A display panel , comprising: a plurality of subpixels (SP); a plurality of touch electrodes (TE) configured to perform touch sensing on the plurality of subpixels (SP); a plurality of touch lines (TL) connected to the plurality of touch electrodes (TE) to supply a touch driving signal to the plurality of touch electrodes (TE), open areas (OA) in each of which a single color filter (CF2) is provided in a corresponding subpixel (SP) among the plurality of subpixels (SP) to emit light; a black strip area (BS) in which a plurality of color filters (CF1, CF2, CF3) overlap each other in the plurality of subpixels (SP) to block light emission, wherein an insulating layer (PAS2) is disposed over the color filters (CF1, CF2, CF3), wherein the touch lines (TL) are disposed over the insulating layer (PAS2), wherein a further insulating layer (PAS3) and a planarization layer (PAC) are provided over the touch lines (TL) to insulate the touch lines (TL) from the touch electrodes (TE), wherein the touch electrodes (TE) are provided over the planarization layer (PAC); and at least one bridge pattern (TB) disposed in an open area (OA) and connected to touch electrodes (TE) disposed in adjacent subpixels (SP), among the plurality of touch electrodes (TE), wherein the at least one bridge pattern (TB) is not disposed in the black strip area (BS) and an open pattern (TO) separating the touch electrodes (TE) disposed in adjacent subpixels (SP) located on both sides of a data line (DL) is provided in the black strip area (BS) to cause at least two touch electrodes (TE) of the plurality of touch electrodes (TE) in at least two adjacent subpixels (SP) of the plurality of subpixels (SP) to remain separated from each other, and wherein the open pattern (TO) is provided in a portion of the black strip area (BS), through which the touch lines (TL) pass. a plurality of subpixels (SP); a plurality of touch electrodes (TE) configured to perform touch sensing on the plurality of subpixels (SP); a plurality of touch lines (TL) connected to the plurality of touch electrodes (TE) to supply a touch driving signal to the plurality of touch electrodes (TE), open areas (OA) in each of which a single color filter (CF2) is provided in a corresponding subpixel (SP) among the plurality of subpixels (SP) to emit light; a black strip area (BS) in which a plurality of color filters (CF1, CF2, CF3) overlap each other in the plurality of subpixels (SP) to block light emission, wherein an insulating layer (PAS2) is disposed over the color filters (CF1, CF2, CF3), wherein the touch lines (TL) are disposed over the insulating layer (PAS2), wherein a further insulating layer (PAS3) and a planarization layer (PAC) are provided over the touch lines (TL) to insulate the touch lines (TL) from the touch electrodes (TE), wherein the touch electrodes (TE) are provided over the planarization layer (PAC); and at least one bridge pattern (TB) disposed in an open area (OA) and connected to touch electrodes (TE) disposed in adjacent subpixels (SP), among the plurality of touch electrodes (TE), wherein the at least one bridge pattern (TB) is not disposed in the black strip area (BS) and an open pattern (TO) separating the touch electrodes (TE) disposed in adjacent subpixels (SP) located on both sides of a data line (DL) is provided in the black strip area (BS) to cause at least two touch electrodes (TE) of the plurality of touch electrodes (TE) in at least two adjacent subpixels (SP) of the plurality of subpixels (SP) to remain separated from each other, and wherein the open pattern (TO) is provided in a portion of the black strip area (BS), through which the touch lines (TL) pass. <EOS>