Belkin F2F802L7-50M
Duplex Fiber Optic Patch Cable - LC Male to SC Male - 164.04ft - Yellow
Upgrade your network infrastructure with the Belkin F2F802L7-50M duplex Fiber Optic Patch Cable. Engineered for long-distance, high-speed data transfer, this yellow Fiber Optic Patch Cable features high-quality LC and SC connectors, providing reliable, low-loss connections suitable for data centers, enterprise networks, and telecom environments.
Features :
This duplex Fiber Optic Patch Cable employs high-grade materials and precise engineering to ensure optimal signal clarity and minimal attenuation over extended distances. The LC connectors are gold-plated with 50-micron contact surfaces, which enhance conductivity and reduce signal loss. The rugged yellow jacket makes it easy to identify in dense cabling environments, while the duplex design supports simultaneous bidirectional communication, ideal for high-throughput applications.
Advanced Options :
Designed to meet Category 6 performance standards in fiber optic environments, this Fiber Optic Patch Cable offers robust durability and flexibility. It is suitable for connecting switches, Servers, Routers, and optical transceivers, ensuring seamless data transmission across your network.
Product Key Features
- 164.04-foot (50-meter) length for extensive connectivity
- LC Male to SC Male connectors for versatile fiber networking
- Duplex design supports bi-directional data transfer
- Bright yellow jacket for easy identification in complex setups
- Designed for high-performance fiber optic communication
Reliability & Performance :
Constructed with precision and high-quality components, the Belkin Fiber Optic Patch Cable guarantees stable, high-speed communication. The LC and SC connectors are engineered for durability and low insertion loss, providing consistent performance over long distances. The snagless mold protects the connectors during installation, reducing the risk of damage and simplifying cable management. Its bright yellow sheath not only facilitates easy identification but also adds to the cable’s resilience in demanding environments.
