Grosskopf, G.G.GrosskopfRohde, D.D.RohdeEggemann, R.R.EggemannBornholdt, C.C.BornholdtBauer, S.S.BauerSartorius, B.B.SartoriusMöhrle, M.M.Möhrle2022-03-092022-03-092000https://publica.fraunhofer.de/handle/publica/336352In two experimental hybrid fiber radio systems the millimeter-wave carriers for the radio links at 40 and 60 GHz were remotely generated by optical heterodyning. In the first experiment at 40 GHz the optical source was a dual-mode self-pulsating laser while in the second experiment at 60 GHz separate single-mode lasers were used which were stabilized by optical injection locking. Within both experiments error-free 155 Mbit/s data transmission was achieved. At 60 GHz the far field was steered using a twin-waveguide antenna configuration.endata communicationdigital communicationerror statisticslaser beam applicationsmicrowave linksmicrowave photonicsmillimetre wave generationmobile radiooptical fibre communicationoptical frequency conversionoptical techniquesbeamformingmillimeter-wave generationmm-wave generationbroadband hybrid fiber radio systemsradio linksoptical heterodyningdual-mode self-pulsating lasersingle-mode lasersoptical injection lockingdata transmissiontwin-waveguide antenna configurationehfberbit error rate40 GHz60 GHz155 mbit/s621conference paper