Recently, Alibaba launched its first self-developed flagship dual-display AI glasses - Quark AI Glasses S1, dedicated to providing users with an ultra-smart AI assistant experience. To achieve this goal, the Quark team closely collaborated with AAC Resonance Technology to develop a unique audio pickup system. This system consists of five high-performance microphones and one bone conduction microphone, which can accurately capture even whispered commands. This innovation enables users to easily activate the built-in voice assistant in various environments, especially in noisy situations.
Currently, smart glasses are gradually transitioning from niche toys to mass consumer products, but they still face many challenges in voice interaction. For example, in places like subways and libraries, traditional smart glasses may fail to effectively recognize commands due to environmental noise. To solve this problem, Quark's collaboration with Resonance Technology has developed a 5-microphone array and bone conduction technology, combined with advanced algorithms, significantly reducing the false wake-up rate of the glasses, truly achieving "reading people's expressions and understanding their words."
The high-precision audio pickup system of the Quark AI Glasses S1 not only performs better acoustically but also reduces the size by 25% compared to industry standards. This design makes the glasses more slim and lightweight, while also lowering power consumption and greatly improving battery life, so users don't have to worry about power issues during all-day use. In particular, the newly added bone conduction microphone effectively blocks external noise, enhancing the accuracy of voice recognition. Renowned UP main Diandan Technology AK said: "It's like moving from the feature phone era to the smartphone era — you suddenly realize that smart glasses can understand you so well."
Resonance Technology's technological innovations enable smart devices to better "understand" user needs. In various complex environments, Quark AI Glasses can still maintain efficient voice interaction experiences, whether in a noisy subway or a quiet library, users can interact with the glasses in a low voice. In addition, it supports real-time translation for multiple people and multiple languages, greatly expanding the application scenarios of smart glasses.
Through this collaboration, Quark and Resonance Technology have not only overcome the technical challenges of voice interaction in smart glasses, but also opened up new directions for the entire smart wearable industry. Future smart glasses will no longer be cold technology products, but rather intelligent companions that truly integrate into daily life, allowing users to enjoy a smoother and more thoughtful experience.
