A driver for driving pixels of a display, wherein in at least an area of the display, the pixels, are divided into a first group and a second group; the driver being arranged for driving the plurality of pixels to render a sequence of images of a video sequence, wherein each image of the sequence of images is associated with a corresponding first pixel value and a corresponding second pixel value, the frame rate of the display being substantially two times the frame rate of the video sequence such that each image of the video sequence comprises a first and second display frame, for supplying a first drive signal to a first pixel being one of the pixels out of the first group and a second drive signal to a second pixel being one of the pixels out of the second group, the first and second pixels being neighboring pixels and for applying driving voltages to the first and second pixel alternating between positive and negative voltage from frame to frame at the frame rate of the display; wherein the driver comprises: a value generator arranged for generating a first upper value and a first lower value, wherein the first upper value and the first lower value together correspond to the first pixel value, the value generator being arranged for further generating a second upper value and a second lower value, wherein the second upper value and the second lower value together correspond to the second pixel value; means for driving, in a first operating mode, the first pixel with the first lower value and the second pixel with the second upper value, and, in a second operating mode, driving the first pixel with the first upper value and driving the second pixel with the second lower value; wherein the driver comprises means for controlling the operating mode, such that the first operating mode alternates with the second operating mode and for causing the driver to apply both the first operating mode and the second operating mode to each image of the video sequence, characterized in that the means for controlling the operating mode are further causing the driver to successively apply the first operating mode to a first display frame of a first image of the video sequence, applying the second operating mode to a second display frame of the first image of the video sequence, applying the second operating mode to a first display frame of a second image of the video sequence, and applying the first operating mode to the second display frame of the second image of the video sequence, wherein the first image and the second image are sequential images of the video sequence, and wherein the first display frame of the first image is rendered before the second display frame of the first image, which is rendered before the first display frame of the second image, which is rendered before the second display frame of the second image such that the first operating mode and the second operating mode alternate at a rate half a frame rate of the display. a value generator arranged for generating a first upper value and a first lower value, wherein the first upper value and the first lower value together correspond to the first pixel value, the value generator being arranged for further generating a second upper value and a second lower value, wherein the second upper value and the second lower value together correspond to the second pixel value; means for driving, in a first operating mode, the first pixel with the first lower value and the second pixel with the second upper value, and, in a second operating mode, driving the first pixel with the first upper value and driving the second pixel with the second lower value; wherein the driver comprises means for controlling the operating mode, such that the first operating mode alternates with the second operating mode and for causing the driver to apply both the first operating mode and the second operating mode to each image of the video sequence, characterized in that the means for controlling the operating mode are further causing the driver to successively apply the first operating mode to a first display frame of a first image of the video sequence, applying the second operating mode to a second display frame of the first image of the video sequence, applying the second operating mode to a first display frame of a second image of the video sequence, and applying the first operating mode to the second display frame of the second image of the video sequence, wherein the first image and the second image are sequential images of the video sequence, and wherein the first display frame of the first image is rendered before the second display frame of the first image, which is rendered before the first display frame of the second image, which is rendered before the second display frame of the second image such that the first operating mode and the second operating mode alternate at a rate half a frame rate of the display.