HPE MC990 NUMAlink-7 Copper Cable 1m Enterprise Interconnect

• Connecting adjacent HPE MC990 compute systems
• Short-distance NUMAlink-7 processor communication
• High-density HPC rack deployments
• Enterprise scientific computing environments
• Engineering simulation clusters
• Artificial intelligence computing infrastructure
• Mission-critical enterprise compute platforms
• Infrastructure refresh and modernization projects
• Replacement of existing NUMAlink-7 cables
• Standardized enterprise HPC deployments

• Supports NUMAlink-7 interconnect architecture
• Designed for HPE MC990 systems
• 1-meter copper cable for compact deployments
• Reliable low-latency communication
• Optimized for high-performance computing
• Supports enterprise infrastructure scalability
• Improves rack cable organization
• Reduces cable clutter in dense environments
• Enterprise-grade construction
• Supports mission-critical workloads
• Simplifies maintenance and replacement planning
• Optimized for adjacent system connectivity
• Supports long-term infrastructure lifecycle
• Reliable performance for enterprise HPC
• Enables standardized deployment across compatible platforms

• Brand: HPE
• Part Number: Q2T87A
• Product Name: HPE MC990 NUMAlink-7 Copper Cable
• Product Type: Copper Interconnect Cable
• Cable Type: Copper Cable
• Cable Length: 1 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 choose the HPE MC990 NUMAlink-7 Copper Cable 1m for reliable short-distance connectivity within HPE MC990 environments where low latency and efficient rack organization are essential. Compared with longer cables in the same product family, its compact length improves airflow, minimizes cable congestion, and simplifies installation in dense compute infrastructures. The cable enables standardized procurement, seamless compatibility with HPE MC990 platforms, lower maintenance complexity, improved infrastructure ROI, and long-term lifecycle consistency for mission-critical HPC deployments.