A display device, comprising: a) a transparent substrate having a display area; b) a plurality of transparent electrodes formed over the transparent substrate in the display area, one or more light-emitting layers formed over the transparent electrodes, and one or more reflective electrodes formed over the one or more light-emitting layers, the overlap between the plurality of transparent electrodes and the one or more reflective electrodes defining a corresponding plurality of light-emitting pixels; c) one or more chiplets including pixel driving circuits connected to pixel connection pads, each pixel connection pad electrically connected to a transparent electrode by an electrically conductive opaque electrode connector (34A-34D), the pixel driving circuits being configured to provide current through the pixel connection pads and the electrically conductive opaque electrode connectors (34A-34D) to the transparent electrodes to drive the pixels to emit light; and d) wherein the electrically conductive opaque electrode connectors (34A-34D) are formed over the transparent substrate in the display area and the transparent electrodes are formed over, and separated from, the electrically conductive opaque electrode connectors (34A-34D) by a transparent insulator and wherein one electrically conductive opaque electrode connector is electrically connected to a transparent electrode corresponding to a first pixel and at least a portion of the one electrically conductive opaque electrode connector overlaps at least a portion of a transparent electrode corresponding to a second pixel to which the one electrically conductive opaque electrode connector is not electrically connected, characterized in that a portion of the one electrically conductive opaque electrode connector overlaps a portion of a light emitting area of the second pixel to which it is not electrically connected. a) a transparent substrate having a display area; b) a plurality of transparent electrodes formed over the transparent substrate in the display area, one or more light-emitting layers formed over the transparent electrodes, and one or more reflective electrodes formed over the one or more light-emitting layers, the overlap between the plurality of transparent electrodes and the one or more reflective electrodes defining a corresponding plurality of light-emitting pixels; c) one or more chiplets including pixel driving circuits connected to pixel connection pads, each pixel connection pad electrically connected to a transparent electrode by an electrically conductive opaque electrode connector (34A-34D), the pixel driving circuits being configured to provide current through the pixel connection pads and the electrically conductive opaque electrode connectors (34A-34D) to the transparent electrodes to drive the pixels to emit light; and d) wherein the electrically conductive opaque electrode connectors (34A-34D) are formed over the transparent substrate in the display area and the transparent electrodes are formed over, and separated from, the electrically conductive opaque electrode connectors (34A-34D) by a transparent insulator and wherein one electrically conductive opaque electrode connector is electrically connected to a transparent electrode corresponding to a first pixel and at least a portion of the one electrically conductive opaque electrode connector overlaps at least a portion of a transparent electrode corresponding to a second pixel to which the one electrically conductive opaque electrode connector is not electrically connected,