15 Meter SC/LC Single Mode Duplex 9/125 Fiber Cable

The 15 Meter SC/LC Single Mode Duplex 9/125 Fiber Cable is designed for high-performance networking applications, delivering superior data transmission over long distances. This specialized fiber optic cable features a single mode design that enhances its ability to transmit signals at greater distances compared to multimode cables, making it ideal for connecting different network components in large data centers, telecommunications systems, and enterprise networks.

Constructed with precision, this fiber cable utilizes a core diameter of 9 microns and a cladding diameter of 125 microns, ensuring minimal signal loss and high integrity of data transmission. The duplex configuration allows for simultaneous bi-directional data flow, effectively doubling the throughput while maintaining efficient communication between devices.

The SC (Subscriber Connector) and LC (Lucent Connector) connectors provide reliable and secure connections, catering to various networking requirements with ease. The SC connector is known for its durability and easy locking mechanism, while the LC connector is compact and allows for higher density cabling. Together, they create a versatile solution for any networking environment.

This 15-meter length offers ample reach for connecting devices in data centers, office environments, and within communication closets. Its flexibility and resilience make it suitable for various installations, from indoor applications to more robust setups.

Constructed with high-quality materials, the 15 Meter SC/LC Single Mode Duplex 9/125 Fiber Cable is built to withstand the demands of modern networking while providing exceptional reliability. Experience seamless connectivity and enhanced networking capabilities with this top-of-the-line fiber optic cable, designed to meet the needs of today's high-speed data transmission requirements. Whether upgrading your existing infrastructure or establishing a new network, this cable is an essential component for ensuring optimal performance.