What Are The Requirements For Video Sources Of Flexible LED Displays?

Although both flexible LED displays and ordinary LED displays are display devices, their video sources are very different! The reason behind this mainly has to start with their physical properties, usage scenarios, and display effects.

• Resolución requirements:

Flexible LED displays have a very high pixel density, just like a small screen filled with densely packed small light bulbs. In this way, the displayed image is particularly clear and delicate. Therefore, the video source equipped with it must also be high-resolution. Otherwise, the image will appear blurred, and details will be lost.

Generally speaking, the resolution of 1080p (1920×1080) is the starting price. If you want better results, 4K, 8K, or even higher-resolution video sources must also be considered. In contrast, although ordinary LED displays also require high resolution, they are not so picky.

After all, they are mostly used in outdoor advertising, large-scale events, and other scenes that are viewed from a distance, so moderate resolution is enough.

• Frame rate requirements:

When it comes to dynamic images, we have to mention the frame rate. The frame rate is the number of frames displayed per second. The higher the frame rate, the smoother the picture. Flexible LED displays are the ones that pursue extreme smoothness!

Especially when showing high-speed motion pictures, such as sports events and dynamic advertisements, the frame rate must be as high as 60 frames per second or even higher to ensure that the picture is smooth and not stuck.

Although ordinary LED displays also require high frame rates, they are not so strict. Usually, 30 frames per second can meet most application scenarios.

• Color gamut support:

Flexible LED displays have very strong color expression! The color range that can be displayed is particularly wide, just like moving all the colors on the rainbow to the screen. Therefore, the video source equipped with it must also contain wide color gamut information so as to make full use of the display’s color expression ability.

Wide color gamut standards such as sRGB, Adobe RGB, or DCI-P3 are all good choices. Although ordinary LED displays also support wide color gamut video sources, they are not so particular. Video sources using standard color gamut can meet the needs.

• Content adaptability:

Flexible LED displays are transformers! They can be bent and spliced into various shapes for the design of special-shaped screens.

In this way, the video source must have good adaptability and can be cut and adjusted according to screens of different shapes. Ordinary LED displays have fixed shapes and are mostly flat designs, so the requirements for adaptability of video sources are relatively low.

• Anti-blue light characteristics:

In some application scenarios, such as indoor exhibitions, commercial complexes, etc., flexible LED displays must also consider anti-blue light characteristics. After all, watching the screen for a long time is not good for the eyes, and the anti-blue light function can play a protective role.

Therefore, when choosing a video source, flexible LED displays may give priority to video files or players with anti-blue light functions.

Ordinary LED screens are mostly used in outdoor advertising, large-scale events, and other scenes. The distance between the audience and the screen is far, and the anti-blue light feature is not the main consideration.

• Dynamic video effect:

Speaking of dynamic video effects, flexible LED screens are the best! Because it supports high resolution, high frame rate, and a wide color gamut, the dynamic video played is particularly clear, smooth, and colorful.

In contrast, although ordinary LED screens can also play dynamic videos, they may be slightly inferior in clarity, smoothness, and color performance. However, in most cases, ordinary LED screens can still meet the basic dynamic video playback needs.

• Requisitos de personalización:

Finally, we have to talk about customization requirements. Flexible LED screens have diverse application scenarios and are often used for creative display and customized design.

Therefore, the video source may need to be customized according to specific needs, including customization of video content, adjustment of resolution and frame rate, and addition of special effects.

As for ordinary LED screens, their application scenarios are relatively fixed and mostly standardized, so the customization requirements of video sources are relatively low.