Cable de fibra óptica ShiverPeaks BS07-500315 2 m LC verde

The ShiverPeaks BS07-500315 2m LC Green is an OM5 multimode fibre optic patch cable designed for high-density networking environments. It features LC connectors on both ends and a 50 µm core diameter to support full duplex data transmission. The cable is intended for short-range, high-speed connections within data centres, server rooms, and enterprise networks where reliability and signal integrity are important.

Advantages

This OM5 fibre cable provides consistent multimode performance with a 50 µm core that accommodates modern transceivers and active equipment. The LC-to-LC connectors offer a compact form factor for high-density panels and transceiver ports. The 2 m length reduces excess slack while allowing flexible routing between adjacent racks or patch panels, and the green jacket makes cable identification straightforward in mixed-fibre installations.

Suitable for

• Short-range connections in data centres and server rooms
• Patch panel to switch or transceiver links
• Enterprise LAN backbone and aggregation layers
• High-density rack cabling where LC connectors are used

Key specifications

• Fibre type: Multimode OM5
• Core diameter: 50 µm
• Connector type: LC to LC
• Polarity: Full duplex
• Length: 2 m
• Cable jacket colour: Green

How to use

Inspect connector end-faces before installation and clean with appropriate fibre cleaning tools if necessary. Route the cable through cable management hardware to avoid sharp bends and tension; maintain the manufacturer-recommended minimum bend radius for multimode fibre. Insert LC connectors into compatible LC ports on switches, transceivers, or patch panels until a secure latch is felt. For duplex links, ensure correct polarity matching between transmit and receive ports.

Recommendations

Use this OM5 LC patch cable for short-distance intra-rack or adjacent-rack links and pair it with compatible OM5-capable transceivers for optimal multimode performance. Store and handle the cable to prevent contamination of connector end-faces and avoid repeated mating cycles beyond the connector rating to preserve signal quality.