LC–LC Duplex Fiber Patch Cord 9/125 SM — 20 m for Enterprise Networks & Datacenters

The Hyperline FC-D2-9-LC/UR-LC/UR-H-15M-LSZH-YL is a 15-meter single-mode LC/UPC duplex fiber optic patch cord designed for enterprise network and datacenter infrastructures where transmission continuity and fire safety compliance are mandatory requirements. It is used to interconnect active equipment in racks, patch panels, and fiber distribution points within structured cabling installations where component quality directly impacts long-term reliability.

The 9/125 µm single-mode fiber delivers low-loss transmission over medium distances, supporting data rates up to 10 Gbps in Ethernet and IP applications. The LSZH — Low Smoke Zero Halogen — outer jacket minimizes toxic smoke and corrosive gas emission in the event of fire, making it the required choice for public buildings, data centers, and enclosed spaces with high cable density where occupant safety and equipment protection are regulated. The yellow jacket color follows the standard visual identification convention for single-mode fiber, simplifying infrastructure management and cable tracing.

The LC/UPC duplex connectors are precision-polished to achieve low insertion loss and high return loss, ensuring consistent optical performance throughout the installation lifetime without degradation under normal operating conditions. The 15-meter length covers typical distances between active equipment in medium and large server rooms without requiring additional splices or intermediate connectors. The cable requires no periodic maintenance and withstands the humidity levels and temperature variations typical of technical environments.

Recommended for network integrators and IT teams implementing structured fiber installations in data centers, server rooms, office buildings, and facilities where fire safety regulations mandate LSZH-rated materials. It suits projects where standardizing on certified-quality components reduces failure risk and simplifies long-term infrastructure maintenance across large cable deployments.