AR glasses usher in explosive growth

Entering 2026, the AR glasses industry is experiencing explosive growth and is at a critical juncture from the geek circle to the mass market. With the deep integration of AI large models and the continuous breakthroughs in micro-display technology, AR glasses are no longer just auxiliary accessories for mobile phones, but are recognized as the entrance to the third generation computing platform after TVs and mobile phones.

According to TrendForce’s latest forecast, global AR glasses shipments will jump to 950,000 units in 2026, with an annual growth rate of 53%. As the demand for AR glasses terminals continues to grow and major brands accelerate their layout, the upstream and downstream AR glasses industry is showing a trend of comprehensive upgrading.

A surge of 20 new AR glasses products in 2026

The release of new AR glasses products in 2026 has entered an intensive period. According to incomplete statistics from LEDinside, as of April 20, about 20 new AR glasses products have been released this year.

These new products show an obvious trend of "AI + lightweight". For example, the Yaomu G2 AI glasses launched by the brother brand MOVA weigh only 38 grams. Through Micro LED and binocular monochromatic optical waveguide solutions, it realizes rich AI functions such as portable translation and meeting minutes.

At the same time, JOVE Glasses S1 released by Jupiter has set a new price bottom line for full-color AI+AR glasses at a price of 4,399 yuan, claiming to be the cheapest full-color solution in the world.

In addition, BOE’s first-ever S7 cycling sports glasses, Robam Electric’s world’s first AI cooking glasses, and Chuimi’s “Waterscape AQUA 100” AR smart swimming goggles mark that AR products are taking root in vertically segmented application scenarios.

In terms of the application of micro-display technology, micro-display solutions show an obvious dual-track parallel pattern: Micro LED and Micro OLED compete with each other. With its ultra-high brightness and miniaturization advantages, Micro LED has become the first choice for outdoor information prompt AR glasses, and is expected to become the technology path with the highest market share in the future.

Micro OLED, with its high resolution, high refresh rate and excellent color reproduction, has firmly established itself as the mainstream of light immersive viewing AR glasses. For example, both the XREAL 1S and VITURE Pro series products use Sony Micro OLED display technology to provide users with a cinematic visual experience.

Micro LED micro-display technology continues to mature

The development of Micro LED micro-display technology has high hopes from the industry. As of now, it has made a number of breakthrough developments in 2026, especially in terms of high integration and optical-mechanical miniaturization.

Domestic companies have always been key promoters of the development of Micro LED micro-display technology. Just recently, the latest generation color Micro LED optical machine platform "Yunjin" released by Hongshi Intelligent has become the focus of the industry.

The platform achieves a pixel pitch of 2.4μm and an ultra-high pixel density of 10583 PPI. It realizes the world's smallest VGA color Micro LED light engine with a very small size of only 0.16cc. This breakthrough is of great significance for AR glasses to achieve the appearance of ordinary glasses.

In addition to optical-mechanical integration, innovations in materials and processes are also advancing simultaneously. Severus has successfully achieved large-scale mass production of 6-inch semi-polar gallium nitride (GaN) LEDs. This material can significantly improve the luminous efficiency of small-size Micro LEDs under high current and increase the optical communication bandwidth by nearly 4 times.

In addition, Hanhua Semiconductor has built the country's first mass production platform that is highly compatible with the 8-inch CMOS process, while CEA-Leti has developed a perovskite color conversion layer suitable for high-resolution displays. These developments show that Micro LED is moving from laboratory research and development to the preparation stage for industrial mass production.

Chinese companies promote the construction wave of Micro OLED projects

In terms of Micro OLED technology, multiple large-scale production projects will also enter the construction and capping stage in 2026.

Among these projects, the Changsha Jinxia Micro Display Industrial Park project promoted by Ruixian Technology is the most eye-catching. The project has a total investment of 3 billion yuan and is positioned in the R&D and manufacturing of silicon-based OLED micro display chips.

At the same time, Xitai Technology’s global IC R&D center and display module project in Sichuan, Yunguang Technology’s 12-inch ultra-high-definition production base in Nanjing, and Xinshijia’s Sichuan K5 factory have all made important progress in starting or capping this year.

These large-scale investments reflect the industry chain’s firm confidence in the prospects of Micro OLED in the space computing and mobile cinema markets.

