Vertical Divider
Samsung Display Adopts AI to Improve OLED Manufacturing
The importance of AI technology in the display industry will increase in the future, according to CAE, a company providing simulation and modeling technologies. Samsung Display is already working on implementing new AI manufacturing technologies, and the company’s CEO confirmed that Samsung Display has in fact ‘recently introduced AI (artificial intelligence) technology in key areas of panel development’ for the purpose of increasing manufacturing efficiency. Samsung Display revealed that OLED is the most representative area where AI technology has been introduced. For example, engineers used to design backplane materials by changing molecular structures to find the desired structural characteristics, but with the help of AI, engineers can now preset the desired characteristic values ahead of time. The AI then simulates various cases until it finds the correct answer. This method can drastically improve OLED manufacturing times, as it takes only 30 seconds for the AI to design the molecular structure of 100 organic materials. Production yields are also said to be improved by AI, especially for high-resolution OLED panels. As a display’s resolution increases to 4K and 8K, the rate of malfunction for these panels increases exponentially. However, with the help of AI, Samsung engineers can design and verify 640,000 driving circuits every day, using only a server computer equipped with a 64-core CPU.
The importance of AI technology in the display industry will increase in the future, according to CAE, a company providing simulation and modeling technologies. Samsung Display is already working on implementing new AI manufacturing technologies, and the company’s CEO confirmed that Samsung Display has in fact ‘recently introduced AI (artificial intelligence) technology in key areas of panel development’ for the purpose of increasing manufacturing efficiency. Samsung Display revealed that OLED is the most representative area where AI technology has been introduced. For example, engineers used to design backplane materials by changing molecular structures to find the desired structural characteristics, but with the help of AI, engineers can now preset the desired characteristic values ahead of time. The AI then simulates various cases until it finds the correct answer. This method can drastically improve OLED manufacturing times, as it takes only 30 seconds for the AI to design the molecular structure of 100 organic materials. Production yields are also said to be improved by AI, especially for high-resolution OLED panels. As a display’s resolution increases to 4K and 8K, the rate of malfunction for these panels increases exponentially. However, with the help of AI, Samsung engineers can design and verify 640,000 driving circuits every day, using only a server computer equipped with a 64-core CPU.
|
Contact Us
|
Barry Young
|