A multiview autostereoscopic display comprising: a backlight unit; a first polarization panel arranged to transmit light emitted from the backlight unit having a first polarization direction; a first polarization switch arranged to change the polarization direction of light from the first polarization panel incident thereon; a first anisotropic device array comprising first, second, third, and fourth anisotropic devices (113a, 113b, 113c, 113d) which are sequentially and repeatedly arranged in a horizontal direction, arranged to receive light from the first polarization switch and to transmit light such that light transmitted by an anisotropic device has a second polarization direction perpendicular to a third polarization direction of light transmitted by a neighboring anisotropic device; a second polarization panel arranged to transmit light transmitted from the first anisotropic device array having said second polarization direction; a second anisotropic device array arranged after the second polarization panel, comprising fifth and sixth anisotropic devices (120a, 120b) alternately arranged in the horizontal direction, arranged to transmit light such that light transmitted by the fifth anisotropic devices has a polarization perpendicular to a polarization of light transmitted by the sixth anisotropic devices; a lenticular lens array comprising a plurality of lenticular lens devices which are arranged in the horizontal direction, the lenticular lens array separating into different directions light transmitted from the first, second, third, and fourth anisotropic devices having been transmitted through the fifth or sixth anisotropic devices (120a, 120b); a second polarization switch arranged after the second anisotropic device array, the second polarization switch being arranged to change the polarization direction of light incident thereon; a third anisotropic device array arranged after the second polarization switch, comprising seventh and eighth anisotropic devices (130a, 130b) which are alternately arranged in a vertical direction, arranged to transmit light such that light transmitted by the seventh anisotropic devices has a polarization perpendicular to a polarization of light transmitted by the eighth anisotropic devices; and a display panel arranged to form an image by modulating incident light. a backlight unit; a first polarization panel arranged to transmit light emitted from the backlight unit having a first polarization direction; a first polarization switch arranged to change the polarization direction of light from the first polarization panel incident thereon; a first anisotropic device array comprising first, second, third, and fourth anisotropic devices (113a, 113b, 113c, 113d) which are sequentially and repeatedly arranged in a horizontal direction, arranged to receive light from the first polarization switch and to transmit light such that light transmitted by an anisotropic device has a second polarization direction perpendicular to a third polarization direction of light transmitted by a neighboring anisotropic device; a second polarization panel arranged to transmit light transmitted from the first anisotropic device array having said second polarization direction; a second anisotropic device array arranged after the second polarization panel, comprising fifth and sixth anisotropic devices (120a, 120b) alternately arranged in the horizontal direction, arranged to transmit light such that light transmitted by the fifth anisotropic devices has a polarization perpendicular to a polarization of light transmitted by the sixth anisotropic devices; a lenticular lens array comprising a plurality of lenticular lens devices which are arranged in the horizontal direction, the lenticular lens array separating into different directions light transmitted from the first, second, third, and fourth anisotropic devices having been transmitted through the fifth or sixth anisotropic devices (120a, 120b); a second polarization switch arranged after the second anisotropic device array, the second polarization switch being arranged to change the polarization direction of light incident thereon; a third anisotropic device array arranged after the second polarization switch, comprising seventh and eighth anisotropic devices (130a, 130b) which are alternately arranged in a vertical direction, arranged to transmit light such that light transmitted by the seventh anisotropic devices has a polarization perpendicular to a polarization of light transmitted by the eighth anisotropic devices; and a display panel arranged to form an image by modulating incident light.