45-3: A Novel Seamless Kawara-type Multidisplay with Flexible OLED Panels Using an Optically Isotropic Film

Abstract

We previously reported a large, seamless, Kawara-type multidisplay formed by overlapping flexible organic lightemitting diode panels, each with two transparent edges. The multidisplay reported in this study creates a more seamless image because of the inclusion of a circular polarizer combined with a flexible panel using an optically isotropic film.

52‐4: Long‐lived Thermally Stable Blue OLED Achieving BT.2020 Color Gamut

“…Our developed deep-blue OLED accommodating the blue chromaticity in the BT.2020 standard can widen the color gamut and increase the reliability of OLED displays, such as hybrid displays [15][16][17], 8K displays [18,19], and Kawara-type multi-displays [20]. We will demonstrate these displays in the symposium.…”

77‐4: A 2.78‐in 1058‐ppi Ultra‐High‐Resolution OLED Hybrid Display using Oxide Semiconductor/Oxide Conductor (OS/OC) Pixel (Transparent Pixel) achieving High Aperture Ratio

“…In particular, in SID2016, we reported a 1058-ppi 2.78-in flexible OLED display and proposed it as a display achieving high resolution, light weight, and a high-speed response that may be necessary for HMD displays [17]. By applying the transfer technology, we developed and reported a multidisplay fabricated by arranging plural displays [18,19] and a hybrid display in which an OLED display and a reflective liquid crystal (LC) display are formed over the same substrate [20][21][22].…”

P‐48: An Oxide‐Semiconductor (OS) FET‐based Low‐Power Level Shifter Combined with OS LSI Technology‐based Display‐Controller COG for a Low‐Power OS Display System

“…There have been reported oxide-semiconductor (OS) displays [1] having pixels and a scan driver formed using a backplane of high-voltage OS FETs with an extremely low off-state current [2][3][4]. As examples of the OS displays, an 8K multi-display [5] shown in Fig. 1, an 8K flexible display [6], and hybrid displays [7][8][9] have been suggested.…”