A display apparatus, comprising: a substrate defining an active area (AA) having a plurality of pixels (P) therein and a non-active area (NAA) having a driving line configured to transfer a display driving signal to the active area to drive the pixels, each pixel including a light emitting diode having an anode , a light emitting layer , and a cathode , and each pixel further including a driving transistor configured to drive the light emitting diode; a touch electrode on the substrate in the active area; a touch line on the substrate in the non-active area and configured to supply a touch signal to the touch electrode, the driving line being below the touch line in the non-active area; a shield layer between the cathode and the driving line; a first power line in the non-active area electrically connected to the cathode and comprising a same material as the anode; a second power line in the non-active area and including a same material layer as a source/drain of the driving transistor, the second power line being electrically connected to the first power line; and a third power line in the non-active area and including a same material layer as a gate of the driving transistor, the third power line being electrically connected to the second power line, wherein the driving line is under the cathode in the non-active area; wherein the shield layer is spaced apart from the first power line on a same layer as the first power line; the display apparatus further comprising an encapsulation layer on the cathode; wherein the touch electrode is on the encapsulation layer, the encapsulation layer having a sloped surface; wherein the touch line is on the encapsulation layer, and wherein the touch line is on the sloped surface of the encapsulation layer, thereby having a corresponding slope. a substrate defining an active area (AA) having a plurality of pixels (P) therein and a non-active area (NAA) having a driving line configured to transfer a display driving signal to the active area to drive the pixels, each pixel including a light emitting diode having an anode , a light emitting layer , and a cathode , and each pixel further including a driving transistor configured to drive the light emitting diode; a touch electrode on the substrate in the active area; a touch line on the substrate in the non-active area and configured to supply a touch signal to the touch electrode, the driving line being below the touch line in the non-active area; a shield layer between the cathode and the driving line; a first power line in the non-active area electrically connected to the cathode and comprising a same material as the anode; a second power line in the non-active area and including a same material layer as a source/drain of the driving transistor, the second power line being electrically connected to the first power line; and a third power line in the non-active area and including a same material layer as a gate of the driving transistor, the third power line being electrically connected to the second power line, wherein the driving line is under the cathode in the non-active area; wherein the shield layer is spaced apart from the first power line on a same layer as the first power line; the display apparatus further comprising an encapsulation layer on the cathode; wherein the touch electrode is on the encapsulation layer, the encapsulation layer having a sloped surface; wherein the touch line is on the encapsulation layer, and wherein the touch line is on the sloped surface of the encapsulation layer, thereby having a corresponding slope. <EOS>