Breaking the bottleneck of full-color AR: Hongshi Intelligent unveiled two new products, acceleratin

The commercialization of AR glasses will enter the fast lane in 2025, but full color has always been the core barrier in the face of large-scale popularization. The degree of breakthrough of this technology directly determines the upper limit of product display effects and user experience, and is also the key to achieving consumer-level and industry-level full-scene adaptation of AR glasses. At present, the full-color conversion process is still subject to multiple challenges: insufficient compatibility between red light chips and substrate materials, difficulty in adapting the size of light engines to lightweight designs, prominent contradiction between brightness improvement and power consumption control, and how to optimize color synthesis logic, Improve light efficiency and reduce manufacturing complexity have become the focus of joint efforts in the industrial chain. In this context, Hongshi Intelligent recently demonstrated the two major achievements of the full-color optical machine Aurora Shining XC6 and the single-chip full-color micro-display optical chip AC3, providing new problem-solving ideas for industry breakthroughs.​

Technical breakthrough: Original path to solve full-color core problems

Hongshi Intelligent's technological breakthrough begins with the accurate dismantling of full-color pain points and achieves leapfrog improvement in key indicators through differentiated technical paths. Among them, the full-color optical machine Aurora Shining XC6 is equipped with the company's original QDPR technology, which innovatively deeply integrates quantum dot materials and semiconductor lithography processes to complete nanoscale red light on the pixels of blue-green Micro LED wafers. Precise deposition of quantum dots. This design solves the problem of insufficient brightness and poor compatibility of traditional red light chips, causing the red light to soar to more than 2 million nits, and at the same time achieves the ultimate color coverage of 109.89% NTSC, 114.37% DCI-P3 and 155.15% sRGB color gamut performance, which means that the picture can restore richer color levels, and whether it is a delicate gradient of natural scenery or a vivid rendering of digital content, it can be accurately presented.​

Another core product, the AC3 monolithic full-color micro-display optical chip, focuses on the dual needs of high brightness + integration. It adopts a hybrid stacked structure design to achieve a white light brightness of 1.2 million nits in a limited chip volume. This indicator is crucial for the clear display of AR glasses in an outdoor strong light environment, and can effectively solve the problem of traditional equipment. Indistinct pain points. Compared with similar single-chip full-color solutions in the industry, AC3's optimization of light efficiency conversion and structural compactness provides more space for the lightweight design of AR glasses, which is in line with the core demands of consumer-grade products for wearing comfort.​

Mass production implementation: Moganshan project anchors a breakthrough in scale

In addition to technological breakthroughs, the popularity of full-color is inseparable from the support of mass production capabilities and cost control. At present, single-chip full-color technology generally faces industry problems such as low yield and high manufacturing costs, which are also a key factor restricting its large-scale application. In this regard, Hongshi Intelligent gave a clear implementation plan: the company's Moganshan project has clearly focused on the color production layout, and is expected to start mass production debugging in the second half of next year, and has focused on planning large-scale small size production capacity. This layout accurately matches the core requirements of AR glasses for small size display devices. Through concentration of production capacity and process scale, it is expected to gradually achieve the dual goals of improving yield and reducing costs.​

What is even more noteworthy is that Hongshi Intelligent has formulated a clear technological iteration roadmap: it plans to launch a single full-color micro-display optical chip with a brightness of 2 million nits by the end of 2025 and provide engineering samples to core customers. The clarity of this node not only demonstrates the company's ability to continue to make breakthroughs in technology, but also releases a positive signal to the industrial chain that full-color is accelerated. When high-brightness, high-color gamut display devices form a closed loop with mass production capabilities, AR glasses will be one step closer to the goal of full-scene adaptation.​

(Interruption: To participate in the Micro LED AR forum or consult related white papers, please add experts to speak Lingyu WeChat: hangjia199.)​

From technological innovation to mass production layout, Hongshi Intelligent's dual new product debut and planning have injected strong impetus into the AR full-color process. Against the background of industry players increasing their numbers, such technological breakthroughs and implementation practices will not only promote the upgrading of the AR glasses display experience, but also hopefully accelerate the maturity and collaboration of the entire industry chain, allowing full-color AR glasses to move from niche adopters to mass popularization. The key step is becoming clearer.