NVIDIA 920-9N100-00R7-0X0 Spectrum 100G Switch System

• Enterprise data center modernization programs
• Virtualized infrastructure and private cloud deployments
• Storage and distributed database networking
• Financial trading systems requiring ultra-low latency
• Network function virtualization (NFV) environments
• Hyperscale east-west traffic aggregation layers
• Multi-tenant service provider cloud infrastructure 

• NVIDIA Spectrum-based switching architecture for predictable performance
• 1.26 Bpps packet forwarding performance for large-scale traffic
• Ultra-low switching latency of 300ns for time-sensitive applications
• x86 Atom CPU enabling automation and programmable networking
• 16GB SSD storage for system logging and configuration management
• 16MB packet buffer optimized for burst traffic handling
• Dual AC PSU support for high availability deployments
• Designed for leaf-spine and modern Ethernet fabric architectures
• Supports open networking with Cumulus Linux for DevOps integration

• Brand: NVIDIA
• Model: 920-9N100-00R7-0X0
• Switching Architecture: NVIDIA Spectrum
• Connectors: 18 × SFP28 (25GbE) + 4 × QSFP28 (100GbE)
• Max 100GbE Ports: 4
• Max 50GbE Ports: 8
• Max 40GbE Ports: 4
• Max 25GbE Ports: 34
• Max 10GbE Ports: 34
• Throughput: 850 Gb/s
• Latency: 300 ns
• CPU: Intel Atom x86
• System Memory: 8 GB
• Management Port: 1 × 100/1000 Mbps
• Serial Port: 1 × RJ45
• USB Port: 1 × Mini USB
• Operating System: Cumulus Linux Support
• Power Supply: 2 × AC PSU

WHY CHOOSE THIS PRODUCT?

• The integration with Cumulus Linux enables full automation, infrastructure-as-code networking, and seamless DevOps integration.
• Enterprises benefit from simplified leaf-spine design implementation, reducing operational overhead and minimizing configuration errors.
• It delivers strong ROI by extending infrastructure lifecycle through adaptable port utilization and scalable deployment options.
• Its open networking approach reduces vendor lock-in and supports heterogeneous data center environments.
• The platform is optimized for high availability designs, making it suitable for mission-critical production environments.