Transparent LED screen is a display technology that uses light-emitting diodes (LEDs) to generate images. The light emitted by the LED is projected onto a transparent surface. This transparency allows visibility on both sides of the screen.
Transparent LED screens are perfect for interactive displays. They did leave a lasting impression on any audience. In addition, these screens are also very energy-efficient. They are attractive solutions for businesses. You can use them for advertising/display in billboards, showrooms, and other public places.
How does a transparent LED screen work?
The transparent LED screen combines LED backlight and transparent LCD glass. This combination allows light from the LED to pass through the LCD glass. It produces bright and clear images that seem to float in mid air.
The LEDs in the transparent LED film screen are arranged in a matrix and driven by a controller. The controller sends signals to each individual LED. Therefore, it forms different images on the screen.
In addition, transparent LED screens have up to millions of miniature LEDs (light-emitting diodes). These LEDs are sandwiched between two layers of thin film. The top layer is transparent to allow light to pass through. However, the bottom layer is reflective and can reflect light to the observer’s eyes. LEDs emit light with different colors and brightness levels. They are combined to create images and videos.
In addition, transparent LED screens have a wide viewing angle. Therefore, viewers can view images from any angle without distortion or blurring. In addition, the LED behind the image or video will turn off, while the LED in front will remain lit. This makes the monitor appear transparent and allows the audience to see through it.
How is an LED transparent screen constructed?
Transparent LED screens are composed of unique materials and components. The core of the building is two layers of glass. These have all been treated with anti glare and anti reflective coatings. Even under direct sunlight, it can make the display screen clearly visible. In addition, a thin transparent liquid crystal panel is placed between these two layers of glass. This transparent LCD panel contains thousands of pixels. It can be independently illuminated by an LED.
The LED is installed on the back of the monitor, with a layer of light diffuser at the top. This helps to evenly distribute the light emitted by the LED on the screen. Most importantly, a layer of polarizer helps control the brightness and color of light. Finally, the transparent plate covers the entire structure. Then it will create a seamless, vibrant image without any visible seams or edges.