Fiber optic patch cord SM LC/UPC-LC/UPC simplex 3.0 mm LSZH G657A1 2m yellow FO-LULU-SS11-0020-YE

Single-mode fiber optic cable LC/UPC – reliable data transmission

This single-mode fiber optic cable, terminated with LC/UPC connectors, is an ideal solution for building and expanding networks requiring high bandwidth and reliability. Designed for applications where stable data transmission is critical, it will work well in both backbone installations and cross-connects. It utilizes G657A1 fiber technology, which ensures flexibility and bend resistance.

Construction and parameters for professionals

The cable features a simplex construction, meaning a single fiber in a protective jacket with a diameter of 3.0 mm. It is made of glass fiber with 9/125 µm parameters, which guarantees minimal signal loss. The LSZH (Low Smoke Zero Halogen) jacket minimizes the emission of toxic substances in the event of a fire, increasing installation safety. Insertion loss below 0.20 dB and return loss above 60 dB ensure high signal quality and minimize losses during transmission. The cable maintains its properties over a wide temperature range – from -40°C to 85°C – and a minimum bending radius of 10 mm makes installation easier even in tight spaces.

Advantages for installers and end-users

• High transmission quality: G657A1 fiber and precise LC/UPC connectors ensure stable and fast data transfer.
• Safety: LSZH jacket increases fire safety of the installation.
• Flexibility: Simplex construction and small cable diameter make routing and installation easier.
• Resistance to external conditions: Wide operating temperature range allows the cable to be used in various environments.
• Easy identification: Yellow color makes it easier to distinguish fiber optic cables from other types of cabling.
• 2 meter length: Optimal length for connections in patch panels or short network segments.
• Low attenuation: Ensures minimal signal loss along the entire cable length, which translates to better network performance.
• UPC polishing: Ensures high precision of the optical connection and minimizes signal loss due to reflections.