AMD EPYC™ 9004 Series Supermicro Servers for HPC and Data Centers


The new AMD server product line, based on 4th Generation AMD EPYC™ CPU supports a broad spectrum of workloads and excels at helping a business achieve its goals, which are highlighted here:

  • Best business outcomes across industries and workloads
  • Highest performance x86 server processor
  • Leadership x86 energy efficiency
  • Assurance of confidential computing
  • A significant ecosystem of solutions
How 4th Generation AMD EPYC Processors Enhance Workloads and CPU Highlights

While the performance of computing systems continues to increase over time with AMD's innovations, different workloads require this new performance, while other workloads benefit from the lower cost per unit of work. For example, while the performance of CPUs increases, typical Enterprise workloads (HR, ERP, Inventory Control, etc.) mainly do not require the performance gains from generation to generation but rather benefit from assigning more work to a given CPU.

New Enterprise workloads, such as analytics, video conferencing, and application delivery, require performance improvements to take advantage of the new 4th Generation AMD EPYC processors' new performance levels. HPC and AI require both increased core numbers, increased GHz, and parallelization and networking outside the system.

Various workloads are all addressed by 4th Generation AMD EPYC servers and storage systems. These include:

High-Performance Computing (HPC)

HPC systems are used by more than just university and national lab researchers. Enterprises integrate HPC systems into everyday workflows to bring products to market faster or discover new vaccines and drugs. HPC systems require fast cores, large amounts of memory, and fast networking between systems.


Designing and implementing a cloud solution requires a wide range of optimized products for different workloads, not just for environments where the price performance of the compute aspect is most important. Storage and networking are also critical for a productive and cost-effective cloud data center.

Artificial Intelligence (AI)

Systems with fast CPUs and associated GPU sub-systems are required for the growing AI use cases. The AMD servers can house up to 10 GPUs in a 4U rack height and excel at AI applications, enabling faster training and inference applications. 

Big-Data Analysis

As the volume of data generated everywhere explodes, the systems must access, analyze, and present structured and unstructured data to the user. These tasks require the ability to hold an increasing amount of data in memory, fast computation, and quick data communication to GPUs if needed.


With many enterprises utilizing virtualization technologies to get higher utilization from existing servers, the new servers, with the 4th Gen AMD EPYC processors, allow for higher-powered virtualization machines, as there are more cores available and faster CPUs.


Typical enterprise workloads will benefit from the new AMD systems with increased performance and reduced costs. In addition, existing workloads will execute faster, using less power than previous generations.

AMD EPYC™ 9004/8004 Series Processors

8U Universal GPU System

Designed to Deploy Largest Scale AI Training and HPC Clusters

Propel AI/ML workloads with dual 4th Gen AMD EPYC processors and the latest NVIDIA HGX H100 8-GPU. The 8U Universal GPU System provides unparalleled I/O and thermal capacity. It supports 8 of 700W TDP GPUs with NVLink, GPUDirect Storage and RDMA with 8 of 400G networking to enable 1:1 GPU ratio to keep feeding deep learning models at massive scale.

4U GPU Optimized Systems

4U GPU Optimized Systems

Maximum Acceleration for AI/Deep Learning and HPC

The Supermicro 4U GPU servers are 4U dual processor systems, supporting up to 10 FHFL double-width PCIe GPU cards, including the latest AMD Instinct MI200 Series and NVIDIA H100 GPUs. The 4U GPU-optimized systems provide maximum acceleration, flexibility, and balance for AI, deep learning, and HPC applications.


WIO Systems

Excellent Density and Energy-Efficiency for Enterprise Edge Applications

The Supermicro WIO systems are energy-efficient single socket servers that lower the operating costs for enterprise, telco, and edge applications.
Powered by AMD EPYC™ 8004 series processors the WIO systems are designed for impressive performance balanced with cost and energy efficiency with TDP as low as 80W.


Hyper-U Systems

Enterprise-Focused Single-Socket Server Delivering Memory Density, Flexibility and Power Efficiency

The Supermicro Hyper-U Series Servers are single-socket servers that can power workloads with more cores than most 2-socket servers can. Supporting 12 memory channels in 24 DIMMs and up to 6TB memory, it is the ideal solution to tackle memory-intense and enterprise-focused workloads.


Storage Systems

Purpose-Built All-Flash Petascale Storage Server for Software-Defined Data Center Workloads

The Supermicro Petascale Storage Systems are industry-leading all-flash servers supporting 16 (7.5mm) EDSFF E3.S drives, or 8 E3.S (x4) drives and 4 CXL Type 3 devices allowing memory expansion for use cases such as in-memory database applications


Multi-Node GrandTwin™ Systems

Multi-node Architecture with Front or Rear I/O

The Supermicro GrandTwin™ are the newest multi-node architecture solution with Front and Rear I/O, designed for maximum density and purpose-built for single-processor performance per node. The flexible modular design is optimized for a range of applications, with a front I/O option simplifying installation for space-constrained environments.


Hyper Systems

Leading IOPS Rackmount Server with Energy Efficiency and Flexibility

The Hyper solutions are enterprise-focused servers built with versatility and performance. Design with dual processors and 12 channel 24 DIMMs optimized for supporting the highest TDPs and offering a flexible range of computing, networking, storage, and I/O expansion capabilities.


CloudDC Systems

All-in-One Servers with Flexible I/O Options for Cloud Scale Data Centers

The Supermicro CloudDC are single-socket servers optimized for I/O flexibility with many cloud-focused applications. Offering convenient serviceability with tool-less brackets, hot-swap drive trays, and redundant power supplies ensure rapid deployment and efficient maintenance in data centers.


MicroCloud® System

High-Density Multi-Node System for Cloud and Dedicated Hosting

Powered by AMD Ryzen™ 7000 series processors, the 3U, multi-node MicroCloud offers 8 nodes containing up to two NVMe U.2, as well as a single 8-lane PCIe 5.0 low-profile slot that can be used for GPU accelerators for Hosting, Cloud Gaming, Content Creation, and Virtual Private Servers.