Mellanox Spectrum-3 64x100GE QSFP28 Ethernet Switch

• Cloud data center spine deployments
• Enterprise core network modernization
• AI and machine learning cluster connectivity
• High-performance computing infrastructure
• Large-scale virtualization environments
• Software-defined data center architectures
• NVMe-over-Fabrics storage networking
• Multi-tenant cloud infrastructure deployments
• Disaster recovery and secondary data center fabrics
• High-bandwidth east-west traffic environments

• Spectrum-3 Ethernet switching architecture
• 64 x 100GE QSFP28 network ports
• Integrated x86 CPU platform
• Dual AC power supply configuration
• High-density 100GbE connectivity
• Optimized for cloud-scale networking
• Supports spine and leaf deployment models
• Low-latency packet forwarding architecture
• Designed for AI and HPC environments
• Supports virtualization and private cloud infrastructure
• Facilitates storage and compute network convergence
• Improves rack-level infrastructure efficiency
• Supports large-scale data center expansion

• Brand: Mellanox 
• Part Number: MSN4600-CS2F
• SKU: MSN4600-CS2F
• Product Family: Spectrum-3 Ethernet Switch
• Product Type: Data Center Ethernet Switch
• Switch Architecture: Spectrum-3
• Port Configuration: 64 x 100GE QSFP28 Ports
• Port Type: QSFP28
• Network Speed Category: 100 Gigabit Ethernet
• Processor Type: Integrated x86 CPU
• Power Supply Configuration: 2 x AC Power Supplies
• Power Redundancy: Dual PSU Design
• Deployment Role: Spine, Leaf, Core, Aggregation
• Network Environment: Enterprise, Cloud, AI, HPC Data Centers
• Infrastructure Support: Virtualization, Hybrid Cloud, Storage Networking
• Application Support: Data Center Fabric, Cloud Networking, AI Infrastructure

WHY CHOOSE THIS PRODUCT?

• Organizations choose the MSN4600-CS2F when they require high-density 100GbE networking combined with operational flexibility and infrastructure resilience for demanding data center workloads.
• Its 64-port QSFP28 design delivers substantially greater connectivity density than many traditional Ethernet platforms, helping reduce rack footprint and improve network scalability.
• The integrated x86 CPU enhances deployment flexibility for advanced management and automation strategies, while dual AC power supplies support high-availability operational requirements.
• Compared with lower-capacity alternatives, it enables more efficient cloud expansion, virtualization growth, storage fabric development, and AI infrastructure scaling.