Heavy-duty 1x2 Dwdm Channel 41, 100 G, 1544.53 Nm, Pm While Supplies Last [fg87Uml4]

Heavy-duty 1x2 Dwdm Channel 41, 100 G, 1544.53 Nm, Pm While Supplies Last [fg87Uml4] Filter

This advanced DWDM channel filter is specifically designed for long-haul transmission applications where high performance and reliability are crucial. With a 100 GHz channel spacing, it offers optimal configuration flexibility for system designers. The filter features a 0.8 nm channel spacing, ensuring precise and efficient signal transmission. Its high return loss and isolation ensure minimal signal degradation, while its excellent environmental stability and reliability make it a reliable choice for various networking applications.

Technical Specifications and Features

The DWDM channel filter boasts several key features that set it apart from other products in the market. High return loss and high isolation are just a couple of its standout properties. This filter also offers high stability and reliability, making it suitable for demanding environments. Its low insertion loss ensures minimal signal attenuation, allowing for long-distance transmission without significant signal degradation. These specifications make it an ideal choice for a wide range of networking applications, including DWDM modules and systems, PON networks, and HFC links.

Practical Applications and Benefits

With its versatile design and exceptional performance, the 1X2 DWDM channel filter is perfect for a variety of applications. It is widely used in DWDM modules and systems for high-speed data transmission. In PON networks, it helps to optimize signal quality and increase network capacity. For HFC links, it ensures reliable and efficient signal transmission over long distances. This filter is an excellent choice for professionals in the telecommunications industry who require a high-performance and reliable solution for their networking needs. With a lead time of 3-4 weeks, this product offers a cost-effective and efficient solution for your long-haul transmission requirements.