that of the organic el device in accordance with the embodiment 1 illustrated in fig1 hereinbelow is explained steps of fabricating an organic el device in accordance with the embodiment 3 first an ito film was formed on the glass substrate 1 by sputtering so that the ito film has a sheet resistance of 20 ohms per a unit area the thus formed ito film acted as the anode 2 then the red light emitting layer 4 was formed on the anode 2 by a thickness of 40 nm by spin coating in which chloroform solution containing the above mentioned compound x3 dissolved therein was used then a magnesium silver alloy film was formed as the cathode 6 on the red light emitting layer 4 by a thickness of 200 nm by vacuum evaporation thus there was completed the organic el device in accordance with the embodiment 3 a direct current voltage of 5v was applied across the anode 2 and the cathode 6 of the thus fabricated organic el device as a result there was obtained red light emission of 180 cd m 2 0112 fig2 illustrates a cross section of an organic el device in accordance with the embodiment 4 the organic el device in accordance with the embodiment 4 is comprised of a glass substrate 1 an anode 2 and a cathode 6 both formed on the glass.