#China #Suzhou #TCL CSOT #Eye-Care Technology #Display Health

TCL CSOT Unveils the '2025 Eye-Care Technology White Paper'

TCL China Star Optoelectronics Technology, widely recognized as a pioneer in the field of advanced display technologies, recently held the "2025 Eye-Care Technology White Paper" seminar in Suzhou, China. In partnership with the National Engineering Research Center for Ophthalmology and key industry leaders, this event marks a significant milestone in setting new standards focused on eye health.

Setting a New Benchmark for Display Technology

The released White Paper introduces an innovative eye-care technology framework, positioning natural light as the benchmark for display technologies. This framework encompasses six essential dimensions: broad spectrum, non-polarization, continuity, diffuse reflection, rhythmicity, and spatiality. By adhering to these criteria, TCL CSOT aims to usher in a new era of next-generation displays designed to prioritize eye health. This initiative is part of TCL CSOT's ongoing commitment to reshape the landscape of eye health development within the tech industry.

Jun Zhao, the Senior Vice President of TCL Technology, emphasized during the 2025 TCL CSOT Global Display Tech-Ecosystem Conference that protecting eye health should become a core standard in the industry rather than just a marketing gimmick. He outlined the necessity of aligning emitted light from screens with natural light to safeguard vision.

Industry Collaboration for a Sustainable Future

Dr. Xiaolin Yan, the CTO of TCL Technology, echoed Zhao's sentiment, expressing the need for interdisciplinary efforts to restore the natural visual environment. The collaborative nature of this White Paper is evident, as it draws insights from academia, industry professionals, and research institutions, paving the way for a comprehensive approach to eye-care technology.

Prominent figures like Professor Jia Qu, an advisor to TCL CSOT, emphasized that outdoor activities, natural light exposure, and moderated electronic device usage are pivotal in preventing myopia among children. The new framework champions natural light as a crucial factor, showcasing the paper's dual role as both a scientific reference and a practical guide.

Innovations in Display Technology

The seminar also highlighted TCL CSOT's latest breakthroughs, aligning display products with the newly outlined natural-light criteria. Its 86-inch Whiteboard Display received the distinction of the World's First SGS Natural-Light Certification, a testament to TCL CSOT's advanced sensing technology and innovative non-polarizing films. Additionally, the 6.9-inch OLED Mobile Display proudly holds the title of the World's First Natural-Light Certified display, underscoring its exceptional optical architecture.

These developments showcase TCL CSOT's dedication to prioritizing eye health through responsible and advanced technology. The company's commitment to the APEX innovation model reinforces its focus on generating products that aim to enhance visual experiences while safeguarding eyesight.

A Vision for the Future

Moving forward, TCL CSOT intends to deepen collaborations with educational, medical, and research institutions, shedding light on the principles of natural-light display and developing user-centered physiological approaches. Their aim is to transform scientific insights into tangible industrial applications while establishing authoritative benchmarks in eye health-related display technology.

With an ongoing investment in research and development, TCL CSOT is positioned to lead the charge toward implementing a new standard for visual health in displays, creating a future where technology seamlessly supports human needs.

Founded in 2009, TCL CSOT continues to push boundaries in the advanced display technology sector with its innovations across various applications including TVs, smartphones, tablets, and more. By sustaining its commitment to eye health, TCL CSOT reaffirms its role as a leader determined to enhance the quality of life through technology.