Wuxi R&D Strength-北京星灿智显科技有限公司

Micro-LED Integrated Display R&D Center

As display technology advances toward miniaturization, integration, and high performance, the NOVOSHINE Wuxi R&D Center—Micro-LED Integrated Display R&D Center—serves as a core innovation engine dedicated to advancing next-generation display technology breakthroughs and industrialization.

Based in a modern R&D facility spanning 6,000 m², the Wuxi R&D Center has established a complete closed-loop R&D ecosystem covering everything from foundational chip design to pilot-scale process validation. It is not only a birthplace for cutting-edge technologies but also a critical hub for transforming laboratory innovations into mass-producible technologies.

World’s First Glass-Based Pixel-Level Integrated
Packaging Technology Micro-LED on Glass

MOG (Micro-LED on Glass) technology directly integrates Micro-LED
chips onto a glass substrate through a three-step
advanced manufacturing process:

Core Objective

Addressing the industry pain points of low yield, high cost, and high technical complexity in Micro-LED mass production

Accelerating the commercialization of Micro-LED across a wide range of ultra-high-definition display applications

Full-Stack R&D Capabilities
Empowering Micro-LED Technology Breakthroughs

With deep involvement across key stages of the entire Micro-LED display value chain, we have established a powerful R&D matrix spanning design, materials, processes, and integration:

Integrated Display
Chip Development

Integrated Display Chip Development

Focused on high-performance Micro-LED chip architecture design, driver integration, and optoelectronic performance optimization, providing the core “light engine” for display modules.

Nano-Coupling and
Micro/Nanotechnology

Nano-Coupling and Micro/Nanotechnology

Conducting in-depth research on the coupling mechanisms between quantum dots, nanomaterials, and Micro-LEDs, as well as optical and color-control technologies at the microscale, to achieve wider color gamut coverage and higher color purity.

Mass Transfer and
Integration Processes

Mass Transfer and Integration Processes

Developing high-precision, high-efficiency, and high-yield micron-scale chip mass transfer technologies, while advancing sophisticated backplane integration and packaging processes to establish a solid foundation for large-scale manufacturing.

Display System Development and
Pilot Production

Display System Development and Pilot Production

Focusing on module optical design, driver system development, and display algorithm optimization, and leveraging the pilot development platform to conduct process validation, small-batch prototyping, and reliability testing, accelerating the transition of technologies from the laboratory to production lines.