CommScope Trunk & Distribution Cable - Manual (Page 50)

Hardline coaxial cables have been used in the broadband industry
for decades. During these years many refinements were made to
these cables to produce the optimal cable electrical and
mechanical performance. Today, with a better knowledge of
processes and recent advancements in material, cables are again
being further optimized.
Introduction
Coaxial cables have several interface areas between metals and plastics. Each of these interfaces offers a unique
set of issues to the user and manufacturer, all related to the bonding of the plastics to the metals. It is bonding that
enhances the mechanical performance of a coaxial cable; enabling improved bend performance, core retention,
and inhibiting moisture migration.
Just as essential as the cable’s mechanical performance is the ability to properly prepare and connectorize a cable.
There must be a balance to achieve both with optimal results. This paper will provide an understanding of what
trade-offs are made when going to the extremes in bonding, preparation performance, and the optimal zone for a
cable to be in.
• Enhanced Mechanical Performance
• Meets/Exceeds ANSI/SCTE, EN50117, IEC and
Cenelec Specifications
• Fully Backward Compatible
• Identical Electrical Performance
• Patent Pending
Coaxial Bonding-
Optimizing Preparation and Connectorization
6.1 Connectorization
ACT ® - Advanced Coring Technology