Archives: Products

Displays All Products

SSE-X3648S/SSE-X3648SR

Advanced SDN Switch offering 10/40 Gigabit Ethernet Performance in 1U Top-of-Rack Solution

SSE-X3648S Layer 2/3 Ethernet Switch leads the way as Supermicro enters the Open Networking arena. Open Networking provides customers with the ability to maximize the efficient and flexible use of valuable data center resources while providing an ideal platform for managing and maintaining those resources in a manner in tune with the needs of the organization.

Offering forty-eight 10-Gigabit Ethernet ports, the SSE-X3648S allows connectivity to 10GEservers, routers, and backbones. It also offers six ports operating at 40Gbps for access to high-speed backbone networks or storage servers. The 1U form factor gives users the ability to optimize deployment in standalone or top-of-rack environments. A rail kit facilitates rack-mounting installations. A reverse-airflow model, the SSE-X3648SR, is available for use in large data centers with alternating hot and cold equipment aisles. These switches are ideal for deployment in Data Center, Cloud and Enterprise environments with the capability of handling access for the most demanding applications.

Pre-loaded with the Open Network Installation Environment (ONIE), the SSE-X3648S/R is ready for your networking operating system of choice. Supermicro recommends the use of Cumulus Linux on the SSE-X3648S. Cumulus Linux is an OS for open networking incorporating a true Linux distribution with extensive networking features plus hardware acceleration of routing and switching functions. By using many of the same tools employed for servers, Cumulus Linux enables affordable scalability with clear CapEx savings and even greater OpEx savings; it unleashes rapid innovation via custom, open source or commercial Linux tools and applications. Contact Cumulus Networks for more details and ordering information.

SSE-G3648B/SSE-G3648BR

Advanced SDN Switch offering 1/10 Gigabit Ethernet Performance in a Top-or-Rack 1U Enclosure

The SSE-G3648B Layer 2/3 Ethernet Switch complements the growing family of switch offerings by Supermicro in the Open Networking arena. Open Networking provides customers with the ability to maximize the efficient and flexible use of valuable data center resources while providing an ideal platform for managing and maintaining those resources in a manner in tune with the needs of the organization.

Offering forty-eight 1Gbps RJ45 Ethernet ports and four 10Gbps SFP+ uplinks, the SSE-G3648B switch allows connectivity at 1Gbps to servers while aggregating traffic for connection to higher speed servers, to routers, and to other backbone network switches. The compact 1U form factor gives users the ability to optimize deployment in standalone or top-of-rack environments. The pair of mounting flanges included facilitates rack-mounting installations. And a reverse-airflow model, the SSE-G3648BR, is available for use in large data centers with alternating hot and cold equipment aisles. These switches are ideal for deployment in Data Center, Cloud and Enterprise environments with the capability of handling access for the most demanding applications.

Pre-loaded with the Open Network Install Environment (ONIE), the SSE-G3648B/R is ready for your networking operating system of choice. As with other bare metal switches from Supermicro, the SSE-G3648B/R switches are truly open – customers can deploy a software solution best suited for their application. Supermicro recommends the use of Cumulus Linux on the SSE-G3648B/R. Cumulus Linux is an OS for open networking incorporating a true Linux distribution with extensive networking features plus hardware acceleration of routing and switching functions. By using many of the same tools employed for servers, Cumulus Linux enables affordable scalability with clear CapEx savings and even greater OpEx savings; it unleashes rapid innovation via custom, open source or commercial Linux tools and applications. The embedded X86 Linux-based controller is particularly well suited for running the provisioning tools which are typically used for servers. Contact Cumulus Networks for more details and ordering information

SSE-G48-TG4

Enterprise-Class Performance with Advanced Switching Capabilities in a 1U Form Factor for 1/10-Gigabit Ethernet Networking

SSE-G48-TG4 The SSE-G48-TG4 from Supermicro is a standalone 48-port Layer 2/Layer 3 1/10-Gigabit Ethernet switch. It offers a full suite of advanced Ethernet switching features – the same as in the Ethernet switch used in the Supermicro SuperBlade® server systems. Ports 45 through 48 are “combo” ports – each of them can be used for either an RJ45 connection or an SFP (1Gbps) connection. In addition to the 48 ports at 1-gigabit per second, the SSE-G48-TG4 offers up to four 10-gigabit per second “uplink ports”. Provisioned through one or two dual-port Add-On-Modules, these uplink ports can be used to connect to 10-Gigabit Ethernet backbone networks or servers with 10-Gigabit Ethernet connectivity – or they can be “stacked” together to create an even larger capacity switch. Fiber or copper wiring options are available for the 10-Gigabit connections.

Offered in a 1U form factor, the SSE-G48-TG4 switch is ideal for use as a wiring closet aggregation switch, as a top-of-rack aggregation switch, or even as a core switch for a small business or branch office. A comprehensive set of management tools are available through either a Command Line Interface or through a Browser-based GUI.

SSE-G24-TG4

Enterprise-Class Performance with Advanced Switching Capabilities in a 1U Form Factor for 1/10-Gigabit Ethernet Networking

SSE-G24-TG4 The SSE-G24-TG4 from Supermicro is a standalone 24-port Layer 2/Layer 3 1/10-Gigabit Ethernet switch. It offers a full suite of advanced Ethernet switching features – the same as in the Ethernet switch used in the Supermicro SuperBlade® server systems. Ports 21 through 24 are “combo” ports – each of them can be used for either an RJ45 connection or an SFP (1Gbps) connection. In addition to the 24 ports at 1-gigabit per second, the SSE-G24-TG4 offers up to four 10-gigabit per second “uplink ports”. Provisioned through one or two dual-port Add-On-Modules, these uplink ports can be used to connect to 10-Gigabit Ethernet backbone networks or servers with 10-Gigabit Ethernet connectivity – or they can be “stacked” together to create an even larger capacity switch. Fiber or copper wiring options are available for the 10-Gigabit connections.

