The indoor full-color LED display is a masterpiece of modern digital display technology. It is composed of three colors of red, green and blue light-emitting tubes. Each tube has 256 levels of gray, which together form an astonishing 16,777,216 colors. These screens adopt the latest LED technology and control technology, making the indoor full-color LED display more affordable, more stable in performance, lower in power consumption, higher in unit resolution, and more realistic in color. Fewer electronic components reduce failure rates.
Grayscale algorithm and point-by-point dynamic color compensation technology
The grayscale control of the indoor full-color LED display is achieved through algorithms, which can reach 256 levels of grayscale. At the same time, the design adopts “point-by-point dynamic color compensation technology” for color conversion, which is particularly suitable for indoor full-color LED displays made with pure green or yellow-green tubes. This technology can ensure that the color of the LED display screen maintains the brilliance of the original image and presents more realistic colors. How much does an indoor LED display cost?
Stable picture quality and high scanning frequency
The scanning field frequency of the indoor full-color LED display is as high as 240HZ or more, which ensures the stability of the picture and eliminates flickering. In practical applications, when a camera is used to capture a display screen, the observed image is very clear without interference from synchronized scroll bars. In addition, even if there is a TV broadcast on site, the indoor full-color LED display will not affect the quality of the broadcast picture, ensuring that users get the best viewing experience. Let you know about 7 common models and usage plans of indoor LED displays.
Light emitting tube composition and pixel configuration
The light-emitting tube components of indoor full-color LED displays are usually divided into virtual pixels and real pixels. A virtual pixel consists of 2 red LEDs, 1 pure green LED, and 1 pure blue LED, while a real pixel consists of 1 red LED, 1 pure green LED, and 1 pure blue LED. This configuration ensures that the display can present clear, lifelike images at different viewing distances. What is the difference between XR technology and virtual production technology?
The continuous development and innovation of indoor full-color LED displays has injected new vitality into the field of digital display. Its high performance, high stability and rich color expression make it widely used in various application scenarios, providing users with Bringing a better visual experience.
Thank you for watching. I hope we can solve your problems. Sostron is a professional LED display manufacturer. We provide all kinds of displays, display leasing and display solutions around the world. If you want to know: The Rise of Wireless LED Displays: Explore the Unlimited Possibilities It Brings. Please click read.
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