The JBX01465 is a premium 100GBASE-LR4 QSFP28 optical transceiver module engineered for high-performance data center and telecommunications infrastructure. This module provides exceptional 100GB per second data transmission capabilities, making it ideal for organizations requiring robust, long-distance optical connectivity solutions. Key Technical Specifications: This QSFP28 transceiver operates at 100GB data rates with extended reach capability up to 10km over standard single-mode fiber (9/125μm core diameter). The duplex LC/UPC connectors ensure precise optical alignment and minimal insertion loss, critical for maintaining signal integrity in demanding network environments. The module measures 5x4x2 inches with a lightweight metal case housing advanced laser transmitter technology. Performance & Compatibility: Fully qualified to IEEE 802.3bm specifications and QSFP28 Multi-Source Agreement standards, the JBX01465 delivers drop-in compatibility with Intel networking platforms. The transceiver directly replaces the Intel E100GQSFP28LRX, streamlining procurement and deployment processes. Its LR4 10km SMF extended configuration optimizes performance for metropolitan area networks and campus interconnects. Reliability & Compliance: Operating reliably across -10 to 85°C temperature ranges, this module withstands diverse environmental conditions. Full RoHS/ELV compliance meets EU Directive 2002/95/EC standards, while Class 1 laser certification ensures safe operation. Additional certifications include TUV, UL/FDA 21CFR 1040.10 compliance. Value-Added Features: Enjoy free standard shipping on orders exceeding $99, with availability from strategically located distribution centers in California and South Carolina. Custom brand programming is available for enterprise deployments. The 90-day limited warranty provides confidence in product quality and performance reliability. Applications: Ideal for data center upgrades, enterprise network expansions, telecommunications carrier networks, and high-speed interconnect solutions requiring extended distance capability without signal regeneration.