Nowadays, products below P2.5 are collectively referred to as small pitch LED displays in the market. Its biggest advantage is that the display screen is completely seamless and the display colors are natural and realistic.
Splicing gaps have always been an important factor affecting visual perception. Due to physical properties, DLP splicing, LCD splicing, and PDP splicing all have more or less splicing gaps. LED display screens, with their seamless splicing characteristics, have great plasticity in splicing. At the same time, small pitch LEDs have good consistency, and mature point by point correction technology makes their adjustment process simple and maintenance convenient.
Small pitch LED, relying on its technological advantages, has begun to challenge the existing competitive landscape and has aggressively invaded the AV engineering field in recent years. Like high brightness engineering projectors, large screen displays, DLP, PDP, and LCD splicing screens, it has become a new force in large screen displays, and the market demand is on the rise.
◉ Characteristics
1. A high-definition LED display screen with ultra-small spacing and high pixel density, suitable for indoor ultra-high definition close range viewing of displays;
2. Wide color gamut, uniform color, high contrast, high gray and high brush, strong stability at the broadcasting and television level;
3. Advanced research and development technology and reliable components ensure its excellent high grayscale and high refresh rate;
4. 160 ° ultra wide viewing angle, allowing viewers to achieve high-quality display effects from various angles;
5. It can be spliced in any direction, size, and shape, presenting a perfect and seamless visual effect;
6. Die cast aluminum frame design, screen body ultra light, ultra-thin, space saving, cost saving, and fashionable and beautiful;
7. The use of die cast aluminum material improves heat dissipation performance and extends the service life of the box;
8. High reliability, long service life, and low maintenance cost.
◉ System Architecture
◉ Application
Mainly used in military, communication, airports, public security, energy, finance, campuses, transportation, meteorology and other occasions.
The main application is real-time display of high-definition images in monitoring centers.