Startech.Com Singlemode (Sm) Lc Fiber Media Converter For 1Gbe Network - 10Km - Gigabit Ethernet - 1310Nm - With Sfp Tra

Introducing the StarTech.com Singlemode (SM) LC Fiber Media Converter for 1Gbe Network - 10km - Gigabit Ethernet - 1310nm - with SFP Tra. This high-performance media converter is designed to enable reliable and efficient network connections, providing a seamless solution for extending 1 Gigabit Ethernet (1Gbe) networks up to a distance of 10 kilometers.

Whether you need to connect devices over long distances or integrate fiber optics into your existing network infrastructure, this media converter offers a versatile and cost-effective solution. It connects seamlessly with any LC fiber network, providing reliable data transmission and enabling efficient network expansion.

Featuring a Singlemode (SM) technology, this media converter supports 1310nm wavelength, ensuring enhanced signal quality and performance. This makes it ideal for long-range connections, ensuring data integrity and preventing signal degradation over extended distances.

Equipped with an SFP transceiver module, this media converter allows you to easily switch between different network types or fiber optic connectors. This flexibility ensures compatibility with a wide range of devices and networks, offering seamless integration and hassle-free networking.

With its compact and sleek design, this media converter is easy to install and can be conveniently placed in any environment. Its plug-and-play functionality eliminates the need for additional configuration or setup, making it a user-friendly and straightforward solution for expanding your network.

In summary, the StarTech.com Singlemode (SM) LC Fiber Media Converter for 1Gbe Network - 10km - Gigabit Ethernet - 1310nm - with SFP Tra is a reliable and efficient solution for extending your network connections. With its advanced features and benefits, this media converter provides seamless integration, flexible connectivity, and enhanced performance for your network infrastructure.