【April 07, 2024, Tainan】IRIS Optronics, a long-term leader in full-color Cholesteric Liquid Crystal Display (ChLCD) e-paper technology, has officially launched its newest product, "Ming Display®." By integrating full-color ChLCD e-paper with MiniLED display technology, the solution targets public spaces, commercial sectors, and healthcare environments where there are significant day-to-night lighting differences and a need for long-term information display, providing a solution that balances reading comfort with energy efficiency.

Albert Liao, Chairman of IRIS Optronics, stated, "As display equipment becomes a vital information interface for cities and public services, the market is no longer solely pursuing screen brightness or dynamic effects. Instead, there is a growing focus on the stability and energy burden of these devices under varying environmental conditions. The original vision for Ming Display® was to maintain 24/7 readability while drastically reducing energy consumption, overcoming the limitations of traditional displays under changing ambient light to provide a more logical choice for long-term display scenarios."

Combining Reflective and Active Emission: Breaking Technical Limits through Hybrid Content Streaming

In smart cities, healthcare, and transportation sectors, display equipment often needs to handle both static notices and dynamic content. While traditional active-emission displays can play videos and animations, they are prone to glare under bright daylight, and the high energy consumption and maintenance costs of 24/7 operation pose a practical burden. Conversely, while e-paper offers excellent energy-saving and eye-protection features, it faces visibility limitations in low-light environments.

The core innovation of Ming Display® lies in integrating the advantages of these two technologies to establish a "Day/Night Split" display architecture. During the day or when ambient light is sufficient, the system uses reflective full-color ChLCD e-paper to present static images, relying entirely on ambient light for clear visibility. At night or under low-light conditions, the MiniLEDs provide an active light source, supporting high-brightness images and dynamic content playback. Through intelligent switching of display modes, Ming Display® not only eliminates the dark-spot visibility issues of e-paper but also avoids the energy waste of running active-emission components at all times. This results in overall energy savings of approximately 60%, achieving a new balance between visual performance and energy usage.

Expanding the Imagination for Public and Commercial Applications: A New Paradigm for Energy-Saving Displays

By integrating ChLCD and MiniLED, Ming Display® is particularly suited for venues requiring 24-hour operation with a mix of static signage and dynamic information needs, including hospital navigation systems, commercial billboards, transportation hubs, and public display kiosks. The content remains glare-free during the day and remains attractive at night, ensuring excellent readability across different time periods and enhancing the stability of the overall user experience.

IRIS Optronics stated that Ming Display® is more than just a single product; it represents a shift in display architecture, reflecting a market trend moving from "high brightness, high consumption" toward "context-adaptive, low consumption" display logic. Looking forward, the company will continue to use full-color ChLCD e-paper as its core to deepen the integration of cross-display technologies, providing more sustainable digital display options for public and commercial spaces and opening new possibilities for energy-saving displays in urban and everyday life settings.