Mellanox MSN2410-CB2FO Spectrum Switch 48SFP28 8QSFP28

• Enterprise leaf switch deployments
• Cloud data center networking
• AI and machine learning infrastructure
• Virtualized server environments
• Enterprise storage networking
• Private and hybrid cloud deployments
• High-density rack server connectivity
• Financial services data centers
• Healthcare digital infrastructure
• Research and HPC networking environments

• 48 native SFP28 Ethernet ports
• 8 high-speed QSFP28 uplink ports
• Integrated x86 CPU
• Spectrum Ethernet switching architecture
• Dual AC power supplies
• Redundant power configuration
• Optimized for high-density server connectivity
• Supports low-latency Ethernet fabrics
• Designed for spine-leaf architectures
• Enables scalable cloud networking
• Supports AI and storage networking
• Improves operational efficiency
• Ideal for infrastructure modernization
• Supports business continuity objectives
• Built for enterprise-class reliability

• Brand: NVIDIA Mellanox
• Product Family: Spectrum Ethernet Switch
• Model: MSN2410-CB2FO
• Part Number: MSN2410-CB2FO
• SKU: MSN2410-CB2FO
• Product Type: Ethernet Switch
• Switch Architecture: Spectrum
• Access Ports: 48 × SFP28
• Uplink Ports: 8 × QSFP28
• Processor: Integrated x86 CPU
• Power Supply: 2 × AC Power Supplies
• Power Redundancy: Yes
• Deployment Environment: Enterprise Data Centers, Cloud Infrastructure, Storage Networking, AI and Virtualized Environments

WHY CHOOSE THIS PRODUCT?

• The MSN2410-CB2FO is an ideal choice for organizations requiring dense 25GbE connectivity with ample 100GbE uplink capacity to support rapidly growing enterprise workloads. Compared with lower-port Spectrum switches, it delivers higher access density, greater uplink scalability, and integrated x86 processing for enhanced operational flexibility while maintaining redundant dual AC power for business continuity. It integrates seamlessly into cloud, AI, storage, virtualization, and enterprise networking environments, enabling simplified expansion, efficient infrastructure modernization, reduced operational costs, and strong long-term ROI through scalable, high-performance Ethernet networking.