Harmonic and intermodulation distortion contributions generated by modal noise in radio over multimode fiber (RoMMF) systems for in-building wireless coverage are reviewed. The role played by the launching technique and by the optical transmitter and receiver in an intensity-modulated direct-detection RoMMF system is described theoretically and experimentally. The presented results constitute a basis for the design of multiband RoMMF systems, where spurious emission due to distortions should be compliant with wireless standards both in downlink and uplink.
G. Alcaro, D. Visani, L. Tarlazzi, P. Faccin, G. Tartarini (2012). Distortion Mechanisms Originating from Modal Noise in Radio over Multimode Fiber Links. IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES, 60(1), 185-194 [10.1109/TMTT.2011.2171982].
Distortion Mechanisms Originating from Modal Noise in Radio over Multimode Fiber Links
ALCARO, GIANPIERO;VISANI, DAVIDE;TARTARINI, GIOVANNI
2012
Abstract
Harmonic and intermodulation distortion contributions generated by modal noise in radio over multimode fiber (RoMMF) systems for in-building wireless coverage are reviewed. The role played by the launching technique and by the optical transmitter and receiver in an intensity-modulated direct-detection RoMMF system is described theoretically and experimentally. The presented results constitute a basis for the design of multiband RoMMF systems, where spurious emission due to distortions should be compliant with wireless standards both in downlink and uplink.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
