Duplex cable MicroConnect

Connector 2: SC - Gender type: male/male - Cable length: 1 m - Full duplex: Yes

A 5‑meter purple fiber optic cable with LC/PC male connectors on both ends, designed for full‑duplex OM4 multimode transmission, ideal for high‑speed networking and data centers.

This 10‑meter OM4 duplex fiber delivers high‑speed data with minimal loss, equipped with sturdy LC connectors and a violet jacket for clear identification, making it perfect for demanding networking setups.

A 5m long, duplex fibre optic cable with LC and UPC-ST/UPC connectors, featuring OM4 multimode and LSZH sheath.

Connector 1: LC - Connector 2: LC - Gender type: male/male - Cable length: 1 m - Full duplex: Yes

Connector 1: LC - Connector 2: ST - Gender type: male/male - Cable length: 2 m - Full duplex: Yes

Bright yellow 20 m single‑mode fiber with dual LC‑to‑SC connectors delivers low loss and high bandwidth for long‑haul links, featuring a 9/125 µm core and robust jacket for reliable performance.

High‑speed, 30 m OM3 duplex fiber optic cable with LC/UPC connectors delivers low loss and high bandwidth for demanding network applications, featuring robust LSZH jacket and precise 50/125 µm core/cladding for optimal signal integrity.

Connector 1: LC - Connector 2: ST - Gender type: male/male - Full duplex: Yes - Cable colour: Orange

The Microconnect FIB440402P InfiniBand/fibre optic cable is a 2-meter long, duplex LC/PC cable with OM4 multimode fibers (50/125) and Violet color. It's designed for high-speed data transmission in various networking applications.

Microconnect 3m LC/UPC OM4 fibre optic cable offers high-speed, reliable connectivity for data centers and telecommunications with its violet jacket, compatible with both LC/UPC and LC/UPC connections.

Connector 1: SC - Connector 2: SC - Colour of product: Green - Material: Plastic - Connector 1: SC

Discover the MicroConnect FIB222003-4 fiber optic cable: a 3-meter SC duplex, OM4 standard cable with violet jackets. Ideal for high-performance data transmission and featuring LSZH properties for safety in fire-prone areas.