Sharp IGZO-based LCD and OLED Displays on Show at Display Week 2013
Sharp's LCDs and OLEDs powered by its proprietary IGZO (Indium Gallium Zinc Oxide) technology will be on show in the Sharp booth during Display Week 2013.
LCDs will include 11.6-inch and 31.5-inch QFHD displays, and a 15.6-inch QHD+ display. OLED displays will include a 13.3-inch 4K/2K (ultra-HD) display, as well as IGZO QFHD specialty displays.
IGZO, developed in conjunction with Semiconductor Energy laboratory (SEL), moves LCDs beyond traditional TFT LCD technology, with electron mobility significantly higher than Amorphous Silicon (a-Si) displays. IGZO displays? smaller TFT structure enables higher resolution with slimmer product profiles, including narrower display borders when comparing edge-toedge display area.
The improved pixel performance also leads to a big decrease in energy consumption by reducing the number of LEDs required in the backlight to achieve high brightness. Approximately 54% less power is used in standard operation with IGZO as compared to an a-Si LCD. This will benefit hand-held and other battery-powered devices by extending battery life. It also benefits large screen displays by alleviating design issues related to the panels? power and heat management requirements.
Display of still images will benefit from an even greater energy-use reduction, up to 80%. This is achieved via a new driving method that allows a 1 Hz refresh rate with no resulting flicker in the image. Smart Refresh Control (SRC) technology allows a display module to instantly recognize data as video, web movie, or still image, then adjust power consumption appropriately.
Touch panel systems with IGZO will also significantly less noise interference than traditional touch screens. In a "power down" state, panels become essentially noise-free. This allows for far more efficient touch screen operations, including the ability to recognize extreme detail, such as drawing of fine lines, on a display.
OLED displays, previously limited to 5-inch size classes will have the potential to jump to as high as 90-inches diagonal, powered by IGZO. IGZO also enables displays such as curved (i.e. non-flat or linear) panels built with OLEDs, as well as specialty QFHD (Ultra-HD) panels.
Sharp has recently collaborated with Qualcomm to develop Pixtronix MEMS displays. The products aim to offer a widened color gamut, and programmable color performance and power consumption for further reduced power usage, among other benefits.
IGZO, developed in conjunction with Semiconductor Energy laboratory (SEL), moves LCDs beyond traditional TFT LCD technology, with electron mobility significantly higher than Amorphous Silicon (a-Si) displays. IGZO displays? smaller TFT structure enables higher resolution with slimmer product profiles, including narrower display borders when comparing edge-toedge display area.
The improved pixel performance also leads to a big decrease in energy consumption by reducing the number of LEDs required in the backlight to achieve high brightness. Approximately 54% less power is used in standard operation with IGZO as compared to an a-Si LCD. This will benefit hand-held and other battery-powered devices by extending battery life. It also benefits large screen displays by alleviating design issues related to the panels? power and heat management requirements.
Display of still images will benefit from an even greater energy-use reduction, up to 80%. This is achieved via a new driving method that allows a 1 Hz refresh rate with no resulting flicker in the image. Smart Refresh Control (SRC) technology allows a display module to instantly recognize data as video, web movie, or still image, then adjust power consumption appropriately.
Touch panel systems with IGZO will also significantly less noise interference than traditional touch screens. In a "power down" state, panels become essentially noise-free. This allows for far more efficient touch screen operations, including the ability to recognize extreme detail, such as drawing of fine lines, on a display.
OLED displays, previously limited to 5-inch size classes will have the potential to jump to as high as 90-inches diagonal, powered by IGZO. IGZO also enables displays such as curved (i.e. non-flat or linear) panels built with OLEDs, as well as specialty QFHD (Ultra-HD) panels.
Sharp has recently collaborated with Qualcomm to develop Pixtronix MEMS displays. The products aim to offer a widened color gamut, and programmable color performance and power consumption for further reduced power usage, among other benefits.
