Article 5J3MW Purdue University Seeing New Opportunities for Innovation with Cloud Technology Using Azure’s AMD EPYC™ Processor-based HBv3 Instances

Purdue University Seeing New Opportunities for Innovation with Cloud Technology Using Azure’s AMD EPYC™ Processor-based HBv3 Instances

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from High-Performance Computing News Analysis | insideHPC on (#5J3MW)
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In this sponsored article, Preston Smith, Director of Research Services and Support at Purdue University, discusses how Purdue University's community cluster program has supported scientists from every corner of the campus since 2004, building upon decades of experience at Purdue in scientific computing. Batch high-performance computing remains the scientists' bread and butter, with current community clusters delivering hundreds of millions of CPU-hours each year, but cloud technology, using Azure's AMD EPYCTM processor-based HBv3 instances, is providing new opportunities for innovation.

The post Purdue University Seeing New Opportunities for Innovation with Cloud Technology Using Azure's AMD EPYCTM Processor-based HBv3 Instances appeared first on insideHPC.

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