46‐5: Invited Paper: A Novel Technology to Achieve 3D Polarized Stereoscopic Display Utilizing Glass Patterned Retarder

A novel technology named glass patterned retarder (GPR) to achieve 3D polarized stereoscopic display was proposed. A polymer liquid crystal (PLC) served as PR was generated in glass occupied with mark which can match the mark in 2D panel to ensure the position accuracy. A unique optical alignment (OA) technology of BOE was used to provide the ±45° UV polarized light needed for polyimide (PI) to control the alignment angle of PLC close to ±45° in odd and even rows. Therefore, a small 3D crosstalk has been achieved nearly 0.7%. Furthermore, BM was allowed to generate on glass and the wide of BM is adjustable. And a wide 3D vertical view angle of ±13°and horizontal view angle of ±85° has achieved in 86 inch GPR, which is superior to glasses‐free 3D. This new GPR 3D technology has received high recognition from customers.