Microconnect FIB422001P InfiniBand/optické vlákno kábel 1 m LC SC fialový

The Microconnect FIB422001P is a 1 m OM4 multimode fibre optic patch cable with LC to SC connectors and a 50/125 µm core/cladding structure. Designed for high-speed short-range links, this violet LSZH cable offers low attenuation and improved bend insensitivity compared with older multimode fibers, making it suitable for dense data centre and structured-cabling environments where clear identification and reliable 10G/40G/100G connections are required.

Advantages

The OM4 specification provides higher modal bandwidth and better performance for 10 Gigabit Ethernet and beyond, while the bend-insensitive multimode design reduces signal loss when routed through tight bends. The LC and SC connectors ensure broad compatibility with common transceivers and patch panels. The LSZH jacket minimizes smoke and toxic gas emission in case of fire and simplifies compliance with modern building safety standards.

Suitable for

• 10G SR, 10G LRM and SFP+/transceiver connections
• Short-range 40G/100G links in data centres
• Patch panels and rack-to-equipment connections
• Cable management where colour coding is used

Key specifications

• Brand: MicroConnect
• MPN: FIB422001P
• EAN: 5712505826102
• Fibre type: OM4 multimode, 50/125 µm
• Connectors: LC (one end) to SC (other end)
• Cable length: 1 m
• Jacket: LSZH
• Colour: Violet
• Weight: 0.02 kg

How to use

Inspect connectors and ports for dust or damage before use. Align the LC and SC connectors with the corresponding ports and push until a positive click or secure fit is achieved. Route the cable following the rack and cable-management pathways, avoiding sharp bends or crushing. For removal, depress the LC latch and pull the SC connector straight out to prevent fiber end-face damage.

Recommendations

Use this OM4 LC–SC patch cable for short-distance, high-bandwidth links in controlled environments such as data centres. Keep connector end-faces clean using appropriate fibre cleaning tools and avoid bending the cable beyond its minimum bend radius to maintain performance.