Los Angeles, May 5, 2026 — At SID Display Week 2026, the world’s premier exhibition for display technologies, Raysolve, a pioneer in monolithic full-color Micro-LED micro-displays, showcased its complete PowerMatch^® 1 series alongside multiple AR waveguide prototypes powered by its monolithic full-color Micro-LED light engines, attracting strong industry attention.

Performance Breakthroughs: Driving the Next Generation of AR Light Engines

At this year’s event, Raysolve unveiled significant performance improvements across its PowerMatch^® 1 series, further strengthening its leadership in Micro-LED micro-displays as AR technology accelerates toward commercialization.

The PowerMatch^® 1 full-color Micro-LED micro-display now achieves a peak brightness of 850,000 nits, delivering up to 1 lumen of luminous flux for AR light engines. This advancement strikes an improved balance between brightness and color performance, enabling more vivid and lifelike visual experiences for near-eye display applications such as AR glasses.

Meanwhile, the PowerMatch^® 1 monochrome green Micro-LED micro-display reaches an impressive peak brightness of 7 million nits, delivering up to 10 lumens of luminous flux. This exceptional performance significantly enhances image clarity in high-ambient-light outdoor environments, making it well suited for AR glasses in demanding real-world conditions.

These advances in brightness and optical efficiency are driven by Raysolve’s continuous refinement of manufacturing processes and optical architecture. Built on years of expertise in semiconductors and optoelectronics, the company’s latest achievements not only mark continued progress in Micro-LED technology but also provide a more competitive solution for balancing brightness, power consumption, and compact form factors—key requirements for lightweight, everyday wearable AR devices.

Ecosystem Collaboration: Showcasing Diverse AR Waveguide Solutions

Beyond advancing core display technologies, Raysolve remains committed to strengthening the AR ecosystem through close industry collaboration.

At the event, the company showcased several AR waveguide solutions co-developed with global ecosystem partners, spanning multiple optical architectures and technical approaches. These demonstrations highlighted the growing compatibility of Raysolve’s monolithic full-color Micro-LED light engine with diverse waveguide technologies, reinforcing the industry trend toward collaborative innovation for scalable AR adoption.



ZEISS: A diffractive waveguide system featuring prescription correction and photochromic lens capabilities, exploring seamless integration of AR glasses with vision correction and all-day wearability—aligning with the industry’s pursuit of more user-friendly AR devices.

Raypaitech: A highly transparent geometric optical waveguide solution that delivers strong optical transmittance alongside vivid virtual imagery, enhancing the natural blending of digital and real-world content.

Meta-Bounds: A polymer-based diffractive waveguide technology demonstrating strong commercial potential in lightweight design and scalable manufacturing, helping overcome cost and scalability challenges for AR waveguide modules.

Optiark: An innovative one-to-two diffractive waveguide solution that significantly improves system integration efficiency, offering new possibilities for binocular AR glasses design and enhanced user experiences.

The collective showcase of multiple waveguide approaches underscores Raysolve’s ability to empower a broad range of AR optical systems through its core Micro-LED light engine technology. Through deep collaboration with global ecosystem partners, Raysolve is accelerating the transition of AI-powered AR glasses from technical validation to scalable commercialization, unlocking the vast potential of the near-eye display market.

Commercial Milestone: Advancing from Technology Validation to Product Verification

In addition to technological progress, SID Display Week 2026 also marked an important milestone in Raysolve’s commercialization journey.

Raysolve announced that its monolithic full-color Micro-LED technology based on quantum dot lithography has officially progressed from the technology validation stage to the device-level product verification stage, representing a key step toward scalable commercial deployment.

Within the AR industry, monolithic full-color Micro-LED has long been regarded as the ultimate display solution for lightweight, high-performance AR glasses. The progress demonstrated by Raysolve at Display Week 2026 further reinforces industry confidence in the maturity of this technology pathway and injects new momentum into the advancement of AR hardware and ecosystem development.

Looking ahead, Raysolve will continue to advance its core Micro-LED micro-display technologies together with global ecosystem partners, driving continuous innovation across the AR value chain. By pushing the boundaries of brightness, efficiency, and integration, the company aims to accelerate the transition of consumer AI-powered AR glasses from emerging technology to everyday reality—unlocking a new era for near-eye display experiences.