So, what's the difference between an IPS screen and an TFTFT screen? I'd like to introduce you to a short series that I'm doing today. Since most LCDs use TFT screens, the term "active panel" is commonly used to refer to them, and since the core technology of active panels is thin-film transistors, the term "active panel TFT" is also used. Although the name is not appropriate, it is usually used for the sake of ease of recall. As an example, when people say Earth, they think of China; when they say TFT LCD screen, they think of IPS. 

The LCD mode of operation for a TFT screen is achieved by integrating each of the liquid crystal pixels into the back of the thin film transistor drive, which is TFT. To put it another way, a TFT is a semiconductor switching device for each pixel that can be controlled directly by a dot pulse. Furthermore, because each TFT screen pixel is a semiconductor switching device, each pixel can be controlled directly by a dot pulse.

Liquid crystal molecules are arranged differently in IPS technology, which employs horizontal conversion technology to accelerate the deflection of liquid crystal molecules. IPS technology alters the arrangement of liquid crystal molecules and employs horizontal conversion technology to increase the deflection speed of liquid crystal molecules. As a result, the screen maintains its clarity and excellent performance even when subjected to external pressure and shaking, and the blurring and watery appearance of traditional LCDs is eliminated. When the traditional LCD is subjected to external pressure and shaking, it eliminates the blurring and water ripple diffusion phenomenon that occurs. Because the liquid crystal molecules rotate in the plane of the screen, the viewing angle performance of an IPS screen is excellent, with four of the best in the industry. The viewing angle of the four axes can be as close as 180 degrees in some situations.

When displaying color, the IPS screen, like the TN screen, directs light in the horizontal direction through the spiral liquid crystal molecules, whereas when displaying black and white, the liquid crystal molecules do not turn in the vertical direction. As opposed to the original spiral into a - double - layer where the light will be blocked at the top, the horizontal direction of the twist will continue in the vertical direction. The light is blocked in the upper polarized paste, which is also twisted in the same plane as the lower polarized paste.

The dynamic resolution of an IPS screen LCD can be as high as 780 lines. HD is still possible in terms of static clarity, as long as the requirements of the 720-line HD standard are met. LCDs with this panel technology have a more dynamic display than LCDs without it. When compared to other types of panels, IPS panels have a lower risk of failure. IPS panels, when compared to other types of panels, are less prone to slight waterline distortion, and as a result, they are also referred to as hard screens. Take a close look at the screen. If you notice the fish scale pixel dots on the left side of the screen, in conjunction with the hard screen, you can be certain that it is an IPS display screen. to determine whether or not the screen is an IPS screen

The IPS hard screen panel has a viewing angle of up to 178 degrees, which is very good. Color distortion is defined as the degree to which color changes when viewed from the front and from various angles. The findings demonstrate that the values obtained for IPS are difficult to interpret. With the naked eye, the values obtained for IPS hard screens are virtually indistinguishable from those obtained with the aid of a computer, indicating that the picture appears to be the same from either the front or the side.

Although IPS screen technology is extremely powerful and widely used in LCD screens, it is still based on TFT technology, and as a result, it is essentially a TFT screen in appearance. IPS is also a TFT derivative of the liquid crystal display mode, allowing you to get both a TFT LCD and an IPS LCD from a single chassis.