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Home Switching Mellanox Spectrum-3 32-Port QSFP-DD Data Center Switch

Mellanox Spectrum-3 32-Port QSFP-DD Data Center Switch

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High-performance Spectrum-3 Ethernet switch with 24 QSFP-DD28 ports, 8 QSFP-DD ports, and dual AC power supplies for scalable cloud and AI infrastructure.

OVERVIEW

  • Mellanox MSN4410-WS2FO is a Spectrum-3 Ethernet switch engineered for modern cloud, AI, high-performance computing, and enterprise data center environments requiring high-density connectivity and predictable low-latency performance.
  • Its configuration of 24 QSFP-DD28 ports and 8 QSFP-DD ports provides significantly greater deployment flexibility than traditional fixed-speed switches, allowing organizations to scale network fabrics while optimizing infrastructure investments.
  • The platform is particularly suited for spine-leaf architectures, large virtualization clusters, storage networks, and hybrid cloud environments where bandwidth efficiency and operational consistency are critical.
  • Dual AC power supplies enhance availability for mission-critical workloads, while the Spectrum-3 architecture helps organizations support digital transformation initiatives, infrastructure modernization, and long-term network scalability.
  • Compared with earlier-generation Ethernet platforms, it offers higher port density, greater migration flexibility toward next-generation speeds, and stronger alignment with AI-driven data center growth strategies.

USE CASES

  • AI and machine learning cluster networking
  • Hyperscale cloud infrastructure deployments
  • Spine layer data center fabric architectures
  • High-density leaf switch deployments
  • Enterprise private cloud networking
  • Software-defined data center environments
  • NVMe-over-Fabrics storage connectivity
  • High-performance computing cluster interconnects
  • Large-scale virtualization platforms
  • Disaster recovery and business continuity network infrastructure

KEY FEATURES

  • Spectrum-3 Ethernet switching architecture
  • 24 QSFP-DD28 high-speed network ports
  • 8 QSFP-DD high-density uplink ports
  • Designed for cloud-scale networking environments
  • Supports spine-leaf fabric architectures
  • Optimized for east-west data center traffic flows
  • Low-latency switching for performance-sensitive workloads
  • Dual AC power supplies for infrastructure resilience
  • Suitable for AI and HPC networking deployments
  • Supports large-scale virtualization environments
  • Enables scalable network fabric expansion
  • Facilitates storage and compute convergence initiatives
  • Designed for infrastructure modernization projects
  • Supports operational efficiency through high port density
  • Provides flexible deployment across enterprise and cloud environments

TECHNICAL SPECIFICATIONS

  • Brand: Mellanox
  • Part Number: MSN4410-WS2FO
  • SKU: MSN4410-WS2FO
  • Product Family: Spectrum-3 Ethernet Switch
  • Product Type: Data Center Ethernet Switch
  • Switch Architecture: Spectrum-3
  • Port Configuration: 24 x QSFP-DD28 Ports
  • Additional Ports: 8 x QSFP-DD Ports
  • Total Front Panel Ports: 32 High-Speed Ports
  • Power Supply Configuration: 2 x AC Power Supplies
  • Power Redundancy: Dual Power Supply Design
  • Network Category: Data Center Ethernet Switching
  • Deployment Model: Spine, Leaf, Core Data Center Networking
  • Target Environment: Cloud, AI, HPC, Enterprise Data Centers
  • Application Support: Virtualization, Storage Networking, Hybrid Cloud Infrastructure

WHY CHOOSE THIS PRODUCT?

  • Organizations choose the MSN4410-WS2FO when building scalable Ethernet fabrics capable of supporting AI workloads, cloud-native applications, high-performance storage, and large virtualization environments.
  • The combination of 24 QSFP-DD28 ports, 8 QSFP-DD ports, and redundant AC power supplies provides a balanced platform for growth without requiring immediate infrastructure replacement as network demands increase.
  • Compared with lower-density alternatives, it enables greater rack-level consolidation, simplified fabric design, and more efficient utilization of data center resources.

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