Fiber optic patch cord LC/UPC-LC/UPC Multimode 50/125U OM2 Duplex 1m 50460

Fiber Optic Patch Cord – Reliability and Efficiency in Data Networks

This LC/UPC-LC/UPC fiber optic patch cord is a key element in the construction and expansion of LAN, WAN, CCTV systems and telephone installations. It will work both in the office and in demanding industrial conditions. It uses 50/125µm OM2 multimode fiber, which guarantees stable data transmission over short and medium distances.

Construction and Application

The patch cord is designed for reliability and ease of installation. LC/UPC connectors provide a precise connection and minimal signal loss. The cable is made of high-quality materials, which translates into its durability and resistance to mechanical damage. This makes it an ideal solution for both professional installers and end users who value connection stability.

The use of fiber optic patch cords is associated with a number of benefits:

• Immunity to interference: the lack of electromagnetic interference guarantees stable data transmission.
• High bandwidth: enables the transmission of large amounts of data at high speed.
• Security: the lack of sparking and the difficulty of eavesdropping on transmissions increase data security.
• Long range: low signal loss in the fiber allows data to be transmitted over significant distances.
• Low costs: generates low and steadily decreasing operating costs compared to traditional copper cables.

Key Product Features

This patch cord is distinguished primarily by the use of OM2 multimode fiber, which is widely used in networks requiring good performance at moderate distances. The duplex construction (two-fiber) allows for simultaneous transmission and reception of data, which increases connection efficiency. The orange color makes it easier to identify the cable in the installation. A length of 1 meter makes it an ideal solution for connections in rack cabinets or directly to network devices. The cable has an outer LSZH (Low Smoke Zero Halogen) coating, which limits the emission of toxic gases in the event of a fire, increasing safety.