New AI Glasses Products Emerge, Industry Chain Chases 'Light' and 'Chips'

The "iPhone moment" for AI glasses has not yet arrived, but the race is already heating up. In the second quarter, manufacturers such as Raybird Innovation and Alibaba's Qwen have launched new products intensively, while Google has announced plans to release its first AI glasses in the fall. Amid market enthusiasm, the A-share AI glasses industry chain is accelerating its pursuit of "light" and "chips".

Optical Components: Cost Accounting for Nearly Half

In AI glasses with display functions, optical components account for nearly half of the cost. This proportion is much higher than traditional glasses and other wearable smart devices. Micro LED display technology, which is adapted for outdoor bright light scenarios, has become a key focus for corporate development.

Micro LED display technology features high brightness, low power consumption, and high contrast, making it very suitable for use in outdoor bright light environments. It solves the problem of poor visibility of traditional AR glasses in sunlight. As the technology continues to mature and costs decrease, Micro LED is becoming the preferred display solution for high-end AI glasses.

Chips: Core Cost Component Accounting for 20-30%

The main control chip is also a core cost component of AI glasses, accounting for 20% to 30% of the total. AI glasses need to process large amounts of visual data, run AI models, and achieve long-term operation with low power consumption, which places extremely high demands on chips.

A-share companies such as Hysynic and Verisilicon have been positioning themselves and launching specialized low-power, high-performance chip solutions for AI glasses. These chips need to provide powerful computing support within limited space and power budgets while ensuring battery life.

Giants Enter the Market, Industry Chain Accelerates Layout

As a tech giant, Google's entry into the AI glasses field will undoubtedly inject a strong stimulus into the entire industry. Google's accumulated experience and ecosystem advantages in AR may promote the transition of AI glasses from concept to practical application.

At the same time, the domestic industry chain is also accelerating its layout. From optical modules and display panels to main control chips and application ecosystems, companies at all links are actively investing resources to seize the commanding heights of the AI glasses industry chain.

Challenges and Opportunities Coexist

Although the AI glasses track is gaining momentum, there are still many challenges to achieve the "iPhone moment". First, there are user experience issues that need further optimization, including battery life, display effects, and interaction methods. Second, the expansion of application scenarios is needed. Currently, the application scenarios for AI glasses are relatively limited, and it is necessary to find killer applications that truly appeal to consumers.

However, with continuous technological advancement and industry chain maturity, AI glasses are expected to become the next computing platform after smartphones, bringing people brand-new interaction methods and experiences. For industry chain companies, whoever can first solve technical bottlenecks and build differentiated advantages will have the upper hand in future competition.

Conclusion

The AI glasses industry is in a stage of rapid development, with all aspects of the industry chain actively laying out their strategies. From optical components to main control chips, from hardware manufacturing to application ecosystems, the entire industry chain is forming a positive interaction. Although the "iPhone moment" has not yet arrived, the track is already showing signs of intense activity, and the future is worth looking forward to.