Indoor fiber optical cable bridges the gap for applications where network routings include external pathways while providing the Flame Safety requirements for transitions into Campus Buildings. Exceptional mechanical and environmental performance are the hallmark of this cable family.

Indoor fiber optical cablecombines Dry-Core technology with S-Z strand designs to create a robust product compliant with applicable EIA/TIA, REA/RUS PE-90 and Telcordia GR-20 standards.

Indoor fiber optical cable incorporates the advantages of 900um Tight Buffered fiber found in Inside-Plant Cable with the enhanced Mechanical and Environmental attributes found in cable suitable for outdoor deployments. Available in multiple constructions ranging from Distribution style single-jacket cable to High Fiber Count designs, indoor fiber optical cable reduces the need for transitions within the Campus network.

This article comes from aflglobal edit released

Indoor fiber optical cable are used for the construction of horizontal subsystem and SCS building backbone cabling subsytems. They differ form cables used for outdoor cabling by two key parameters.

Indoor fiber optical cable is tight buffer design, usually they consist of the following components inside the cable, the FRP which is non-metallic strengthen member, the tight buffer optical fiber, the Kevlar which is used to further strength the cable structure, making it resist high tension, and the cable outer jacket. The trend is to use LSZH or other RoHS compliant PVC materials to make the cable jacket; this will help protect the environment and the health of the end users.

Indoor fiber optical cable applications include the following:

* Simplex cables
* Duplex cables
* Multifiber cables
* Heavy-, light-, and plenum-duty cables
* Breakout cables
* Ribbon cables

Although thes categories overlap, they represent the common ways of referring to fibers.

This article comes from cables-solutions edit released