Belkin Singlemode Duplex Fiber Optic Patch Cable

Overview

The Belkin F2F80207-01M is a singlemode duplex fiber optic patch cable designed to provide a reliable and high-speed data connection that surpasses the capabilities of traditional copper cabling. Featuring an 8.3/125 micron core and cladding, it maintains signal integrity over long distances, making it ideal for data centers, campus networks, and telecom closets. This cable connects devices with ST/PC and SC/PC connectors, allowing seamless integration between different equipment types without the need for additional adapters.

Key features

• Singlemode duplex design supports long-distance, high-bandwidth data transmission with minimal signal loss
• Two ST/PC male connectors on one end and two SC/PC male connectors on the other enable flexible connectivity between diverse network hardware
• Durable PVC jacket protects fiber strands from bending, abrasion, and minor pulls during installation and routine maintenance
• Factory-terminated and tested assemblies ensure plug-and-play convenience without the need for field polishing or splicing
• Suitable for connecting switches across racks, linking optical transceivers to patch panels, or extending backbones between buildings

Key specs

• Fiber type: Singlemode duplex
• Core and cladding diameter: 8.3/125 microns
• Connector types: Two ST/PC male connectors and two SC/PC male connectors
• Jacket material: PVC for enhanced durability

Connectivity and compatibility

This cable bridges equipment that uses ST/PC and SC/PC connectors, which are common in enterprise and telecom environments. Its singlemode fiber supports high-speed optical transceivers and patch panels, making it a versatile choice for various network setups that require noise-free transmission over extended distances.

Ideal uses and environments

The Belkin F2F80207-01M fits well in enterprise networks, campus infrastructures, and demanding home labs where maintaining signal clarity across long runs is critical. It is particularly useful for linking switches in separate racks, connecting optical transceivers to patch panels, or extending network backbones between buildings, ensuring consistent performance in professional and technical settings.