NVIDIA Spectrum 920-9N110-00F7-0C3 18xSFP28 Data Switch

• Edge aggregation for enterprise branch infrastructure
• Cloud access layer networking for virtualized workloads
• Kubernetes and container cluster networking
• Storage traffic aggregation for SMB and mid-tier SAN environments
• AI inference edge nodes requiring low-latency switching
• Enterprise campus data center networking
• Disaster recovery site networking connectivity
• Hybrid cloud connectivity and workload distribution
• Telecom edge and micro data center deployments

• 18 × SFP28 ports for 10/25GbE connectivity
• 4 × QSFP28 uplinks supporting 100GbE aggregation
• 1.6 Tbps switching capacity for compact deployments
• Ultra-low latency switching (~300 ns) for predictable performance
• 2.38 Bpps packet forwarding capability
• ATOM-based x86 control-plane architecture
• 8 GB system memory for stable operations
• 16 GB SSD storage for system services
• 16 MB packet buffer for traffic handling efficiency
• Flexible breakout and uplink architecture
• Compact design optimized for edge and leaf layers
• Ideal for hybrid 10/25G to 100G migration paths
• Management via Ethernet, serial console, and USB
• Designed for enterprise virtualization and cloud environments
• Cost-efficient architecture for non-core data center layers

• Brand: NVIDIA 
• Model: 920-9N110-00F7-0C3
• Series: Spectrum Data Center Switch
• Product Type: Ethernet Switch (Leaf / Access Layer)
• Management Port: 1 × 100/1000 Mbps Ethernet
• Console Port: 1 × RJ45 Serial Console
• USB Port: 1 × USBOperating System: NVIDIA Onyx OS
• Automation Support: SDN-ready networking architecture
• Design Focus: Low-latency leaf/edge switching performance
• Form Factor Focus: Compact access-layer deployment
• Operational Model: Cost-efficient edge networking infrastructure

WHY CHOOSE THIS PRODUCT?

• Organizations choose this switch for its balance of compact design and high-performance switching in access and leaf layers.
• It enables smooth aggregation of 10/25G server connections into higher-speed uplinks without overprovisioning core infrastructure.
• Compared to larger Spectrum switches, it offers cost-efficient deployment for edge and mid-tier data center roles.
• Its mixed SFP28 and QSFP28 design provides flexibility for hybrid network architectures.
• It supports gradual infrastructure modernization without requiring full backbone replacement.
• The low-latency architecture ensures stable performance for virtualization and storage traffic.