Offered in a 1U form factor, the SSE-G24-TG4 switch is ideal for use as a wiring closet aggregation switch, as a top-of-rack aggregation switch, or even as a core switch for a small business or branch office. A comprehensive set of management tools are available through either a Command Line Interface or through a Browser-based GUI.

SSE-X24S / SSE-X24SR

High-Performance, High Density, Advanced Switching Capabilities for Meeting 10-Gigabit Ethernet Networking Requirements scaling from Small Business to the Enterprise

SSE-X24S and its companion SSE-X24SR Layer 3 Ethernet Switch both offer twenty-four 10-Gigabit Ethernet ports allowing connectivity to 10GE routers, servers, backbones, and data centers. The 1U form factor gives users the ability to optimize deployment in wiring closet or top-of-rack environments. An optional rail kit facilitates rack-mounting installations. And the SSE-X24SR model provides a data-center-friendly reverse air-flow for improved cooling when installed in the rear of a rack.

A comprehensive routing and protocol software suite ensures optimal performance in even the most demanding enterprise-class networking environments. These switches are ideal for organizations with growing and consolidated data centers.

SSE-X3348T / SSE-X3348TR

High-Performance, High Density, Advanced Switching Capabilities for Meeting 10-Gigabit Ethernet Networking Requirements scaling from Small Business to the Enterprise

SSE-X3348T and its companion SSE-X3348TR Layer 3 Ethernet Switch both offer forty-eight 10-Gigabit Ethernet ports using the popular new 10GBase-T connection option allowing even more flexibility in providing data center friendly connectivity to 10GE routers, servers, backbones. They also offer four ports running at 40Gbps for access to high-speed backbone networks or storage servers. The 1U form factor gives users the ability to optimize deployment in standalone or top-of-rack environments. An optional rail kit facilitates rack-mounting installations. And the SSE-X3348TR model provides a data-center-friendly reverse air-flow for improved cooling when installed in the rear of a rack.

SSE-X3348S / SSE-X3348SR

High-Performance, High Density, Advanced Switching Capabilities for Meeting 10-Gigabit Ethernet Networking Requirements scaling from Small Business to the Enterprise

SSE-X3348S and its companion SSE-X3348SR Layer 3 Ethernet Switch both offer forty-eight 10-Gigabit Ethernet ports allowing data center friendly connectivity to 10GE routers, servers, backbones. They also offer four ports running at 40Gbps for access to high-speed backbone networks or storage servers. The 1U form factor gives users the ability to optimize deployment in standalone or top-of-rack environments. An optional rail kit facilitates rack-mounting installations. And the SSE-X3348SR model provides a data-center-friendly reverse air-flow for improved cooling when installed in the rear of a rack.

A comprehensive routing and protocol software suite ensures optimal performance in even the most demanding enterprise-class networking environments. These switches are ideal for organizations with growing and consolidated data centers.

SSE-G2252

• Layer 2 Switching
• Non-blocking connectivity
• 1U form factor for flexible installation

SSH-C48Q/-C48QM

High Performance, High Density, Low latency, 100-Gigabit Omni-Path Architecture, Meets the Most Demanding Application for HPC

Supermicro SSH-C48Q 1U 48-port top-of-rack network switch products supports the 100Gbps Intel® Omni-Path Architecture (OPA) providing a unique HPC cluster solution offering excellent bandwidth, latency and message rate that is highly scalable and easily serviceable.

SSH-C48Q products 48-port 100Gbps supporting Omni-Path Architecture leverages the Intel Scalable System Framework (SSF) to address evolving demands across high performance data analytics, machine learning, visualization, traditional modeling and simulation workloads. Designed specifically for HPC, the 48-port SSH-C48Q products offer 9.6 Tb/s total fabric bandwidth. High scalability with the capability of 27,648 nodes in 2-tier configuration. Supermicro SSH-C48Q products are designed to overcome the scaling challenges of large-sized clusters. The enhancements include:

High Message Rate Throughput. The SSH-C48Q products are designed to support high message rate traffic from each node through the fabric. That means the fabric can support the high bandwidth as well as high message rate throughput associated with the ever-increasing processing power and core counts of Intel®Xeon® Processor and Intel® Xeon Phi™ coprocessors.

48-port Switch ASIC. With a 48-port design the SSH-C48Q products provide improved fabric scalability, reduced latency, increased density, reduced cost, and lower power demand. It is the basis of the SSH-C48Q products capacity of 9.6 Tb/s fabric bandwidth and high scalability to 27,648 nodes in 2-tier configurations.

Deterministic Latency. Features in the Intel OPA optimize the performance impacts of large Maximum Transmission Units (MTUs) on small messages. They help maintain consistent latency for inter-process communication (IPC) messages, such as Message Passing Interface (MPI) messages, when large messages-typically storage-are being simultaneously transmitted in the fabric. Intel® OPA can bypass lower priority large packets, giving higher priority to small packets, creating a lower and more predictable latency through the fabric.

Enhanced End-to-End Reliability. The Supermicro SSH-C48Q products also deliver its own unique error detection and correction which is more efficient than the forward error correction (FEC) defined in the InfiniBand standard. Enhancements include zero load for detection – if a correction is required, packets only need to be retransmitted from the last link-not all the way from the sending node. This gives near-zero additional latency.