Product forms continue to iterate while underlying chip capabilities upgrade in sync. Glasses pursue lightweight design, rings require miniaturization, full-color displays demand high brightness, and micro-gesture recognition needs precision. Every experience upgrade is underpinned by individual chips. awinic has deeply cultivated the wearable analog chip sector, with solutions covering Rokid, Rayneo,XREAL,Meta and over 90% mainstream AI glasses brands,earning the industry title of“AIPrince of Glasses.”In thisRokidseries of new products, multiple self-developed awinic chips have been deployed, representing a concentrated realization of this full-link capability: making products lighter, reducing power consumption, enhancing operational reliability, and providing comprehensive technical empowerment for terminals.
Product image source:Rokidofficial website, copyright belongs to the original owner
In Rokid this new product launch, awinic provides comprehensive technical empowerment through a multi-dimensional product matrix of“sound, light, electricity, and hand”.
Truly reliable smart experiences rely not only on visible functions but also on stable connections and signals every time. Deployed in AI glasses and other new smart wearables, back-to-back power MOSFETs achieve bidirectional isolation,responding to overvoltage within 50ns -leveltime, keeping anomalies outside the system.
10 -channel SPDT switches support 4GHz bandwidth for MIPI D-PHY/C-PHY, ensuring distortion-free high-speed signal switching;I2C -to- 16 bit port expanders feature static power consumption as low as 1.5μA, supporting hardware interrupt reporting to enable lightweight management even with numerous peripherals;4 -channel adjustable current drivers deliver ±4% constant current accuracy and an autonomous breathing mode, ensuring stable and controllable lighting effects. Power and signals may be invisible, but the product's composed experience is clearly visible.
Good interaction often begins with“being accurately perceived”. Deployed in smart wearables and audio products,3 -channel capacitive touch detectionleverages 1aF -level capacitance recognition accuracy, adaptive temperature compensation, and water-resistant algorithms to ensure stable and accurate touch performance in real-world scenarios involving temperature variations and sweat. Featuring built-in gesture recognition for tapping, wearing detection, and unidirectional sliding, it eliminates the need to navigate menus; audio power amplifiers deliver 1.4W@8Ω output,10µV Ultra-low noise floor and 1ms Fast startup, combined with optional awinicSKTune® audio algorithms, deliver instant, clean, and transparent sound; high-sensitivity single-pole detection with dual-output and 0.8μA ultra-low static power consumption make state sensing for opening/closing and positioning lightweight and reliable.Touch understands gestures, sound understands ears, and sensing understands states; only then does interaction truly understand people.
Users' needs for AI smart glasses are actually quite simple: comfortable wear without pressing on the nose bridge, clear imaging, smooth audio pickup, and instant response with a hand raise. These seemingly intuitive experiences rely on analog chips continuously optimizing the balance between integration, power consumption, and package size.
Rokid Jungle 2026 The answer delivered is precisely:Brilliance before your eyes, stability supported within the temple arms. awinic has established smart wearable mixed-signal chips as a long-term direction, leveraging domestic R&D capabilities to collaborate with global end customers, embedding perceptible user experiences directly into products rather than leaving them merely at launch events.
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