NVIDIA Mellanox SN2010 Ethernet Switch for Hyperconverged Infrastructures, 100GBase-X

Mellanox SN2010 Ethernet Switch for Hyperconverged Infrastructures
Half-width 10/25GbE and 100GbE Ethernet Switch for Hyperconverged Infrastructures and ESF (Ethernet Storage Fabrics)

The SN2010 switch is the ideal top of rack (ToR) solution for hyperconverged and storage deployments. Packed with 18 ports of 10/25GbE and 4 splittable ports of 40/100GbE, the SN2010 can deliver up to 1.7Tb/s aggregate throughput.

All Spectrum™-based switches, including the SN2010, support low-latency line rate traffic for all packet sizes and are ONIE bootable with support for Cumulus Linux, Mellanox Onyx™ (successor to MLNX-OS Ethernet) and other open-source operating systems with a broad installed base that drives the world's most innovative data center infrastructures.

SN2010 introduces low latency for 10/25GbE and 100GbE switching, features a robust implementation of data, control and management planes, and offers the most compact form factor and lowest power consumption.

SN2010 supports the same features and scale as SN2700. The SN2010 design allows either stand-alone single switch installation, or side-by-side placement of two switches in a single 1RU slot of a 19" rack, delivering high availability to the hosts.

SN2010 with its optimization for RoCE, full buffer utilization, and zero packet loss combined into a small form factor with low latency make it the only switch for ESF (Ethernet Storage Fabric) in the market.

Just like the rest of the Mellanox interconnect portfolio, SN2010 can be managed using the Mellanox NEO™ management application that relieves some major network deployment obstacles. NEO enables a fully certified and interoperable design, speeds up time to service, and improves networking time to value.

Distributed storage, hyperconverged, analytic and database solutions require the ability to scale out without compromising performance or high availability. High throughput, low latency and activeactive network switching capabilities are crucial when deploying clustered servers and storage. Many applications, such as Microsoft SQL Server, require 10/25GbE connectivity to many clients plus 40/100GbE connectivity to selected servers, storage systems or for network uplinks, and all with low latency. SN2010 is the best fit with a mix of 10/25GbE and 40/100GbE ports that are all designed for zero packet loss.

To support virtualization and private cloud, the SN2010 introduces hardware support for multiple tunneling protocols that enable increased reachability and scalability for today's data centers. Implementing NVGRE and VXLAN tunneling encapsulations in the network layer of the data center increases flexibility to terminate an overlay tunnel either in the network or on the server endpoint.

While the Spectrum ASIC provides the acceleration to make the SN2010 the highest performing switch fabric element, an integrated, powerful, x86-based processor provides the ability to incorporate a Linux server running on the switch for additional management, reporting, and storage functionality. This opens up multiple application opportunities by combining the incredibly fast networking fabric and high CPU processing power to create unique appliance capabilities that can improve network implementation paradigms.

The SN2010 supports running Docker containers on the switch and provides complete SDK access to the applications that run in the container. This functionality can be leveraged to embed a simple yet powerful management, monitoring and debug infrastructure on the switch itself.

• Layer 3 Switch provides reliable, efficient connectivity to ensure maximum feasibility


• Can work as layer 3 routing for scalable network design


• Rack mounting enables you to organize wires & secure cables for professional installation


• 25 Gigabit Ethernet Ethernet technology for a reliable, convenient way of communication and connectivity


• Supports optical fiber cable to span longer distances and provided high data transmission rates between servers and network components