High-Performance LC-ST OM4 Fiber Patch Cable for 10Gb Networking 75M

The FiberCablesDirect LC-ST OM4 Fiber Patch Cable is designed for high-speed networking, making it an essential component for data centers, telecom networks, and enterprise applications. This cable features OM4 50/125m multimode fiber with LC-ST connectors, ensuring exceptional performance and reliability for your networking needs.

Constructed with genuine Corning glass core and precision ceramic ferrules, this fiber patch cable guarantees superior signal integrity with minimal insertion loss. This means that you can expect low-loss signal delivery, which is crucial for maintaining high-bandwidth performance across various applications.

One of the standout features of this cable is its ability to support multiple network speeds and distances. With an OM4 modal bandwidth of 1500/2000 MHz-km at 850nm/1300nm, it can handle 1Gb (up to 550m), 10Gb (up to 300m), 40Gb (up to 100m), and even 100Gb short-range Ethernet links. This versatility makes it ideal for a range of environments, from telecom to enterprise networks.

The reinforced zip-cord construction of this cable enhances its flexibility and durability. The high-quality 2.0mm jacket not only provides resistance to kinks but also facilitates easy installations in racks, conduits, and patch panels. This design is particularly beneficial in demanding network environments where cable management is crucial.

Moreover, the FiberCablesDirect cables are fully compliant with industry standards, having undergone rigorous inspection and testing in accordance with ANSI/TIA/EIA standards. This commitment to quality ensures that you receive a product that is built to last and perform at a high level.

Available in a variety of lengths, including the impressive 75M (246.06ft), this fiber patch cable is perfect for businesses looking for bulk pricing options. Whether you are upgrading your existing network or setting up a new one, the FiberCablesDirect LC-ST OM4 Fiber Patch Cable is a reliable choice that will meet your high-speed networking demands.