The JBX06261 2.5m NVIDIA Mellanox Compatible 10GBASE-CR SFP+ Passive Direct Attach Copper Cable represents an excellent solution for organizations seeking cost-effective, high-performance interconnectivity in modern data center environments. This passive DAC cable eliminates the need for active electronic components, resulting in lower power consumption, reduced heat generation, and improved reliability compared to active alternatives. Technical Excellence: Built to IEEE 802.3ae and SFF-8431/SFF-8472 standards, this cable delivers consistent 10GB throughput with minimal latency. The 30AWG twinax copper construction provides optimal impedance matching and signal fidelity, crucial for maintaining data integrity in bandwidth-intensive applications. Its compact form factor and lightweight design facilitate easy routing through congested server rack environments. Compatibility & Integration: Fully qualified for NVIDIA Mellanox infrastructure, this cable serves as a direct replacement for OEM part number 980-9I68H-00J02A and MC3309130-0A2. The SFP+ connector configuration enables seamless integration with existing networking equipment from industry leaders, eliminating compatibility concerns. Compliance & Reliability: Manufactured with RoHS and TUV certification, this cable adheres to EU directive 2002/95/EC, ensuring environmental responsibility without compromising performance. The 90-day limited warranty provides customer peace of mind. Operating reliably across 0-70°C, it handles diverse deployment scenarios from cooled data centers to edge computing locations. Value Proposition: As a passive solution, this DAC cable offers superior cost efficiency compared to active alternatives while maintaining professional-grade performance. The included free standard shipping on orders exceeding $99 enhances overall value. Whether upgrading existing infrastructure or deploying new high-speed networks, this cable delivers enterprise-grade reliability at competitive pricing. Ships from strategically located U.S. facilities ensuring rapid delivery.