NVIDIA Launches Compact Highperformance Data Center Switch

When rack space becomes increasingly constrained while business demands for data throughput grow exponentially, IT architects face the critical challenge of delivering high-performance networking within limited physical parameters. In modern data centers—particularly those deploying hyper-converged infrastructure (HCI) and Ethernet storage fabric (ESF)—network switches have evolved from simple connectivity devices to becoming the central nervous system that determines overall system responsiveness and stability.

The NVIDIA MSN2010-CB2F (SN2010) addresses this challenge head-on with its innovative half-width form factor, setting new standards for top-of-rack (ToR) switches through exceptional performance density:

• Exceptional throughput: Equipped with 18×10/25GbE ports and 4×40/100GbE QSFP28 ports (configurable as 8×40GbE), delivering aggregate throughput up to 1.7Tb/s.
• True line-rate performance: Powered by NVIDIA Spectrum ASIC architecture, the SN2010 maintains wire-speed forwarding across all packet sizes while achieving industry-leading latency levels—a critical requirement for real-time storage traffic and hyper-converged cluster communications.

In today's heterogeneous IT environments, vendor lock-in creates operational inefficiencies and architectural rigidity. The SN2010 eliminates these constraints through:

• Open network architecture: Support for ONIE (Open Network Install Environment) enables deployment flexibility with Cumulus Linux, NVIDIA Onyx, or other mainstream open-source network operating systems.
• Proven interoperability: As a core component in numerous innovative data centers worldwide, its mature ecosystem ensures streamlined deployment, configuration, and maintenance processes.

Beyond raw switching performance, the SN2010 demonstrates thoughtful hardware design considerations:

• Compact form factor: Optimized short-depth chassis facilitates installation in space-constrained racks.
• Efficient power architecture: Dual redundant power supplies combined with port-to-power (P2C) airflow design enhance reliability while minimizing energy consumption.
• Multi-plane optimization: Comprehensive enhancements to data, control, and management planes ensure stable operation under heavy loads, preventing network jitter or packet loss.

For IT decision-makers implementing hyper-converged infrastructure or Ethernet storage solutions, the SN2010 represents more than just a switch—it's a scalable investment that combines high performance, density, power efficiency, and openness. By eliminating traditional network bottlenecks, it serves as a foundational component whether upgrading existing server clusters or designing next-generation distributed storage networks.