The JBX01462 100GBASE-LR4 QSFP28 Transceiver represents a cost-effective solution for upgrading network infrastructure without sacrificing performance or reliability. This optical module is engineered to support 100 Gigabit Ethernet applications requiring longer-distance transmission capabilities, delivering consistent 100GB throughput over single-mode fiber cables spanning up to 10 kilometers. Key Features & Specifications: This QSFP28 form factor transceiver operates on 9/125 single-mode fiber with duplex LC/UPC connectors, providing flexible deployment options in enterprise environments. The module achieves full compliance with IEEE 802.3bm standards and QSFP28 MSA specifications, ensuring seamless integration with certified equipment. Its advanced laser transmitter technology, housed within a durable metal case, delivers optimal signal integrity and minimal attenuation across extended fiber runs. Compatibility & Integration: Direct compatibility with HPE JL275A and JL310A transceivers makes this an ideal replacement for legacy systems or expansion of existing installations. Whether upgrading data center interconnects, campus networks, or service provider infrastructure, this module drops into place without additional configuration. Reliability & Compliance: Operating across a wide temperature range (0-70°C), the transceiver maintains consistent performance in diverse environmental conditions. Comprehensive safety certifications including Class 1 Laser, UL/FDA, TUV, and RoHS/ELV compliance demonstrate enterprise-grade quality and regulatory adherence. The 90-day limited warranty provides additional peace of mind for mission-critical deployments. Value Proposition: With free standard shipping on orders exceeding $99 and availability from multiple distribution points (Danville, CA and Beaufort, SC), procurement is simplified. Custom brand programming is available for OEM requirements, enabling tailored solutions for specialized applications. Applications: Ideal for 100G network migrations, data center fabric upgrades, and metropolitan-area network connections requiring extended range over single-mode fiber infrastructure.