telecommunications industry. Megan’s background spans product line management, sales, and engineering supporting onsite deployment and installation of optical fiber solutions for campus and in-building network environments. Megan is dedicated to advancing optical fiber termination and connectivity that simplifies deployment and enhances network performance. Elizabeth “Liz” Pezeu is a Network Architecture Specialist on Corning’s Enterprise Networks team. She began her career through Corning’s BRiTE rotational program, gaining cross functional exposure to engineering, network architecture, and various product lines before supporting customer focused network design and enablement efforts. Bringing a fresh perspective to the optical fiber industry, Liz is passionate about translating complicated optical network concepts into clear, practical value that supports successful enterprise deployments. She holds a double major in Philosophy and Integrated Marketing Strategies from Wake Forest University. Gayla Arrindell is an Enterprise Value Creation Director at Corning. Her career spans 35 years as a leader with a mix of international and corporate sales, marketing, and business development experience in the Telecommunications Industry. She is a graduate of the University of Texas in Austin with a degree in Chemical Engineering and a Six Sigma Black Belt.
counts per tube than the splice cassette allows, routing and furcation kits allow the installer to break out and protect the subunits (Figure 15). In situations where ribbon cable is needed but loose tube is the only available option, installers can “ribbonize” the optical fibers using a specific glue and organizer clip. ALIGNING TERMINATION CHOICES WITH PROJECT REALITY Recent market and sales data show a shift toward certain technologies, but also highlight that many legacy options remain preferred, depending on the situation. Many networks successfully operate with a mix of termination approaches, reflecting phased
upgrades, evolving standards, and site-specific constraints. The ability to evaluate and apply multiple methods remains a valuable skill for today’s optical fiber professionals. The most successful projects align termination methods with optical fiber type, cable design, environment, and workforce capabilities rather than relying on habit or a single preferred approach (Figure 16). By understanding how modern cabling trends influence termination performance and by applying a structured decision process, installers can make informed choices that support both immediate project success and long term network reliability. No single approach is right for every job and understanding these factors gives installers the
skills to succeed as the industry moves forward.
AUTHOR BIOGRAPHIES: Katherine L. Asbeck is a Network Specialist within Corning Optical Communications, where she supports enterprise business with a focus on practical, market driven solutions. In her role, Asbeck works closely with customers and cross functional teams on network architecture considerations and solution development, contributing to commercialization and market development efforts. Based in Charlotte, North Carolina, Asbeck brings a customer centric perspective to enterprise connectivity challenges. Megan Wolfe is a Product Line Specialist for Fiber Optic Joining at Corning Incorporated, with a degree in Mechanical Engineering and nearly a decade of experience in the
Cables
Connectors
Hardware
ALTOS ® Cables ■ Armored and Non-Armored ■ Outdoor Applications
UniCam ™ High-Performance Toolkit ■ LC, SC, ST ® Compatible Connectors ■ Handheld Terminal Applications
Closet Connector Housings (CCH) ■ Interconnect and Cross-Connect ■ Rack-Mountable Applications
MIC ® Cables ■ Plenum and Riser ■ Indoor Applications
Wall Connector Housings (WCH) ■ Interconnect and Cross-Connect ■ Wall-Mountable Applications
UniCam ® Connectors ■ No-Epoxy/No-Polish ■ Field-Termination Applications
MIC DX Armored Cables ■ Plenum and Riser ■ Indoor Applications
Buffer Tube Fan-Out Kits ■ 6 and 12 Fibers ■ Preterminated Connector Applications
Single-Panel Housing (SPH) ■ Interconnect ■ Wall-Mountable Applications
FREEDM ® Cables ■ Plenum and Riser ■ Indoor/Outdoor Applications
CCH Cassette ■ Interchangeable with CCH and WCH ■ Field-Termination Applications
FuseLite ® Connectors ■ LC, SC, FC, ST Compatible Connectors ■ Splice-On Connector Applications
FREEDM Armored Cables ■ Plenum and Riser ■ Indoor/Outdoor Applications
FIGURE 16 : Typical LAN cabling. Source: Corning
© 2018 Corning Optical Communications. LAN-2419-AEN / December 2018
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