On September 24, during the Hangzhou Digital Trade and Fashion Consumption Week, the immersive technology experience installation - Xizi Magic Box - made its appearance on Hubin Pedestrian Street in Hangzhou.The installation has a 10m × 7m cubic structure in appearance, with double-sided naked-eye 3D screens installed on the outside. It plays cyberpunk sci-fi blockbusters, creating a strong visual impact and becoming a new focal point on Hubin Pedestrian Street.
Recently, luxury brand Louis Vuitton opened a new pop-up store in New York. The entrance features an 18-meter curved tunnel composed of 50 flexible OLED screens, which plays makeup art videos at a rate of 24 frames per second, guiding customers to transition naturally to the product experience area.The interactive "SoHo Corner" inside the space is equipped with a Kinect motion-sensing tracking system. When a customer enters the 3-meter sensing range, the LED matrix on the wall activates a color algorithm and generates complementary color light effects based on the color of the customer's clothing, creating a dynamic photography background.
MICHEYO YAEGASHIAffiliation: δUC1 Mei(Iwate Badger)NEWoMan TAKANAWA, Tokyo's new landmark shopping mall, is about to open. It is reported that multiple transparent OLED signs and Micro LED display screens will be installed inside the building.In the North Pavilion, a 380-inch transparent OLED display screen brings an innovative spatial experience to visitors, realizing a unique integration of virtual and real worlds. In the South Pavilion, a horizontal display screen with a width of 9 meters and a height of 2.02 meters is installed along the customer flow path to enhance the spatial immersion.
According to foreign news reports, the exhibition hall area of Ford's under-construction new headquarters building will be equipped with 10 vehicle rotating display platforms and a 19.5-meter-long Micro LED giant screen.It is learned that this screen can display high-definition details of the entire vehicle design, component structures, and even dynamic simulation scenarios, allowing the design team to complete a full-dimensional review from sketches to finished products without switching spaces. If the project is successfully completed, it will become one of the world's largest Micro LED display screens.
On September 17, a research center under the French Alternative Energies and Atomic Energy Commission (CEA) announced that it had achieved a breakthrough in Micro LED technology, realizing stable red, green, and blue light colors in a single material system for the first time. This is expected to promote the development of full-color micro-display technology for AR/VR.Researchers stated that this latest research technology has solved one of the most intractable problems in the miniaturization of displays, opening up a new path for the manufacture of high-brightness and high-resolution full-color Micro LED micro-displays, which is crucial for the development of next-generation AR/VR headsets and smart glasses.
On September 23, Xiaomi officially announced that its new flagship model, the Xiaomi 17 Pro Max, will be equipped with the world's first "Super Pixel" screen that breaks through the technical bottleneck of small-sized OLED.
It is understood that traditional OLED screens are limited by pixel arrangement technology, and the number of sub-pixels is directly linked to resolution, making it difficult to achieve both high resolution and low power consumption.
The so-called Super Pixel means that each pixel has independent red, green, and blue sub-pixels. Compared with traditional OLED, it does not need to borrow adjacent sub-pixels all the time. On the surface, the screen resolution is not as high as 2K, but the number of sub-pixels reaches 9.38 million, which is at the same level as 2K.
Recently, the research team of Microsoft launched the MOSAIC optical interconnection solution, which adopts a Wide and Slow (WaS) architecture and subverts the traditional narrow and fast communication mode.
This design directly modulates Micro LED and combines it with multi-core imaging optical fibers, replacing complex and power-consuming electronic components with a low-power analog backend. It relies on multi-core imaging optical fibers to achieve high-density transmission.
It is learned that a single optical fiber can integrate thousands of cores, and each core transmits an optical signal independently. This provides a new possibility for solving the interconnection bottleneck of AI data centers (electromagnetic interference and density bottlenecks of traditional copper cables).
From October 28 to 30, the 2025 Shenzhen Commercial Display Technology Exhibition will be grandly held at the Shenzhen World Exhibition & Convention Center (Bao'an New Hall).
It is reported that this exhibition will gather more than 1,000 leading exhibitors in the industry, focusing on displaying Mini/Micro LED display technology, smart interactive all-in-one machines, digital sign advertising machines and other smart commercial display equipment as well as audio-visual technology. It is expected to attract more than 60,000 professional buyers and over 3,000 international buyers.
