NVIDIA MSN4600-CS2RO Spectrum-3 64-Port 100GbE Switch

• Enterprise Data Center Core Networking
• Cloud Service Provider Infrastructure
• Leaf-Spine Network Deployments
• High-Performance Computing (HPC) Clusters
• AI and Machine Learning Network Fabrics
• Large-Scale Virtualization Platforms
• Storage Area and Ethernet Storage Networks
• Multi-Tenant Data Center Environments
• Disaster Recovery and Backup Networks
• High-Bandwidth East-West Traffic Architectures

• 64-Port High-Density 100GbE Network Fabric
• Spectrum-3 ASIC for Low-Latency Switching
• Integrated x86 CPU for Network Management
• Optimized for Leaf-Spine Data Center Design
• Redundant AC Power Supply Architecture
• Flexible 1GbE to 200GbE Port Speeds
• Enterprise-Grade Reliability and Availability
• High Throughput for Cloud Infrastructure
• Rack-Optimized Form Factor Deployment
• Scalable Networking for AI and HPC Clusters

• Brand: NVIDIA 
• Model: MSN4600-CS2RO
• Product Series: Spectrum-3
• Switch Family: SN4600
• Switch Type: Data Center Ethernet Switch
• Architecture: Spectrum-3 ASIC
• Management Processor: Integrated x86 CPU
• Port Configuration: 64 × QSFP28
• Connector Type: QSFP28
• Supported Ethernet Speeds: 1GbE, 10GbE, 25GbE, 50GbE, 100GbE, 200GbE
• Maximum Port Density: 64 × 100GbE
• Network Deployment: Leaf-Spine Architecture
• Form Factor: Rack Mount
• Rack Size Compatibility: 19-Inch Rack
• Power Supply Configuration: Dual AC Power Supplies
• Power Redundancy: Yes
• Input Voltage: 100–240 VAC
• Input Frequency: 50/60 Hz

WHY CHOOSE THIS PRODUCT?

• Deploy up to 64 QSFP28 interfaces in a compact 1U-class platform, maximizing rack utilization and reducing infrastructure footprint.
• Designed for leaf-spine architectures commonly used in cloud, virtualization, AI, and enterprise environments.
• Enables fast packet processing and predictable network behavior for latency-sensitive workloads.
• Supports multiple Ethernet speed options, helping organizations transition networks without replacing core infrastructure.
• Dual AC power supplies provide redundancy and help minimize downtime during critical operations.