The display was developed by Guo Haicheng, a professor of the Department of Electronics and Computer Engineering at the University of Science and Technology, and his team, called 'Active Drive Ferroelectric Liquid Crystal Display'. Color filters in traditional LCD displays consume about 70% of energy, accounting for LCD monitors. The production cost is about 30%. The 'active drive ferroelectric liquid crystal display' replaces the color filter with a new field sequential color display technology, so power consumption and cost can be reduced.
The backlight system of field sequential color display technology is different from the general liquid crystal display on the market. The new system has a narrow spectrum and a wide color range, which improves the color saturation of field sequential color display technology and improves the resolution by 3 times.
Professor Guo Haicheng said that the field sequential color display technology can effectively save electricity. The production process is the same as that of the traditional liquid crystal display, but the production cost is lower than that of the traditional display, and it is expected to be available in one year.