Display device

Abstract

The invention provides a display device. The display device comprises a display panel, a first gate driver, a first source driver, a second gate driver and a second source driver, wherein the displaypanel comprises an upper substrate and a lower substrate which are oppositely arranged; the upper substrate comprises n first gate lines and m first data lines, the lower substrate comprises n secondgate lines and m second data lines, and a plurality of pixels of a matrix with n rows and m columns are defined together; the first gate driver and the first source driver are arranged on the upper substrate, correspond to the two ends of the display panel and are used for driving the n first gate lines and the m first data lines respectively; the second gate driver and the second source driver are arranged on the lower substrate, correspond to the other two ends of the display panel and are used for driving the n second gate lines and the m second data lines respectively. Therefore, the firstgate lines and the second gate lines corresponding to one row of pixels work at the same time.

Description

technical field [0001] The invention relates to the technical field of liquid crystal display, in particular to a display device. Background technique [0002] With the increasing development of display panel technology, higher and higher resolutions (such as 4K, 2K; 8K, 4K; 16K, 8K) have become the technical goals pursued by people. Traditional display panels are composed of upper and lower glass. The upper board is a CF (color filter) substrate, and the lower board is a TFT (array) substrate. There is another display panel structure, which is composed of upper and lower glass. TFT array structure (or other pixel driving structure) is distributed on the upper and lower substrates. At least one of the upper substrate and the lower substrate contains a CF substrate. [0003] However, as the resolution increases, the capacitive resistance load (RC Loading) of the panel increases sharply, and the charging time decreases sharply (if the frequency is constant, if the charging ti...

AI Technical Summary

Problems solved by technology

[0003] However, as the resolution increases, the capacitive resistance load (RC Loading) of the panel increases sharply, and the charging time decreases sharply (if the frequency is constant, if the charging time of 2K and 1K is t, the charging time of 4K and 2K is t / 2, 8K, 4K charging time is t / 4, 16K, 8K charging time is t / 8), resulting in insufficient charging of the display panel, the superposition of these factors seriously affects the display effect of the display panel , and the penetration rate of the display panel

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