ANSAN, South Korea–(Organization WIRE)–Seoul Semiconductor Co., Ltd. (KOSDAQ 046890), a foremost world wide innovator of LED solutions and technology, declared that it expects to expand its business enterprise of SunLike all-natural sunlight spectrum LED engineering optimized for organic human biological rhythm which has 24-hour cycle, as the transfer of patent legal rights and business enterprise legal rights of SunLike LED engineering has been accomplished from Toshiba Resources Co., Ltd. (CEO Katsuaki Aoki, Yokohama), which has jointly made SunLike technological know-how. The world-wide LED lighting gross sales sector is believed at USD 5 billion as of now.
Seoul Semiconductor and Toshiba Supplies were jointly concerned in the development and launch of SunLike in 2017, which has needed financial commitment to more broaden secure output and profits. As a end result of continual consultations concerning the two corporations above the previous two years to strengthen the velocity of choice and operational effectiveness for the SunLike business, Seoul Semiconductor has acquired all systems, patents, logos, etc. related to SunLike, the mild most very similar to daylight. Vital staff from Toshiba Supplies also joined Seoul Semiconductor, and they will begin endeavours to develop income from September.
SunLike is a LED technological innovation that reproduces the daylight spectrum (all organic colours this sort of as purple, orange, yellow, blue and navy) curve. This is a new conceptual gentle resource optimized for human circadian rhythm by employing the very same wavelength as purely natural light. Human everyday cycle (Overall body Clock) and photo voltaic cycle (24-hour cycle) are distinctive. The sunlight initializes the get started of the working day to reset the human body’s day by day rhythm, permitting for a fantastic health, slumber, and memory.
The 2017 Nobel Prize in Physiology or Medication was also awarded to 3 PhDs who recognized circadian rhythms. When the spectrum of goods that lots of lights corporations endorse as Human Centric Gentle, or HCL, is simply just lowering the blue gentle peak, SunLike implements the gentle closest to the sunlight spectrum. Seoul Semiconductor has performed memory and discovering comparison experiments in the U.S, Europe and Korea and myopia avoidance experiments in Singapore, with regard to the use of lights with SunLike technology for the final a few many years, and will announce the success in Oct 2021 and CES 2022 exhibition.
“It is important to select purely natural light-weight that has been optimized for human DNA for millions of a long time, not brightness and lower selling price any more. With SunLike technologies, Seoul Semiconductor think that the technology supports to cut down myopia and will help persons tumble a sleep perfectly at evening when cells are regenerated. Also, by returning the daylight of nature to mankind, we will grow to be the protagonists of a new background of mild,” said Chung Hoon Lee, CEO of Seoul Semiconductor.
About Seoul Semiconductor
Seoul Semiconductor is the world’s second-premier world wide LED producer, a rating excluding the captive market place, and has much more than 10,000 patents. Centered on a differentiated product or service portfolio, Seoul presents a vast vary of systems, and mass provides revolutionary LED products and solutions for indoor and outside lights, automotive, IT products and solutions, this sort of as cellular telephones, personal computer shows, and other purposes, as perfectly as the UV region. The company’s world’s initial advancement and mass creation goods are turning out to be the LED industry typical and major the world marketplace with a package deal-totally free LED, WICOP a higher-voltage AC-driven LED, Acrich an LED with 10X the output of a traditional LED, nPola a cutting edge ultraviolet thoroughly clean technology LED, Violeds an all direction gentle emitting know-how, filament LED a pure sunshine spectrum LED, SunLike and a lot more. For much more data, you should pay a visit to www.seoulsemicon.com/en.