We have developed a multi-view 2D/3D Display with the HxDP (Horizontally x times-Density Pixels) arrangement. The multi-view display features the same display resolution in 2D and 3D modes and simultaneously displays 2D and 3D images on the same screen. It has excellent optical characteristics: a low 3D crosstalk of less than 2%, a large QSVS (Qualified Stereoscopic Viewing Space), and a smooth motion parallax.

-We have developed a two-way multi-view 2-D/3-D display combining a liquid crystal lens and horizontally and vertically x times-density pixels (HVxDP) arrangement. The two-way multi-view display features the same display resolution in 2-D and 3-D modes and a quite small color moiré for landscape and portrait, respectively, when using the HVxDP arrangement. In this paper, we realized suitable 3-D properties for achieving a good balance between 3-D moiré and 3-D crosstalk for landscape and portrait by a two-way liquid crystal lens with two kinds of focal lengths for the edge part and the center part of the lens.

We succeeded in developing a field-sequential color system-onglass (SOG) LCD with a twisted-nematic mode using a novel material and novel driving method. We achieved a 4-ms response time and operation over a wide range of temperatures with a 2.1µm cell gap. High optical efficiency was demonstrated with an aperture ratio of 59% and a 17.5-µm pixel pitch.

An approach that uses a two-way LC lens and novel pixel arrangement enables 3D properties suitable for landscape and portrait displays.

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