The JBX02422 25GBASE-LR SFP28 Transceiver represents cutting-edge optical interconnect technology designed for modern enterprise networks requiring high-speed, long-distance fiber connectivity. Operating at 25 gigabits per second, this transceiver module extends network reach to 10 kilometers over standard single-mode fiber (9/125 micron core), making it perfect for campus backhaul, data center interconnections, and metropolitan area networking. Key Technical Specifications: This module utilizes 1310nm wavelength transmission with duplex LC/UPC fiber connectors, ensuring compatibility with existing infrastructure. The SFP28 form factor enables high-density port configurations while maintaining low power consumption. Dimensions of 5x4x2 mm provide compact installation in switch modules and optical transport equipment. Compatibility and Integration: Designed as a direct replacement for HPE JH992A transceivers, this module integrates seamlessly with HPE Aruba switches and routers. Full IEEE 802.3by specification compliance guarantees interoperability with standards-based equipment. Custom brand programming options available for specialized deployment requirements. Quality and Compliance: Manufactured with precision in Vietnam and China, the module features a durable metal case with integrated laser transmitter assembly. Comprehensive safety certifications include Class 1 Laser compliance, TUV, UL/FDA, and 21CFR 1040.10 standards. RoHS directive 2002/95/EC compliance ensures environmental responsibility. Reliability and Support: Rated for extended operating temperatures (0-70°C), the transceiver delivers consistent performance in diverse deployment environments. Comprehensive warranty coverage and responsive customer support ensure peace of mind. Fast shipping from East Coast and West Coast distribution centers with complimentary standard shipping on orders exceeding $99 provides exceptional value for enterprises and resellers. Applications: Ideal for enterprise data centers, service providers, and campus networks requiring reliable 25G connectivity over extended distances without regeneration, reducing infrastructure costs while improving network performance.