Supermicro BigTwin Intel Xeon Ice Lake Edition 2U4N Hands-on
Today we are looking at the Supermicro SYS-220BT-HNTR, also known as one of the company’s “BigTwin” models, that Patrick recently got some hands-on time with at Supermicro headquarters.
Construct Optimized IT Solutions With The Supermicro X12 Twin Family Of Multi-Node Servers
Select From the Twin Family of Multi-Node Servers to Exactly Match Workload Requirements with Superior Functionality and Efficiency
High-Performance All Flash NVMe Cluster on Supermicro X12 BigTwin® Platform
Optimized Ceph cluster block storage performance with Supermicro BigTwin® 2U 2-Node servers and Upstream Ceph Storage with 3rd Gen Intel® Xeon® Scalable Processors on openSuse 15.2 to provide the highest performance architecture.
Innovations in High Density Computing in HPC - Supermicro SC21 TECHTalk with IDC
Presented by Luis Garcia, Director, Blade Solutions; Supermicro Michael Ocampo, Product Manager, Supermicro; Peter Rutten, Research Director, Infrastructure Systems, IDC
Universidad Nacional de Córdoba Utilizes High-Performance Supermicro A+ Servers to Advance Scientific Research
Supermicro BigTwin® Systems Create the Most Powerful Open Science Computer in Argentina
Supermicro で非常に人気のある BigTwin® および TwinPro マルチノードサーバーは、第3世代 インテル® Xeon® スケーラブル・プロセッサーと、PCIe Gen 4に対応し、さらに進化しました。このTECHTalkでは、この非常に用途の広いサーバーの、CPU、メモリー、ストレージ、ネットワークオプションに焦点を当てお話しします。
Mission Critical Server Solutions
A+ BigTwin® Server Performance for OpenFOAM and WRF with 3rd Gen AMD EPYC™ Processors
Supermicro A+ BigTwin 2U 4-node systems with dual 3rd Gen AMD EPYC processors are an ideal solution for most demanding data center and HPC applications. The flagship BigTwin reduces the complexity of compute clusters by doubling the density over the traditional single-node system. This whitepaper demonstrates the performance and node scalability results of popular HPC applications such as OpenFOAM and Weather Research and Forecasting (WRF) Model, running on Supermicro's latest A+ BigTwin server with 3rd Gen AMD EPYC™ 7713 processors.
Twin Product Family – Leading Multi-node Architectures
The Supermicro Twin Family represents a revolution in Green Computing designed to support customers' critical applications and also reduce Data Center TCO to help preserve the environment.
Supermicro SuperMinute: BigTwin
Supermicro X11 BigTwin now supports Intel’s 2nd Generation Xeon Scalable Processors as well as Intel Optane DC Persistent Memory, adding more capability to the industry’s most flexible 2U multi-node platform.
Supermicro Storage Summit: Enabling Technologies for HCI
Hyperconverged infrastructure (HCI) allows for the deployment of flexible virtual cloud solutions for enterprises of any size. This session will include presentations of Supermicro's optimized servers and Intel® Optane™ SSD technology that power advanced HCI implementations. Intel and Supermicro will also discuss how HCI software architectures and rack-level solutions leverage the capabilities of their hardware.
5G Core Terabit Traffic Demo
This video segment dives into how Supermicro’s 5G Core Reference Architecture topped the charts for Enhanced Mobile Broadband (eMBB) User Plane Throughput per 1RU. In partnership with Intel, Supermicro was able to optimize CPU utilization and set record breaking 5G performance, while improving efficiency and predictability with lower latency and jitter.
Solution: Red Hat® OpenShift®
The Supermicro and Red Hat® OpenShift® Container Platform solution offers integrated hardware, software and support packages built with Kubernetes which provide agile deployment and management of containers in an on-premises, private, and hybrid cloud environment.
Solution: Red Hat® OpenStack®
Supermicro and Red Hat OpenStack Platform solutions combine the power of Red Hat OpenStack Platform technology and industry leading compute, storage, and networking systems manufactured by Supermicro to deliver a foundation for building private, hybrid, or public IaaS cloud environments. It offers a highly scalable, fault-tolerant, production-ready, turnkey platform for running cloud-enabled workloads.