(Sponsored Content) HPC workloads are rapidly moving to the cloud. Market sizing from HPC analyst firm Hyperion Research shows a dramatic 60 percent rise in cloud spending from just under $2.5 billion in 2018 to approximately $4 billion in 2019 and projects HPC cloud revenue will reach $7.4 billion in 2023, a 24.6 percent compound annual growth rate . …
Systems management has always been in a race to catch up with the innovation in systems, and it is always nipping at the heels. …
HPC shops are used to doing math – it is what they do for a living, after all – and as they evaluate their hybrid computing and storage strategies, they will be doing a lot of math. …
Hybrid cloud is gaining traction as organizations seek to realize the flexibility and scale of a joint public and on-premises model of IT provisioning while also changing the way their compute and storage infrastructure is funded, transferring costs from a capital expense (capex) to an operating expense (opex). …
The ongoing journey to bring more enterprise high-performance computing (HPC) workloads into the cloud has been a bumpy one with its share of roadblocks and setbacks. …
Any on premises HPC cluster has its own limits of scale and throughput. …
There is a very strong correlation between HPC simulation and modeling and machine learning, but it is not the one that you may be thinking. …
Kubernetes, the software container management system born out of Google, has seen its popularity in the datacenter soar in recent years as datacenter admins look to gain greater control of highly distributed computing environments and to take advantage of the advantages that virtualization, containers, and other technologies offer. …
No one expects that setting up management tools for complex distributed computing frameworks to be an easy thing, but there is always room for improvement–and always a chance to take out unnecessary steps and improve the automated deployment of such tools. …
When it comes to high performance cycling, one might not think of high performance computing immediately, even though the majority of the speed, aerodynamics, and design process is heavily dependent on modeling and simulation at scale. …
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