MSI recently unveiled its AMD EPYC™ 9005 Series CPU-based server platforms at SC24, emphasizing performance, efficiency, and adaptability. Built on the OCP Modular Hardware System (DC-MHS) architecture, these servers are designed to tackle the rising demands of AI, virtualization, and modern cloud environments.
DC-MHS Architecture: Flexibility for Modern Data Centers
At the core of MSI’s new lineup lies the DC-MHS architecture, which prioritizes modularity and efficiency. By separating server management from host processors, the design enables easy integration across different CPU platforms and vendors. This modular approach simplifies testing, reduces firmware development costs, and enhances scalability for evolving workloads.
Key to this design are the D4051 DNO-2 and D4056 DNO-4 modules. These components streamline operations in data centers, offering flexibility in processor technology adoption and optimizing cost efficiency. It’s a strategic move to address the ever-changing needs of businesses embracing AI-driven processes.
High-Density Multi-Node Servers
MSI’s multi-node servers excel in maximizing space and energy efficiency. These systems use AMD EPYC 9005 Series CPUs, supporting up to 500W TDP per node. The servers incorporate features like 12 DDR5 DIMM slots for advanced memory capabilities and Extended Volume Air Cooling (EVAC) to ensure thermal stability.
Two standout models include:
- CD270-S4051-X4 (2U 4-Node Core Compute Server): A high-density solution equipped with liquid-cooled options, designed for cloud environments.
- CD270-S4051-X2 (2U 2-Node Core Compute Server): Optimized for data-heavy applications with superior thermal efficiency.
These configurations are particularly suited for businesses looking to maximize rack density without compromising on performance.
Enterprise Solutions Built for Intense Workloads
Enterprise-grade servers in this lineup, such as the CX271-S4056, are tailored for demanding applications like virtualization, AI, and cloud computing. This 2U server supports 24 DDR5 DIMM slots and multiple configurations of PCIe 5.0 x4 U.2 NVMe bays. It also accommodates GPUs up to 600W, making it a versatile choice for organizations tackling large-scale data operations.
With its robust memory capacity and extensive I/O options, the CX271-S4056 balances high performance with scalability. Features like EVAC CPU heatsinks further enhance reliability under intensive workloads, demonstrating MSI’s focus on thermal management.
CXL Memory and GPU-Centric Solutions
Catering to memory-intensive applications, MSI introduced the S2301 2U CXL Memory Expansion Server, capable of housing up to 8TB of memory. Leveraging CXL 2.0 technology, this server is ideal for in-memory databases and high-performance computing tasks.
For AI inference and rendering needs, MSI offers the 4U G4101-04/05 GPU servers. These systems integrate four PCIe 5.0 triple-wide GPU slots with air-cooled designs and powerful processors to handle AI workloads efficiently. With features like 12 PCIe 4.0 NVMe drives and redundant 3000W power supplies, they ensure reliability for critical tasks.
Conclusion
MSI’s AMD EPYC™ 9005 Series server platforms bring a balance of performance, scalability, and energy efficiency to the table. Whether it’s the modular DC-MHS systems or high-density multi-node servers, MSI’s focus on modernizing data centers is evident. These platforms are available now and aim to meet the growing computational and memory demands of today’s businesses.
