HPE MC990 NUMAlink-7 Copper Cable 1.5m Enterprise Interconnect

• Connecting HPE MC990 compute systems
• Processor-to-processor NUMAlink-7 communication
• High-performance computing cluster deployments
• Rack-level enterprise server interconnections
• Scientific research computing environments
• Engineering simulation platforms
• AI model training infrastructure
• Mission-critical enterprise computing environments
• Infrastructure modernization for HPC platforms
• Replacement cable for existing HPE MC990 deployments

• Supports NUMAlink-7 interconnect technology
• Designed for HPE MC990 systems
• 1.5-meter copper cable length
• Reliable low-latency system connectivity
• Optimized for high-performance computing
• Supports enterprise infrastructure scalability
• Improves rack-level cable organization
• Enables dependable processor communication
• Enterprise-grade build quality
• Supports mission-critical workloads
• Simplifies infrastructure maintenance
• Suitable for dense computing environments
• Supports long-term lifecycle planning
• Reliable connectivity for HPC deployments
• Helps standardize enterprise infrastructure

• Brand: HPE
• Part Number: Q2T86A
• Product Name: HPE MC990 NUMAlink-7 Copper Cable
• Product Type: Copper Interconnect Cable
• Cable Type: Copper Cable
• Cable Length: 1.5 m
• Interconnect Technology: NUMAlink-7
• Compatible Platform: HPE MC990
• Application: High-Performance Computing Interconnect
• Deployment Environment: Enterprise HPC, Data Center, Scientific Computing

WHY CHOOSE THIS PRODUCT?

• Organizations select the HPE MC990 1.5m NUMAlink-7 Copper Cable for reliable, low-latency connectivity within HPE MC990 computing environments. Its compact 1.5-meter length makes it better suited than longer variants for rack-level installations, reducing cable congestion and improving airflow in dense infrastructures. The cable supports seamless compatibility with NUMAlink-7 architectures, helping enterprises simplify procurement, standardize replacement planning, maximize infrastructure ROI, and maintain long-term operational consistency across mission-critical HPC deployments.