Performance Intensive Computing

Compared with a CPU-only system, a Supermicro system with AMD CPUs and GPUs delivered double-digit performance gains. In benchmark tests, some HPC workloads that previously required months of simulation time were now completed in just days.

You’ll find embedded systems in thousands of retail locations—but only if you know where to look. Find out how these specialized servers work, why they make sense, and how your retail customers can get started using them.

Validating Supermicro hardware with Mirantis k0rdent AI represents a shift from building clusters to composing them.

This Supermicro/AMD platform offers a flexible, density-optimized blade architecture for a 6U system. Pack it to the max, and you’ll get 320 server nodes in a standard 48U rack.

This cloud variant has arisen to meet the needs of AI developers. Find out how it differs from hyperscalers—and why your customers might want to jump on board.

The solution employs AI agents to monitor liquid-cooling systems, identifying and remediating problems quickly.  

The five new systems range from compact systems to rackmount servers. They’re designed for use outside of the traditional data center.

Delivering an AI return on investment can be challenging. A new IDC white paper offers a solution: leverage infrastructure to the use case.

Discover how AI factories work—and how your clients might benefit from building an AI factory of their own.

Discover how game host i3D boosted per-core performance, improved the user experience, and improved its TCO…all by moving to Supermicro MicroBlade servers with AMD EPYC 4000 Series processors.