Seoul Semiconductor Co., Ltd., a globally recognized optical semiconductor manufacturer, takes part in ‘Light + Building 2022’ held in Frankfurt, Germany, from October 2 to 6, 2022 to unveil its high-efficiency and high-performance LED lighting solutions. This lighting festival is one of the world’s largest lighting expos attended by more than 200,000 visitors from 55 nations in the world.
“Based on its LED lineup consisting of a diversity of products, Seoul Semiconductor will offer optimized lighting solutions to its clients. Holding the biggest number of LED patents in the world, it will take the lead in expanding global LED markets based on its innovative solutions and technological prowess.”
Seoul Semiconductor is expected to showcase differentiated lighting systems including ‘WICOP technology-based high-efficiency lighting solutions’ and ‘SunLike technology for reproducing natural light.’
WICOP high-efficiency lighting systems are mid- and high-power solutions that are mainly applied to landscape & horticulture lighting and street lamps. They outperform existing solutions in reliability and are characterized by a luminous efficacy of 190 Im/W, the highest level in the industry and a long lifespan of more than 100,000 hours.
WICOP lighting solutions will be presented in the form of a compact module applicable to various types and sizes of lighting systems that include ‘3030E/H’ for plant growth, ‘Z5M4/Z5M5’ featuring high heat dissipation, and ‘5050-S4,’ a micro & high-power light source.
Seoul Semiconductor plans to install a booth for experiencing SunLike, natural light reproduction technology. Visitors will be able to compare colors under general and ‘natural lighting based on SunLike technology’ to experience natural colors.
Moreover, during the five-day exhibition period, influential speakers will be invited to hold special technology seminars. Light-related special lectures include ‘Characteristics of Full-Spectrum LEDs for Children, Adults, and the Elderly’ by Dr. Shelley of the Royal College of Art and ‘Future Technologies for Using Sunlight’ by Dr. Matej of the University of Ljubljana.