Number of views：2038order Release Date：2020-11-26

  LCD splicing screenThe biggest difference from traditional LCD TV screens is industrial manufacturing. LCD TVs are designed for half of households, while LCD splicing screens are designed for industrial engineering. Both LCD splicing screens and LCD TVs are used to display image signals, but their performance and structure are completely different. The specific differences are as follows:

Firstly, the differences in composition methods:

  LCD splicing screenThe composition of the screen is flexible, and its size can vary in different application scenarios. You can choose the size of the entire large screen or a single panel, and the size can be customized according to the user's needs, making the application flexible. It is commonly used in engineering. LCD TV is just a single LCD panel that cannot be freely assembled, but the size can be chosen by oneself. The flexibility performance is not as good, suitable for use in household settings.

Secondly, differences in performance:

  LCD splicing screenIts lifespan is very long, more than three times that of LCD TVs, and it has rich colors, strong durability, and low maintenance costs in the later stage. Because it is composed of multiple panels, there will be gaps for splicing on the screen, but the gaps in LCD splicing screens currently on the market generally do not affect the effect. LCD TV is composed of a single panel, which has good overall performance, but its display effect is not as clear as LCD splicing screen, and the color intensity is insufficient, the color is not rich enough, the durability is not as strong as LCD splicing screen, and its lifespan is generally only one-third of that of LCD splicing screen.

Thirdly, the display effect of the screen panel varies

Firstly, the LCD TV screen panel and the LCD splicing screen panel are different, and the screen panel used for LCD splicing has higher technical specifications than the LCD TV screen panel. The LCD splicing screen made of LCD TV screen panel plays high brightness images noticeably differently, with color and level distortion evident under high brightness images. In addition, the LCD splicing screen integrates the most outstanding high-definition, high brightness, and high color gamut LCD display technology, embedded hardware splicing technology, multi screen image processing technology, signal switching technology, etc., forming an advanced LCD splicing screen system with high brightness, high definition, low power consumption, high lifespan, etc. LCD splicing screen is a new way of splicing large screens, which can be infinitely spliced. Flat panel splicing display technology will be the mainstream application technology of the next generation splicing display system.

Fourth, overall stability and reliability of the machine

Industrial grade LCD displays are designed specifically for monitors and billboards, supporting continuous use day and night in public places 365 days a year. They can adapt to harsh environments and have extremely high reliability and stability. Compared to televisions, LCD splicing screen components have higher voltage resistance, current, temperature, humidity, and other aspects.

Fifth, heat dissipation design

  LCD display screenIn the design, no mechanical exhaust fan is used to maintain air circulation and heat dissipation, thereby avoiding dust and fan noise problems caused by mechanical exhaust fans. When the internal temperature rises for unknown reasons, the display screen automatically controls the backlight system to keep the temperature below the maximum operating temperature. However, LCD TVs do not have strict requirements due to the application environment.