9.1: Invited Paper: Turning Points in Mobile Display Development

Abstract

Recent mobile displays have encountered a turning point in market trends as well as in technology requirements. Mobile displays are rapidly shifting to larger sizes, higher resolution (>300ppi), wider viewing angles, higher contrast, and integration with touch functionality. All of this has caused a generation change in mobile display architecture and technologies. This paper will address those revolutions and Chimei Innolux (CMI)'s approach.

62.3: Six‐terminal OLED Display Using Low‐Temperature Single‐Crystal Silicon (LTSS) Technology

“…Video [1] Video [2] Video The dynamic characteristics of the SPC determine the maximum pixel count in the panel. The operational amplifiers in the SPC are used to write data into the pixels; thus, variations between the amplifiers in offset etc.…”

“…In recent years, active-matrix organic light-emitting diode (AMOLED) panels have attracted attention as panels for mobile use [1], which are required to be small and lightweight.…”

P-24: Novel Pixel Structure for Improving Transmittance of High Resolution LCD

“…For example, the aperture ratio of UHD has approximately 65% of the Full HD aperture ratio. [2] Therefore, the studies of high transmittance have focused on the manufacturing technologies to reduce the width of gate and data lines and the material development to improve the mobility of transistors in order to shrink the area of the transistor and extend the aperture area of the pixel [3]. And many researchers also have studied for new types of LC modes and wall electrode LCDs for high transmittance and high resolution LCDs.…”

49.4L: Late‐News Paper: Novel Pixel Structure for Quadrupling of Pixel Voltage

“…Mobile devices such as smart phone and pad have been rapidly spread out in the world [1]- [3]. These devices need highresolution and low power consumption [4]- [5].…”