A touch sensing display device, comprising: a color filter ; a plurality of first touch electrodes for touch force sensing; a plurality of second touch electrodes for touch position sensing and separated from the first touch electrodes by the color filter ; a first touch driver to supply at least one first touch driving signal (TDS1) to the first touch electrodes for sensing force level of a touch, characterised by the generation of force data corresponding to the force level of the touch and data indicative of a subset of the first touch electrodes corresponding to an area of the touch; a controller to generate, based on the force data and the data indicative of the subset of the first touch electrodes corresponding the touch, at least one control signal indicative of a subset of the second touch electrodes corresponding to the area of the touch; a second touch driver to supply, based on the control signal indicative of the subset of the second touch electrodes corresponding to the area of the touch, at least one second touch driving signal (TDS2) to the subset of the second touch electrodes for sensing a position of the touch; and a display driving circuit to supply data voltages to data lines of the display device during a first portion of a frame period, wherein the first touch driver generates the at least one first touch driving signal (TDS1) during the first portion of the frame period while the display driving circuit supplies the data voltages to the data lines, and the second touch driver generates the at least one second touch driving signal (TDS2) during a second portion of the frame period. a color filter ; a plurality of first touch electrodes for touch force sensing; a plurality of second touch electrodes for touch position sensing and separated from the first touch electrodes by the color filter ; a first touch driver to supply at least one first touch driving signal (TDS1) to the first touch electrodes for sensing force level of a touch, characterised by the generation of force data corresponding to the force level of the touch and data indicative of a subset of the first touch electrodes corresponding to an area of the touch; a controller to generate, based on the force data and the data indicative of the subset of the first touch electrodes corresponding the touch, at least one control signal indicative of a subset of the second touch electrodes corresponding to the area of the touch; a second touch driver to supply, based on the control signal indicative of the subset of the second touch electrodes corresponding to the area of the touch, at least one second touch driving signal (TDS2) to the subset of the second touch electrodes for sensing a position of the touch; and a display driving circuit to supply data voltages to data lines of the display device during a first portion of a frame period, wherein the first touch driver generates the at least one first touch driving signal (TDS1) during the first portion of the frame period while the display driving circuit supplies the data voltages to the data lines, and the second touch driver generates the at least one second touch driving signal (TDS2) during a second portion of the frame period. <EOS>