The JBX01283 100GBASE-SR-BiDi QSFP28 optical transceiver is engineered for enterprises and data centers requiring ultra-high-speed network connectivity. This advanced module delivers 100Gbps bidirectional transmission capabilities, making it ideal for modern networking infrastructure that demands maximum throughput and reliability. Key Technical Specifications: Operating at dual wavelengths (850nm and 900nm), this transceiver achieves impressive transmission distances up to 150 meters over OM4 multimode fiber (MMF). The QSFP28 form factor provides compact density in high-port-count environments, while duplex LC/UPC connectors deliver secure, low-loss connections. Fully qualified to IEEE 802.3bm and QSFP28 MSA standards, it ensures interoperability across compatible network devices. Performance & Compatibility: Designed as a drop-in replacement for Cisco QSFP-40/100-SRBD modules, this transceiver maintains full backward compatibility while offering superior cost-effectiveness. The metal case housing protects the integrated laser transmitter from environmental interference, ensuring consistent performance across operating temperatures from 0-70°C. Compliance & Safety: Manufactured with RoHS/ELV compliance and Class 1 Laser certification, this transceiver meets stringent industry safety standards including FDA 21CFR 1040.10 requirements. TUV and UL certifications provide additional assurance for enterprise deployments. Value & Support: Each unit includes custom brand programming capabilities for seamless integration into existing network management systems. With free standard shipping on orders over $99 and a 90-day limited warranty, you gain peace of mind alongside exceptional value. Ships from U.S. locations in Danville, CA and Beaufort, SC for expedited delivery. Applications: Perfect for data center core switching, high-speed interconnects, campus networks, and enterprise backbone infrastructure. The SR-BiDi technology enables efficient bidirectional communication over a single fiber pair, simplifying cable management and reducing deployment costs compared to unidirectional alternatives.