With the expansion of digital scenarios, LED display is changing qualitatively from "large spacing" to "fine spacing". Dixian's data for the first half of 2025 shows that sales of P1.1-1.4 small-pitch products increased by 34.7% year-on-year, and products below P1.0 increased by 12.7%. The current LED fine pitch has broken through the P1.0mm limit, leaping towards P0.9mm and smaller point pitches, and officially entering the micro-pitch era. This is the inevitable result of the collaborative drive of ultra-high definition, green and low-carbon, human eye comfort and intelligent interaction technologies.
Technology driven: Micro-pitch binding to ultra-high-definition landing
The mid-point spacing of large-size indoor displays above 100 inches directly determines the picture clarity. A 163-inch screen requires P0.94mm pitch to achieve 4K (3840×2160) resolution, and P0.47mm for 8K (7680×4320) resolution. At present, mainstream manufacturers have reduced the point pitch to less than 0.9mm through flip-chip and micron-level COB technology. Among them, companies such as Ledman Optoelectronics have achieved mass production of P0.47mm, promoting the implementation of 4K and 8K ultra-high-definition displays in command and control, commercial conferences, home theaters and other scenarios.
Energy efficiency revolution: low power consumption and low temperature become core competitiveness
As global ESG standards become more stringent, energy consumption has become a key indicator for procurement. The power of a traditional LED small-pitch display is about 300W/㎡. Ledman Optoelectronics' high-definition Wang Lengping Master (P0.9mm) has achieved breakthroughs in energy efficiency and temperature control through three innovations: 1. AI low-power smart display technology, which combines the advantages of energy saving and image quality, with optimal power consumption at the same resolution; 2. ultra-precise voltage control technology, which provides accurate power supply and efficient transmission for RGB chips, reducing power consumption and cooling by 50% compared with traditional methods. Three-background black lossless direct display technology: While ensuring high surface blackness and contrast, it achieves 100% light transmittance, reduces ineffective losses and controls temperature. The power consumption of the final product is only half of traditional products, and the screen temperature is lower than human body temperature. It is a veritable "cold screen" that not only extends the life but also solves thermal interference in scenes such as meetings and education.
Human Factors Engineering: High-brush eye protection creates a visual-friendly experience
When viewed at a distance of 3-4 meters, the human eye's sensitivity to screen flicker and blue light bands is significantly increased. Ledman HD King Cold Screen Master (P0.9mm) optimizes the visual experience through three major technologies: 1. 7680Hz high refresh rate, which can not only eliminate scanning lines when shooting with mobile phones and cameras, but also has flicker-free characteristics to reduce visual fatigue and protect eye health; 2. spectrum adjustment technology, accurately design the blue light chip wavelength to 460nm, reduce harmful short-wavelength blue light, reaching the highest international eye protection level of RG0; 3. low gloss design, achieve low light through optical ultra-micro structureThe glossy matte effect reduces ambient light reflection by more than 80% without losing contrast and brightness, effectively reducing the impact of ambient light on the screen's glare on the human eye, and is suitable for long-term meetings, home viewing and other scenarios.
Interaction evolution: large screens move towards two-way intelligent control
P0.9mm and smaller spacing enables close viewing, promoting large screens from "one-way display" to "two-way interaction". Ledman HD King Cold Screen Master (P0.9mm) relies on ultra-high pixel density and integrates two core interactive technologies to realize a new generation of interactive LED large screens: high-precision infrared touch, which supports 20-point high-precision touch and millisecond-level touch response, improving the response time of operations such as whiteboard writing; AI artificial intelligence technology realizes gesture control and personnel tracking through AI visual recognition, and uses AI voice recognition to control the screen, which greatly improves the efficiency of human-computer interaction and is suitable for command and dispatch, teaching, conferences and other scenarios.
Cost reduction: Technology inclusiveness opens up a market worth hundreds of billions
Technological iterations promote the continuous decline in the cost of LED micro-pitch, and products below P0.9mm open up new scenarios such as indoor commercial use and home giant screens, which are expected to give rise to new markets worth hundreds of billions.
Cost reduction is accelerating its popularity. It is expected that prices will be further optimized in 2026, reaching the critical point of industry popularity and opening up a market worth hundreds of billions.
Conclusion: LED micro-pitch turns on displayThe new industry cycle
LED small-pitch development from P2.5 to P0.9, the core is the transition from professional displays to the civilian market. With the rapid development of the ultra-high-definition video industry and the Yuanverse ecosystem, micro-pitch LEDs that combine ultra-high-definition image quality, green energy saving, and comfortable interaction are reshaping the value of the display industry. Relying on technological innovation, companies such as Ledman will lead the industry to start a new cycle of the display industry.
ANNA