Optical Communications in the 5G Era

1. Introduction
2. 5G Wireless technologies
3. Optical interfaces for 5G radio access network
4. Optical technologies for 5G X-haul
5. Digital signal processing assisted radio-over-fiber
6. Point-to-multipoint transmission
7. Cloud data center optics
8. High-capacity long-haul optical fiber transmission
9. Superchannel transmission and flexible-grid wavelength routing
10. 50-Gb/s passive optical network (50G-PON)
11. The fifth generation fixed network (F5G)
12. Future trends and concluding remarks

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• Processamento de sinais
• Óptica aplicada
• Engenharia das comunicações e telecomunicações
• Eletromagnetismo eletricidade, magnetismo e

5G; optical fiber communications; massive MIMO; cloud radio-access network (C-RAN); optical access network; optical metro network; optical core network; coherent transmission; direct detection; silicon photonics; broadband communication; low-latency communication; intelligent operation & management; optical sensing; optical ranging; optical face recognition; and optical signal processing; ?3GPP; 400G-ZR; 400ZR; 4G; 50-Gb/s PON; 55G; 5G; 5G X-haul; 6G; AAU; Aggregation; Analog radio-over-fiber; Back-haul; Block-interleaving; Burst-mode transmission; C-RAN; CPRI; CU; Carbon neutrality; Channel equalization; Cloud; Cloud virtual reality; CoMP; Coherent modulation and detection; Coherent subband transceiver; Constellation shaping; Cooperative DBA; Copackaged optics; D-RAN; DU; DWDM; Data center; Data center interconnect; Digital radio-over-fiber; Digital signal processing; Digital-analog radio-over-fiber; ECPRI; EMBB; End-to-end network slicing; Entropy loading; F5G; Flexible-grid WDM; Forward-error correction; Frequency-division multiple access; Front-haul; High-quality private line; Higher speed passive optical network; ICT; ITU; Industrial PON; L-WDM; Long-haul transmission; Low-density parity check; M-WDM; MEC; MIMO; MMTC; Massive MIMO; Mid-haul; Mobile networks; Moore's law; NR; Network slicing; Nonlinearity compensation; O-RAN; OSFP; OXC; On-board optics; Optical communications; Optical networks; Optical service unit; Optical transport network; Optical-electrical integration; Passive optical local area network; Passive optical network; Photonic integration; Physical media-dependent layer; Pluggable optics; Point-to-multipoint; Point-to-point; Probabilistic shaping; QSFP-DD; RAT; ROADM; RU; Radio-over-fiber; Scenario-based broadband; Shannon capacity limit; Shannon limit; Space-division multiplexing; Subcarrier multiplexing; Superchannel; The first generation fixed network; Time-division multiple access; Transmission convergence layer; URLLC; Undersea transmission; WSS; Wavelength routing; Wireless