meta ray-ban and OAKLEY AI glasses come with earbud-free calls and autocapture feature

"In the Meta Ray-Ban Display, the module contains a small projector that places text or images on the lens surface, while Vanguard replaces the projector with OAKLEY PRIZM lenses for outdoor vision but keeps the same lens mount. Both models share a camera unit positioned at the top corner of each frame, containing a 12-megapixel sensor, autofocus motor, and protective cover."

"Power blocks sit in the ends of the arms, where they hold rechargeable lithium-ion cells and a small power-management board. Charging contacts align with portable cases that also store extra battery capacity, and wireless antennas for Bluetooth and Wi-Fi are laid along the arms. The frames differ in shape: the Meta Ray-Ban Display follows classic eyeglass lines, while the OAKLEY Meta Vanguard has a sport wrap, but both use impact-resistant polymer shells with metal cores at stress points."

"The Meta Ray-Ban Display combines a pair of lightweight glasses with a color display, microphones, speakers, cameras, and an AI system. The display is built into the lens area but set off to the side for a clear forward view, and the projection turns on only when requested via verbal command or gesture."

Meta introduced two AI eyewear models that integrate optical modules, imaging, audio, power management, and AI controls. The Ray-Ban Display uses an internal projector to place text or images on the lens surface while the OAKLEY Meta Vanguard replaces the projector with OAKLEY PRIZM lenses for outdoor use but retains the same lens mount. Both share a corner-mounted 12-megapixel camera with autofocus, microphones and open-ear speakers in the temple arms, rechargeable lithium-ion cells in power-block arm ends, charging-aligned portable cases, and Bluetooth/Wi-Fi antennas. Frames use impact-resistant polymer shells with metal cores, and nose pads and lenses are removable for repair or upgrades. The OAKLEY Meta Vanguard adds an autocapture feature for phone-free photo and video capture, and the display projection activates only via verbal command or gesture, with gesture control enabled by a wearable neural wristband.

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