Mellanox Spectrum-3 32-Port QSFP-DD Ethernet Switch

• AI training and inference cluster networking
• Cloud data center spine layer deployments
• High-density leaf switching architectures
• Enterprise private cloud environments
• High-performance computing infrastructure
• Storage fabric and NVMe-over-Fabrics networking
• Large-scale virtualization platforms
• Service provider data center aggregation
• Disaster recovery and business continuity networking
• Hybrid cloud interconnect infrastructure

• Spectrum-3 Ethernet switching architecture
• 24 QSFP-DD28 high-speed ports
• 8 QSFP-DD uplink and fabric ports
• Optimized for cloud-scale infrastructure deployments
• Supports high-density spine and leaf architectures
• Low-latency switching for demanding workloads
• Designed for AI and machine learning environments
• Supports large-scale virtualization ecosystems
• Facilitates storage and compute fabric convergence
• Dual AC power supplies for operational continuity
• Enables scalable data center expansion
• Supports high-bandwidth east-west traffic flows

• Brand: Mellanox
• Part Number: MSN4410-WS2RC
• SKU: MSN4410-WS2RC
• Product Family: Spectrum-3 Ethernet Switch
• Product Type: Data Center Ethernet Switch
• Switch Architecture: Spectrum-3
• Primary Ports: 24 x QSFP-DD28
• Additional Ports: 8 x QSFP-DD
• Total Port Count: 32 High-Speed Network Ports
• Power Supply Configuration: 2 x AC Power Supplies
• Power Redundancy: Redundant Dual PSU Design
• Network Category: High-Performance Ethernet Switching
• Deployment Role: Spine, Leaf, Aggregation Switch
• Target Environment: Enterprise, Cloud, AI, HPC Data Centers
• Infrastructure Support: Virtualization, Storage Networking, Hybrid Cloud

WHY CHOOSE THIS PRODUCT?

• Organizations select the MSN4410-WS2RC when building future-ready Ethernet fabrics capable of supporting AI workloads, cloud-native applications, storage-intensive environments, and large-scale virtualization projects.
• Its combination of high port density, QSFP-DD connectivity, and redundant power architecture allows infrastructure teams to maximize network scalability while maintaining operational resilience.
• Compared with lower-density switching platforms, it supports greater workload consolidation, simplified network design, and more efficient utilization of data center resources.