CommScope launches range of hardened connectors

Created October 29, 2021
Technologies and Products

CommScope has launched  Prodigy™, a range of hardened connectors designed to accelerate and simplify field installation for fibre networks. The Prodigy system utilises universal, small-form hardened connectors for interoperability across different fibre terminals and cable assemblies. The compact footprint enables smaller, higher-density terminal footprints, while the self-aligning connectors minimise the chance of connection errors. To facilitate cable changeouts and upgrades, the system allows converter attachments to be deployed without replacing or splicing the drop cable.

The main features of the Prodigy system include:

  • Universal, small-form hardened connector for high-density environments
  • Self-guided automatic alignment with self-locking mechanisms for eliminating connection errors and accidental release
  • Break-free design enabling reuse of the Prodigy connector in the event of field connection issues
  • Cable assemblies available with 5mm round and figure-8 cables in lengths up to 600 meters

“Prodigy revolutionises network architecture by making FTTH installations truly plug-and-play,” said Rob Wessels, vice president, Network Cable, CommScope. “We worked closely with our global operator customers to create and refine Prodigy—applying our broad vision for faster and simpler FTTH networks to building the best connector solutions. These hardened connections will enable operators to simplify installation and minimise their cable footprint today, while facilitating the necessary upgrades and maintenance to their networks for years to come.”

For more information, visit www.commscope.com

commscope-launches-range-of-hardened-connectors

This article was written
by Peter Dykes

Peter Dykes is a independent telecoms and technology journalist who has over that last 30 years written for a wide range of B2B publications and companies. A former BT engineer, he specialises in networks and associated support systems. He is currently Editor of Optical Connections.