Underwater Laser Communication Using an OFDM-Modulated 520-nm Laser Diode

In this letter, we propose and experimentally demonstrate an underwater wireless optical communication system based on a simple and cost-effective TO56 transversal multi-mode green-light laser diode (LD) and a low-cost 150-MHz positive-intrinsic-negative detector. We use quadrature amplitude modulat...

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Published in:IEEE photonics technology letters 2016-10, Vol.28 (20), p.2133-2136
Main Authors: Xu, Jing, Lin, Aobo, Yu, Xiangyu, Song, Yuhang, Kong, Meiwei, Qu, Fengzhong, Han, Jun, Jia, Wei, Deng, Ning
Format: Article
Language:English
Subjects:
Bandwidth
Bit error rate
Loading
OFDM
Optical amplifiers
Optical fiber communication
Optical transmitters
PIN
QAM
UWOC
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cited_by cdi_FETCH-LOGICAL-c291t-ffe9db05d336fb49f148a8c11a8fd95530eeb53495a7a39598ca0ecc4f852d043
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container_issue 20
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container_title IEEE photonics technology letters
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creator Xu, Jing
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Jia, Wei
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description In this letter, we propose and experimentally demonstrate an underwater wireless optical communication system based on a simple and cost-effective TO56 transversal multi-mode green-light laser diode (LD) and a low-cost 150-MHz positive-intrinsic-negative detector. We use quadrature amplitude modulation (QAM)-orthogonal frequency-division multiplexing modulation, with fine frequency granularity and high spectral efficiency, to tackle the challenging issue imposed by the ragged and uneven frequency response of the green LD within a limited bandwidth. We have demonstrated that a bit rate of 1.118 Gb/s (net bit rate: 0.927 Gb/s) can be achieved at a bit-error-rate of 2.98 × 10 -3 , with the assistance of bit loading (using both 16-QAM and 256-QAM signals). A spectral efficiency as high as 6.18 bit/s/Hz is also obtained in the proposed underwater wireless optical communication system.
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source IEEE Electronic Library (IEL) Journals
subjects Bandwidth
Bit error rate
Loading
OFDM
Optical amplifiers
Optical fiber communication
Optical transmitters
PIN
QAM
UWOC
title Underwater Laser Communication Using an OFDM-Modulated 520-nm Laser Diode
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