A full colour flat panel display comprising: a substrate; signal lines arranged on the substrate, wherein the signal lines include scan lines and data lines (D R, D G, D B), the data lines intersecting the scan lines and being arranged perpendicular to the scan lines; pixel driving circuits placed in pixel driving circuit regions (C R, C G, C B), wherein the pixel driving circuit regions (C R, C G, C B) are defined by the intersection of the scan lines and the data lines (D R, D G, D B), and pixel electrodes (140R, 140G, 140B) coupled to each pixel driving circuit, wherein the pixel electrodes (140R, 140G, 140B) are arranged in a delta arrangement and the scan lines and data lines (D R, D G, D B) are extending along straight lines, wherein the pixel driving circuit regions (C R, C G, C B) corresponding to a same colour (R, B, G) are arranged adjacent to one another along a column direction, and the pixel electrodes (140R, 140G, 140B) are adjacent to pixel electrodes (140R, 140G, 140B) of a different colour along row and column directions, characterized in that in odd rows each pixel driving circuit region (C R, C G, C B) is connected to a corresponding pixel electrode (140R, 140G, 140B) shifted to a right side of the pixel driving circuit region (C R, C G, C B) along a row direction and partially overlapping the pixel driving circuit region (C R, C G, C B), and in even rows each pixel driving circuit region (C R, C G, C B) is connected to a corresponding pixel electrode (140R, 140G, 140B) shifted to a left side of the pixel driving circuit region (C R, C G, C B) along a row direction and partially overlapping the pixel driving circuit region (C R, C G, C B). a substrate; signal lines arranged on the substrate, wherein the signal lines include scan lines and data lines (D R, D G, D B), the data lines intersecting the scan lines and being arranged perpendicular to the scan lines; pixel driving circuits placed in pixel driving circuit regions (C R, C G, C B), wherein the pixel driving circuit regions (C R, C G, C B) are defined by the intersection of the scan lines and the data lines (D R, D G, D B), and pixel electrodes (140R, 140G, 140B) coupled to each pixel driving circuit, wherein the pixel electrodes (140R, 140G, 140B) are arranged in a delta arrangement and the scan lines and data lines (D R, D G, D B) are extending along straight lines, wherein the pixel driving circuit regions (C R, C G, C B) corresponding to a same colour (R, B, G) are arranged adjacent to one another along a column direction, and the pixel electrodes (140R, 140G, 140B) are adjacent to pixel electrodes (140R, 140G, 140B) of a different colour along row and column directions, characterized in that in odd rows each pixel driving circuit region (C R, C G, C B) is connected to a corresponding pixel electrode (140R, 140G, 140B) shifted to a right side of the pixel driving circuit region (C R, C G, C B) along a row direction and partially overlapping the pixel driving circuit region (C R, C G, C B), and in even rows each pixel driving circuit region (C R, C G, C B) is connected to a corresponding pixel electrode (140R, 140G, 140B) shifted to a left side of the pixel driving circuit region (C R, C G, C B) along a row direction and partially overlapping the pixel driving circuit region (C R, C G, C B).