The JBX06101 7m Cisco-compatible 10GBASE-CR SFP+ passive direct attach copper cable represents an excellent solution for organizations seeking reliable, high-performance network connectivity. This passive DAC cable is specifically engineered to facilitate 10 gigabit ethernet communications between network switches, servers, and storage devices within data center and enterprise environments. Key Features & Benefits: This cable features premium 24AWG twinax copper conductors wrapped in durable plastic jacketing, providing excellent signal integrity and electromagnetic shielding. The 7-meter length offers flexibility for rack-to-rack connections within typical data center layouts. As a passive cable, it requires no power supply, reducing operational costs and complexity compared to active alternatives. Technical Specifications: The JBX06101 meets SFF-8431 and SFF-8472 IEEE standards, ensuring compatibility with industry-standard SFP+ interfaces. It operates reliably across 0-70°C temperature ranges and carries a 90-day limited warranty. The cable is manufactured to exacting standards and carries full RoHS, TUV, and UL certifications, demonstrating compliance with international safety and environmental regulations. Cisco Compatibility: This cable replaces multiple Cisco OEM part numbers (SFP-H10GB-CU7M, CBL-TA-7M, MA-CBL-TA-7M), making it an ideal alternative for organizations managing mixed or standardized Cisco infrastructure. The SFP+ to SFP+ copper connectors ensure secure, reliable connections. Applications: Ideal for data center interconnects, switch uplinks, server-to-storage connections, and any 10GB networking scenario requiring short-reach, passive copper connectivity. Passive DAC cables excel in cost-sensitive deployments where active electronics aren't required. Customization & Support: Custom brand programming is available for organizations requiring white-label solutions. Free standard shipping applies to orders exceeding $99, with convenient shipping locations in Danville, CA and Beaufort, SC ensuring rapid delivery.