The JBX01650 10GBASE-SR SFP+ Transceiver is an industrial-grade optical transceiver module engineered for enterprises requiring reliable, high-speed 10 Gigabit Ethernet connectivity. As a direct Intel E10GSFPSRX compatible replacement, this module provides seamless integration into existing network infrastructure without compatibility concerns. **Technical Specifications:** Operating at 850nm wavelength, this multimode transceiver achieves an impressive 400-meter transmission range when deployed over OM4 category fiber optic cabling. The duplex LC/UPC connector design ensures secure, low-loss connections with industry-standard fiber patch cords. Measuring just 5.0" x 4.0" x 2.0", the compact SFP+ form factor maximizes rack space utilization while maintaining full thermal management capabilities. **Performance & Reliability:** Qualified to IEEE 802.3ae and SFF standards (SFF-8431, SFF-8472), this transceiver delivers consistent 10GB data rates with minimal latency. The rugged metal case with integrated laser transmitter provides excellent electromagnetic shielding and heat dissipation across the -10°C to 85°C operating temperature range. Comprehensive safety certifications including Class 1 Laser, TUV, UL, and FDA 21CFR 1040.10 compliance ensure workplace safety and regulatory adherence. **Applications & Benefits:** • Data center upgrades and expansions • High-speed LAN connectivity • Campus network infrastructure • Storage area networks (SAN) • Virtualization environments Manufactured in Vietnam and China to stringent quality standards, this transceiver features RoHS and ELV compliance, meeting modern environmental regulations. Custom brand programming is available for OEM partners and large deployments. Each unit includes a 90-day limited warranty and ships from strategically located warehouses in California and South Carolina, ensuring rapid delivery on orders exceeding $99. Choose the JBX01650 for dependable, cost-effective 10GBASE-SR connectivity backed by proven Intel compatibility and comprehensive safety certifications.