24 × 100GbE (QSFP-DD28) + 8 × 400GbE (QSFP-DD) ports
Supports 10/25/40/50/100/200/400GbE speeds
High switching capacity of 8.0Tb/s and 8.4Bpps packet rate
Ideal for leaf/spine/super-spine data center architectures
Compatible with Onyx, Cumulus Linux, and ONIE operating systems
Non-blocking, wire-speed Layer 2/3 networking
Compact 1U rack-mount design for efficient deployment
Built for cloud-scale and high-performance environments
Enables advanced SDN and network automation
Reliable, ultra-low latency for critical applications
The NVIDIA Spectrum™ SN4410 is a cutting-edge 100/400GbE Ethernet switch engineered for the modern era of data center infrastructure.
As part of the NVIDIA Spectrum SN4000 series—the fourth generation of industry-leading Spectrum switches the SN4410 is purpose-built to serve as a high-performance leaf/spine solution in accelerated data center environments.
Whether you’re scaling out cloud-native architectures, optimizing for hyperconverged storage, or enabling real-time analytics and AI workloads, the SN4410 delivers the performance, flexibility, and reliability you need.
With a compact 1U form factor, a massive switching capacity of 8.0Tbps, and up to 8.4 billion packets per second (Bpps) processing power, the SN4410 is designed for scalability, efficiency, and long-term performance.
It supports both QSFP-DD28 and QSFP-DD interfaces and enables seamless connectivity between 100GbE servers and 400GbE backbone networks.
At the heart of the SN4410 is an ultra-efficient switching engine capable of delivering up to 8.0 Tbps of switching capacity.
Combined with a packet processing rate of 8.4 Bpps, this switch ensures consistent, line-rate performance under the most demanding data loads.
Whether handling massive data pipelines for AI inference or serving latency-sensitive applications in financial services, the SN4410 ensures zero packet loss and maximum responsiveness.
The SN4410 features:
This architecture allows enterprises to gradually scale their 400GbE infrastructure while continuing to support their existing 100GbE and 25GbE assets, providing a clear upgrade path without costly rip-and-replace projects.
The SN4410 fits perfectly into leaf/spine or super-spine topologies, allowing horizontal scalability without compromising performance or manageability.
It offers full wire-speed switching for both Layer 2 and Layer 3 environments and is optimized for east-west traffic flows in hyperconverged and containerized data centers.
With native support for modern network programmability, SN4410 is designed for Software-Defined Networking (SDN). It supports:
These features significantly reduce operational complexity while improving network agility and resilience.
The SN4410 is compatible with three robust operating environments:
This OS flexibility allows organizations to tailor the SN4410 to fit their specific operational needs and workflow automation strategies.
Despite its powerful capabilities, the SN4410 is designed for efficiency and compactness. Its 1U form factor minimizes space usage in crowded data center racks.
The hardware is built using high-efficiency components that deliver excellent thermal performance and low power consumption critical for sustainable scale-out deployments.
Interface and Connectivity
This diverse connectivity makes the SN4410 a flexible networking core for heterogeneous data center environments.
The SN4410 is engineered for a wide range of demanding enterprise and cloud environments, including:
|
Attribute |
Details |
|
Model |
NVIDIA Spectrum SN4410 |
|
Form Factor |
1U Rackmount |
|
Data Rate |
100GbE / 400GbE |
|
Port Configuration |
24x QSFP-DD28 + 8x QSFP-DD |
|
Total Ports |
32 |
|
Switching Capacity |
8.0 Tbps |
|
Forwarding Rate |
8.4 Bpps |
|
Latency |
Sub-microsecond |
|
Operating Systems |
Onyx, Cumulus Linux, ONIE |
|
Supported Speeds |
10/25/40/50/100/200/400GbE |
|
Network Interface |
QSFP-DD, QSFP-DD28 |
|
Power Efficiency |
High-efficiency components & thermal design |
|
Use Case Roles |
Leaf, Spine, Super-Spine |
In an era where performance, flexibility, and automation define the success of modern IT infrastructure, the NVIDIA SN4410 stands out as a powerful, future-ready network switch. From cloud-scale deployments to advanced AI training clusters, it delivers:
This is more than a switch it’s a foundational building block for the next generation of intelligent, accelerated data centers.
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The NVIDIA Quantum-X800 platform is the next generation of NVIDIA Quantum InfiniBand, purpose-built for trillion-parameter-scale AI models and comprised of the NVIDIA Quantum-X800 InfiniBand switch, NVIDIA ConnectX®-8 SuperNIC, and LinkX cables and transceivers.
The new platform supports advanced hardware-based, In-Network Computing with Scalable Hierarchical Aggregate Reduction Protocol (SHARP)™ v4, adaptive routing, and telemetry-based congestion control, enabling a new frontier of AI innovation.
The NVIDIA Quantum-X800 InfiniBand switch provides 144 ports of 800Gb/s connectivity per port. It includes hardware-based In-Network Computing with SHARP v4, adaptive routing, telemetry-based congestion control, performance isolation capabilities, and a dedicated port supporting the Unified Fabric Manager (UFM). NVIDIA Quantum-X800 switches also add advanced power-efficiency features, including low-power link state and power profiling.
The NVIDIA Quantum-X800 switch provides increased performance and power efficiency to significantly reduce scientific computing, AI workload completion time, and energy costs.
Quantum-X silicon photonics switches further reduce total power consumption and latency by minimizing the distance and number of connections between optics and electronics.
The NVIDIA ConnectX-8 SuperNIC delivers 800Gb/s connectivity with ultra-low latency and supports the latest in advanced In-Network Computing. Based on the ConnectX architecture, it continues to provide accelerated MPI hardware engines, quality of service, adaptive routing, congestion control, and more.
The NVIDIA Quantum-X800 platform connectivity options with the NVIDIA LinkX® interconnect portfolio provide the maximum flexibility for building a preferred network topology, using connectorized transceivers with passive fiber cables and linear active copper cables (LACCs).
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