Fiber optic patch cord FC/APC - SC/APC Singlemode 9/125 G652D Simplex 5m 54303

Fiber optic patch cord FC/APC - SC/APC for demanding networks

This fiber optic patch cord is a reliable solution for building and expanding LAN, WAN, CCTV systems and telephone installations. It will work in offices, homes, and industrial environments where stability and data transmission security are key. It uses 9/125 µm single-mode fiber type G652D, which guarantees high signal quality and minimal loss over long distances.

Construction and application

The patch cord connects FC/APC to SC/APC connectors, providing a precise optical connection. The simplex construction means a single fiber in the cable, simplifying installation and configuration. The use of LSZH (Low Smoke Zero Halogen) coating increases safety - in the event of a fire, it does not emit harmful gases, which is particularly important in enclosed spaces. A length of 5 meters provides flexibility when connecting devices in various network configurations.

Advantages and benefits

• Resistance to interference: Fiber optic is resistant to electromagnetic interference and crosstalk, ensuring stable data transmission without external factors.
• High bandwidth: Allows the transmission of large amounts of data at high speed, which is important for modern network applications.
• Security: Lack of sparking and high resistance to eavesdropping make data transmission secure.
• Long range: Low signal loss in the fiber allows data to be transmitted over long distances without the need for amplifiers.
• Fire safety: LSZH coating minimizes the risk associated with the release of toxic gases during a fire.
• Easy installation: The patch cord is simple to install and operate, reducing installation time and labor costs.
• Tested product: Each patch cord is individually tested before leaving the factory, guaranteeing its high quality and reliability.

Additionally, the cable diameter is 3.0 mm and the fiber jacket is 125 µm - these parameters affect the convenience of cable routing and their adaptation to the existing network infrastructure.