Autostereoscopic 3D Display System Based on Lenticular Lens and Quantum-Dot Film

An autostereoscopic 3D display system based on the lenticular lens and Quantum-Dot (QD) film is presented in this paper. Wide color gamut, multi-view, and high brightness are achieved in this system. In addition, it can be easily realized on flat-panel display, which is the mainstream of display nowadays. Multiple viewing positions are available and with the assistance of eye tracking device, one pair of parallax images can be projected to the viewer’s left and right eyes, respectively. In order to value the performance of the backlight system, a prototype (10.1 inches) is fabricated and demonstrated experimentally. The structure of the system and working principle are explained in detail. The error of the exit pupils is analyzed. Compared with the traditional display platform, the color gamut of this system benefited from the use of QD material can be extended to 78%. The crosstalk of our prototype is about 7.7% and motion resolution is 30 mm.