<p>The M-XFP series offers a robust solution for industrial and commercial networking needs, designed to deliver reliable performance across various demanding environments. Engineered with precision, this product is tailored for those who require consistent high-speed data transmission over long distances.</p><p>Designed for installation in an XFP slot, the M-XFP series is versatile and straightforward to integrate into existing systems. It features a single mode fiber type of 9/125 um, ensuring efficient data transfer with minimal signal loss. This makes it particularly suitable for applications that demand high bandwidth and long-distance communication.</p><p>With a single port capable of supporting up to 10000 Mbps via an LC connector, the M-XFP series ensures that your network can handle substantial data loads efficiently. Whether you are expanding your current infrastructure or setting up a new system, this product provides the necessary throughput to meet modern data demands.</p><p>One of the standout features of the M-XFP series is its impressive cable length capability, ranging from 10 km up to an extensive 40 km. This flexibility allows for deployment across large facilities or between distant locations without compromising on speed or reliability.</p><p>In terms of durability, this device boasts an IP20 degree of protection. While it’s not intended for outdoor use where exposure to water could be a concern, it does offer adequate protection against dust ingress in typical indoor settings such as server rooms or controlled environments.</p><p>Operational temperature ranges from -40 to 85 degrees Celsius highlight its ability to perform under extreme conditions—be it in cold storage areas or heated industrial spaces—ensuring continuous operation without risk of overheating or freezing.</p><p>Overall, the M-XFP series represents a dependable choice for professionals seeking efficiency and longevity in their networking equipment. Its combination of high-speed capability, extended range connectivity options, and resilience against environmental factors make it well-suited for both current needs and future scalability within technical infrastructures.</p>