The present invention relates to a light emitting display device which comprises a substrate; anode electrode layers disposed over the substrate in a first direction; cathode electrode layers disposed over or under the anode electrode layers in a second direction which is different from the first direction; organic material layers disposed between the anode electrode layers and the cathode electrode layers; at least one outer wall disposed at the periphery of an active area defined by an entire area of the organic material layers; a cap attached over the at least one outer wall, wherein a substrate-forward surface of the cap is flat; a driving chip attached to the substrate-forward surface of the cap; a signal transferring part configured to electrically communicate with the driving chip, and extended to the outside of an area defined by the substrate and the cap; a pad disposed over the substrate, and configured to electrically communicate with the anode electrode layers and/or the cathode electrode layers and electrically communicate with the signal transferring part; and an external signal transferring part configured to electrically communicate with the signal transferring part and to transfer an external signal to the driving chip.