Disclosed is a display system capable of providing two and three-dimensional images. The display system comprises display means; a first polarizer located at a distance from a front surface of the display means; a display panel provided to a front of the first polarizer and regulating a polarization direction of light having passed through the first polarizer; and a second polarizer located at a distance from a front surface of the display panel, wherein each pixel of the second polarizer has a size of dividing a unit pixel of the display panel into two parts and two polarization states of each pixel are orthogonal to each other. By applying the structure, it is possible to manufacture a display system having a resolution increased by two times, as compared to a conventional display system. Accordingly, when developing a high resolution image display system requiring enormous development costs, it is possible to manufacture it using the two types of display systems. As a result, it is possible to inexpensively manufacture a high resolution and high definition display system. Further, it is possible to provide a three-dimensional image without decreasing the resolution of the display system, and to provide the multi-view points twice as many as the conventional multi-view points, without decreasing the unit view point resolution of the three-dimensional image.