Massively parallel, high-density HPC servers help you meet the cost, performance, and responsiveness demands of high performance computing.
High performance computing (HPC) brings the challenges of energy efficiency, cost, real-time responsiveness, and massive demand for processing power. Traditional server architecture is not always the complete answer. Moonshot’s unique integrated graphics processing unit (GPU), high performance, and density make it a key piece in a complete HPC server architecture, particularly for enterprises with the need for massive processing power, such as the oil and gas industry, auto racing and research.
“Moonshot has almost doubled the throughput per teraflop we had with our previous cluster. At the same time we’re saving about 33% in energy for CFD jobs, which lowers costs and reduces our environmental impact. Moonshot is proving to be both resource-efficient and cost-efficient.”Magnus FreyHead of IT, Sauber F1 Team
Sauber Motorsports reduced energy consumption by 33%, improved race track performance, and saves days in development time by using Moonshot.
Trackside, real-time race analytics and post-win playback and analytics help DS Virgin Racing to compete in the first Formula E electric car championship.
A 4.3 U chassis that holds 45 server cartridges.
Server cartrige with Intel® Xeon® E3 v5 processor and integrated Intel® Iris Pro GPU that makes it perfect for the majority of HPC workloads.
Server cartridges with Intel® Xeon® D processors that bring performance and advanced intelligence into a dense, lower-power system-on-a-chip.
