Multimode Fiber Breakout Cable CBO SFP5143EU1MKB, 1 m, multimode

Multimode fiber breakout cable CBO SFP5143EU1MKB, 1 m, multimode is a 1‑meter multimode breakout cable from BlueOptics designed to split a single multimode fiber into multiple terminated connectors for patching and interconnect tasks. The cable supports short-range optical links commonly found in data centers, server rooms and telecom racks, and is intended to simplify fiber management by providing a compact, pre-terminated solution for connecting transceivers, patch panels and active equipment.

Advantages

This multimode breakout cable provides a ready-made conversion from trunk fiber to multiple connectorized leads, reducing field termination time and minimizing installation errors. Its short 1 m length is suitable for tight rack environments and promotes neat cable routing. The factory-terminated ends ensure consistent optical performance and reliable mating with multimode transceivers and patch ports.

Suitable for

• Short-range links between transceivers and patch panels in data centers
• Interconnects inside telecom racks and server cabinets
• Fiber patching where space is limited and flexible routing is required

Key specifications

• Cable type: multimode fiber breakout
• Length: 1 meter
• Construction: single trunk splitting into multiple connectorized leads
• Typical application: short-range optical data links and patching
• Compatibility: multimode optical networks and multimode transceivers/patch ports

How to use

Route the breakout cable from the trunk entry point to the equipment or patch panel, taking care to maintain proper bend radius for multimode fiber. Connect the trunk end to the incoming multimode trunk or bulk splice point, then insert the connectorized leads into the matching multimode transceivers or patch panel ports. Verify connections and test the link with appropriate fiber test equipment to confirm signal continuity and loss levels.

Usage recommendations

Handle the cable by the connectors and outer jacket, avoid tight bends or crushing, and store excess length in proper cable management trays. Use compatible multimode transceivers and adhere to standard fiber cleaning procedures before mating connectors to maintain optical performance.