Supermicro RSD, a rack-scale total solution, empowers cloud service providers, telecoms, and Fortune 500
to build their own agile, efficient, software-defined data centers. Built on industry-standard, RESTful Redfish
APIs from Distributed Management Task Force (DMTF) and open-source Intel® Rack Scale Design software framework,
Supermicro RSD integrated rack solution can be flexibly configured using Supermicro's broad and optimized
storage and switch hardware products. Supermicro RSD total solution accelerates large scale data center
by elevating provisioning and management to the rack level and maximizes resource utilization through
disaggregating compute, network and storage resources distributed within a rack or across multiple racks.
Supermicro and Microsoft have partnered together to deliver industry leading "fully certified solutions". These
solutions are delivered on highly optimized and flexible Supermicro Server and Storage Systems. Supermicro
Systems are designed to provide significant advantage to these solutions in the areas of power efficiency,
performance and overall system optimization. These design principles coupled with bringing innovative
technologies at an accelerated pace drives time to market value for Microsoft Solutions. In case of some of
these disruptive technologies like NVMe, Supermicro is an established leader with the broadest range of
products that customers can choose from.
Supermicro a global leader in compute, storage and networking technologies, including green computing, has
certified its complete portfolio of server and storage solutions to support the SAP NetWeaver® technology
platform running on Linux. Supermicro is collaborating with SAP to bring its rich portfolio of open cloud-scale
computing solutions to enterprise customers looking to transition from traditional high-cost proprietary
systems to open, cost-optimized, software-defined architectures. To support this collaboration, Supermicro has
recently joined the SAP global technology partner program.
Supermicro and Canonical have partnered to deliver solutions that feature Kubernetes containers. This solution is built and validated with Supermicro SuperServers, SuperStorage systems, and Supermicro Ethernet switches that are optimized for performance and designed to provide the highest levels of reliability, quality and scalability.
The Canonical Distribution of Kubernetes (CDK) is pure upstream Kubernetes tested across the widest range of clouds - from public clouds to private data centers, from bare metal to virtualized infrastructure. Canonical also provides a rich ecosystem of tools, libraries, services, modern metrics, and monitoring tools to make CDK easy to consume so you can innovate faster.
Supermicro and Canonical have partnered to deliver solutions that feature TensorFlow machine learning.
This solution is built and validated with Supermicro SuperServers, SuperStorage systems, and Supermicro Ethernet switches that are optimized for performance and designed to provide the highest levels of reliability, quality and scalability.
Kubeflow is an open source project dedicated to providing easy-to-use Machine Learning (ML) resources on top of a Kubernetes cluster. Most prominently, Kubeflow eases the installation of TensorFlow and provides the mechanisms for leveraging GPUs attached to the underlying host in the execution of ML jobs submitted to it. TensorFlow is an open source software library for high performance numerical computation. Its flexible architecture allows easy deployment of computation across a variety of platforms (CPUs, GPUs, TPUs), and from desktops to clusters of servers to mobile and edge devices.
Supermicro has quickly become a global leader in cloud system technology, with green computing platforms
developed for a range of markets. With Supermicro, you can be confident that you are working with a
technology-leading, innovative, and knowledgeable partner who makes your business’ digital transformation
Utilizing big data analytics is no longer a question of when, but how. Enterprises deploying Hadoop solutions
need a high performance, scalable and reliable infrastructure and can expend a large amount of resource
searching for the best architecture and the most capable solution provider. The Supermicro Hadoop Solutions are
certified server, storage, networking, software and service configurations that take the guess work out of
designing and deploying a truly scalable Big Data infrastructure.
Supermicro is actively innovating in building HPC solutions. From design to implementation, we optimize every
aspect of each solution. Our advantages include a wide range of building blocks, from motherboard design, to
system configuration, to fully integrated rack and liquid cooling systems. Using these tremendous array of
versatile building blocks, we focus on providing solutions tailored to the customers’ need. At Supermicro, we
take pride in building HPC solutions from the ground up.
Supermicro can tailor HPC solutions to meet any variety of workloads: compute intensive, high throughput, or
high capacity storage applications used in different industries. Supermicro HPC systems can be bundled with a
variety of open source platform and commercial applications, making it a truly turnkey solution.
Supermicro has developed a line of fully validated server solutions featuring high performance GPUs from NVIDIA, along with NVIDIA virtual GPU (vGPU) software, to address the rapidly growing Virtual Desktop Infrastructure (VDI) market. These solutions include a Supermicro GPU Optimized server and Ultra Servers configured with dual Intel® Xeon® Scalable processors, up to 6TB DDR4 memory and NVIDIA® vGPU software with NVIDIA Tesla® GPUs based on the Volta™, Turing™, Pascal™, and Maxwell™ architectures and NVIDIA Quadro® RTX™ that deliver best-in-class virtual desktop experiences to users anytime and anywhere.
Server management utilities assist data center system administrators to manage hardware issues such as server
availability and firmware upgrades to reduce server downtime.
Supermicro has developed a multifunction suite of tools that can perform health monitoring, power management and
firmware maintenance to help deploy and maintain servers in data centers.
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