Fiber optic patch cord SC/UPC - LC/UPC Singlemode 9/125 G652D Duplex 1m 54031

Fiber optic patch cord SC/UPC - LC/UPC – reliable data transmission

This fiber optic patch cord is an ideal solution for building and expanding networks where high transmission quality and resistance to interference are key. It will work in LAN/WAN networks, CCTV systems, and telephone installations – in the office, home or industry. It uses single-mode fiber (Singlemode) 9/125 µm, compliant with the G652D standard, which guarantees a stable signal over longer distances.

Construction and application

The patch cord connects SC/UPC connectors on one side and LC/UPC on the other. This configuration is commonly used in modern fiber optic installations. The duplex construction allows simultaneous data transmission and reception, doubling the bandwidth. The 1-meter cable is optimal for point-to-point connections in patch panels, server rooms or with active devices. Made of high-quality materials, it ensures durability and reliability of the connection. Additionally, the LSZH (Low Smoke Zero Halogen) coating minimizes the emission of toxic gases in the event of a fire, increasing user safety.

Advantages and benefits

• High bandwidth: Single-mode fiber allows for transmitting large amounts of data at high speed.
• Interference resistance: Fiber optic is resistant to electromagnetic and radio interference, ensuring stable data transmission.
• Safety: Lack of sparking and voltage eliminates the risk of short circuits and fires. Additionally, the difficulty of eavesdropping on transmissions provides a high level of data security.
• Durability: Aramid fiber reinforcement increases the cable's resistance to tensile and mechanical damage.
• Fire safety: The LSZH coating minimizes the emission of toxic gases during a fire, protecting the health and lives of users.
• Easy installation: SC/UPC and LC/UPC connectors are easy to use and provide a secure connection.
• Low signal loss: Attenuation below 0.3 dB minimizes signal loss over short cable lengths.