OPPO Air Glass 3 Unveiled at MWC 2024

OPPO has unveiled a prototype for its new generation of assisted reality glasses, OPPO Air Glass 3, at MWC 2024. OPPO Air Glass 3 can access OPPO’s AndesGPT model via a smartphone, providing a new burdenless AI experience.

Ahead of the event, OPPO also announced the establishment of the OPPO AI Center and released the OPPO AI Smartphone White Paper, marking a new era in which Smartphones transition to AI Smartphones.

At this year’s MWC, OPPO has collaborated with Qualcomm Technologies, Inc. and startup AlpsenTek to introduce a new AI Motion algorithm based on Hybrid Vision Sensing (HVS) technology, bringing added clarity to photography and videography of high-speed moving objects.

Further to this, OPPO is showcasing a range of products with partners, including Google, Qualcomm Technologies, and MediaTek, and has announced that OPPO smartphone users will soon be able to connect their phones to Microsoft Copilot. reflecting OPPO’s commitment to exploring enhanced technological experiences in collaboration with partners across the industry.

Weighing just 50 grams, the OPPO Air Glass 3 features a self-developed resin waveguide with a refractive index of 1.70, a display brightness uniformity of more than 50%, and a peak eye brightness of more than 1,000 nits.

Together, these ensure the OPPO Air Glass 3 provides a wearing experience that is close to that of a regular pair of glasses while also providing the best full-color display of its kind. Thanks to the access to OPPO AndesGPT provided by the Air Glass APP on the smartphone, users only need to lightly press the temple of the OPPO Air Glass 3 to activate the AI voice assistant and begin performing a range of tasks.

The OPPO Air Glass 3 also supports touch interaction, which can be used to easily control functions such as music playback, voice calls, information display, color image browsing, and more. The glasses also feature reverse sound field technology, an open acoustic design with four microphones, and other innovations that improve noise isolation to deliver high audio quality and enhanced privacy protection.