A 75-Gram Monitor for Your Face: The Screen Glasses Betting Against Onboard Computing
Published on 10/12/2026 at 03:30 | Editorial boerse-global.de
Manufacturers of wearable displays are making a deliberate trade: strip out the processor, the battery and the spatial sensors, and what's left is light enough to wear through a full workday. The pitch behind a wave of new models is that a headset doesn't need to be a computer — it can simply be a monitor you put on.
RayNeo's Air 4 Pro follows exactly that logic. Built for education and workplace settings, it carries no computing unit, no battery and no environment-sensing hardware. Instead it depends on a wired link to an external host device, which supplies both power and video. That design choice rules out any self-contained applications or awareness of the room around the wearer.
What the glasses do offer sits in the optics. Two Micro-OLED panels deliver 1920×1080 pixels each, with HDR10 support at 10-bit colour depth, a refresh rate of up to 120 Hz and peak brightness of 1200 nits. Contrast reaches roughly 200,000:1, and the system projects a virtual image measuring 130 to 200 inches diagonally into the user's field of view. The whole unit weighs 75 grams and, according to industry reports, sells for 300 US dollars.
ASUS and XREAL chase faster refresh rates
A second entry on the same path comes from the partnership between ASUS and XREAL. Their ROG XREAL R1 is currently available for pre-order at around 849 US dollars, with a full market launch still pending.
At 91 grams it is the heavier of the two, and it brings Bose audio into the frame alongside Micro-OLED displays running Full HD per eye. A 57-degree field of view and 107 percent sRGB colour gamut coverage produce a virtual image of 171 inches at a distance of four metres.
Peak brightness is listed at 700 nits, response time at 0.01 milliseconds. The display also supports refresh rates up to 240 Hz — though hitting that figure demands a suitably powerful signal source and software tuned to match. Tracking runs at 3DoF with supported 6DoF, and the device draws power over a wired USB-C connection.
An optional ROG Control Dock adds 230 grams and measures 215×100×25 millimetres. It provides two HDMI 2.0 ports, DisplayPort 1.4 and a USB-C output capable of carrying 4K signals at 60 Hz.
Certifications point to an unannounced compute module
Beyond the display glasses themselves, hardware makers are readying supporting products. On 8 October 2026, the US Federal Communications Commission issued four certifications for a previously unannounced computing module from Xreal, filed under FCC ID 2BBNY-B6111 and certified by NMi TESTLAB.
The application was submitted on 11 September. Documents show Wi-Fi 6E radio equipment operating between 5955 and 7115 MHz with 160 MHz channels at 0.059 watts EIRP, plus modules for 2.4 GHz and 5 GHz. A minimum body separation distance of 5 millimetres is required, and the filings list a maximum SAR value of 1.18 W/kg during simultaneous transmission, along with a 6 GHz power density of up to 1.94 W/m². No release dates or software platform details appear in the paperwork.
Component suppliers are adjusting as well. In its annual report for the fiscal year ending 3 September 2026, filed on 9 October 2026, semiconductor maker Micron listed smart glasses as consumer devices with embedded memory for the first time. The company expects broader market adoption to drive higher memory content per pair of glasses, though the filing gives no specific revenue figures, customers or unit volumes for the segment.
