Raysolve Accelerates Commercialization of Single-Chip Full-Color Micro-LED for AR

Raysolve is a company headquartered in Suzhou, China, possessing core technological capabilities in the field of ultra-high-resolution full-color Micro-LED micro-displays for AR glasses. Since its establishment in 2019, the company has been actively developing its technology and securing investments starting in 2021. Notably, since last year, Raysolve has showcased its AR glasses solutions at international exhibitions, demonstrating significant efforts to advance its single-panel full-color Micro-LED technology toward commercialization.

Raysolve developed a Color Display Panel for 0.39“ microdisplays in October 2022 and exhibited 0.11” (320*240) and 0.22″ (640*480, 7200PPI) Full-Color Micro-LED panels at SID 2023. At the CIOE 2024 and CIOE 2025 exhibitions, it demonstrated production-ready products (PowerMatch®️). After bonding an 8“ Epi-Wafer to an 8” CMOS substrate, it proceeded with the LED process to achieve a single-chip full-color product. The core colorization technology involves color conversion using QD PR on Blue Micro-LEDs.

Raysolve's 0.13-inch single-chip full-color Micro-LED light engine (0.18cc, 0.5g) and display demo

Raysolve’s 0.13-inch full-color Micro-LED light engine (0.18cc, 0.5g) and display demo showcased at CIOE 2025.

As 2026 began, Raysolve participated in key exhibitions during the commercialization process of the micro-LED display field. The company’s AR glasses solution, featuring its PowerMatch^® 1 single-chip full-color micro-LED display, was successively showcased at two top-tier international exhibitions: CES 2026 and SPIE Photonic West. This consecutive entry onto the international stage signifies that single-chip full-color Micro-LED technology has entered a critical phase of commercial validation and practical application. Its maturity and competitiveness are gradually gaining recognition from industry players.

Meta-Bounds' 38g ultra-lightweight AR glasses equipped with Raysolve's single-chip full-color Micro-LED

Meta-Bounds’ AI+AR glasses, achieving an ultra-light weight of 38g by adopting Raysolve’s single-chip full-color Micro-LED display. (Source: Meta-Bounds)

At CES 2026, Meta-Bounds unveiled the “38g World’s Lightest Full-Color, Full-Function AI+AR Glasses,” which won the CES Global Innovation Award for its groundbreaking product form and core performance. The core display of this pioneering product adopts Rayslve’s PowerMatch^® 1 single-chip full-color micro-LED microdisplay, achieving the world’s first implementation of a single-chip full-color micro-LED + full-bonded resin waveguide solution. This optical engine and resin waveguide achieve the lightest glasses possible. Following CES, the new AR optical solution unveiled by global optics leader Zeiss at the SPIE Photonic West exhibition also adopted Raysolve’s single-chip full-color micro-LED display panel.

The application of Micro-LEDs in the AR field has always been constrained by technical barriers such as achieving full color and miniaturization. However, starting in 2025, technological evolution is beginning to break through these bottlenecks. Full-colorization has always been a core challenge for Micro-LED technology. The approach using RGB primary color chips, exemplified by JBD, has significantly improved the luminous efficiency of red chips through material system and process optimization. This has enabled full-color displays with high color gamut and high color accuracy. This solution is already being applied at scale in consumer AR glasses. Another approach, quantum dot (QD) conversion single-chip full-colorization, is being vigorously pursued for commercialization by several companies, with Raysove as a representative. Using quantum dot photolithography (QD PR) processes, they integrate red, green, and blue colors onto a single chip, achieving a high color gamut without complex three-color light-mixing structures while significantly simplifying optical engine design complexity. Raysolve’s achievements demonstrate that single-chip full-color technology can support the formation of differentiated competitive advantages in final products and possesses strong commercialization capabilities. However, long-term quality reliability verification related to product lifespan still requires further confirmation in eyewear products. The 2026 report published by UBI Research summarizes the development cases and technical issues of companies developing quantum dot (QD) conversion single-chip full-color technology.

Namdeog Kim, Senior Analyst at UBI Research (ndkim@ubiresearch.com)

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