A Screen You Can Wear

The RayNeo Air 2 isn’t built to augment your reality. It’s built to replace your screen.

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Rayneo

As extended reality (XR) evolves, not every device aims to transform how we see the world. Some, like the RayNeo Air 2, focus instead on how we use screens—where we use them, and how portable they can be. With display quality and comfort at the center, the Air 2 offers a glimpse into what wearable displays might look like in practical, everyday form.

Rather than delivering a mixed-reality experience, the device functions as a wearable external monitor—projecting content from phones, laptops, or consoles directly in front of the user’s eyes.

How the Device Works

At the heart of the RayNeo Air 2 are two Micro OLED displays. Each delivers 1080p resolution with a 120Hz refresh rate, simulating the experience of watching a 200-inch screen from a distance. It connects via USB-C to compatible devices that support video output.

There’s no operating system or built-in apps. The glasses act solely as a display. Content, power, and controls all come from the connected device.

Features Beyond the Display

While the Air 2 doesn’t include interactive AR features, it does integrate a few core functions:

  • Lightweight Design: Weighs 76 grams, with adjustable nose pads and flexible arms to improve fit.
  • Open-Ear Audio: Built-in speakers provide stereo sound while keeping ears unobstructed.
  • Device Compatibility: Works with smartphones, gaming consoles, laptops, and tablets that support DisplayPort over USB-C.
  • Privacy-Oriented Viewing: The screen is only visible to the wearer, making it suitable for private use in public settings.

Each feature supports the device’s central purpose: offering a personal, portable viewing experience without relying on traditional screens.

Practical Limitations

While the RayNeo Air 2 offers a streamlined viewing experience, its functionality is tied directly to the capabilities of the connected device. It does not operate independently and requires a USB-C connection with video output. Devices lacking this feature may need additional adapters, which can complicate setup.

Physical comfort and visual clarity can also vary between users. The design includes adjustable elements, but individual fit depends on face shape and, in some cases, vision correction. Prescription lens inserts are available separately. In terms of included components, the device comes with the basics—additional accessories like a light blocker or protective case must be sourced independently.

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