<p>When selecting a transceiver for industrial or commercial applications, technical reliability and performance are key considerations. The M-SFP series transceiver delivers on these fronts with a robust set of features suited to demanding environments.</p><p>This transceiver is designed for use in SFP slots, ensuring compatibility with a wide range of networking equipment. It operates efficiently with a rated power consumption of just 1 W, making it an energy-conscious choice for your network infrastructure.</p><p>The unit&#39;s flexibility shines through its support for different fibre types: 9/125 &#181;m single mode and both 50/125 &#181;m and 62.5/125 &#181;m multimode fibres. This versatility allows it to adapt to various network setups without compromising on performance. For single mode operation, the transceiver supports cable lengths up to 20 km, while multimode configurations can reach distances up to 0.55 km.</p><p>Durability is another standout feature of this product. With an operational temperature range from -40&#176;C to 85&#176;C, it is well-suited for extreme conditions often encountered in industrial settings. The storage temperature matches this range, ensuring that the device remains stable even when not in active use.</p><p>In terms of environmental resilience, the transceiver boasts an IP20 degree of protection and can handle humidity levels ranging from 5% to 95%. These specifications make it suitable for indoor environments where dust protection is adequate but water resistance isn&#39;t required.</p><p>Connectivity-wise, the M-SFP series offers one port supporting 1000 Base-LX connections via an LC connector. This ensures high-speed data transmission capabilities crucial for modern communication networks.</p><p>Measuring just 13.4 mm in width, this compact device easily fits into dense networking setups without occupying excessive space—ideal for installations where space efficiency is paramount.</p><p>Overall, the M-SFP series transceiver combines energy efficiency with robust performance across diverse environmental conditions and fibre types—making it a reliable component within any industrial or commercial network infrastructure seeking dependable connectivity solutions.</p>