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Ganzin Unveils Ultra-Compact Aurora IIS Reference Design Module to Power Next-Gen Gaze-Aware AI

Ganzin Unveils Ultra-Compact Aurora IIS Reference Design Module to Power Next-Gen Gaze-Aware AI

Taipei, Taiwan – September 2, 2026Ganzin Technology, a global leader in ultra-low-power wearable eye-tracking solutions, today announced the launch of its new Aurora IIS Reference Design Module, alongside a comprehensive Reference Design Glasses Demo Kit. This launch demonstrates a significant leap forward in wearable technology, proving that highly advanced eye tracking can be seamlessly integrated into the sleek, narrow-bezel form factors required for everyday smart glasses.

Ultra-Compact Aurora IIS Reference Design Module

As consumer demand for lightweight and aesthetically pleasing AI glasses grows, hardware miniaturization has become a critical challenge. The new Aurora IIS Reference Design Module boasts an exceptionally compact design, specifically engineered to showcase the feasibility of integrating robust eye-tracking technology into narrow-bezel smart glasses without compromising on style or performance.

This highly integrated module is built upon the foundation of Ganzin’s robust partner ecosystem, utilizing top-tier components from industry-leading suppliers to ensure reliability and performance:

  • ET NPU IC: Himax HX6538-A01TWA-GZ
  • Eye Camera: OMNIVISION OC0TC1B-RAVA
  • IR Illumination:
    • ams OSRAM SFH4030B
    • ams OSRAM AS1181
Aurora IIS Reference Design Glasses

Reference Design Glasses: A Comprehensive POC and Dev-Kit

To accelerate product development for OEMs and developers, Ganzin has introduced the accompanying Reference Design Glasses Demo Kit. Designed to house the new Aurora IIS module, this eyewear serves as an out-of-the-box Proof of Concept (POC) and evaluation kit.

Furthermore, the demo kit is bundled with a comprehensive Software Development Kit (SDK), transforming it into a versatile Dev-Kit. This empowers software developers and hardware partners to rapidly prototype, test, and build custom eye-tracking applications on top of the Aurora IIS platform.

GazeAI Vision: Revolutionizing Human-AI Interaction

Alongside the hardware launch, Ganzin is showcasing its latest interactive scenario: GazeAI Vision. This demonstration highlights the transformative potential of combining first-person computer vision with real-time human attention.

When a user wears the Reference Design Glasses, the system captures not only the first-person field of view (FOV) but also pinpoints the user’s exact gaze focus. By transmitting this combined spatial and attentional data directly to the AI agent, the AI gains profound context about what the user is looking at and what they are interested in.

This integration delivers an unparalleled and intuitive user experience. It represents a paradigm shift in the next generation of human-computer interaction, moving beyond simple voice commands to a truly proactive, attention-aware AI assistant.

Experience the Technology Live at CIOE 2026

Ganzin’s key industry partners, Himax and ams OSRAM, will showcase the Ganzin Aurora IIS Reference Design Glasses and the GazeAI Vision Demo at the 27th China International Optoelectronic Philosophical Exposition (CIOE 2026), taking place from September 9–11, 2026, at the Shenzhen World Exhibition & Convention Center (Bao’an New Hall).

Attendees are invited to visit their respective booths to explore the live demonstrations and learn more about these advanced solutions:

  • Himax Technologies
    • Hall: Hall 2
    • Booth No.: 2A131
    • Exhibition Area: AR&VR Expo
  • ams OSRAM
    • Hall: Hall 6
    • Booth No.: 6A59
    • Exhibition Area: Intelligent Sensing Expo

About Ganzin

Ganzin Technology is a leading provider of compact, lightweight, and ultra-low-power eye-tracking solutions for AI glasses, AR glasses, VR/MR headsets, and wearable devices. Through its Aurora product family, Ganzin enables seamless eye-tracking integration into next-generation intelligent devices, driving the future of natural human-machine interfaces.

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