Abstract :
Many types of bistable reflective displays have been demonstrated so far to target the mobile application market, electronic books and paper-like displays. To ensure as a vital display technology in this market, displays with the characteristics of full color, light weight, low power consumption, high reflectivity and motion picture capability are necessary. In addition, a display technology has to have a cost-effective production method such as using roll-to-roll continuous manufacturing process. This paper will give a comparison on the emergence and evolution of bistable reflective display technologies with bistable cholesteric liquid crystal displays.
Keywords :
cholesteric liquid crystals; colour displays; liquid crystal displays; optical bistability; reflectivity; bistable displays; cholesteric liquid crystal displays; display technology; electronic books; full color displays; light weight displays; low power consumption; mobile application market; motion picture capability; paper-like displays; reflective displays; reflectivity; roll-to-roll continuous manufacturing; Brightness; Consumer electronics; Energy consumption; Filters; Ink; Liquid crystal displays; Manufacturing processes; Motion pictures; Powders; Voltage;