Fairline 2435-020 2m OM4 LC LC Network Cable

Struggling with slow data transfer or unreliable connections in a cramped server rack? The Fairline 2435-020 2m OM4 LC LC Network Cable is a high-performance, violet-coloured fibre optic link that delivers fast, stable communication over short distances, perfect for data centres, office builds or lab setups where space and speed matter.

Key Features of a 2 m Network Cable

• Cladding diameter: 125 µm. Provides the outer layer that protects the light signal.
• Core diameter: 50 µm. Allows tight light confinement for higher bandwidth.
• Product colour: Violet. Easy to identify among other cables.
• Connector 1: LC. Small form-factor connector for dense patch panels.
• Connector 2: LC. Matching connector ensures a seamless link.
• Fibre optic type: OM4. Supports multimode transmission up to 550 m at 10 Gbps.
• Cable length: 2 m. Ideal for connecting equipment within a rack or nearby cabinets.
• Weight: 40 g. Light enough for easy handling and routing.
• Cable diameter: 2.8 mm. Fits neatly in cable trays and conduit.
• Quantity per pack: 1 pc(s). One cable per order for precise inventory control.

Why Choose a Fairline Network Cable

If you manage a data centre, office network or test environment, you need a reliable link that won’t bottleneck your applications. Many users face mismatched connectors or insufficient fibre grades, leading to frequent errors and downtime. This Fairline cable offers OM4 performance in a compact 2 m length, eliminating those hassles and fitting neatly into tight spaces.

Benefits of Fairline Network Cable

• High speed: Enables fast data rates for demanding applications.
• Easy installation: LC connectors snap in quickly without tools.
• Space-saving: Small diameter and short length reduce clutter.
• Durable: Tested and certified construction resists wear.
• Clear identification: Violet colour helps you spot the right cable fast.

Usages of a 2 m Network Cable

This cable is perfect for linking servers to switches inside a rack, connecting storage arrays to backup units, or creating short patch runs in a laboratory where precise, high-bandwidth connections are essential.

Specifications