Lanview LVO231409 Καλώδιο InfiniBand/οπτικής ίνας 5 m 2x LC κίτρινο

The Lanview LVO231409 is a 5 m single-mode fibre optic cable with 2x LC connectors and OS2 fibre type. With a 9 µm core diameter and yellow jacket for easy identification, this patch cord supports full-duplex 1G/10G/40G/100G Ethernet links and is suitable for enterprise networks, telecom rooms, server farms and cloud storage networks. It transmits data up to 10 km at 1310 nm and up to 40 km at 1550 nm. The cable uses LSZH outer sheath and is manufactured to industry standards (IEC, EIA/TIA, Telcordia).

Advantages

The Lanview LVO231409 offers single-mode OS2 performance for long-distance transmission and low attenuation. Its 2x LC connectors provide compact, reliable terminations for high-density patching. The LSZH jacket reduces smoke and toxic emissions in case of fire, and the yellow colour improves visibility and cable management in racks and cabinets.

Suitable for

• Enterprise network backbones
• Telecom rooms and equipment cabinets
• Server farms and data centres
• Cloud storage network links
• High-speed Ethernet links (1G/10G/40G/100G)

Key specifications

• Product name: Lanview LVO231409
• Fibre type: Single-mode OS2
• Connectors: 2x LC to 2x LC
• Cable length: 5 m
• Core diameter: 9 µm
• Transmission distances: up to 10 km at 1310 nm; up to 40 km at 1550 nm
• Sheath: LSZH
• Colour: Yellow
• Weight: 0.062 kg

How to use

Inspect connector endfaces before connection and clean if necessary to avoid signal loss. Plug each LC connector into the corresponding LC port on transceivers or patch panels until it clicks. Use gentle routing and avoid tight bends to maintain the specified minimum bend radius. Secure the cable in cable management trays or ties to prevent strain on connectors.

Recommendations

For optimal performance, use the LVO231409 for long-distance single-mode links and pair it with compatible OS2 transceivers; perform endface inspection and cleaning regularly, and follow rack and cabinet cable management practices to avoid excess bend and mechanical stress.