• Acta Optica Sinica
  • Vol. 40, Issue 19, 1906001 (2020)
Weiping Li1、2, Miao Kong1、2, Junting Shi1、2, and Jianjun Yu1、2、*
Author Affiliations
  • 1Key Laboratory of EMW Information, Department of Communication Science and Engineering, Fudan University, Shanghai 200433, China
  • 2Shanghai Institute for Advanced Communication and Data Science, Fudan University, Shanghai 200433, China
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    DOI: 10.3788/AOS202040.1906001 Cite this Article Set citation alerts
    Weiping Li, Miao Kong, Junting Shi, Jianjun Yu. Generation of Multiple Path Wireless and Wireline Signals Based on a Single Optical Modulator[J]. Acta Optica Sinica, 2020, 40(19): 1906001 Copy Citation Text show less
    Simultaneous generation of two independent optical RF signals with different frequencies and a baseband signal by a modulator. (a)--(d) optical spectra detected at corresponding optical path
    Fig. 1. Simultaneous generation of two independent optical RF signals with different frequencies and a baseband signal by a modulator. (a)--(d) optical spectra detected at corresponding optical path
    Experimental setup for generation of multiple path wireless and wireline signals by a single modulator
    Fig. 2. Experimental setup for generation of multiple path wireless and wireline signals by a single modulator
    Output optical spectra. (a) After BTB; (b) after IL; (c) after 80 km SMF and IL
    Fig. 3. Output optical spectra. (a) After BTB; (b) after IL; (c) after 80 km SMF and IL
    BER curves of 5 Gb/s OOK baseband signal and constellation diagrams. (a) BER curves; (b1) constellation diagram after BTB; (b2) constellation diagram after IL; (b3) constellation diagram after IL and 80 km SMF
    Fig. 4. BER curves of 5 Gb/s OOK baseband signal and constellation diagrams. (a) BER curves; (b1) constellation diagram after BTB; (b2) constellation diagram after IL; (b3) constellation diagram after IL and 80 km SMF
    5 Gbaud QPSK wireless BER curves at 15 GHz and constellation diagrams. (a) BER curves; (b1) constellation diagram after BTB; (b2) constellation diagram after IL; (b3) constellation diagram after IL and 80 km SMF
    Fig. 5. 5 Gbaud QPSK wireless BER curves at 15 GHz and constellation diagrams. (a) BER curves; (b1) constellation diagram after BTB; (b2) constellation diagram after IL; (b3) constellation diagram after IL and 80 km SMF
    5 Gbaud QPSK wireless BER curves at 30 GHz and constellation diagrams. (a) BER curves; (b1) constellation diagram after BTB; (b2) constellation diagram after IL; (b3) constellation diagram after IL and 80 km SMF
    Fig. 6. 5 Gbaud QPSK wireless BER curves at 30 GHz and constellation diagrams. (a) BER curves; (b1) constellation diagram after BTB; (b2) constellation diagram after IL; (b3) constellation diagram after IL and 80 km SMF
    DeviceParameter
    IQ mixer1Operated at 24--37 GHz; insertion loss: 9 dB
    IQ mixer2Operated at 10--20 GHz; insertion loss: 16 dB
    EA1,EA2DC, ~32 GHz, 20 dB gain
    Interleaver100/200 GHz
    DP-MZM3 dB bandwidth: 30 GHz; insertion loss: 6.2 dB;
    polarization isolation larger than 20 dB
    PD3 dB bandwidth: 75 GHz
    EA3DC, ~60 GHz
    Real time OSC3 dB bandwidth: 62 GHz; sampling rate: 160 GSa/s
    Table 1. Key device parameters in the experimental setup
    Weiping Li, Miao Kong, Junting Shi, Jianjun Yu. Generation of Multiple Path Wireless and Wireline Signals Based on a Single Optical Modulator[J]. Acta Optica Sinica, 2020, 40(19): 1906001
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