South Korean LED manufacturer Seoul Semiconductor announced its fiscal year 2017 results, the company achieved consolidated operating income of 1.004 billion US dollars (equivalent to about 6.36 billion yuan), an increase of 16%; operating profit of 92 million US dollars (equivalent to about 580 million yuan), year-on-year Growth of 71%.
The data shows that the 16% growth of Seoul Semiconductor's consolidated revenue far exceeds the industry's average growth rate of 2% over the same period. The revenue growth was mainly due to the sales of general lighting, the increase in sales related to IT products among the young and middle-aged groups, and the improvement of the automotive lighting business, among which the automotive lighting business grew by more than 20%.
General lighting division revenue growth was mainly due to increased sales of 220 volt and 370 volt Acrich MJT products for domestic and industrial applications. In addition, the company's WICOP and Acrich NanoDriver's revenue has also achieved significant growth. It is reported that WICOP is a new line of unpackaged LEDs, and Acrich NanoDriver combines a more powerful stepping drive method than traditional SMPS technology.
In addition to these different technologies, Seoul has high hopes for its SunLike natural spectrum LED technology, which is expected to bring health benefits to the human eye, lead the future of LED lighting, and make a significant contribution to the company's future sales and profits.
It is understood that the researchers of the Nobel Prize winner in 2017 discovered the influence of light on human circadian rhythm and gained recognition. This has become an important topic in society and has attracted the attention of Harvard professor Charles Czeisler, who is committed to this particular area of ​​research. He is currently working with NASA to study how light affects astronauts' circadian rhythms.
According to new research, among Asians, the proportion of myopia has increased from 20% in the 1950s to 80% in 2010. Intense blue light from fluorescent lamps and conventional LED sources can cause eye strain, which can further cause damage to the retina. To this end, Seoul Semiconductor and Toshiba of Japan jointly developed SunLike Natural Spectrum LED technology, which provides the most similar lighting conditions to actual sunlight, and can be used as a solution to protect the human eye from potential damage.
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