Καλώδιο breakout πολύτροπων οπτικών ινών CBO SFP5141EU7.5MKB — 7,5 m, Multimode

The BlueOptics CBO multimode fiber breakout cable SFP5141EU7.5MKB is a 7.5-meter multimode breakout cable designed to split a multi-fiber trunk into individual multimode fiber connectors. It is intended for short-range optical links, patching and internal cabling in data centers and network equipment racks where multimode fiber connections are required. The cable provides organized routing and reliable signal transmission across multimode links while simplifying connections between multi-fiber modules and single-fiber ports.

Advantages

This multimode fiber breakout cable offers straightforward breakout of multi-fiber trunks into separate connectors, reducing installation time and minimizing connector clutter. Its 7.5 m length provides flexible placement of network equipment within racks or cabinets. The cable is built to maintain consistent signal performance on short-range multimode links and supports neat cable management in patching environments.

Suitable for

Key specifications

How to use

Route the breakout cable from the multi-fiber trunk or module to the target equipment ports, taking care to follow rack cable management paths and bend-radius guidelines. Connect the trunk end to the appropriate multi-fiber adapter or cassette and plug each individual multimode connector into the corresponding device SFP/SFP+ or patch panel port. Verify proper seating of connectors and, if available, use optical test equipment to confirm link continuity and signal integrity after installation.

Recommendations

Handle multimode fiber connectors and cable ends by the boot or connector body, avoid touching the ferrule, and keep connector endfaces clean using proper fiber cleaning tools before mating. Maintain manufacturer-recommended minimum bend radius and secure the cable in cable managers to prevent strain. Use this breakout cable for short-range multimode applications and pair it with compatible multimode transceivers and patch panels for optimal performance.