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Home Networking Network Switches NVIDIA Spectrum 920-9N112-00F7-0C2 Open Ethernet Switch

NVIDIA Spectrum 920-9N112-00F7-0C2 Open Ethernet Switch

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The NVIDIA Spectrum 920-9N112-00F7-0C2 Open Ethernet Switch delivers 2Tbps switching capacity with 48 SFP28 and 8 QSFP28 ports. Built for AI, cloud, enterprise, and high-performance data centers, it combines ultra-low latency, high port density, redundant hardware, and scalable network performance.

OVERVIEW

  • The NVIDIA Spectrum 920-9N112-00F7-0C2 is a 1U short-depth open Ethernet switch engineered for high-density, low-latency networking. Equipped with 48×25GbE SFP28 ports and 8×100GbE QSFP28 uplinks, it enables scalable leaf-spine architectures for cloud computing, AI workloads, enterprise data centers, and service provider infrastructures. Its redundant power supplies, hot-swappable cooling, centralized management, and open networking flexibility provide a future-ready foundation for modern digital infrastructure.
  • Compatibility: Compatible with standard SFP28 and QSFP28 optical or DAC connectivity for supported Ethernet network environments.
  • Model Comparison: Offers 2Tbps switching with 48×25GbE access ports and 8×100GbE uplinks for high-density data center deployments.

USE CASES

  • Build AI Cluster High-Speed Network Fabrics
  • Deploy Enterprise Leaf-Spine Data Center Networks
  • Enable Cloud Computing Infrastructure Expansion
  • Support High-Performance Computing Network Backbones
  • Aggregate Server Traffic with 100GbE Uplinks
  • Modernize Enterprise Core Switching Infrastructure
  • Connect High-Density Virtualization Server Clusters
  • Deploy Low-Latency Financial Trading Networks
  • Build Hyperconverged Infrastructure Connectivity
  • Support Multi-Tenant Cloud Data Center Networks
  • Enable Large-Scale Storage Network Deployments
  • Expand High-Speed Service Provider Ethernet Networks 

KEY FEATURES

  • 2Tbps Switching Capacity for High-Speed Data Centers
  • Ultra-Low 300ns Latency Improves Network Responsiveness
  • Forty-Eight 25GbE Ports Support Dense Server Connectivity
  • Eight 100GbE Uplinks Enable High-Bandwidth Aggregation
  • Open Ethernet Architecture Supports Network Flexibility
  • Redundant Power Supplies Improve Business Continuity
  • Hot-Swappable Cooling Minimizes Service Interruptions
  • Dual-Core Processor Accelerates Network Management Tasks
  • High Packet Processing Supports AI and Cloud Traffic
  • Compact 1U Design Maximizes Rack Space Efficiency
  • Reversible Airflow Simplifies Data Center Deployment
  • Enterprise-Class Reliability for Mission-Critical Networks
  • Dedicated Management Port Enables Secure Administration
  • Optimized for Spine-Leaf Network Architectures
  • Designed for AI, HPC and Cloud Infrastructure Growth

TECHNICAL SPECIFICATIONS

  • Brand: NVIDIA
  • Model: 920-9N112-00F7-0C2
  • Product Series: NVIDIA Spectrum
  • Product Type: Open Ethernet Switch
  • Form Factor: 1U Short Depth
  • Switching Capacity: 2 Tbps
  • Packet Processing: 2.97 Billion Packets Per Second (Bpps)
  • Latency: 300 ns
  • 25GbE Ports: 48 × SFP28
  • 100GbE Ports: 8 × QSFP28
  • Maximum 50GbE Ports: 16
  • Maximum 40GbE Ports: 8
  • Maximum 25GbE Ports: 64
  • Maximum 10GbE Ports: 64
  • Processor: Dual-Core x86
  • System Memory: 8 GB
  • SSD Storage: 32 GB
  • Packet Buffer: 16 MB
  • Management Port: 1 × 100/1000 Mbps Ethernet
  • Console Port: 1 × RJ45 Serial
  • USB Port: 1
  • Power Supplies: Dual Hot-Swap (1+1 Redundant)
  • Cooling: Four Hot-Swappable Fans (N+1 Redundant)
  • Airflow: Reversible Airflow Supported
  • Power Input: 100–264V AC, 50–60Hz
  • Maximum Power Consumption: 165W
  • Compatibility: Standard SFP28 & QSFP28 Ethernet Optics and DACs

WHY CHOOSE THIS PRODUCT?

  • Delivers 2Tbps switching capacity for bandwidth-intensive workloads.
  • Ultra-low 300ns latency supports AI, HPC, and real-time applications.
  • High-density 25GbE and 100GbE ports simplify network scaling.
  • Open networking architecture offers deployment flexibility.
  • Redundant power and cooling maximize infrastructure availability.
  • Compact 1U chassis optimizes valuable rack space.
  • Enterprise-grade reliability reduces operational risk.
  • Supports long-term migration to high-speed Ethernet fabrics. 

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