Corning Cable Systems introduces cable for premises security applications

March 14, 2006
March 14, 2006 - The FREEDM Fan-Out cable meets NEC application requirements and is OFNR and FT-4 listed.

Corning Cable Systems (www.corning.com/cablesystems) recently introduced its FREEDM Fan-Out Cable, designed to meet the demanding requirements of premises security applications.

FREEDM Fan-Out cables use flame-retardant 900-micron buffered fiber subunits surrounded by water-resistant, dielectric strength members and protected by a flexible, flame-retardant, UV-resistant black outer jacket. The indoor/outdoor temperature- and water-resistant cable design provides superior environmental protection, the manufacturer says, and eliminates the need for a transition splice when entering a building.

Corning Cable Systems adds that this construction makes the FREEDM Fan-Out cable ideal for providing direct optical connections from indoor and outdoor surveillance cameras to security control locations. The cable is also suitable for traffic control applications, with optical feeds in rugged environments; building networks, with low-fiber-count connections within building backbone riser and horizontal spaces; and premises data networks, for direct terminations inside and between building locations.

FREEDM Fan-Out cables meet the application requirements of the National Electrical Code and are OFNR and FT-4 listed. The 2.9-mm subunits are easily terminated in the field, and the buffered fibers allow for easy, consistent stripping. Additionally, the cable's small diameter and bend radius provide for easy installation in space-constrained areas.

Sponsored Recommendations

March 28, 2025
Bringing University of Tennesee's campus up to speed.
March 28, 2025
CommScope’s FiberGuide® Design Pro helps you design a complete fiber raceway for your data center or central office using 2D and 3D technology. This video guides you through the...
March 28, 2025
CommScope and Equinix work hand in hand to provide client connectivity across the globe