A long-distance underwater laser communication system with photon-counting receiver

We design and demonstrate a long-distance underwater optical communication system with photon-counting receiver. Monte-Carlo simulations are conducted to determine system parameters and estimate system performance. According to the simulation results, a Q-switched all solid state 532nm laser with pu...

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Published in2017 16th International Conference on Optical Communications and Networks (ICOCN) pp. 1 - 3
Main Authors Tianhua Zhou, Siqi Hu, Le Mi, Xiaolei Zhu, Weibiao Chen
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.08.2017
Subjects
Lasers
Monte Carlo methods
Monte-Carlo simulation
Optical fiber communication
Optical receivers
Optical transmitters
Photon-counting Receiver
Photonics
Underwater Laser Communication
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Abstract We design and demonstrate a long-distance underwater optical communication system with photon-counting receiver. Monte-Carlo simulations are conducted to determine system parameters and estimate system performance. According to the simulation results, a Q-switched all solid state 532nm laser with pulse energy of 100uJ@10kHz is used as the optical source of transmitter. A telescope with 1° field of view, 100mm clear aperture, and a photon counting detector is used to collect the laser in the photon-counting receiver. We then present an experimental implementation in a long tank filled with clean water. The experimental results show that optical communication is established over a distance of 85m(~24 optical attenuation lengths) at a data rate of 80kbps.
AbstractList We design and demonstrate a long-distance underwater optical communication system with photon-counting receiver. Monte-Carlo simulations are conducted to determine system parameters and estimate system performance. According to the simulation results, a Q-switched all solid state 532nm laser with pulse energy of 100uJ@10kHz is used as the optical source of transmitter. A telescope with 1° field of view, 100mm clear aperture, and a photon counting detector is used to collect the laser in the photon-counting receiver. We then present an experimental implementation in a long tank filled with clean water. The experimental results show that optical communication is established over a distance of 85m(~24 optical attenuation lengths) at a data rate of 80kbps.
Author Tianhua Zhou
Siqi Hu
Le Mi
Weibiao Chen
Xiaolei Zhu
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  surname: Tianhua Zhou
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  surname: Siqi Hu
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  email: siomzth@siom.ac.cn
  organization: Key Lab. of Space Laser Commun. & Detection Technol., Shanghai Inst. of Opt. & Fine Mech., Shanghai, China
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  surname: Le Mi
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  organization: Key Lab. of Space Laser Commun. & Detection Technol., Shanghai Inst. of Opt. & Fine Mech., Shanghai, China
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  surname: Xiaolei Zhu
  fullname: Xiaolei Zhu
  organization: Key Lab. of Space Laser Commun. & Detection Technol., Shanghai Inst. of Opt. & Fine Mech., Shanghai, China
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  surname: Weibiao Chen
  fullname: Weibiao Chen
  organization: Key Lab. of Space Laser Commun. & Detection Technol., Shanghai Inst. of Opt. & Fine Mech., Shanghai, China
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Snippet We design and demonstrate a long-distance underwater optical communication system with photon-counting receiver. Monte-Carlo simulations are conducted to...
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SubjectTerms Lasers
Monte Carlo methods
Monte-Carlo simulation
Optical fiber communication
Optical receivers
Optical transmitters
Photon-counting Receiver
Photonics
Underwater Laser Communication
Title A long-distance underwater laser communication system with photon-counting receiver
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