Cudy SM10GSA-10 SFP+ module, 10G, single-mode, LC connector, 10 km, 1310 nm

The Cudy SFP+ module SM10GSA-10 is a high-quality optical module used for high-level data transmission. This module belongs to the category of networking equipment and is designed to operate in single-mode fibre-optic networks. Its ability to transmit data over distances of up to 10 km and its operating wavelength of 1310 nm make it an ideal solution for professional network installations. Cudy is known for the quality of its products, and this module stands out for its reliability and efficiency, making it a premium choice for all your networking needs. This Cudy SFP+ module is intended for IT professionals, network engineers and organisations that require stable and fast network connections. It is an ideal solution for companies involved in large-scale data transmission, as well as for users who want to upgrade their existing network infrastructures. This module solves the problem of limited bandwidth and enables faster data transmission over longer distances, thereby reducing latency and increasing network efficiency. The Cudy SFP+ module SM10GSA-10 offers a transmission capacity of up to 10 Gbps, enabling fast and efficient data transmission. With dimensions of 56.5 x 13.4 x 8.5 mm and a weight of only 0.1 kg, this module is compact and easy to integrate into existing systems. The LC connector ensures simple connection, while its construction from high-quality materials ensures durability and resistance to wear. This combination of features makes it a perfect solution for all types of networking applications. By purchasing the Cudy SFP+ module SM10GSA-10 from IT Shop in Belgrade, you receive the product with a fiscal receipt and a 2-year warranty. Our shop offers fast delivery in Belgrade and throughout Serbia, allowing you to enjoy all the benefits of this module as soon as possible. Do not miss the opportunity to upgrade your network infrastructure with the Cudy SFP+ module, which will provide you with the reliability and efficiency required for modern networking demands.