A multi-view display device comprising: first to third subpixel groups (1GP, 2GP, 3GP) which are on an array substrate and constitute a single unit pixel; first to third bank patterns (200a, 200b, 200c) corresponding to the first to third subpixel groups (1GP, 2GP, 3GP), respectively, and each including first and second inclined surfaces (210, 220) and a flat surface connecting the first and second inclined surfaces (210, 220); and a red color filter (R-CF) corresponding to the first subpixel group, a green color filter (G-CF) disposed corresponding to the second subpixel group, and a blue color filter (B-CF) disposed corresponding to the third subpixel group, wherein the red, green and blue color filters (R-CF, G-CF, B-CF) being arranged on a color filter encapsulation substrate facing the array substrate, wherein first red, first green, and first blue subpixel (1R-SP, 1G-SP, 1B-SP) of the first subpixel group are formed on different surfaces of the first and second inclined surfaces (210, 220) and the flat surface of the first bank pattern, wherein the second red (2R-SP), second green (2G-SP), and second blue subpixel (2B-SP) of the second subpixel group are formed on different surfaces of the first and second inclined surfaces (210, 220) and the flat surface of the second bank pattern, and third red (3R-SP), third green (3G-SP), and third blue subpixel (3B-SP) of the third subpixel group are formed on different surfaces of the first and second inclined surfaces (210, 220) and the flat surface of the third bank pattern, wherein the first subpixel group displays a first-first view image (V1-1), a first-second view image (V1-2), and a first-third view image (V1-3), the second subpixel group displays a second-first view image (V2-1), a second-second view image (V2-2), and a second-third view image (V2-3), and the third subpixel group displays a third-first view image (V3-1), a third-second view image (V3-2), and a third-third view image (V3-3), and wherein the first-first (V1-1) to first-third view images (V1-3) realize a first view image, the second-first (V2-1) to second-third view images (V2-3) realize a second view image, and the third-first (V3-1) to third-third view (V3-3) images realize a third view image. first to third subpixel groups (1GP, 2GP, 3GP) which are on an array substrate and constitute a single unit pixel; first to third bank patterns (200a, 200b, 200c) corresponding to the first to third subpixel groups (1GP, 2GP, 3GP), respectively, and each including first and second inclined surfaces (210, 220) and a flat surface connecting the first and second inclined surfaces (210, 220); and a red color filter (R-CF) corresponding to the first subpixel group, a green color filter (G-CF) disposed corresponding to the second subpixel group, and a blue color filter (B-CF) disposed corresponding to the third subpixel group, wherein the red, green and blue color filters (R-CF, G-CF, B-CF) being arranged on a color filter encapsulation substrate facing the array substrate, wherein first red, first green, and first blue subpixel (1R-SP, 1G-SP, 1B-SP) of the first subpixel group are formed on different surfaces of the first and second inclined surfaces (210, 220) and the flat surface of the first bank pattern, wherein the second red (2R-SP), second green (2G-SP), and second blue subpixel (2B-SP) of the second subpixel group are formed on different surfaces of the first and second inclined surfaces (210, 220) and the flat surface of the second bank pattern, and third red (3R-SP), third green (3G-SP), and third blue subpixel (3B-SP) of the third subpixel group are formed on different surfaces of the first and second inclined surfaces (210, 220) and the flat surface of the third bank pattern, wherein the first subpixel group displays a first-first view image (V1-1), a first-second view image (V1-2), and a first-third view image (V1-3), the second subpixel group displays a second-first view image (V2-1), a second-second view image (V2-2), and a second-third view image (V2-3), and the third subpixel group displays a third-first view image (V3-1), a third-second view image (V3-2), and a third-third view image (V3-3), and wherein the first-first (V1-1) to first-third view images (V1-3) realize a first view image, the second-first (V2-1) to second-third view images (V2-3) realize a second view image, and the third-first (V3-1) to third-third view (V3-3) images realize a third view image.