Comprehensive 10m LC Male to ST Male 9/125 Micron Duplex Single Mode Fiber Patch Cable

A cornerstone of network performance, the Comprehensive 10m LC Male to ST Male 9/125 Micron Duplex Single Mode Fiber Patch Cable ensures a reliable and high-speed data transmission for your networking needs. This premium-grade, 32.8-foot fiber optic cable is meticulously designed for gigabit Ethernet applications, where it excels in connecting routers, switches, and other critical networking equipment with precision and efficiency.

Crafted with durability in mind, the cable features a sturdy yet flexible jacket that protects the delicate fibers within, ensuring longevity and consistent performance. The yellow jacket not only signifies its single-mode capabilities, which are optimized for long-distance data transmission in one direction, but also allows for easy identification among other cables.

The LC to ST connectors are precision-engineered to deliver a secure and stable connection, minimizing the risk of accidental disconnections that could disrupt your network. Each connector is built to withstand the rigors of regular use while maintaining the integrity of the signal.

At the core of this cable lies a 9/125 micron single-mode fiber, the industry standard for high bandwidth and low attenuation, guaranteeing that your data arrives at its destination without loss or interference. The duplex design of this cable means that it supports two-way communication, providing a streamlined and efficient networking solution.

Before leaving the factory, each Comprehensive fiber patch cable undergoes a rigorous optical inspection and is tested for insertion loss to ensure peak performance upon installation. This level of quality control is a testament to Comprehensive's commitment to delivering reliable, high-quality products that professionals trust.

Whether you're setting up a new network or upgrading an existing one, the Comprehensive 10m LC Male to ST Male Duplex Single Mode Fiber Patch Cable is an affordable choice that does not compromise on quality, making it an essential component for any serious networking infrastructure.