High performance computing
In the world of HPC, fast time-to-results is essential, but building and procuring a high-performance, open-source HPC system that ensures strong ROI can be time-consuming and complex. The HPC Cluster from Silicon Mechanics solves this by eliminating the design and procurement challenges, accelerating your path to results. With a combination of well-balanced, reliable hardware and software components, the solution ensures high performance, easy scalability, and simplified management—all contributing to exceptional ROI.
Managing an HPC cluster can be complex—licensed solutions can be costly, homegrown options are often impractical, and open-source systems can be difficult to manage. Our turnkey HPC Cluster integrates hardware with comprehensive cluster management, networking, and storage, streamlining deployment, provisioning, acceptance testing, and ongoing support. For added peace of mind, we offer a secure supply chain with ITAR-compliant facilities, encryption (both data-at-rest and in-flight), zero trust architecture, multi-level security (MLS), and top-plate/black-site support, ensuring security throughout the lifecycle of your system.
Get More InformationTo ensure smooth operation of your Silicon Mechanics HPC Cluster, we integrate Warewulf, a robust, open-source cluster management platform from Control IQ. Warewulf simplifies the setup, configuration, and monitoring of HPC environments, providing a scalable solution for clusters of any size—from small research systems to large supercomputers with tens of thousands of nodes. Its flexibility makes it ideal for deployment, management, troubleshooting, and securing, ensuring efficient oversight throughout the entire lifecycle of your cluster.
Our engineers are not only experts in traditional HPC and AI technologies, we also routinely build complex rack-scale solutions with today's newest innovations so that we can design and build the best solution for your unique needs.
Talk to an engineer and see how we can help solve your computing challenges today.