance among the attributes. Some attributes can also be given priority over others, allowing flexible design tailored to meet diverse customer needs.

(*) VIT：Value Integrated TFT
(*1) Electron mobility: a measurement of how easily electrons can move