With the continuous upgrading of urban outdoor display aesthetic standards and shooting and broadcasting needs, traditional LED mesh screens are prone to moire patterns, color distortion, blurred pictures and other problems in display and camera shooting, which seriously affect the display delicacy and video shooting effect. Moire interference is a common visual defect of display equipment, which is easy to appear when the mesh structured screen is shooting and recording, resulting in distorted and flickering screen pictures in the video, affecting the overall display grade and media communication effect. The low-moire high-definition LED mesh screen is optimized and upgraded aiming at the moire defect and picture fineness problem of traditional mesh screens, adopting innovative pixel arrangement technology and optical optimization design, which completely eliminates moire interference, presents ultra-high-definition delicate display pictures, and meets the high-standard display and high-definition shooting and broadcasting needs of high-end projects.

The core technology of low-moire performance is the innovative pixel staggered arrangement and optical anti-interference design. Traditional LED mesh screens adopt regular equidistant pixel arrangement, which is easy to form periodic optical grating structure, resulting in moire interference fringes during camera shooting and human eye viewing. The low-moire mesh screen adopts independent research and development of staggered pixel layout technology, breaking the periodic regular arrangement structure of traditional pixels, fundamentally eliminating the optical interference conditions that produce moire patterns. At the same time, the surface of the screen body is coated with professional anti-glare and anti-interference optical coating, which optimizes the light emission angle and light uniformity of the lamp beads, avoids light refraction and scattering interference, and further eliminates residual moire and flicker phenomena.

In terms of high-definition display performance, the product comprehensively upgrades the core display parameters to achieve ultra-clear picture presentation. It adopts high-precision small-pitch lamp bead packaging technology, with more uniform pixel distribution and higher pixel density per unit area, greatly improving the picture resolution and delicacy. The 16-bit high gray-scale display technology ensures that the picture has rich color layers and smooth gradient transition, avoiding color banding and layering defects. The ultra-high refresh rate up to 3840Hz makes the screen picture stable and flicker-free, which can perfectly adapt to high-speed shooting, live video broadcasting and mobile phone shooting, without moire, jitter and distortion in the captured pictures, meeting the high-definition shooting needs of media interviews, event live broadcasting and commercial video collection.

The product optimizes the color restoration and picture uniformity to achieve professional-grade display effect. Adopting international standard RGB true-color color gamut calibration technology, the color restoration degree is as high as 98%, which can truly restore the original color of videos, pictures and texts, with bright and natural color, no color cast and no distortion. Through point-by-point brightness and color calibration technology, the brightness and color difference of each lamp bead are accurately corrected, ensuring that the whole screen has uniform brightness and consistent color, no dark areas and color difference blocks, and the overall picture is delicate and unified. Whether