The JBX02209 1000BASE-BX SFP transceiver module represents a premium solution for organizations requiring extended-reach optical connectivity over single-mode fiber infrastructure. This module delivers 1 gigabit per second data rates across distances up to 60 kilometers, enabling cost-effective network expansion without requiring dual-fiber deployment. Key Features & Specifications: This advanced optical transceiver utilizes bidirectional (BiDi) technology to transmit and receive signals simultaneously over a single fiber strand, maximizing fiber utilization efficiency. The 9/125 single-mode fiber core ensures low attenuation and dispersion characteristics ideal for long-distance transmission. The simplex LC/UPC connector provides secure, low-insertion-loss connections with industry-standard reliability. Technical Excellence: Qualified to SFF-8472 extended-reach specifications, the JBX02209 exceeds IEEE 802.3ah standards with enhanced performance capabilities. The precision laser transmitter operates within 0-70°C environmental conditions, supporting diverse deployment scenarios from controlled data centers to outdoor telecommunications installations. A metal case construction provides electromagnetic shielding and durability. Compliance & Safety: Full RoHS and ELV directive compliance ensures environmental responsibility and regulatory adherence. Class 1 laser safety certification (TUV, UL/FDA 21CFR 1040.10) guarantees operator safety. Custom brand programming is available for OEM integration requirements. Compatibility & Support: Direct replacement for Arista SFP-1G-BXU60 modules, enabling seamless integration into existing Arista network infrastructure. The transceiver is backed by a 90-day limited warranty and qualifies for free standard shipping on orders exceeding $99. Ideal Applications: Data center interconnects, service provider networks, enterprise campus connectivity, disaster recovery links, and telecommunications backbone expansion. Perfect for organizations seeking to extend network reach while minimizing fiber installation complexity and associated infrastructure costs.