?What factors affect the clarity of led transparent screen?

Led transparent screens, which can be often seen around us, play an important role in advertising, brand promotion, science lectures, etc. In actual applications, there may be a decrease in clarity Today, everyone will share with you the five factors that interfere with the clarity of led transparent screens, and suggest personal collections. The clarity of LED transparent screen is mainly affected by 4 factors, 1. Whether the film source is required to be high-definition; 2. Whether the display is suitable for full HD; 3. The dot pitch of LED transparent screen; 4. The integration of LED transparent screen and video processor, 5. Improve the gray level of the LED full-color screen, and then talk about each element in detail. 1. Is the source of the film high-definition? If the source of the film is not high-definition, then the resolution of the playback effect is not high. We first determine whether the source of the film is high-definition, and then eliminate the remaining factors.

In fact, videos and photos are the same. Generally, the higher the resolution, the clearer the effect of playing videos. 2. Is the display suitable for full HD? There are many types of LED displays, such as ordinary, high-definition, and ultra-high-definition. The definition of ordinary is not high. If the screen is ordinary, it cannot be adjusted. Only Replace the HD module. 3. The dot pitch of the LED transparent screen. The dot pitch of the LED transparent screen will interfere with the clarity. Under normal circumstances, the smaller the dot pitch, the higher and more detailed the clarity.

However, the price will be slightly higher. Therefore, when choosing a transparent LED screen, we need to choose a module suitable for the dot pitch according to our own needs and budget. Before choosing, we need to know that the dot pitch will interfere with the clarity. 4. The LED transparent screen is integrated with the video processor. The LED video processor can use excellent algorithms to decorate the data signal with poor image quality, perform a series of processing such as deinterlacing, edge sharpening, and motion compensation to improve the image quality. details and improve image quality.

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