What are the advantages of Rouyu Technology's ultra-low temperature non-silicon process integration technology?

On May 13, Liu Zihong was invited to be the opening guest of CLEO 2020 summit and give a speech.
　　
　　CLEO is the world's top academic summit in the field of optoelectronics science, covering all aspects of applied optics such as basic research, scientific innovation, applied technology, and product display. Liu Zihong's becoming the opening guest undoubtedly shows the industry's affirmation of him and Rouyu Technology.
　　
　　At the summit, Liu Zihong introduced the application of ultra-low temperature non-silicon process integration technology (ULT-NSSP) in Rouyu Technology. It also stated that "Royole Technology has realized the "Flex+" platform integrating ULT-NSSP flexible electronic technology with operating system, software and hardware, and has provided customers in six major industries with flexible+ solutions, including smart mobile terminals, "Intelligent transportation, entertainment media, sports fashion, smart home and office education." Liu Zihong emphasized, "What Rouyu Technology is doing, in short, is based on ULT-NSSP technology and fully flexible display and sensor production capacity. "Basic product innovation"
　　
　　belongs to semiconductors. Compared with Samsung and BOE flexible screen polysilicon technology (LTPS), ULT-NSSP is not worth mentioning, but its strength cannot be underestimated. LTPS is widely used, and its disadvantages are obvious. The high cost, low yield, and the bending of the screen that cannot meet consumer expectations are headaches for manufacturers. Compared with this, ULT-NSSP has greater advantages, which can enable overall production. The process is greatly simplified, the equipment investment cost is greatly reduced, the yield rate is significantly improved, and the product bending reliability is extremely strong.
　　
　　However, the ULT-NSSP used by Rouyu is still a "niche" technology compared to the polysilicon technology used by Samsung and others. Many people are waiting to see this experimental field, and the upcoming FlexPai2 is an important result of its technology.