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We demonstrate the theory of chromatic dispersion(CD)-induced constellation rotation(CR) in a radio-over-fiber(ROF) link and a method for compensation. We also propose a 60 GHz full-duplex ROF system with vector signal transmission including no CD effect. The evaluation of 5 Gb/s 16 quadrature amplitude modulation signal transmission shows that the CD-induced CR can be entirely overcome due to the proposed method which is simply implemented through an optical phase shifter. The proposed ROF schedule is not only applicable for V-band(57–64 GHz) but also fits for W-band(75–110 GHz), or any other bandwidth.
We demonstrate the theory of chromatic dispersion (CD) -induced constellation rotation (CR) in a radio-over-fiber (ROF) link and a method for compensation. We also propose a 60 GHz full-duplex ROF system with vector signal transmission including no CD effect. The evaluation of 5 Gb / s 16 quadrature amplitude modulation signal transmission shows that the CD-induced CR can be entirely overcome due to the proposed method which is simply implemented through an optical phase shifter. The proposed ROF schedule is not only applicable for V-band (57-64 GHz) but also fits for W-band (75-110 GHz), or any other bandwidth.