Meta’s $799 Ray-Ban Display is the company’s first big step from VR to AR

In a significant reveal at this year's Meta Connect event, Mark Zuckerberg shifted his focus from the Quest VR headsets to the company's innovative foray into augmented reality with the unveiling of the Meta Ray-Ban Display glasses. Priced at $799, these smart glasses are set to hit the market on September 30. While they represent Meta's first commercial offering in the smart glasses arena, the Ray-Ban Display diverges considerably from the previously showcased 'Orion' prototype. The glasses feature a modest 600×600 resolution display that updates at a mere 30 Hz, limited to a small area of the right eyepiece. In comparison to the expansive 70-degree field of view and head-tracked 3D holographic effects of the Orion prototype, the Ray-Ban Display's capabilities may come as a letdown for some. However, Zuckerberg touted the glasses' 42 pixels per degree (PPD) resolution as impressive, especially when contrasted with the Meta Quest 3's 25 PPD. Early hands-on reviews indicate that the glasses boast a bright 5,000 nit display, ensuring visibility even in sunny outdoor conditions, aided by Transitions lenses that darken automatically to shield against glare. Though the design appears bulkier than traditional sunglasses, they are significantly lighter than previous attempts like Google Glass and current mixed reality headsets such as the Quest 3 and Apple Vision Pro. Weighing in at just 70 grams, users may find them more comfortable for extended wear, although the reported six-hour battery life necessitates recharging with an included foldable battery case. Zuckerberg's demonstration during the keynote did not include the optical hand-tracking capabilities seen in prior Orion displays. Nonetheless, these new glasses will incorporate a long-anticipated 'neural interface' wristband, enabling users to navigate menus and select options through subtle wrist muscle movements, eliminating the need for a traditional controller or verbal commands in bustling environments.