The JBX06325 3m HPE ProCurve 10GBASE-CR SFP+ Passive Direct Attach Copper Cable represents an excellent solution for data center and enterprise network connectivity requirements. This high-performance twinax cable is specifically designed to meet the demanding needs of 10 Gigabit Ethernet applications within HPE ProCurve switch environments. **Key Features & Specifications:** Constructed with premium 30AWG twinax copper conductors and protective plastic jacketing, this 3-meter cable delivers exceptional signal integrity and data reliability. The SFP+ to SFP+ connector configuration ensures seamless integration with compatible network equipment. As a passive DAC solution, it requires no external power, reducing operational costs and complexity compared to active alternatives. **Standards & Compliance:** Fully qualified to industry-standard SFF-8431 specifications and certified under SFF-8472 guidelines. The cable meets rigorous RoHS (Restriction of Hazardous Substances) requirements and complies with EU directive 2002/95/EC. TUV and UL safety certifications provide additional assurance of quality and reliability. **Performance Specifications:** Operating temperature range of 0-70°C (32-158°F) ensures consistent performance across diverse deployment scenarios. The 10GB data rate capability supports bandwidth-intensive applications including server clustering, storage area networks, and inter-switch connectivity. **Compatibility & Replacement:** Direct replacement for HPE J9283B and J9283D cables, making it ideal for upgrades and expansions. Compatible with HPE ProCurve switches and other equipment supporting 10GBASE-CR connectivity. **Warranty & Support:** Backed by a comprehensive 90-day limited warranty. Ships from strategically located U.S. facilities (Danville, CA and Beaufort, SC) with free standard shipping on orders exceeding $99. Custom brand programming available for enterprise deployments. Whether replacing aging infrastructure or expanding network capacity, this passive DAC cable delivers proven performance, cost efficiency, and reliability for modern data center environments.