DESCRIPTION:

The Fibernet BLF01001SCUSCU00 is a professional singlemode fibre optic patch cable engineered for reliable optical interconnection applications across telecom, FTTH, enterprise, datacentre, and transport network environments. The cable features SC/UPC to SC/UPC connector configuration designed to provide low-loss optical signal transmission and dependable fibre connectivity within modern singlemode optical infrastructure.

Manufactured using OS2 singlemode fibre, the patch lead is suitable for long-distance optical transmission applications including optical distribution frames, patch panels, passive optical networks, fibre termination systems, and active optical equipment interconnection. The UPC polished connector design provides stable optical performance with reduced insertion loss for standard singlemode networking applications.

The simplex cable construction supports efficient cable routing and cable management within high-density fibre environments while maintaining durable long-term operational performance. The cable is designed for installation, maintenance, network expansion, and equipment interconnection workflows across indoor telecom and enterprise optical network deployments.

Suitable for fibre patching, optical equipment connectivity, FTTH deployments, and maintenance operations, the BLF01001SCUSCU00 supports dependable singlemode optical connectivity across a wide range of fibre network installations.

Key Features

• Professional singlemode fibre optic patch cable
• SC/UPC to SC/UPC connector configuration
• OS2 singlemode fibre construction
• Simplex fibre patch lead design
• UPC polished connector interfaces
• Low insertion loss optical performance
• Suitable for telecom, FTTH, enterprise, and datacentre environments
• Compatible with patch panels and optical distribution frames
• Suitable for long-distance optical transmission applications
• Flexible durable cable construction
• Designed for installation and maintenance workflows
• Suitable for high-density fibre network deployments