Which P is generally better for full-color LED displays? I think many people may not know about this issue. Because not only you, but also people in related industries, it is difficult to have unified standards for the results they obtain. At present, there are many LED display models. How should we choose among these types? How to choose to achieve the better and more perfect one we need? The editor has put forward some suggestions for you to choose, hoping to help you.

The choice of LED display screen should be analyzed according to the application situation. LED screens are divided into indoor and outdoor uses, and the clarity is related to the pixel density, and the pixel density is related to the point spacing. It is related to the point spacing (model), which requires actual analysis of actual problems, and the point spacing used outdoors and indoors is different.

The display screen for outdoor use must have higher brightness and better visual effects under sunlight. Due to the larger viewing distance outdoors, the diameter of the LED is relatively larger. It must also be able to be used all-weather, windproof, and Protection against lightning, rain, mildew, etc. Currently, the commonly used outdoor models are above P2.5 and below P10. If the LED screen has good resolution, it must be P2.5. But if you say you are using it for advertising display on the highway, there is a certain viewing distance. More than 10 meters, then choosing P2.5 is a bit inappropriate. The P2.5 dot spacing is small and the pixel density is high. It is clear, but the brightness may not meet the standard. The picture that was originally required to be seen clearly at 10 meters may now be seen clearly at 5 meters, although the brightness can be adjusted. , but p2.5 focuses on the high price, which seems wasteful when used in such situations. In such an occasion, you can choose P8 or P10, which is suitable.

Most of the LED displays used indoors are below p2.5. Even with the support of cob packaging technology, the minimum point pitch of LED displays can only be about 0.5, which is still far behind LCD displays. Generally speaking, for LED displays used indoors, the smaller the pixel pitch, the better, but the smaller the price, the higher it will be. Even a little bit different, the price will double. However, because indoor displays also have certain limitations, viewing distance, so when we choose, we try to determine it according to the use occasion and try to avoid waste of resources.

So in summary, what is the definition of LED screen P? There is no definite answer to this. If there is a standard, it would be that the smaller the dot spacing, the higher the clarity, and the better the user experience. But this is a blind answer, and even when choosing, blindly pursuing high definition leads to a serious waste of resources.