Financing in the AR industry is on the rise, with heavy investment in core links

In 2026, the financing dynamics of the AR industry will also be extremely active, and capital investment and financing in core components and terminal brands will continue to increase. According to incomplete statistics, as of April 20, about 17 financing events have occurred in the AR field alone.

In the field of AR optical waveguides, Kunyou Optoelectronics has completed a C+ round of financing of nearly 400 million yuan, jointly invested by CITIC Zhengye, Yunfeng Fund and others. As a leading company in wafer-level optics, Kunyou Optoelectronics’ cumulative financing has reached nearly 1 billion yuan. This round of funds will be mainly used for optical integration technology research and development and production line expansion.

In the field of Micro LED micro-display, the largest financing was obtained by Savlus, with its Series C financing amount reaching 300 million yuan. This funding will be used directly to accelerate the mass production delivery of full-color Micro LED microdisplays for AR. In addition, Stan Technology’s cumulative Series B financing also exceeded 200 million yuan, focusing on the dual tracks of vehicle projection and AR display.

In the field of smart glasses terminals, the scale of financing is even more amazing. Thunderbird Innovation announced in January that it had received a new round of financing of more than 1 billion yuan, showing investors' high recognition of its market position.

XREAL was closely followed. After completing US$100 million (approximately RMB 720 million) in financing, its company valuation has exceeded the US$1 billion mark, and it officially submitted a prospectus to the Hong Kong Stock Exchange in April. VITURE also announced the completion of new financing of 686 million yuan, led by Legend Capital, a subsidiary of Lenovo. This series of huge financing proves that the AR industry has entered the competitive stage of large-scale expansion.

Meta, Google, Apple and other major manufacturers are promoting AR glasses business

Faced with the opportunity of AR glasses as the core entrance to AI implementation, in 2026, technology giants are strengthening their layout through different paths and continuing to accelerate the development and implementation of AR glasses products.

On the Meta side, after launching the first mass-produced AR glasses, Meta Ray-Ban Display Glasses, last year, foreign media previously reported that Meta is fully committed to mass production preparations for Micro LED microdisplays.

On the Google side, at the 2026 World Mobile Communications Conference (MWC), Google executive Dieter Bohn demonstrated a prototype of Android XR smart glasses. In addition, Google also cooperated with XREAL this year to develop a stand-alone smart glasses - Project Aura, and announced a long-term and in-depth cooperation with XREAL to accelerate the development of AR glasses.

As for Apple, at the beginning of this year, overseas media revealed that Apple is accelerating the launch of its first AI smart glasses. Related parts manufacturers and overseas partners have begun small-scale production of Apple's AI smart glasses products. It is expected that the products may be released together with iPhone 18 this fall.

Samsung confirmed its next-generation AR glasses plan in early 2026. It will work closely with Google and Qualcomm to create wearable devices with immersive multi-modal AI experiences based on the Android XR system and Gemini AI model.

As for domestic enterprises, Alibaba has taken advantage of its strong local ecosystem and launched "Qianwen AI Glasses", which deeply integrates daily applications such as Taobao and Alipay through AI Agent, forming a closed-loop ecological experience.

With the continued promotion of domestic and foreign technology giants, the AR glasses industry is about to usher in a new round of growth.

Summary

In 2026, the AR glasses industry is entering a new stage of large-scale development at an unprecedented speed. From the intensive emergence of new terminal products to dual-line breakthroughs in micro-display technology, from huge financing of core components to the comprehensive expansion of industrial chain production capacity, the pace of industry advancement is clearly discernible.

What is particularly important is that Chinese companies have transformed from cutting-edge followers to key leaders in this industrial transformation - whether it is the breakthrough progress in Micro LED optical machine miniaturization and material technology, the wave of construction of Micro OLED large-scale manufacturing bases, or the heavy financial support received by terminal brands and optical module companies, the in-depth investment of domestic forces is becoming the core driving force driving the evolution of the AR near-eye display industry.

With the accelerated improvement of technology maturity, production capacity reserve and ecological closed loop, the era of China dominating the global AR glasses industry pattern is gradually approaching. A next-generation computing platform entrance defined by Chinese innovation is accelerating into reality.