Microconnect FIB441008 Καλώδιο InfiniBand/οπτικών ινών 8 m LC κίτρινο

The Microconnect FIB441008 is an 8 m single mode fibre optic cable with LC–LC connectors and OS2 fibre. With a 9 µm core diameter and yellow LSZH jacket, 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 provides low-loss transmission across long distances: up to 10 km at 1310 nm and up to 40 km at 1550 nm.

Advantages

The cable uses OS2 single mode fibre and LSZH outer jacket meeting common industry standards (IEC, EIA/TIA or Telcordia) to ensure reliable, low-attenuation links. LC connectors on both ends offer compact, duplex connectivity and the yellow colour improves visibility in cabling installations. The 8 m length and 9 µm core diameter make it suitable for rack-to-rack connections and longer backbone segments within data centres.

Suitable for

• Connecting 1G/10G/40G/100G Ethernet equipment
• Enterprise LAN and telecom rooms
• Server farms and cloud storage interconnects
• Fiber jumper requirements in patch panels and racks

Key specifications

• Brand: MicroConnect
• Model / MPN: FIB441008
• Length: 8 m
• Connector type: LC — LC (duplex)
• Fibre type: OS2 single mode, 9 µm core
• Jacket material: LSZH
• Colour: Yellow
• Transmission distance: up to 10 km @ 1310 nm, up to 40 km @ 1550 nm
• Weight: 0.4 kg
• EAN: 5705965995013

How to use

Route the patch cord between LC duplex ports in patch panels, transceivers or network equipment. Ensure connectors are clean before insertion to avoid signal loss—use a fibre cleaning tool or lint-free wipes with appropriate solvent. Insert LC connectors until they click into place and secure cable routing to avoid tight bends; maintain the minimum bend radius recommended for single mode fibre to preserve optical performance.

Recommendations

The cable is intended for indoor use in structured cabling environments; avoid exposure to prolonged moisture or direct sunlight. For installations requiring fire-retardant properties, verify LSZH suitability for your site. For longer distances or specific attenuation budgets, select appropriate transceivers and verify link loss with a power meter or OTDR.