NVIDIA 920-9N100-00F7-0X0 Spectrum 100G Data Center Switch

• Cloud data center leaf-spine fabric deployment
• AI/ML distributed training network infrastructure
• High-performance computing (HPC) clusters
• Enterprise data center modernization from 10G/40G to 25G/100G
• Virtualized infrastructure and private cloud environments
• Distributed storage and software-defined storage networks
• Financial trading and low-latency transaction systems
• Network function virtualization (NFV) platforms

• NVIDIA Spectrum-based switching architecture for predictable performance
• 18 × 25GbE SFP28 + 4 × 100GbE QSFP28 port configuration
• 1.26 Bpps packet forwarding performance for large-scale traffic handling
• Ultra-low switching latency of 300 ns for time-sensitive applications
• x86 Atom CPU enabling programmable and automated networking
• 8 GB system memory for control-plane operations
• 16 GB SSD storage for system logs and configuration management
• 16 MB packet buffer optimized for burst traffic handling
• 1 × 100/1000BASE-T management port for out-of-band access
• Designed for leaf-spine and modern Ethernet fabric architectures
• Supports open networking model via Cumulus Linux
• Optimized for mixed 25G/100G enterprise migration strategies

• Brand: NVIDIA 
• Model: 920-9N100-00F7-0X0
• Switching Architecture: NVIDIA Spectrum
• Throughput: 850 Gb/s
• Latency: 300 ns
• Serial Ports: 1 × RJ45
• USB Ports: 1 × Mini USB
• Power Supply: 2 × AC PSU
• Form Factor: Fixed configuration data center switch
• Deployment Type: Leaf-spine / data center fabric switch
• Use Case: High-performance cloud and enterprise networking
• Operating System: Cumulus Linux Support
• Architecture Type: Open networking switch platform
• Latency Class: Ultra-low latency switching design
• Target Environment: Enterprise, cloud, HPC, AI data centers

WHY CHOOSE THIS PRODUCT?

• The open networking model enables full automation and DevOps-driven infrastructure management using Cumulus Linux.
• Enterprises benefit from simplified leaf-spine deployment, reducing operational overhead and configuration errors at scale.
• It provides strong lifecycle value by supporting incremental upgrades instead of full network replacement.
• The architecture improves ROI through efficient port utilization and long-term scalability for growing workloads.
• It supports heterogeneous multi-vendor environments, reducing vendor lock-in risks in enterprise procurement strategies.
• High availability design considerations make it suitable for mission-critical production networks requiring continuous uptime.