JBD ARTCs image quality engine is commercially launched, helping full-color MicroLED optical waveguide AR glasses open up a new excellent visual experience

As the world's leading MicroLED microdisplay company, JBD recently announced that its independently developed AR optical waveguide glasses system-level image quality engine - ARTCs, has been deeply used in RayNeo's flagship product "Thunderbird X3 Pro", bringing a brand new visual experience to full-color MicroLED optical waveguide AR glasses. ARTCs-WG, the core device of the ARTCs image quality engine, has been successfully implemented in the Thunderbird innovation production line, fully supporting the large-scale mass production of AR glasses. This cooperation not only marks the smooth transition of ARTCs from experimental verification to large-scale application, but also injects new development impetus into the AR near-eye display industry.

Break through technical bottlenecks and start an AR image quality revolution

Optical waveguide virtual image display has long-term display defects such as uneven brightness and color distortion, which seriously affects the AR visual experience. In response to this industry pain point, JBD launched the industry's first AR optical waveguide image quality correction solution ARTCs and supporting mass production equipment ARTCs-WG in 2024. Through light engine side processing and proprietary image quality algorithms, this system improves the global brightness uniformity of MicroLED optical waveguide AR glasses from "<40%" to ">80%", and reduces the color difference ΔE from ">0.1" to "~0.02", effectively eliminating color distortion and graininess, and significantly improving the display quality of the optical waveguide.

While ensuring that the color light waveguide AR glasses achieve a thin and light design, the ARTCs image quality engine further releases the "high brightness, low power consumption, small size" and other advantages of MicroLED micro-displays, making the picture presentation more natural and vivid, greatly improving the user's visual experience.