The JBX06053 4-meter 10GBASE-CR SFP+ passive direct attach copper cable represents an ideal solution for HPE H3C compatible networking infrastructure requiring cost-effective, high-performance connectivity. This specialized DAC cable combines proven passive technology with premium 24AWG twinax copper construction to deliver consistent 10Gbps throughput in mission-critical applications. **Key Features & Specifications:** Constructed with high-quality copper connectors and terminated with SFP+ interfaces, this cable achieves full compliance with IEEE 802.3ae standards and industry-leading SFF-8431 and SFF-8472 specifications. The 4-meter length provides optimal flexibility for dense data center deployments and equipment interconnections without signal degradation. The 24AWG gauge ensures superior conductivity while maintaining manageable cable weight and installation convenience. **Superior Design Benefits:** Passive DAC technology eliminates external power requirements, reducing operational costs and complexity compared to active alternatives. The robust plastic jacketing protects against environmental stressors while maintaining flexibility for installation in tight spaces. Full RoHS compliance and TUV/UL safety certifications guarantee adherence to international environmental and safety standards. **Ideal Applications:** Perfect for server-to-switch connections, storage area networks (SAN), and high-speed cluster computing environments. The 4-meter reach accommodates typical rack configurations and adjacent cabinet connections without costly optical solutions. **Compatibility & Reliability:** Direct replacement for HPE original equipment manufacturer part numbers JD097B-4M and JD097C-4M, ensuring seamless integration into existing infrastructure. Operating temperature range of 0-70°C (32-158°F) supports diverse deployment scenarios. Backed by comprehensive 90-day limited warranty, with convenient shipping from Danville, CA and Beaufort, SC locations. Custom brand programming available for enterprise requirements.