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XP6168S | 1514512 XP6168S | 1514512
CommScope FLX™ OLT shelf, 1RU 19” rack mounted multi-protocol enabling virtual control management 10G XPON deployment strategies for use in Central Office or temperature controlled Point of Presence (POP) locations
XP6168S | 1514512
  • Product Brand: CommScope FLX™
  • Product Type: OLT shelf
XP6168S | 1514512
  • Product Brand: CommScope FLX™
  • Product Type: OLT shelf
mm-111063-en_fiber_ebook_featured
eBook

Realize your vision of the fiber future

NextGenPON
eBook

A Comprehensive Guide to Next Gen PON Decisions

Broadband-networks-case-studies-CO-114011-EN-hero500
eBook

Broadband networks case studies

fiber-to-the-x-fundamentals-ebook-hero-400b
eBook

Fiber to the X fundamentals

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  • eBook: Broadband networks case studies

    A small list of the many ways we have helped solve our customer's challenges with their broadband network roll outs illustrating how we helped standardize one cable operator’s network after several mergers, or trained fiber optic technicians on an ambitious broadband roll out.
    Download
  • White Paper: Increasing data traffic requires full spectral window usage in optical single-mode fiber cables

    An open spectral transmission window from 1260nm to 1625nm for data transmission and up to 1650nm for network monitoring is necessary in optical fiber cables to cope with data traffic growth.
    Download
  • eBook: Fiber to the X Fundamentals

    This eBook provides a uniquely wide spectrum of FTTX topics along with regional perspectives and practical customer cases.
    Download

Sort By:

Filters

  • eBook: Broadband networks case studies

    A small list of the many ways we have helped solve our customer's challenges with their broadband network roll outs illustrating how we helped standardize one cable operator’s network after several mergers, or trained fiber optic technicians on an ambitious broadband roll out.
    Download
  • White Paper: Increasing data traffic requires full spectral window usage in optical single-mode fiber cables

    An open spectral transmission window from 1260nm to 1625nm for data transmission and up to 1650nm for network monitoring is necessary in optical fiber cables to cope with data traffic growth.
    Download
  • eBook: Fiber to the X Fundamentals

    This eBook provides a uniquely wide spectrum of FTTX topics along with regional perspectives and practical customer cases.
    Download