The JBX01792 10GBASE-ER SFP+ optical transceiver represents a premium solution for organizations requiring extended-range, high-speed network connectivity. Engineered to IEEE 802.3ae specifications, this module delivers consistent 10 Gigabit Ethernet performance while maintaining full compatibility with Dell infrastructure, specifically replacing the 407-BBEH OEM module. Technical Excellence: Operating at 1550nm wavelength, the transceiver leverages optimized single-mode fiber characteristics to achieve 40-kilometer transmission distances without signal degradation. The Duplex LC/UPC connector design ensures minimal insertion loss and reliable signal integrity across extended fiber runs. Built with precision metal case construction and integrated laser transmitter technology, this module meets stringent enterprise reliability standards. Compliance and Safety: Comprehensively certified under Class 1 Laser standards (LN #50 7/2001) and meeting TUV, UL, and FDA requirements (21CFR 1040.10), the JBX01792 adheres to EU RoHS Directive 2002/95/EC. These certifications guarantee safe operation in regulated environments and reduced environmental impact. Applications and Use Cases: Ideal for metropolitan area networks, campus interconnects, and data center clustering scenarios where cost-effective long-distance connectivity is essential. Compatible with Dell PowerEdge servers and networking switches, enabling seamless infrastructure integration. The module excels in environments requiring reliable, standardized optical transmission without premium pricing. Operational Specifications: • Operating Temperature: 0-70°C (32-158°F) • Data Rate: 10 Gbps • Form Factor: SFP+ (5x4x2mm) • Standards: IEEE 802.3ae, SFF-8431, SFF-8472 • Warranty: 90-Day Limited Warranty • Custom brand programming available for enterprise deployments This transceiver combines proven technology, comprehensive standards compliance, and transparent compatibility, making it an excellent choice for enterprise network administrators prioritizing reliability and cost-effectiveness without compromising performance or safety standards.