Καλώδιο οπτικών ινών BlueOptics SFP5141GU1MKB MPO 4x LC OM5 1 m Lime

The BlueOptics SFP5141GU1MKB MPO 4x LC OM5 1 m Lime is a single 1‑metre fibre optic breakout cable designed for high-density network environments. One end terminates in an MPO connector while the other end provides four LC connectors, using OM5 multimode fibre to support wideband, high‑speed transmissions. The lime outer jacket improves visibility in cable bundles and facilitates organized routing in data centers and enterprise installations.

Advantages

This fibre cable delivers compact MPO to LC breakout connectivity with OM5 multimode performance suited for modern short‑reach applications. The 1 m length reduces excess slack in patching areas, and the four LC outputs provide direct connection to transceivers or equipment ports. The lime jacket aids identification and maintenance without affecting signal performance.

Suitable for

• Data centre patching and consolidation
• High‑density fibre panels and breakout cabinets
• Short‑reach multimode links between MPO trunks and LC ports
• Enterprise network aggregation and switch to transceiver connections

Key specifications

• Cable type: MPO to 4× LC breakout
• Fibre type: OM5 multimode
• Length: 1 metre
• Connector (one end): MPO
• Connector (other end): 4× LC duplex
• Jacket colour: lime
• Application: high‑density, short‑reach multimode links

How to use

Route the MPO end to the MPO trunk or cassette and connect each LC duplex connector to the corresponding transceiver or equipment LC port. Ensure fibre connectors and adapter ports are clean and free of dust before mating. Use appropriate bend radii and secure the cable to maintain organized runs and prevent strain on connectors. The 1 m length is intended for close‑range patching between panels and active equipment.

Recommendations

Inspect fibre endfaces with an inspection scope before installation, avoid sharp bends that exceed the rated minimum bend radius, and store spare lengths in a fibre management tray to preserve performance and reliability.