Frequency Domain LED Compensation for Nonlinearity Mitigation in DMT Systems

In this letter, a novel linear frequency-domain compensation (FDC) of the resonant cavity light emitting diode (RC-LED) for discrete multi-tone (DMT) modulation has been used for the first time in the nonlinearity mitigation of step-index polymer optical fiber (SI-POF) communication systems. The pro...

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Published in:IEEE photonics technology letters 2013-10, Vol.25 (20), p.2022-2025
Main Authors: Linning Peng, Haese, Sylvain, Helard, Maryline
Format: Article
Language:English
Subjects:
Bandwidth
Bit error rate
clipping
DMT
Electronics
Engineering Sciences
Frequency-domain analysis
LED
Light emitting diodes
Linear frequency domain compensation
Modulation
nonlinearity
OFDM
Optical fibers
Optics
PAPR
Photonic
POF
Signal to noise ratio
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Helard, Maryline
description In this letter, a novel linear frequency-domain compensation (FDC) of the resonant cavity light emitting diode (RC-LED) for discrete multi-tone (DMT) modulation has been used for the first time in the nonlinearity mitigation of step-index polymer optical fiber (SI-POF) communication systems. The proposed FDC method can be easily implemented in any multi-carrier communication system. Compared with the classical DMT scheme, FDC DMT benefits from higher power efficiency in terms of clipping for peak-to-average power ratio reduction. Two SI-POF experimental setups with different 3 dB POF bandwidths are built with the same RC-LED. Under the same experimental conditions, a higher transmission rate has been achieved with the proposed FDC DMT method compared with classical DMT at the same bit error rate level.
doi_str_mv 10.1109/LPT.2013.2281003
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1941-0174
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subjects Bandwidth
Bit error rate
clipping
DMT
Electronics
Engineering Sciences
Frequency-domain analysis
LED
Light emitting diodes
Linear frequency domain compensation
Modulation
nonlinearity
OFDM
Optical fibers
Optics
PAPR
Photonic
POF
Signal to noise ratio
title Frequency Domain LED Compensation for Nonlinearity Mitigation in DMT Systems
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