Design of stable active matrix organic light-emitting diode (AMOLED) displays comes with
significant challenges that stem from the electrical property of the backplane materials, line …

… of AMOLED displays because the slight voltage difference creates a large luminance
distribution in AMOLED … Our prototype is the largest AMOLED display based on an a-IGZO TFT …

Active matrix organic light emitting diode (AMOLED) displays are considerably attractive for
high brightness, high efficiency and fast response time. Active matrix employing thin Film …

… AMOLED … AMOLED, including details of the white formulations, and provides a direct
comparison between the power consumption and operational stability of RGBW and RGB AMOLED …

Small integrated circuits of crystalline silicon (chiplets) transfer‐printed onto a flat‐panel‐display
substrate provide greatly improved electrical performance and uniformity in active‐…

We present a QQVGA top emitting monochrome AMOLED display with 85dpi resolution
using an organic TFT backplane on low temperature PEN-foil. The backplane process flow is …

In this paper, the performance of active‐matrix‐driven small‐molecule OLED displays
incorporating high‐efficiency electrophosphorescent dopants were analyzed. These enable triplet …

… In order to achieve a flexible activematrix OLED (AMOLED) display, flexible thin-film …
Several pioneering studies have demonstrated flexible green monochromic AMOLED displays …

AMOLED microdisplays continue to show improvement in resolution and optical performance,
enhancing their appeal for a broad range of near-eye applications such as night vision, …

… In this article, we will review the technological challenges with regard to mass
commercialization of AMOLED TVs, as well as the emerging technologies that will overcome …