We are excited to introduce HPC Cloud Roadshows to the HPC community. Cloud computing is present everywhere, but there is much to consider in following this exciting and innovative path to ensure your success. The HPC Cloud Roadshow is sponsored…
Among Grid Engine users, there is a high interest in cloud computing. In a recent InsideHPC survey sponsored by Univa, 92% of users said that they were “open to or already using cloud,” and 64% described cloud as “having proven…
Key findings from the latest InsideHPC cloud survey HPC cloud spending is on the rise. Recent research from HPC analyst firm Hyperion Research shows a dramatic 60 percent increase in cloud spend from just under $2.5 billion in 2018 to…
Used by thousands of organizations around the world, Univa Grid Engine is one of the world’s most popular and capable grid management systems with a vibrant, growing user community. When application providers describe their support for Grid Engine, they often…
We are pleased to announce that the highly anticipated Navops Launch 2.0 is now available! The General Availability release helps enterprises easily extend HPC workloads to the cloud, boosting efficiency and productivity, and dramatically improving cloud ROI while reducing cloud-related…
While there are many benefits to leveraging the cloud for HPC, there are challenges as well. Along with security and cost, data handling is consistently identified as a top barrier. Data requirements vary by application, datasets are often large, and…
Why planning for flexibility is the key to success Over the past two years, we’ve seen a dramatic acceleration in cloud adoption for HPC. This is validated by our 2018 Univa customer survey where 61% of respondents indicated that they…
GPUs play an important role in HPC accelerating applications from molecular dynamics to deep learning. In previous articles, we’ve discussed how Univa Grid Engine supports efficient scheduling of GPU resources. We’ve also covered Univa Grid Engine support for Docker and…
Next Generation Sequencing (NGS) is a fundamental practice in bioinformatics. Pipelines are comprised of complex, multi-step processes involving many different tools and intermediate data formats. With easy access to cloud infrastructure and containerized applications that are portable across clouds, users…
Next Generation Sequencing (NGS) is a fundamental practice in bioinformatics. Pipelines are comprised of complex, multi-step processes involving many different tools and intermediate data formats. With easy access to cloud infrastructure and containerized applications that are portable across clouds, users…
