H12 CloudDC
H12 CloudDC
H12 Ultra
H12 GPU
H12 Mainstream
H12 SuperBlade®
H12 FatTwin®
H12 FatTwin®
H12 BigTwin®
H12 WIO
H12 TwinPro®
H12 TwinPro®
H12 Motherboards
H11 Ultra
H11 Ultra
H11 BigTwin®
H11 WIO
H11 Mainstream
H11 Motherboards
H12 Mainstream – Cost- and Energy-Efficient Designs for Mainstream Applications
Systems Optimized for Entry-Level and Volume Deployments
H12 Twin Systems - High Density Combined with Low Cost through Resource Sharing
Optimized for high density and low cost, our 2U Twin servers host up to four nodes in only two rack units. The A+ BigTwin® nodes support up to two AMD EPYC™ processors, and the A+ TwinPro® nodes host a single AMD EPYC processor.
H12 FatTwin Servers - Optimized Designs for Compute and Storage Density
The newest of Supermicro multi-node systems, the A+ FatTwin™ server family supports up to eight AMD EPYC™ processorpowered servers in only four rack units.
H12 CloudDC – Ultimate Scalability and Flexibility for Cloud Data Centers
Optimized for cloud data centers, our H12 CloudDC servers provide next-generation technology that can help you deliver cost-optimized services in an increasingly competitive economy.
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
Queenstown Educational Foundation Chooses Supermicro Server to Keep Students Safe from Cyberattacks
The New Firewall Server Protects Students from Inappropriate and Malicious Websites and Protects the Entire Network against Cyberattacks
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.
Performance of Supermicro A+ Servers Utilizing the 3rd Gen AMD EPYC™ Processor with Red Hat Ceph Storage
Red Hat® Ceph Storage (Ceph) is a leading SDS solution that enables high performing workloads to run efficiently. Supermicro designed Ceph clusters based on the Supermicro AS -2124US-TNRP storage server with the 3rd Gen AMD EPYC™ CPUs with all-flash NVMe SSDs and then conducted various tests to design and deliver Ceph users with optimized Ceph configurations.
Deep Learning Benchmarks on Supermicro’s 4U 8 GPU System Based on Dual 3rd Gen AMD EPYC™ Processors
Demonstrating the performance of the Supermicro AS -4124GS-TNR, a 4U dual-processor 8 GPU server with up to 8TB of memory, and 160 Lanes of PCI-E 4.0, shows the generation over generation performance improvements of the new 3rd Gen AMD EPYC 7003 Series Processors on Deep Learning benchmarks
VEXXHOST Looks Forward to 3rd Gen AMD EPYC™ Processors
Learn how VEXXHOST gives its customers access to the latest server technology with Supermicro servers using AMD EPYC processors.
VEXXHOST Expands Cloud Footprint with Supermicro Servers
Supermicro AMD Based Systems Give Users Fast Responsiveness for Innovative Workloads
Supermicro® Servers Excel as a WekaIO Reference Architecture
WekaIO combined with Supermicro's 3rd Gen AMD EPYC™ Processors-based servers provides a stunning performance, protection, and data management for Deep Learning, High-Performance Compute, and high-throughput low-latency storage workloads. The Supermicro Rack Integration can fully integrate, pre-tested, tuned, racked, and be operational in less than 30 minutes after receiving.
Supermicro SuperMinute: 2U 2-Node Server
Supermicro's breakthrough multi-node GPU/CPU platform is unlike any existing product in the market. With our advanced Building Block Solutions® design and resource-saving architecture, this system leverages the most advanced CPU and GPU engines along with advanced high-density storage in a space-saving form factor, delivering unrivaled energy-efficiency and flexibility.
Maximizing A+ Bigtwin® Server Performance with AMD EPYC™ 7Fx2 Processors
In this white paper, we discuss the performance results of three industry-leading physics simulation software packages that are solving complex real-world problems, running on Supermicro's latest A+ BigTwin® server with AMD EPYC™ 7Fx2 processors.
Solution Brief for Supermicro/AMD/Oracle
Supermicro and AMD Achieve Outstanding Linear Workload Scaling for Oracle Database 19c
Supermicro SuperMinute: A+ Platforms
Supermicro's latest range of H12 Generation A+ Systems and Building Block Solutions®, optimized for AMD EPYC™ 7002 series processors, offers new levels of application-optimized performance per watt and per dollar, delivering outstanding core density, superior memory bandwidth, and unparalleled I/O capacity.
NetProtect Reduces Infrastructure Costs by 60% Using AMD EPYC™ Processors
Supermicro A+ Servers give NetProtect the headroom to deliver new services to a wide range of customers
Transform Your Business with the Next Generation of Accelerated Computing
The transformative new wave of technologies are driving global trends for artificial intelligence(AI), high-performance computing (HPC), and cloud computing. Implementing accelerated computing solutions from Supermicro and NVIDIA is crucial to becoming innovative and enabling AI-powered applications everywhere at speed and large scale.
Altair Radioss™ Performance on Supermicro BigTwin® and AMD EPYC™
Balanced compute resources, memory bandwidth, and network bandwidth deliver outstanding performance and scalability for crash simulation software
