Reports from industry analysts suggest that by 2026, Apple will introduce AirPods equipped with infrared (IR) camera modules. While it may seem unconventional for a device primarily designed to deliver audio, there are compelling reasons behind this development, rooted in enhancing spatial experiences.
Apple has consistently emphasized spatial audio in its audio products, including Apple Music. Spatial audio provides a three-dimensional sound experience, making users feel as if the sound is coming from various directions around them.
According to Apple analyst Ming-Chi Kuo, the IR cameras in the new AirPods will detect environmental image changes, enabling more precise head movement tracking. This would allow for richer spatial audio experiences. For instance, when watching a video with the Vision Pro headset and AirPods, if the user turns their head towards a specific direction, the sound from that direction could be amplified, enhancing the realism of the experience.
In addition to improving spatial audio, the built-in cameras will support new features such as in-air gesture control. This means users could interact with their AirPods without physically touching them, simply by using gestures like nodding or shaking their heads. These gestures could be used for various functions, such as answering or declining calls.
Furthermore, Apple plans to introduce Personalized Spatial Audio with head tracking for gaming. This feature will be available to users with the latest AirPods, AirPods Pro, or AirPods Max, and is set to roll out with iOS 18 this fall.
The new AirPods with IR cameras will likely integrate seamlessly with Apple's broader ecosystem, particularly in the realm of spatial computing and augmented reality (AR). By combining these AirPods with devices like the Vision Pro headset, users will experience an enhanced interaction between audio and visual content in physical space.
Apple plans to start mass production of these innovative AirPods by 2026, with major supplier Foxconn expected to produce the IR camera modules.