Fiber optic patchcord MM LC/UPC-SC/UPC duplex 3.0 mm OM4 50/125 LSZH 1m violet FO-LUSU-MD41-0010-VT

Duplex fiber optic patch cord – reliability and performance in multimedia networks

This fiber optic patch cord is an ideal solution for connections in LAN, WAN networks, server rooms and in applications requiring high bandwidth. It utilizes OM4 multimode fiber, which guarantees excellent data transmission over short and medium distances. The duplex design allows for simultaneous transmission and reception of the signal, increasing connection efficiency.

Precision and quality of workmanship for demanding installations

The patch cord combines LC/UPC and SC/UPC connectors, allowing for flexible adaptation to various devices and systems. The use of UPC polishing minimizes back reflection loss, ensuring stable transmission. High quality workmanship, confirmed by low insertion loss (below 0.20 dB) and return loss (above 30 dB), translates into reliability and long-term operation.

• High bandwidth: OM4 fiber provides optimal performance in multimedia networks.

• Duplex: Simultaneous data transmission and reception for faster information transfer.

• LSZH (Low Smoke Zero Halogen): Coating made of low toxicity materials and limited smoke emission in case of fire – increased installation safety.

• Universality: LC/UPC and SC/UPC connectors allow connection to a wide range of network devices.

• Resistance to external conditions: Wide operating temperature range (-40°C to 85°C) allows use in various environments.

• Flexibility: Minimum bending radius of 7.5 mm facilitates cable routing in tight spaces.

• Distinct color: Violet coating makes it easier to identify the cable in the installation.

This patch cord is particularly useful where connection reliability and signal loss minimization are important – e.g. in data centers, server rooms or when building backbone networks. The 50/125 µm fiber construction ensures compatibility with existing OM4 fiber optic infrastructure, and the 3.0 mm cable diameter guarantees convenience during installation and cable routing.