www
Liquid crystal display, abbreviated as LCD, is a matrix display screen driven by thin film transistors. It uses current to stimulate liquid crystal molecules to generate points, lines, and planes, combined with LED backlight source to form a display image. Below, we will discuss the classification of LCD liquid crystal screens from multiple dimensions.
High-brightness display screen
LCD screen with brightness above 500cd/m2, suitable for display devices that need to be visible in outdoor sunlight.
Wide-viewing-angle liquid crystal screen
It has the characteristics of wide viewing angle, high contrast, color saturation, and dynamic clarity.
Wide-temperature liquid crystal screen
Suitable for use in places with harsh temperature conditions. The working temperature and storage temperature can reach -30℃ to +85℃, and the upper temperature limit of some models can reach 85℃.
Semi-transmissive screen
It has outstanding display effects in strong light conditions and excellent readability in non-light or low-light environments.
TN liquid crystal panel
The most basic and common display mode, with simple manufacturing process, high transmittance, and low cost.
IPS panel
Excellent full viewing angle characteristics, dynamic clarity, and color reproduction.
VA liquid crystal panel
With advantages such as wide viewing angle, high contrast, and no need for friction orientation, it has become the preferred choice for large-size TFT LCD panels.
The most common interfaces are RGB, SPI, MCU, MIPI, and LVDS. Others include HDMI, TTL, and STN interfaces.
There are three types: static drive, simple matrix drive, and active matrix drive.
Home appliance display, car display, commercial display, medical display, industrial display, instrument display, outdoor handheld display, etc.
Exson provides touch and display solutions with OCA, OCR optical or air bonding, to meet your specific needs. We also integrate driver boards with HDMI, VGA, Lvds-mipi, eDP-Lvds, and other different inverters into integrated units. We also support open-frame design and manufacturing, including metal frame components, LVDS/ eDP/ FFC/ FPC/Ipex cables, and customized cables as required. Please feel free to contact us for inquiries.
Resistive Touch Screen Working Principle and ApplicationsDecember 9, 2022A resistive touch screen is a sensor that converts the physical location of a touch point (X, Y) in a rectangular area into a voltage representing the X and Y coordinates. Many LCD modules use resisti...view
Reliability Testing of the LCD SPIMay 26, 2023The LCD liquid crystal display screen needs to undergo various types of tests before it leaves our factory, to ensure that our display screens are reliable, stable, and of good quality. As LCD liquid ...view
Innovate and Impress: Custom LCD Display Modules for Your BusinessOctober 23, 2023In the ever-evolving landscape of business, staying ahead of the competition often requires a touch of innovation and a dash of uniqueness. One way to set your brand apart is by embracing custom LCD d...view
High-Quality TFT LCD Display Modules in Interactive LearningDecember 8, 2023In the dynamic landscape of education, the integration of cutting-edge technology has become a catalyst for transformative learning experiences. Among these innovations, high-quality TFT LCD display m...view
What Are the Advantages of Resistive Touch Screen?February 8, 2023Resistive touch screens were first invented in 1971 by Dr. Samuel G. Hurst. He calls the sensor the Elograph, after his company, Elographics.Ⅰ. What is a resistive touch screen?As the name suggests, ...view
Methods to Protect Industrial LCD Screens from ESD Electrostatic DischargeAugust 4, 2023Environmental management of industrial LCD screensControl the humidity of the working environment. Especially in autumn and winter, static electricity is easily generated in dry weather. In a dry envi...view
Call us on: 
Email Us: 
2F-M1 XiaWei Industrial Park, GuanLan, LongHua District, SZ, China 
