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Pulse shaping for high data rate ultra-wideband wireless transmission under the Russian spectral emission mask., , , , , and . Int. J. Communication Systems, (2018)High-Capacity 5G Fronthaul Networks Based on Optical Space Division Multiplexing., , , , , and . TBC, 65 (2): 434-443 (2019)Up to 35 Gbps ultra-wideband wireless data transmission links., , , and . PIMRC, page 1-5. IEEE, (2016)Coherent 100G nonlinear compensation with single-step digital backpropagation., , , , , and . ONDM, page 63-67. IEEE, (2015)Analog Radio-over-Fiber 5G Fronthaul Systems: blueSPACE and 5G-PHOS Projects Convergence., , , , , and . EuCNC, page 479-484. IEEE, (2019)Millimeter Wave Hybrid Photonic Wireless Links - Also for Broadcast?, , , , and . BMSB, page 1-5. IEEE, (2018)Reconfigurable radio access unit to dynamically distribute W-band signals in 5G wireless access networks., , , and . Optical Switching and Networking, (2017)The Integration of 5G, PON and VLC Technologies for Ubiquitous Connectivity in Autonomous and Cooperative Systems., , , , , , , and . 5G World Forum, page 237-242. IEEE, (2019)The Optical Fiber and mmWave Wireless Convergence for 5G Fronthaul Networks., , , and . 5G World Forum, page 607-612. IEEE, (2019)Single-step digital backpropagation for nonlinearity mitigation., , , , , and . Photonic Network Communications, 31 (3): 493-502 (2016)