TCL’s RayNeo X3 Pro AI+AR smartglasses are a significant step forward in wearable technology, offering a unique dual-lens display for enhanced visual immersion. Priced at US$1,299, these smartglasses aim to provide a comfortable and intuitive augmented reality experience, differentiating themselves from single-lens competitors. The dual-lens design is intended to reduce eye strain and offer a more natural viewing experience, a claim that holds merit based on initial impressions.
The most striking aspect of the RayNeo X3 Pro is its display. With a brightness that can reach up to 6,000 nits, the UI is clearly visible even in bright conditions, though it can be almost too intense in darker environments. The display area is thoughtfully positioned centrally and slightly below the natural eyeline, ensuring it doesn’t obstruct the user’s field of vision.
How do RayNeo X3 Pro smartglasses compare to other AR devices?
RayNeo X3 Pro smartglasses offer a distinct advantage with their dual-lens display, which aims to reduce eye strain compared to single-lens alternatives. This design provides a more immersive and comfortable viewing experience for extended use, making them a compelling option in the AR market.
Navigation is managed through touch controls on the right arm, allowing for swipes in various directions. While there’s a slight learning curve, particularly with the tap-to-select function, the controls become intuitive with practice. The absence of a dedicated home button is noticeable, but the existing gestures cover most essential functions.
The home screen is commendably clean, offering quick access to settings like Wi-Fi and Bluetooth, along with the RayNeo assistant. Swiping left reveals notifications, while swiping right opens the app drawer. The selection mechanism, where an app activates upon lifting your finger, requires some adjustment.
Physical buttons provide additional control. The top button can be configured for capturing photos or videos, or for activating features like real-time translation. The screen can be toggled on and off with a separate button. The left arm also includes touch controls for media playback.
Connectivity options are robust, allowing control via the RayNeo app on a smartphone or even pairing with an Apple Watch. This versatility enhances the user’s ability to interact with the smartglasses.
While Wi-Fi connectivity can be a challenge at events like CES, the potential for online features like translation and the RayNeo assistant is substantial. Powered by Google Gemini 2.5, the assistant is capable of handling a wide range of queries, mirroring the functionality of the standalone Gemini application.
The RayNeo X3 Pro operates on its own AI operating system, a strategic choice that enables compatibility with both Android and iOS devices. This approach is more flexible than relying solely on Android XR, which might limit cross-platform functionality.
For those looking to expand the app library, sideloading APKs is possible, though the process is more straightforward on Android than on iOS, which requires additional steps using a Mac.
Compared to Meta’s Ray Ban smartglasses, the RayNeo X3 Pro is heavier, which is understandable given the advanced display technology. Despite the weight difference, the 10-minute demo indicated a comfortable fit, with the arms contributing to a secure feel.
The design is distinctly tech-focused, with prominent cameras. While not as discreet as some competitors, this aesthetic might appeal to users who prefer a more overt smart device. The glasses also offer gaming capabilities, with a surprisingly engaging version of Pong that utilizes head movements.
Key specifications include a 640 x 480 pixel display resolution, 12-megapixel cameras, and the Snapdragon AR1 processor. The inclusion of a full-color map for navigation and support for translating up to 14 languages underscores the device’s advanced capabilities.
The RayNeo X3 Pro represents a compelling glimpse into the future of smartglasses, blending advanced technology with user-centric design. Further testing will reveal the full extent of its capabilities and its impact on the evolving AR landscape.
