Lanview LVO231801UNI InfiniBand/fibre optic cable 1 m LC Blue

The Lanview LVO231801UNI is a 1 m OM3 fibre optic cable with LC connectors on both ends. This full-duplex Uniboot cable has both fibre leads sheathed in a single jacket to reduce rack clutter and improve airflow while maintaining low insertion loss. Constructed from LSZH material, it meets common telecom and industry standards and supports high-speed and legacy networks including 10/40/100 Gigabit links.

Advantages

The Uniboot design combines two fibres under a single jacket for a compact profile and improved airflow in dense racks. The cable allows polarity switching by removing the top cover and swapping connector positions without replacing the cable. OM3 multimode fibre provides low insertion loss and compatibility with 10G SR, 40G BIDI SR and other QSFP+/SFP+ transceivers. LSZH jacket material meets Telecordia, EIA/TIA and IEC-related requirements for reduced smoke and halogen-free performance.

Suitable for

• Data centre patching in high-density racks
• Connections between 10G, 40G and 100G transceivers (SR, BIDI)
• Server-to-switch and switch-to-switch links
• Environments requiring low-smoke, halogen-free cabling

Key specifications

• Manufacturer: Lanview
• Model: LVO231801UNI
• Type: OM3 multimode fibre, Uniboot
• Connectivity: LC to LC, full duplex
• Length: 1 m
• Colour: Blue
• Material: LSZH jacket
• EAN: 5704174868934

How to use

Insert LC connectors into the corresponding LC ports on the transceivers or patch panels until they click. If you need to change polarity, remove the top cover of the Uniboot connector and swap the fibre positions according to your network wiring scheme. Route the cable to maintain bend radius recommendations for multimode OM3 fibre and secure it in the rack to avoid strain on connectors.

Recommendations

Use this 1 m LC OM3 Uniboot cable for short-range links inside racks and between adjacent rack units. Avoid tight bends, keep connectors clean, and use dust caps when connectors are not in use to preserve signal quality.