Fiber optic cable CBO BlueOptics 851-0296, 10 000 Mbit/s, 300 m

Single fiber optic cable BlueOptics 851-0296 delivers up to 10 000 Mbit/s over a 300 m length. Designed for backbone links, server rooms and campus networks, this fibre cable provides stable high-speed data transmission with reduced attenuation compared to copper media. Its single-fibre construction supports long-distance connectivity and consistent bandwidth for latency-sensitive applications.

Advantages

The cable offers high throughput and low signal loss for extended runs, enabling reliable transmission across a 300 m span. It is intended for environments where consistent bandwidth and low latency are required, such as data centre interconnects and optical uplinks. The design simplifies installation in conduits and cable trays while maintaining signal integrity over copper alternatives.

Suitable for

• Backbone network links in enterprise and campus environments
• Server room optical interconnects and rack-to-rack connections
• Longer-distance links where copper cannot meet bandwidth or attenuation needs
• High-bandwidth applications such as storage, virtualization and video delivery

Key specifications

• Transmission capacity: 10 000 Mbit/s
• Length: 300 m
• Fibre type: single fibre design suitable for high-speed links
• Performance: low attenuation and stable bandwidth for extended runs
• Typical use: backbone and interconnect installations

How to use

Prepare cable routing paths and ensure appropriate bend radius and strain relief during installation. Terminate or connect the fibre using compatible optical transceivers, connectors and patch panels following standard optical handling procedures. Test end-to-end link performance with optical test equipment to verify throughput and attenuation before placing the line into production.

Usage recommendations

For optimal results, install the cable in protected trays or conduits, avoid sharp bends and mechanical stress, and use proper cleaning and connector inspection procedures. Perform attenuation and continuity tests after installation and periodically during maintenance to ensure continued 10 000 Mbit/s performance over the 300 m run.