DeLOCK 83222 Καλώδιο InfiniBand οπτικών ινών 2m LC LC/APC Κίτρινο

The DeLOCK 83222 is a 2 m InfiniBand fibre optic cable with LC to LC/APC connectors and OS2 single-mode fibre (9 µm core). It is designed for high-speed data transmission with low attenuation and is suitable for linking devices such as FTTH interconnection points, fibre optic modems and equipment in data centres or high-performance computing environments. The package contains the optical fibre cable packed in a zip poly bag.

Advantages

This LC–LC/APC fibre cable offers single-mode OS2 construction for reduced signal loss over long distances and consistent transmission performance. The 2 m length provides straightforward connectivity between adjacent racks or devices, and the use of LC and LC/APC connectors ensures reliable mating with compatible ports. The yellow jacket makes the cable easy to identify in cabling installations.

Suitable for

• Connecting FTTH house interconnection points to fibre optic modems
• Interconnects within data centres and server rooms
• High-performance computing and InfiniBand networks
• Short to medium fibre links where LC/LC-APC interfaces are required

Key specifications

• Brand: DELOCK
• Model / MPN: 83222
• EAN: 4043619832224
• Length: 2 m
• Connector A: LC (female)
• Connector B: LC/APC (angled physical contact)
• Fibre type: OS2 single-mode
• Core diameter: 9 µm
• Color: Yellow

How to use

Inspect connector endfaces for cleanliness before installation and clean with appropriate fibre cleaning tools if necessary. Insert the LC and LC/APC connectors into the corresponding ports until they click or seat securely, taking care to avoid bending the cable below its minimum bend radius. Route and secure the cable to prevent strain on the connectors and to maintain stable optical performance.

Recommendations

Use this DeLOCK OS2 LC–LC/APC cable for single-mode links where low insertion loss is required; avoid connecting APC to non-APC interfaces, and store the cable in its zip poly bag when not in use to protect connectors from dust.