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Home Networking Network Switches NVIDIA Spectrum 920-9N101-00R7-0X2 32x100G Onyx Data Switch

NVIDIA Spectrum 920-9N101-00R7-0X2 32x100G Onyx Data Switch

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The NVIDIA Spectrum 920-9N101 (R7 variant) is a 32-port 100GbE QSFP28 high-performance switch designed for modern data center fabrics. It delivers ultra-low latency, high throughput, and scalable connectivity for cloud, AI, virtualization, and enterprise core modernization projects.

OVERVIEW

  • The NVIDIA Spectrum 920-9N101 is a high-density 100GbE data center switch engineered for modern cloud-scale and AI-driven infrastructures. Featuring 32 × QSFP28 ports and Onyx OS, it is designed to power spine-leaf architectures, high-performance compute clusters, and next-gen enterprise cores.
  • With 3.2 Tbps throughput and ultra-low 300 ns latency, it supports deterministic, lossless networking for storage, virtualization, and AI workloads. Its dual-core x86 CPU, redundant power supplies, and hot-swappable fans ensure continuous availability for mission-critical environments.
  • Compared to lower-tier Spectrum models, this platform delivers higher port density, stronger packet processing efficiency (4.7 Bpps), and greater flexibility across 100G, 50G, 40G, 25G, and 10G breakout configurations.
  • It is ideal for hyperscale data centers, telecom operators, cloud service providers, and enterprises modernizing toward high-performance, software-defined networking environments with long-term scalability and ROI-focused infrastructure investment.

USE CASES

  • Spine-leaf data center fabric architecture deployment
  • Cloud service provider high-speed backbone networking
  • AI/ML cluster interconnect for distributed compute workloads
  • Enterprise core network modernization from 10/25G to 100G
  • High-frequency trading and low-latency financial networks
  • Hyperscale storage and NVMe-over-Fabrics traffic aggregation
  • Virtualized infrastructure and private cloud networking
  • Telecom aggregation and 5G transport network backhaul
  • High-performance Kubernetes and container networking fabrics

KEY FEATURES

  • 32 × 100GbE QSFP28 high-density port configuration
  • 3.2 Tbps switching capacity for large-scale traffic handling
  • Ultra-low latency architecture (~300 ns) for time-sensitive workloads
  • Up to 4.7 Bpps packet forwarding performance
  • Flexible breakout support: 100G, 50G, 40G, 25G, and 10G
  • Onyx OS for advanced network automation and control
  • Dual-core x86 CPU for intelligent switching operations
  • 8 GB system memory for control plane stability
  • 32 GB SSD storage for system operations and logging
  • 16 MB packet buffer for optimized traffic handling
  • Redundant 1+1 hot-swappable power supply design
  • N+1 redundant hot-swappable cooling fans
  • Enterprise-grade management interfaces (100/1000 Mbps, serial, USB)
  • Designed for spine-leaf and leaf aggregation architectures
  • Optimized for cloud, AI, and high-performance data environments

TECHNICAL SPECIFICATIONS

  • Brand: NVIDIA
  • Model: 920-9N101-00R7-0X2
  • Series: Spectrum Ethernet Data Center Switch
  • Product Type: High-Performance Layer 2/Layer 3 Switch
  • Management Port: 1 × 100/1000 Mbps Ethernet
  • Console Port: 1 × RJ45 Serial Console
  • USB Port: 1 × USB
  • Management Access: CLI / Onyx OS interface
  • High Availability: Fully redundant power and cooling design
  • Network Functionality: Data center optimized switching OS
  • Automation Support: SDN-ready architecture
  • Design Focus: Deterministic, low-latency Ethernet switching
  • Topology Support: Spine-Leaf / Leaf-Spine
  • Role: Leaf / Aggregation / Core Layer Switch
  • Use Environment: Cloud Data Centers, AI Clusters, Enterprise Networks
  • Hot-swappable Components: Power supplies and fans supported
  • Carrier-grade Design: Yes
  • 24/7 Operation Ready: Yes
  • Infrastructure Type: Mission-critical enterprise networking environments

WHY CHOOSE THIS PRODUCT?

  • Enterprises choose this switch for its ability to consolidate high-speed traffic into a compact, scalable 100G fabric with predictable performance.
  • It is designed for organizations transitioning from mixed 10/25/40G networks into unified 100G spine-leaf architectures.
  • The model delivers strong ROI by reducing rack space consumption while increasing bandwidth density per RU.
  • Its low-latency switching fabric ensures consistent performance for real-time workloads like AI, HPC, and financial systems.
  • The flexible breakout capability allows phased infrastructure upgrades without forklift replacements.
  • Dual AC PSU redundancy provides operational continuity for enterprise-grade uptime requirements.

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