Belkin F2F802L7-02M
2-Meter Singlemode Duplex Fiber Optic Cable (LC to SC)
The Belkin F2F802L7-02M is a 2-meter singlemode duplex fiber optic patch cable designed for high-speed, long-distance network connections. Featuring LC and SC connectors, it provides a dependable solution for telecommunications, enterprise network expansion, and fiber infrastructure projects requiring minimal signal attenuation over extended distances.
Features :
This fiber optic patch cable features duplex connectors—LC on one end and SC on the other—making it versatile for various networking setups. Its 8.3/125 micron core and cladding support high-bandwidth, low-attenuation signals over long distances, ensuring stable and efficient data transmission. The high-quality glass core and precision-polished connectors minimize signal loss, making it ideal for critical network links.
Advanced Options :
Constructed for durability and ease of installation, this cable undergoes comprehensive testing to meet industry standards. Its 2-meter length offers flexibility for connecting network equipment across racks or rooms, reducing clutter while maintaining high performance. Whether upgrading or deploying new fiber infrastructure, this cable ensures reliable long-distance connectivity.
Product Key Features
- 2-meter (6.56 feet) singlemode duplex fiber optic patch cable with LC and SC connectors
- 8.3/125 micron core and cladding for extended-range applications
- Precision-polished connectors for minimal signal loss
- Suitable for telecommunications, enterprise networks, and fiber infrastructure
- Tested for durability, performance, and reliability
Reliability & Performance :
Built with premium materials, the Belkin fiber optic cable guarantees long-lasting durability and compatibility with a variety of fiber optic devices. The LC and SC connectors are designed for low insertion loss and high return loss, supporting efficient light transmission over long distances. Its rugged design and high-quality glass core ensure consistent, reliable performance in demanding environments.
