Use of Hoffman2 Cluster
Advanced research has moved beyond the capacity of a single computer to perform detailed multi-level simulations, data analysis, and large-scale computations.
Due to growing complexity and requirements for sheer computational horsepower, these needs are increasingly met with tightly integrated cluster systems consisting of hundreds to hundreds of thousands of processors, terabytes to petabytes of high-performance storage, and high bandwidth/low latency interconnects consuming megawatts of power. In addition to the need for powerful hardware, the software that runs on these systems must be written to take advantage of the computational power available on a particular system.
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Solutions We Offer
Code Optimization and Parallelization on Hoffman2 Cluster
Write resource-efficient code that takes advantage of the cluster’s ability to run parallel processes.
High-Performance Computing Software on Hoffman2 Cluster
Install and run software in the cluster environment.
Campus Connection to the NSF ACCESS Program
Get information about national high-performance computing resources available to you through the ACCESS program via your local Campus Champion.