Amd Epyc Compute Enterprise Server

This high-performance AMD EPYC compute server is designed for engineering teams, research environments, developers, data processing workloads, virtualization, simulation, scientific computing, and other professional applications that require strong multi-core CPU performance, large memory capacity, and dependable 24/7 operation. Built on the AMD EPYC 9005 platform with 32 processing cores, 256GB of DDR5 ECC Registered memory, enterprise M.2 SSD storage, protected SATA data storage, and a compact 2U rackmount chassis, this system provides a powerful and scalable foundation for demanding compute-intensive workloads.

The server is built around the ASRock TURIND8UD-2T/X550 SP5 Server Motherboard and powered by the AMD EPYC 9335 5th Gen 32-Core Processor operating at a 3.0GHz base frequency with a 210W TDP. Its 32-core architecture delivers substantial parallel processing capability for numerical analysis, software compilation, engineering calculations, simulation, scientific applications, rendering, virtualization, data processing, and other multi-threaded workloads. The system includes 256GB DDR5 ECC Registered Server Memory, providing large-capacity error-correcting memory for complex models, large datasets, multiple virtual machines, memory-intensive applications, and continuous professional operation.

High-speed storage is provided by two 3.84TB M.2 2280 Enterprise Server SSDs, offering a combined raw solid-state capacity of 7.68TB for Ubuntu Linux Server, compute applications, active datasets, virtual machines, project files, temporary working data, and other performance-sensitive workloads. Additional storage is provided by four 4TB 3.5" SATA Enterprise Server HDDs with a combined raw capacity of 16TB. The hard drives are configured with RAID 1 mirroring to provide redundant storage for project files, completed calculations, archives, backups, research data, and other important information that requires additional protection against drive failure.

The AMD EPYC processor is cooled by a dedicated 1U SP5 CPU Cooling Heatsink Fan Assembly using Cooling Thermal Paste Compound Grease to support efficient heat transfer and stable processor temperatures during sustained computational workloads. Power is supplied by an 800W Enterprise Server Power Supply, providing dependable power delivery for the 32-core processor, 256GB DDR5 ECC memory, enterprise SSDs, SATA hard drives, cooling system, motherboard, and additional server hardware. All components are professionally installed inside the Rosewill RSV-H208 2U Server Chassis, providing a rackmount platform with efficient airflow, serviceability, and expansion potential for future compute or storage upgrades.

Ubuntu Linux Server 26.04 LTS 64-bit comes pre-installed, providing a flexible operating environment for scientific computing, development, automation, containers, virtualization, data processing, remote workloads, and professional server applications. The Linux platform is particularly well suited for compute environments that rely on Python, GCC, LLVM, Docker, MPI, scripting tools, development frameworks, and other open-source technologies commonly used in engineering, research, and technical computing.

The combination of a 32-core AMD EPYC processor, 256GB DDR5 ECC Registered memory, high-speed enterprise M.2 SSD storage, protected SATA storage, and a professional 2U rackmount chassis makes this system an excellent choice for organizations that require a powerful mid-range compute server. It is well suited for simulation servers, engineering compute nodes, scientific computing systems, development servers, virtualization hosts, data processing platforms, rendering workloads, research computing, and other applications where multi-core performance, memory capacity, reliability, and scalability are important.

Our Server configurator allows you to customize the system according to your compute workload, memory, storage, and expansion requirements. You can increase DDR5 ECC Registered memory capacity, select larger enterprise SSDs or HDDs, expand storage, modify RAID options, or choose other compatible server components. This flexibility makes the platform suitable for compute servers, HPC workloads, engineering systems, simulation environments, development infrastructure, virtualization platforms, scientific applications, and other professional computing tasks that require reliable performance and future upgrade potential.

Every server is professionally assembled, fully configured, and thoroughly tested before shipment to help ensure stable performance, dependable operation, and long-term reliability. Processor cooling, ECC memory, enterprise SSD and HDD storage, RAID functionality, power delivery, operating system configuration, and all installed hardware are carefully inspected as part of our quality assurance process. Assembly and testing are included at no additional cost, and every system is backed by warranty coverage and professional technical support.