<p>The M-SFP Series Transceiver is engineered to meet the demanding needs of industrial and commercial applications, providing reliable performance and adaptability. With a compact width of 13.4 mm, this transceiver fits seamlessly into SFP slots, optimizing space without compromising on functionality.</p><p>Designed for efficiency, the transceiver operates with a rated power of just 1 W, making it an energy-conscious choice for businesses keen on reducing operational costs. The device supports a wide humidity range from 5% to 95%, ensuring robust performance in diverse environmental conditions.</p><p>This transceiver boasts an IP20 degree of protection, indicating its suitability for indoor environments where protection against solid objects like fingers or tools is essential but not against liquids. The operational temperature range spans from 0 to 60 degrees Celsius, allowing it to perform reliably in standard office or controlled industrial settings. Additionally, it has a generous storage temperature range from -40 to 85 degrees Celsius, accommodating various logistics and storage conditions.</p><p>Connectivity is assured through its support for single-mode fiber (9/125 um), ideal for long-distance data transmission with minimal signal loss. This model features one port capable of handling data rates up to 1000 Mbps using an LC connector—suitable for high-speed networking demands typical in modern infrastructures.</p><p>One notable feature is its impressive cable length capability ranging between 71 km and 128 km. This makes it particularly advantageous for extensive network setups that require long-distance connections without frequent repeaters or additional infrastructure investments.</p><p>Overall, the M-SFP Series Transceiver stands out as a reliable component in building efficient networks within industrial and commercial sectors. Its specifications cater well to those seeking dependable performance over significant distances while maintaining energy efficiency and resilience across varied environmental conditions.</p>