Page 115 - SAMENA Trends - June-July 2020
P. 115

ARTICLE  SAMENA TRENDS

        IPT-CORE  multicore  fibers  by  InPhoTech  are  an
        innovative solution  dedicated  to boosting  optical
        link  capacity.  These  standard  diameter  fibers
        contain 7 separated cores (with 19-cores available
        in  an  increased-diameter  fiber).  In  InPhoTech’s
        proprietary  design each single-mode core of IPT-
        CORE  is  fully  compliant  with  the  ITU-T  G.652
        recommendation  so that  other  established  signal
        multiplexing  methods  can  be  used  effectively.  As
        a  result the transmission capacity within a  single
        optical fiber cable multiples dramatically.

           In  terms  of  fiber-optic  network                                    Fig. 1
           deployment  and  maintenance,
           multicore  fiber  is  expected  to
           bring  savings of 70%  to 80%
           in investment  and operational

           expenditures respectively. This
           comes from the reduced number
           of  fibers  to  be  installed,  lighter
           cabling, fewer fiber terminations,
           less space occupied in a telecom                                      Fig. 2a, 2b
           duct and shorter time-to-repair.          the functionality of 7 or 19 fibers within a single fiber. Furthermore, 1x7 all-fiber

                                                     power splitters and erbium doped active multicore fibers (an active IPT-CORE)
        In  order  to  allow  multicore  fibers  to  be  deployed   for signal amplification are also available. These products enable InPhoTech’s
        quickly and  easily  for industrial  application,   solution to be used in long-haul, metro or access networks without replacing
        InPhoTech  has  created  a  fiber  design  ready  for   the existing transmitting-receiving devices.
        implementation  in  existing  networks.  A  complete
        system based on InPhoTech’s IPT-CORE consists of   Besides the necessary technological developments, there are solid economic
        a 7-core or a 19-core passive optical fiber together   reasons for turning towards IPT-CORE fibers. In terms of network deployment
        with  fan-in/fan-out components  on both ends of   and maintenance, multicore fiber is expected to bring savings of 70% to 80%
        the  fiber.  The  fan-in/fan-out  component  allows   in investment and operational expenditures respectively. This comes from the
        information  to be sent  and received  to and from   reduced number of fibers to be installed, lighter cabling, fewer fiber terminations,
        each core independently, thus effectively providing   less space occupied in a telecom duct and shorter time-to-repair.
                                                                                      Providing a  complete solution,  the
                                                                                      IPT-CORE  technology  by  InPhoTech
                                                                                      satisfies  the  demand  for  increased
                                                                                      capacity in telecom networks, making
                                                                                      it  both available  and affordable.
                                                                                      IPT-CORE is ready to fit a multiplied
                                                                                      transmission   into   an   existing
                                                                                      infrastructural  envelope.  Designed
                                                                                      with network integration in mind our
                                                                                      multicore  fibers  and  components
                                                                                      enable quick deployment and provide
                                                                                      an  efficient  investment  in  next-
                                                                                      generation network capacity.







                                            Fig. 3
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