NVIDIA Mellanox MSN4600-VS2FO Spectrum-3 Ethernet Switch

• AI and machine learning cluster networking
• Hyperscale cloud infrastructure deployments
• Spine-leaf data center architectures
• High-performance computing (HPC) environments
• Enterprise core and aggregation networking
• Multi-tenant cloud service provider networks
• Storage and backup network fabrics
• High-bandwidth east-west traffic environments
• Research and scientific computing networks
• Large-scale virtualization platforms

• 64 High-Density QSFP56 Ports for Network Expansion
• Up to 200GbE Connectivity for Bandwidth Growth
• Spectrum-3 ASIC for Ultra-Low Latency Switching
• Intel x86 Quad-Core CPU for Enhanced Control Plane
• Redundant AC Power Supplies for High Availability
• Optimized for AI, HPC, and Cloud Networking
• Supports Large-Scale Spine-Leaf Architectures
• Enterprise-Class Reliability for Critical Workloads
• Compact 1U Design Maximizes Rack Efficiency
• Energy-Efficient Architecture Reduces Operating Costs

• Brand: NVIDIA Mellanox
• Model: MSN4600-VS2FO
• Product Family: Spectrum-3 Series
• Product Type: Data Center Ethernet Switch
• Switch ASIC: NVIDIA Spectrum-3
• Port Configuration: 64 × QSFP56 Ports
• Supported Port Speeds: 1/10/25/50/100/200GbE
• Connector Type: QSFP56
• CPU: Intel x86 Quad-Core 2.20 GHz
• PCIe Support: 4 × PCIe Gen 3.0
• Mounting Type: Standard 19-Inch Rack Mount
• Dimensions (H × W × D): 3.46 × 16.85 × 22.3 in (88 × 428 × 566.4 mm)
• Power Supply: Dual AC Power Supplies
• Input Voltage: 100–240 VAC, 50/60 Hz
• Power Consumption: 600W Typical
• Operating Temperature: 0°C to 40°C
• Storage Temperature: -40°C to 70°C
• Operating Humidity: 10%–85% Non-Condensing
• Storage Humidity: 10%–90% Non-Condensing

WHY CHOOSE THIS PRODUCT?

• Delivers up to 200GbE connectivity for bandwidth-intensive applications.
• Supports large-scale data center growth without increasing rack footprint.
• Spectrum-3 architecture provides predictable low-latency performance.
• Optimized for AI, machine learning, cloud, and HPC environments.
• Redundant power architecture improves uptime and business continuity.
• High port density reduces infrastructure complexity and cabling costs.
• Integrated x86 CPU simplifies management and network operations.
• Helps lower long-term operational costs through efficient design.