Micro LED adds new products! Unilumin Technology launches UMicro 0.4 globally to reshape the market landscape

At 14:00 pm yesterday (11th), the "UMicro Reshaping a New Chapter" Unilumin Micro LED new product launch conference was held grandly at the Fuyong headquarters. Tian Shoujin, President of Unilumin Group's Display Product Line, Zhang Jingang, General Manager of Micro LED Technology Department, and Wan Geng, General Manager of Product Management Department, comprehensively demonstrated Unilumin's latest COB LED micro-pitch technological breakthroughs and product development results in the cloud.

President Tian Shoujin shared the LED market development trends and Unilumin Micro industry strategy

COB LED micro-pitch market has become mainstream

Comprehensive layout: Unilumin technology production capacity continues to make breakthroughs

With the breakthrough of Micro technology, Micro LED, which has broken the yield bottleneck, has become the next generation display technology with the most development potential on the market due to its surface light source, high brightness, high protection, smaller pixel spacing and other characteristics. It is expected to take root and blossom in all walks of life.

According to display research organization TrendForce, the Micro LED large-size display chip market will grow to US$4.5 billion in 2026, with a compound annual growth rate of more than 204%. In the investment market,Micro LED is also regarded as the most critical display technology revolution in the next 10 years and has become a hot potential stock.

Although it is thousands of miles away, no one dares to reach it! As a leader in the LED industry, Unilumin Technology has been deeply involved in small and micro-pitch technology innovation and product research and development for a long time. Since integrating industry resources and launching special research in 2016, the Micro base production capacity has now reached 2,000 square meters per month. Unilumin has continued to lead key technical fields such as "materials, structural design, and manufacturing processes."

In 2018, Unilumin released the UMini COB product series, taking the lead in achieving COB0.9 mass production, building the first Mini/Micro R&D and production base in Shenzhen, and leading the new track;

In 2020, UMini Breakthrough in surface black treatment technology won the ISE Best Exhibit Award that year; at the same time, another Mini/Micro R&D base appeared in Shenzhen, reshaping the LED small and micro pitch industry pattern;

In 2021, Unilumin UMicro0.5 passed market verification in small batches, and built a Phase I Micro production base in Daya Bay, Huizhou, with a production capacity of 1,000 square meters per month, accelerating the industry into the new era of Micro.

Industry-leading UMicro 0.4 released globally

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Unilumin Technology: Reshaping the Market Pattern

To dream, look up to the stars, and to act down-to-earth.

UMicro key technology diagram shared by General Manager Zhang Jingang

The UMicro series released this time applies the most advanced Micro LED technology, using RGB full flip-chip light-emitting chips, with a minimum point pitch of 0.4. The product applies Unilumin's characteristic cutting-edge technology in eight dimensions, and has once again achieved major breakthroughs in multiple performance advantages such as low reflection, low moiré, and ultra-black background color.

Super soft picture with great atmosphere

UMicro The LED is matched with the unique EBL+ multi-layer optical processing during the intelligent manufacturing process to ensure the softness and contrast of the picture while reducing the moiré phenomenon on the screen. The color is extremely pure, no reflection when viewed, and no trace when touched. Under the escort of Unilumin's self-developed UOS system, 3D-LUT color gamut calibration technology enables arbitrary conversion of a movie-level wide color gamut. In addition, the application of EDL drive technology ensures the consistency of the picture, making the picture look meticulous.

Super high stability and rock solid:

During daily operation and maintenance, has the display screen ever experienced color correction failure due to high temperature? UMicro uses ultra-cold screen technology. The maximum power consumption of the box is 40W, and the temperature in front of the screen is as low as 38°C (600nits, at an ambient temperature of 25°C). The product supports 3-layer certification + 7 major protective treatments, allowing the display to easily withstand various environmental tests.

Perfect immersive viewing experience:

The advent of the era of smart living has greatly increased the market demand for indoor large-size, high-resolution display applications. UMicro 0.4 seams are <0.04mm, which avoids the defects of LCD and DLP displays with seams. The size and width of the product's core chip are similar to a hair or smaller, but the luminous efficiency is not inferior. The peak brightness reaches 2400nits. With full grayscale correction technology, the picture is always in the best condition.

Starting from the performance advantages, General Manager Wan Geng showed how Unilumin can flexibly apply UMicro and customize solutions for various application scenarios.

Excellent product characteristics determine greater application extension. From a general perspective, UMicro can not only replace LCD and OLED in traditional display markets such as control centers and commercial displays, but it can also be used in naked-eye 3D, AR/xR, home, etc.Innovative fields such as home theaters have bright prospects.

Customer-oriented and innovation-oriented. After eighteen years of hard work, Unilumin Technology has actively explored the application extension of LED semiconductor technology, gradually formed an integrated solution of "hardware + software + content + interaction", and continued to make breakthroughs in technological innovation. In the future, Unilumin will continue to leverage its strong industrial chain advantages and lead the LED semiconductor industry into a high-level development stage with a new "optical display" development pattern.