Fiber optic cable CBO 569024-BO, 1250 Mbit/s capacity, 2000 m length

Fiber optic cable CBO 569024-BO is a 2000 m single product cable designed for long-distance data transmission and backbone networks. With a rated data capacity of 1250 Mbit/s, this BlueOptics cable is intended for infrastructure where consistent high-speed connectivity and low signal loss are required. The construction supports deployment in ISP links, enterprise trunk lines and campus-wide fiber installations, enabling simplified large-scale cable runs across ducts and trays.

Advantages

This fiber optic cable offers stable data throughput up to the rated capacity and low attenuation suitable for extended distances. Its long 2000 m length reduces the need for intermediate splices or repeaters in many backbone scenarios, streamlining installation and lowering labor requirements. The cable’s design is compatible with standard fiber connectors and network equipment, facilitating integration with existing fiber infrastructure.

Suitable for

• ISP backbone and long-haul links
• Enterprise trunk cabling between buildings or floors
• Campus and metropolitan area network rings
• Fiber infrastructure projects requiring long continuous cable runs

Key specifications

• Cable type: single product fiber optic cable for long-distance transmission
• Rated data capacity: 1250 Mbit/s
• Length: 2000 m
• Intended use: backbone, trunk and campus network deployments
• Compatibility: standard fiber network equipment and connectors (single-mode/multimode dependent on installation)

How to use

Plan the route considering ducting, trays and bend radii appropriate for fiber optic installation. Unwind and deploy the 2000 m cable along the prepared path, avoid excessive tension and sharp bends, and secure the cable at regular intervals. Terminate the fiber ends with compatible connectors or splice as required by the network design, then test attenuation and continuity to confirm signal integrity before final commissioning.

Recommendations

Store and handle the cable in a dry, dust-free environment before installation. Use proper fiber tools and testers to measure signal loss and ensure connector cleanliness. For long runs, verify route length and plan for access points or splice enclosures if intermediate connections are necessary.