6.4: Invited Paper: Fully Digital D‐ILA™ Device for Consumer Applications

Abstract

JVC has developed a fully digital driving D‐ILA device, which inherits the advantages of conventional D‐ILA such as contrast ratio greater than 5000:1, high efficiency, high resolution and high reliability. The all‐digital drive offers substantial reductions in system cost and excellent picture quality has been achieved.

58.5L: Late‐News Paper: Full HD 3D Display using Stripe‐patterned Quarter‐wave Retarder Array and Retardation‐switching Glasses

“…In the HR-Xpol ® , while the respective horizontal lines of the right and left eye images in LCD are interchanged each other, the retardation switching glasses are synchronized and turned on and off so as to avoid the degradation of vertical resolution. The retardation switching glasses have a quarter wave plates, homogeneous LC panels which are vertical aligned nematic type (hereinafter referred to as VAN type) and was made by Victor Company of Japan, Limited (hereinafter referred to as JVC) [5][6] and a polarizer film. The homogeneous LC panels are switched, it works as λ/2 retarder, so that it is possible to turn over the polarized axis of the lights through the glasses (see Fig.3).…”

Three-dimensional optical analyses and optimizations of a vertical alignment color-filters-embedded liquid-crystal-on-silicon microdisplay

“…Because of the normally black characteristics, the contrast for the CF-LCoS microdisplay in VA mode should be also improved. 7 In order to optimize the performance, we performed the three-dimensional (3D) optical analyses for VA mode CF-LCoS microdisplays.…”

Invited Paper: New technology for HTPS‐LCD panels for projection systems

“…Projection displays using microdisplay devices such as DMD, LCOS, and HTPS have drawn attention because of their ability to enable easy home-viewing of high-resolution images. [4][5][6] HTPS is one of the most suitable microdisplay devices for projection displays because driving circuits that include high-mobility transistors can be formed on the TFT substrate. We have been developing new "D series" HTPS technologies to further advance resolution and image quality.…”