TFT Display

IPS screens provide greatly enhanced viewing angles over standard TFT displays. We affectionately refer to this as the "IPS glow," and it's what sets IPS panels apart from TN (Twisted Nematic) screens. While TN monitors have darkening of their brightness and color at off-angles (best viewed perpendicular), IPS displays retain their colors. When viewed from a wide range of angles, they only lose brightness.

Most of the IPS screens are hard screens, which are wide viewing angle screens. No matter which angle you look at, there will be no color shift. It is suitable for use on larger curved screens. In addition, IPS screen also has great advantages in color rendering and accuracy, and the resolution is relatively higher. It is the first choice for the daily public.

IPS, or In-Plane Switching technology stands for "In Plane Switching" and is a type of planar pixel arrangement used in liquid crystal displays (LCDs). It was developed by Hitachi in the late 1980s, and had been adopted as the standard for high quality LCD desktop monitors. IPS LCD screens are widely regarded as the best all-around LCD display panels available.

IPS, also referred to as In-Plane Switching, is a type of monitor display and screen technology. More specifically, an IPS panel is a type of TFT LCD (or "active matrix" LCD). TFT refers to Thin Film Transistors - liquid crystals that are used in most computer displays.

A TN LCD panel is known as Twisted Nematic. This type of LCD panel has several advantages, such as being cheap to make and easier to produce than other types of LCD panels. This means that consumer electronics products will be made cheaper, resulting in consumers paying less for the product.

IPS (In-Plane Switching) panel technology is all about the screen’s ability to reproduce colors accurately. Since all colors are displayed at an equal intensity, there is no color distortion or degradation when you look at an IPS screen from different angles. IPS monitors offer vivid colors and sharp contrast, making them perfect for creative professionals such as photographers and graphic designers.

The active matrix refers to the way a TFT LCD is constructed. The pixel array on the TFT substrate is precisely aligned with a set of data lines, forming an active area. Each pixel has its own transistor (TFT) which forms an electronic circuit that can control the current from the pixel and change it based on how much voltage is applied to it. This is what controls what light passes through.

IPS screens are very common on mobile phones and tablets, but also have their advantages. The screen's color rendering is good, from all angles there is no color deviation, so that you can use it more conveniently.

A TFT substrate is composed of a matrix of pixels and ITO electrode (Indium Tin Oxide, a transparent electric conducting film) each with a TFT device and is so called array. Thousands or millions of these pixels together create an image on the display.

IPS monitors are the standard in color accuracy and color rendering. These panels are ideal for photographers, graphic designers and other professionals who need accurate color representation in their work.

TFT technology is the one that is used in the LCD. It is called Active Matrix which differentiates from Passive Matrix. A TFT substrate consists of a matrix of pixels and ITO electrode each with a TFT device, so it is called array. Thousands or millions of these pixels together create an image on the display

In-plane switching (IPS) is a type of liquid crystal display (LCD) technology that allows better off-axis viewing than TN panels. IPS LCDs are faster and more responsive than TN panels. This technology has been in development for years, but it's only recently become affordable in the high-end monitor market.