Fibre Optic Cable ShiverPeaks 07-530415 3m LC SC Grey Lime

The ShiverPeaks 07-530415 3m LC–SC fibre optic cable is an OM5 multimode link designed for high-speed network environments that require reliable full-duplex data transmission. With a 50 µm core diameter and industry-standard LC and SC connectors, this cable supports modern networking equipment in data centres, server rooms and structured cabling installations. The grey and lime jacket option provides visual identification to simplify cable management in dense racks and patch panels.

Advantages

This OM5 multimode fibre cable offers low insertion loss and consistent signal quality across short- to medium-distance links. The 3 m length is suitable for common patching and interconnect tasks, while LC and SC terminations ensure compatibility with a wide range of transceivers and patch panels. The dual-colour jacket improves traceability and reduces the chance of mispatching during maintenance or reconfiguration.

Suitable for

• Patch connections between switches, routers and transceivers in data centres
• Interconnects in server rooms and network racks
• High-density structured cabling and patch panels
• Short- to medium-reach multimode applications requiring full-duplex communication

Key specifications

• Fibre type: OM5 multimode
• Core diameter: 50 µm
• Length: 3 m
• Connector A: LC (male)
• Connector B: SC (male)
• Transmission mode: full duplex
• Jacket colours: grey and lime

How to use

Connect the LC end to the corresponding LC port on transceivers or network equipment and the SC end to SC ports on patch panels or devices. Ensure connectors are clean before insertion to maintain optimal optical performance; use appropriate fibre cleaning tools or wipes. Route the cable following existing cable management paths, avoid sharp bends and secure it with cable ties or Velcro to prevent strain at the connector interfaces.

Recommendations

For best performance, verify connector cleanliness and test link performance after installation. Use this OM5 cable for short- to medium-distance multimode links and avoid exceeding minimum bend radius to maintain signal integrity.