Breaking the limits of virtual reality display resolution: the advancements of a 2117-pixels per inch 4K virtual reality liquid crystal display

Yung-Hsun Wu, Chia-Hao Tsai, Yi-Hsiu Wu, Yi-Shiuan Cherng, Ming-Jou Tai, Potilar Huang, I-An Yao, Chiu-Lien Yang
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Abstract

This work presents a breakthrough in the development of high-resolution virtual reality (VR) displays of 2117-pixels per inch (PPI) liquid crystal displays (LCDs). This technology significantly improves the dynamic range and reduces the screen door effect in VR displays. The challenges and potential solutions for achieving over 2000-PPI LCDs, including the design of the aperture ratio of pixels, improvements in LC efficiency, and overall transmittance, are discussed. Moreover, the use of mini-light-emitting diode backlight and low-power solutions to maintain the image quality in high-resolution designs are also proposed.
突破虚拟现实显示分辨率的极限:每英寸2117像素的4K虚拟现实液晶显示器的进步
这项工作为每英寸2117像素(PPI)液晶显示器(lcd)的高分辨率虚拟现实(VR)显示器的发展提供了突破。该技术显著提高了VR显示器的动态范围,降低了屏幕门效应。讨论了实现2000 ppi以上lcd的挑战和潜在解决方案,包括像素孔径比的设计、LC效率的提高和整体透射率。此外,还提出了在高分辨率设计中使用微型发光二极管背光和低功耗解决方案来保持图像质量。
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