LC OM3 (50/125) Duplex Patch Cord 3M - Fibre
Introducing the LC OM3 (50/125) Duplex Patch Cord 3M, a high-quality fiber optic cable specially designed for seamless data transmission in high-speed networks. This patch cord is perfect for connecting different devices in data centers, telecommunication systems, and enterprise networks where superior performance and reliability are paramount.
Constructed with a core diameter of 50 microns and a cladding of 125 microns, the OM3 fiber patch cord supports multi-mode transmission, allowing for significantly higher bandwidths over considerable distances. This feature makes it ideal for modern applications like 10 Gigabit Ethernet, ensuring data integrity and minimizing signal loss.
This 3-meter (3M) length patch cord offers the perfect balance between flexibility and distance, providing enough reach for typical setups while maintaining neat and organized cabling. The duplex design allows for bidirectional data transfer, ensuring that you can send and receive information simultaneously without any interruptions.
The LC connectors are designed for rapid and easy connection to equipment, ensuring a secure fit that minimizes connection loss. Additionally, the compact design of LC connectors allows for higher port density, making them a great fit for spaces where every inch counts. Whether you\\u2019re expanding infrastructure or setting up new systems, this patch cord is a reliable choice for connecting servers, switches, routers, and patch panels.
Our LC OM3 Duplex Patch Cord features high-quality materials resistant to bending and degradation, ensuring a long lifespan and sustained performance even in high-demand environments. They are compliant with industry standards and have undergone rigorous testing to guarantee high-quality standards, making them a trustworthy option for both professional and personal use.
Enhance your network connectivity with the LC OM3 (50/125) Duplex Patch Cord 3M - Fibre today. Take advantage of its performance benefits and reliable construction to ensure that your data transmissions are always running at peak efficiency.
