NVIDIA Spectrum 920-9N112-00F7-0X2 100GbE Ethernet Switch

• High-density enterprise data center switching deployments
• AI and machine learning cluster network architectures
• Spine-leaf cloud infrastructure network implementations
• Large-scale virtualization platform connectivity solutions
• High-performance storage network aggregation environments
• Multi-tenant cloud service provider infrastructure deployments
• Ultra-low latency financial services networking applications
• Software-defined data center Ethernet fabric implementations
• Enterprise private cloud network modernization initiatives
• Hyperconverged infrastructure connectivity and scalability projects 

• Brand: NVIDIA
• Model Number: 920-9N112-00F7-0X2
• Product Family: NVIDIA Spectrum Ethernet Switch
• Product Type: Data Center Ethernet Switch
• Switch Architecture: Spectrum Ethernet Switching
• 25GbE Ports: 48 × SFP28
• 100GbE Ports: 8 × QSFP28
• Maximum 100GbE Ports: 8
• Maximum 50GbE Ports: 16
• Maximum 40GbE Ports: 8
• Maximum 25GbE Ports: 64
• Maximum 10GbE Ports: 64
• Switch Throughput: 2 Tb/s
• Packet Processing Rate: 2.97 Billion PPS
• Latency: 300 ns
• CPU: Dual-Core x86 Processor
• System Memory: 8 GB
• SSD Storage: 32 GB
• Packet Buffer: 16 MB
• Management Port: 1 × 100/1000 Mbps Ethernet
• Serial Console Port: 1 × RJ45
• USB Ports: 1
• Power Supplies: 2 × Hot-Swappable AC (1+1 Redundant)
• Cooling Fans: 4 × Hot-Swappable (N+1 Redundant)
• Airflow Design: Reversible Airflow Supported
• Power Consumption: 165 W
• Input Voltage: 100–264 V AC
• Frequency: 50–60 Hz
• Input Current: 4.5–2.9 A

WHY CHOOSE THIS PRODUCT?

• Provides ultra-low latency for performance-critical applications.
• Supports scalable Ethernet fabrics from 10GbE through 100GbE.
• Offers high-density connectivity for modern data center architectures.
• Includes redundant power and cooling for business continuity.
• Delivers wire-speed packet forwarding with 2 Tb/s switching capacity.
• Optimized for AI, cloud, storage, and enterprise networking deployments.
• Enables flexible spine-leaf network scalability while reducing infrastructure complexity.
• Supports future-ready networking requirements with multi-speed Ethernet capabilities.