In the last year, beamforming has become a hot research topic, due to the perspective of its massive deployment in the RF access segment of future 5G mobile networks. This letter is a review of some possible implementations reported in the literature of photonic integrated circuits for the realization of phase shift (PS)-based beamforming networks for radio frequency signals, suitable for future 5G communications. The results demonstrate the possibility of ultrafast beamsteering reconfiguration (1 ns), large applied PS (>400°), stable operation at high carrier frequencies (tens of gigahertz) over a wide signal bandwidth ( 6 GHz), and low power consumption (tens of milliwatts).
Photonics-assisted beamforming for 5G communications
Serafino, Giovanni;
2018-01-01
Abstract
In the last year, beamforming has become a hot research topic, due to the perspective of its massive deployment in the RF access segment of future 5G mobile networks. This letter is a review of some possible implementations reported in the literature of photonic integrated circuits for the realization of phase shift (PS)-based beamforming networks for radio frequency signals, suitable for future 5G communications. The results demonstrate the possibility of ultrafast beamsteering reconfiguration (1 ns), large applied PS (>400°), stable operation at high carrier frequencies (tens of gigahertz) over a wide signal bandwidth ( 6 GHz), and low power consumption (tens of milliwatts).I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
