A touch sensitive panel comprising: an LCD including a plurality of dual-function display pixels; a plurality of vertical common voltage lines yVcom; and a plurality of first horizontal common voltage lines that are driven at a first phase; characterized by a plurality of second horizontal common voltage lines that are driven at a second phase that is different than the first phase; a plurality of separate drive regions, each drive region comprising a matrix of the plurality of dual-function display pixels connected together, each drive region coupled to at least some of the plurality of first horizontal common voltage lines and at least some of the plurality of vertical common voltage lines yVcom through a drive Indium Tin Oxide, ITO, plate, the second horizontal common voltage lines crossing the plurality of drive regions and electrically isolated therefrom, the dual-function display pixels in each drive region are coupled to receive stimulation signals during a mutual capacitance touch sensing mode of operation; and by at least one sense region comprising a column of others of the plurality of dual-function display pixels disposed between drive regions, each sense region coupled to at least some of the plurality of vertical common voltage lines yVcom through a sense ITO plate, the dual-function display pixels in the at least one sense region coupled to touch sensing circuitry (326, 1108) during the touch sensing mode of operation, the dual-function display pixels of the plurality of drive regions and the at least one sense region individually operative to display data during a display mode of operation, wherein the first horizontal common voltage lines and the second horizontal common voltage lines cross the at least one sense region and are electrically isolated therefrom; and wherein each of the plurality of separate drive regions and the at least one sense region include and are connected to storage capacitors within their dual-function display pixels operative during the display mode of operation and the mutual capacitance touch sensing mode of operation. an LCD including a plurality of dual-function display pixels; a plurality of vertical common voltage lines yVcom; and a plurality of first horizontal common voltage lines that are driven at a first phase; characterized by a plurality of second horizontal common voltage lines that are driven at a second phase that is different than the first phase; a plurality of separate drive regions, each drive region comprising a matrix of the plurality of dual-function display pixels connected together, each drive region coupled to at least some of the plurality of first horizontal common voltage lines and at least some of the plurality of vertical common voltage lines yVcom through a drive Indium Tin Oxide, ITO, plate, the second horizontal common voltage lines crossing the plurality of drive regions and electrically isolated therefrom, the dual-function display pixels in each drive region are coupled to receive stimulation signals during a mutual capacitance touch sensing mode of operation; and by at least one sense region comprising a column of others of the plurality of dual-function display pixels disposed between drive regions, each sense region coupled to at least some of the plurality of vertical common voltage lines yVcom through a sense ITO plate, the dual-function display pixels in the at least one sense region coupled to touch sensing circuitry (326, 1108) during the touch sensing mode of operation, the dual-function display pixels of the plurality of drive regions and the at least one sense region individually operative to display data during a display mode of operation, wherein the first horizontal common voltage lines and the second horizontal common voltage lines cross the at least one sense region and are electrically isolated therefrom; and wherein each of the plurality of separate drive regions and the at least one sense region include and are connected to storage capacitors within their dual-function display pixels operative during the display mode of operation and the mutual capacitance touch sensing mode of operation.