LEDKING 1.53MM Black Diamond Lamp Indoor Full Color LED Screen Module 1/40 Scan TV Video Wall

Product Introduction

small pitch LED display:

Pixel pitch and resolution: The pixel pitch of small pitch LED displays is usually between 1-3mm, which allows them to achieve very high resolution.

Common resolutions include:

4K(3840x2160)

2K(2048x1080)

Full HD(1920x1080)

HD(1366x768)

Higher resolutions, such as 8K (7680x4320), are also beginning to be used in large LED display systems.

Drive Circuits and Control Systems:

Small-pitch LED displays require complex driver circuits and control systems to drive each LED pixel and achieve dynamic display of images. Common driving methods include static driver, scanning driver, etc., and the control system needs to realize color correction, brightness adjustment and other functions. The advanced control system can also support multi-screen linkage, remote monitoring and other functions.

Installation & Maintenance:

The modular design of the small pitch LED display is convenient for on-site installation and maintenance. The modules can be installed quickly and interchangeably, and damaged modules can be replaced separately for maintenance. The overall structure is lightweight, which is suitable for

large-size display applications. Professional tools and operations are required for installation.

LED Chip Material:

The light-emitting material used in small-pitch LEDs is typically gallium nitride (GaN)-based LED chips. The material achieves high brightness, high efficiency, and long-life luminescence characteristics. Other new LED materials, such as micro-LEDs, are also being used for small-pitch displays.

Application 

In addition to traditional indoor and outdoor large-scale display applications, small-pitch LED technology has also begun to be applied to emerging fields such as interior decoration and automotive displays. In the future, it may also be used in new display devices such as AR/VR headsets and foldable displays. In general, small-pitch LED display technology is constantly developing and improving, and the application field is also expanding. It has become one of the most mainstream large-scale HD display solutions today.

Brightness and color performance: The brightness of the small-pitch LED display can generally reach 800-1000 nits, which can achieve excellent display results in both indoor and outdoor environments. They can cover more than 100% of the sRGB color gamut with high color saturation and good reproduction. Some high-end products also support wider color gamut standards such as DCI-P3. Superior color consistency and uniformity can be achieved through meticulous color correction and management.

Viewing angle and contrast:

Small-pitch LED displays can generally achieve a large viewing angle of 160 degrees or even wider, and there will be no obvious color shift even when viewed at a large angle. Due to the self-luminous nature of LEDs, they can achieve extremely high contrast ratios, typically above 3,000:1, with purer black performance.

Energy Saving and Environmental Protection:

Compared with traditional display technology, small pitch LED displays have higher energy efficiency. They typically consume 300-600 watts per square meter. The LED light source is free of harmful substances such as mercury and is an environmentally friendly display device. Long life and simple maintenance, low overall life cycle carbon emissions.

Technology Development Trends:

In the future, small-pitch LED displays will develop in the direction of thinner, lighter and higher resolution. New LED technologies, such as Mini-LED and Micro-LED, are driving further improvements in display quality. At the same time, they will be more widely used in emerging application scenarios such as AR/VR, in-vehicle displays, and foldable devices. In general, small pitch LED displays are becoming the mainstream technology in the field of large-scale high-definition displays with excellent visual effects, high durability and flexibility. It will continue to grow and expand its applications in the future.