<p>The M-SFP Series transceiver is a robust and reliable solution for industrial and commercial networking needs. Designed to meet the rigorous demands of various environments, this transceiver offers dependable performance with its high data rate capabilities.</p><p>With a rated power consumption of just 1 W, the M-SFP Series ensures energy efficiency without compromising on functionality. Its connection type utilizes an LC connector, ensuring secure and stable connections in your network setup. The device fits seamlessly into SFP slots, making it adaptable to existing infrastructure while providing flexibility for future expansions.</p><p>One of the standout features of this transceiver is its wide operational temperature range from -40 to 85 degrees Celsius. This makes it suitable for deployment in diverse climates and challenging conditions, offering reliability whether you&#39;re dealing with extreme cold or heat. Additionally, it maintains protection standards with an IP20 degree rating, safeguarding against dust ingress in controlled environments.</p><p>The M-SFP Series supports both 50/125 mm and 62.5/12.5 mm multimode fibre types, allowing for versatile applications depending on specific network requirements. It boasts impressive data rates up to 10 Gbps (10000 Mbps), facilitating high-speed data transfer crucial for demanding tasks such as video streaming or large-scale data processing.</p><p>For those concerned about environmental factors, this transceiver operates efficiently within a humidity range of 5-95%, accommodating varying ambient moisture levels without affecting performance.</p><p>When considering distance capabilities, the M-SFP Series provides options ranging from short-range connectivity at 33 meters to extended reach up to 300 meters over multimode fibre optics. This versatility allows you to tailor your network design according to spatial constraints or expansion plans.</p><p>In summary, the M-SFP Series transceiver combines low power consumption with high-performance metrics suited for complex networking scenarios. Its adaptability across different fibre types and distances ensures that it&#39;s equipped to handle current demands while being prepared for future advancements in technology infrastructure.</p>