Single-mode fiber optic patch cord SC/UPC-SC/UPC simplex 3.0 mm LSZH G657A1 10m yellow FO-SUSU-SS11-0100-YE

Fiber optic patch cord SC/UPC-SC/UPC – reliability and efficiency in fiber optic networks

This single-mode (SM) fiber optic patch cord with SC/UPC-SC/UPC connectors is an ideal solution for connecting devices in telecommunications networks, server rooms and data centers. It provides a stable and fast connection, minimizing signal loss. Simplex construction, combined with high-quality G657A1 fiber, guarantees reliable operation even in demanding conditions.

Design and parameters for professionals

The patch cord is made of G657A1 optical fiber with a diameter of 9/125 µm, which ensures excellent transmission properties. The use of SC/UPC connectors with UPC polishing minimizes return loss and insertion loss – above 60 dB and below 0.20 dB respectively – which translates to high signal quality. In addition, the 3.0 mm diameter cable has an LSZH (Low Smoke Zero Halogen) jacket, which in the event of a fire limits the emission of toxic gases and smoke, increasing the safety of the installation. The cable's flexibility allows for easy installation and routing of cables, and the minimum bending radius of 10 mm makes installation easier even in tight spaces. A wide operating temperature range from -40°C to 85°C allows the patch cord to be used in various environments.

Universal application and benefits

This patch cord is not only a device connecting devices – it is an investment in the stability and efficiency of your network. It will work both in new installations and in the modernization of existing systems. The yellow color makes it easier to identify the cable in bundles and telecommunications cabinets. A length of 10 meters provides sufficient range for most applications. By choosing this patch cord, you gain confidence in a reliable, high-bandwidth connection that will meet the expectations of even the most demanding users. This is especially important for data transmission over long distances or in applications requiring high signal stability.