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Emerging fiber technologies​ for transmission and amplification

Details are subject to change.

  • Organisers

    Kunimasa Saitoh, Hokkaido University, Japan
    Periklis Petropoulos, University of Southampton, UK
    Haoshuo Chen, Nokia Bell Labs, USA
    Kazunori Mukasa,     Furukawa Electric, Japan

  • Subcommittee

    SC1 – Novel Fibres, Fibre Devices & Amplifiers

  • Day & Time

    18.09.2022, 14:00 – 17:30

  • Location

    Room Delhi

  • Description

    The losses of optical fibers have been reduced to ~0.14dB/km and the fiber count in single small-diameter cables has rapidly increased to ~6,912 in these days. Uncoupled multi-core fibers and few mode fibers with standard cladding diameter for SDM transmission are intensively investigated for practical use. Hollow-core fibers transmitting over a broad wavelength range compete with standard silica fibers with respect to attenuation. Adding new materials into doped fibers shows the potential to expand transmission window beyond the C+L bands. In this workshop, we discuss the emerging technologies of transmission fibers ​and optical amplification that will achieve the next major leap in optical communications.

  • Programme

    Session 1: Towards ultimate performance of silica fibers (90 min, 12 min per speaker + 30 min discussion)
     Silica core fiber technologies for ultimately low loss, Takemi Hasegawa, Sumitomo Electric, Japan
     Controlling void in silica glass for ultralow optical scattering loss, Madoka Ono, AGC Inc., Japan
     Reducing loss beyond silica by anti-resonant fibers, Francesco Poletti, University of Southampton, UK
     Recent progress on O-band bismuth-doped fibre amplifiers, Jayanta K. Sahu, University of Southampton, UK
     E and S band optical fiber amplifiers, status and practical concerns, Lixian Wang, Huawei Technologies Canada, Canada

    Coffee Break (30 min)

    Session 2: Ultimate-density transmission fiber (90 min, 12 min per speaker + 30 min discussion)
     Scaling fiber modal capacity by topological confinement, Siddharth Ramachandran, Boston University, USA
     Arbitrary generation of spatiotemporal field, Nicolas Fontaine, Bell Laboratories, USA
     165 coupled core fibers for MM and SDM transmissions, Ming-Jun Li, Corning, USA
     OAM fibers for high-capacity communications, Leslie A. Rusch, Université Laval, Canada
         Investigation of loss mechanisms in few-mode optical fibers, Maroun Bsaibes, Université de Lille, France

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