Cascaded Tap
Manage signal power more efficiently than other network topologies with optical TAP networks, which use a 1x2 bias splitter to direct part of the optical signal to the premises while passing the remaining signal to the next tap location.
The mini OTE 300 optical tap solution offers a compact, rugged fiber termination solution engineered for fast, reliable deployment in outdoor FTTH networks. With plug-and-play hardened adapter ports, integrated splitter and CWDM options, and IP68-rated waterproofing, it delivers exceptional flexibility and durability for aerial, pedestal, pole and below-grade installations.
The Prodigy HTT hardened terminal enables optical tap applications with hardened, plug-and-play connectivity, flexible mounting, and compact design—ideal for fast, scalable FTTH deployments.
Fiber Drop Cables
Non-Hardened Service Terminals
CommScope offers the industry’s most versatile OFDC-C12 Fiber Distribution Closure family. Including three different series, the OFDC family accepts a wide range of distribution and drop cables thus responding to virtually all application requirements.
The NOVUX SRC 100 closure is a compact, gel-sealed solution for last-mile fiber drops—offering flexible mounting, splice-ready access, and rugged protection for fast, reliable FTTX deployments.
Fiber Optic Splice Closures
The FOSC 650 Fiber Optic Splic Closure has a single-ended base with four-latches dome design and reliable cable attachment system and is compatible with a wide range of fiber cable sizes and types.
The FOSC-MSC Fiber Optic Modular Splice Closure is a single ended o-ring sealed dome closure for high capacity splicing in a versatile and modular build.
OSP Fiber Cable
CommScope’s outside plant fiber cables are made with high-performance, standards-compliant materials and have superior mechanical and optical performance with unmatched stability and quality.
CommScope Fiber drop cables are engineered to withstand the most demanding environmental conditions, including sun, heat, cold, moisture and heavy RF interference.
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