<p>The SFP-GIG series transceiver is designed for professionals seeking reliable and efficient data communication solutions in industrial and commercial settings. This mid-lifecycle product provides robust performance with a focus on functionality, making it ideal for those who prioritize facts over flair.</p><p>Built to fit seamlessly into your existing infrastructure, the transceiver utilizes an LC connection type and is mounted via an SFP slot, ensuring ease of installation and compatibility with a wide range of systems. Its compact design features a width of just 13.4 mm, allowing it to integrate smoothly without requiring significant space adjustments.</p><p>Engineered to withstand harsh environmental conditions, the transceiver operates within a temperature range of -40 to 85 degrees Celsius. Its operational resilience is complemented by its IP20 degree of protection, safeguarding against dust ingress while maintaining optimal performance in diverse environments.</p><p>The device supports singlemode fiber with specifications of 9/125 mm, facilitating long-distance communication up to 20 km. This capability makes it particularly suitable for applications where extended reach is necessary without compromising signal integrity or speed.</p><p>With a data rate of 1000 Mbps (or 1 Gbps), the SFP-GIG series ensures high-speed data transfer essential for modern networking requirements. Despite its powerful capabilities, it maintains energy efficiency with a rated power consumption of only 1 W.</p><p>Humidity tolerance ranges from 5% to 95%, allowing the transceiver to function effectively across various climatic conditions without risk of moisture-related failures. Additionally, its storage temperature mirrors its operating range (-40 to 85 degrees Celsius), providing flexibility and reliability during transportation or downtime periods.</p><p>In summary, this transceiver offers a balanced combination of durability, efficiency, and performance tailored for technical users who demand dependable network components that deliver under pressure.</p>