Wearable eye-tracking push puts ams OSRAM’s infrared illumination in the spotlight

Taiwan’s Ganzin is integrating ams OSRAM’s complete infrared illumination solution into its Aurora IIS eye-tracking reference platform for AI glasses, highlighting how the sensor specialist wants to anchor its IR components at the core of next-generation wearable devices.

Edited by ad hoc news New Releases & Launches Desk. Reviewed before publication on 06/16/2026 at 2:15 AM ET. Details in the imprint.

Ganzin’s new Aurora IIS eye-tracking reference platform for AI glasses is putting ams OSRAM’s infrared illumination package center stage: the Taiwanese startup has formally integrated the sensor specialist’s complete IR solution to power precise gaze detection in its latest demo hardware for augmented and mixed reality eyewear. According to a Pr Newswire release from AWE 2026, the Aurora IIS platform now ships with ams OSRAM infrared emitters and drivers as a turnkey illumination module. For ams-OSRAM AG, which has been refocusing its portfolio on intelligent sensors and emitters, the design-in underscores how critical near-infrared light sources have become for hands-free human-machine interfaces in consumer and enterprise headsets.

What Ganzin’s Aurora IIS platform does with ams OSRAM infrared

Aurora IIS is positioned as a complete eye-tracking reference platform: optical sensors mounted inside the eyeglass frame capture subtle eye movements, an embedded processor runs Ganzin’s proprietary algorithms, and ams OSRAM’s infrared diodes provide a stable, invisible illumination field so that the system can discern pupil position and gaze direction in real time. Ganzin describes Aurora IIS as an "all-in-one eye-tracking subsystem" designed to shorten development cycles for AR and AI glasses makers. By bundling calibrated IR light sources from ams OSRAM with its own camera module and software, the company aims to let headset manufacturers integrate eye tracking with minimal optical design work, which has historically been a barrier to volume deployment.

While neither partner discloses the exact part numbers in public materials, ams OSRAM’s infrared portfolio for wearables typically includes compact 850 nm and 940 nm emitters as well as multi-die packages designed for uniform illumination across the user’s eye region. On its own product pages, ams OSRAM highlights very small package footprints, fast switching and eye-safe output levels as key features of its near-infrared emitters for applications such as eye tracking and 3D sensing. In the Aurora IIS platform, this combination is supposed to ensure robust tracking performance under changing ambient light, which is a prerequisite for reliable user interfaces in see-through AR headsets and smart glasses that must operate both indoors and outdoors.

The Aurora ecosystem showcased at AWE 2026 is pitched at both consumer and enterprise device makers, addressing use cases from hands-free control of AI assistants in lightweight glasses to precision gaze analytics in industrial training and medical applications. For ams OSRAM, securing a reference design slot in such a platform is strategically relevant because it exposes its infrared components to a broad roster of potential headset OEMs evaluating Ganzin’s modules for future products. Shares of ams-OSRAM AG (ISIN AT0000A18XM4) last traded on the SIX Swiss Exchange at CHF 0.90 on 06/13/2026.

Aurora IIS with ams OSRAM IR in brief

• Product: Aurora IIS eye-tracking reference platform with integrated ams OSRAM infrared illumination
• Manufacturer: Ganzin Co., using IR components from ams-OSRAM AG
• Category: New Release/Launch - eye-tracking subsystem for AR/AI glasses
• Launch date: Publicly showcased at AWE 2026 in June 2026
• MSRP / Price: Not publicly disclosed, offered to OEMs and module partners
• Availability: Provided by Ganzin to qualified AR/VR and AI glasses developers, primarily via direct B2B engagement
• Target audience: Consumer and enterprise headset manufacturers integrating eye tracking into AR, MR and AI glasses
• Key differentiator / USP: Turnkey eye-tracking subsystem that combines Ganzin optics and algorithms with ams OSRAM’s calibrated infrared emitters for robust, low-latency gaze tracking

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