Multimode Fiber Breakout Cable CBO SFP6141EU7.5MKB 7.5 m

Multimode fiber breakout cable CBO SFP6141EU7.5MKB 7.5 m is a pre-terminated assembly designed to split a multi-fiber trunk into individual multimode fiber connections. It connects transceivers, modules and patch panels in short-range multimode links commonly found in data centers, server rooms and structured cabling environments. The cable provides flexible routing and reliable optical connectivity over a 7.5 meter length while supporting the physical separation of fibers from a single trunk into separate connectors for easy equipment access.

Advantages

The BlueOptics multimode breakout cable offers a factory-terminated solution that reduces on-site termination work and minimizes connection loss compared with field-terminated assemblies. Its multimode construction and breakout design enable compact trunking while delivering individual connector access for patching or transceiver connections. The 7.5 m length balances reach and manageability for short-range installations, and the assembly is suitable for high-density rack environments where tidy cable routing and predictable optical performance are required.

Suitable for

• Short-range multimode links in data centers and server rooms
• Connecting transceivers to patch panels or cassettes
• Structured cabling installations with fiber trunks and breakout requirements
• High-density rack and cabinet fiber management

Key specifications

• Cable type: multimode fiber breakout
• Overall length: 7.5 metres
• Terminations: factory-terminated trunk to individual multimode connectors
• Application range: short-range multimode optical links
• Routing: flexible breakout design for tidy rack and cabinet installation

How to use

Route the multimode breakout cable between the fiber trunk entry point and the destination equipment, ensuring bend radii are maintained and fibers are not stressed. Plug the individual multimode connectors into the appropriate transceivers, patch panel ports or fiber cassettes. Secure the trunk and breakout legs using cable management accessories to avoid strain on terminations. Verify optical connections and performance using appropriate testing equipment after installation.

Usage recommendations

Maintain manufacturer-recommended minimum bend radius, keep connectors clean and capped when not in use, and avoid excessive pulling force during installation. Use proper fiber cleaning tools before mating connectors and perform insertion loss testing to confirm link quality after installation.