HD OLED-on-silicon micro-display aided by high-efficient operator IP

Abstract

In order to improve the higher rate of OLED-on-Silicon Microdisplay, this paper proposes a high-efficient operator strategy, which is based on the cancel of waiting time. The theory structure of high-efficient operator is proposed through the relationship between sub-field sequences and bit sequence for different gray levels. This operator is tested using the IP core and self-built HD OLED micro-display system. The experiment shows that the high-efficient operator can obtain excellent scan utilization under idle condition, compared with the traditional scan methods.

High-performance multilayer thin-film encapsulation for organic micro-displays by inserting in situ plasma oxidized Al layers between SiO x layers

“…ilicon-based organic micro-displays have attracted tremendous attention due to their advantages of miniaturization, 1) large field-of-view 2) and immersive experiences 3) for virtual reality and augmented reality applications. To achieve full-color displays for silicon-based organic micro-displays, directly obtaining patterns of RGB (red, green & blue) color filters (CFs) on thin-film encapsulation (TFE) using lithography with high pixel alignment accuracy has superseded the use of conventional CFs under glass cap encapsulation.…”