Category: High Performance Computing

Illumina’s suite of multiomics analysis tools hosted on AWS include capabilities for quality control, data aggregation, and advanced analytics. In this post, we demonstrate how software from Illumina, including DRAGEN™, Illumina Connected Analytics, Correlation Engine, and Illumina Connected Multiomics enable researchers to build scalable, secure analytical pipelines while maintaining security, data privacy, and compliance at scale.

This post introduces “HPC-NOW” – an open-source, integrated solution developed by Shanghai HPC-NOW Technologies Co., Ltd in collaboration with AWS, that allows HPC practitioners to efficiently manage and scale their HPC workloads on the AWS cloud. The post also presents a real-world customer success story for Computational Fluid Dynamics (CFD) simulations, achieving higher resolution and reduced runtime while eliminating the costs associated with maintaining physical clusters.

Enterprises require considerable computational resources and storage capacity to successfully accomplish simulation tasks. An increasing number of simulations and calculations necessitate the real-time processing of substantial volumes of information, particularly in the CAE and CFD industries. Learn how to use the Fastone Compute Cloud-Enterprise Edition (Fastone FCC-E) to more efficiently handle large-scale CAE/CFD computations and simulations, while reliably leveraging AWS resources.

Modern scientific research depends heavily on processing large-scale datasets which requires elastic, scalable, easy-to-use, and cost-effective computing resources. Research Gateway from Relevance Lab simplifies access to HPC clusters using a self-service portal, making provisioning and configuration of an elastic cluster easy for researchers. This helps them focus on the research itself, while leveraging AWS ParallelCluster for their scientific computing.

To meet challenging product design goals and deadlines, today’s complex engineering projects need instant access to state-of-the-art computing infrastructure as well as advanced CAE and CAD software. However, procurement and configuration of these resources at scale can involve large up-front costs and long deployment timelines. Learn how Ansys Gateway powered by AWS facilitates seamless access and deployment of Ansys products on the AWS Cloud.

As a long-standing partner of automotive and life science companies, the Atos Science + Computing Unit specializes in providing customers with tailor-made and demand-driven HPC solutions. Learn about two hybrid HPC deployments that are transparently integrated with the traditional workload manager that controls existing on-premises HPC resources, and how they are distinguished by entirely different approaches.

Running genomics and high performance computing (HPC) workloads is complicated. To address these customer asks, Relevance Lab developed Research Gateway—a solution that delivers secure and scalable research without customers having to do the heavy lifting. This post provides an overview of the solution architecture and standard genomic research workflow, including a walkthrough of how to access Research Gateway, provision products required for their genomics sequencing analysis, and run the analysis.

To help customers run the most compute-intensive workloads across industry verticals, we are excited to introduce the new AWS High Performance Computing (HPC) Competency featuring AWS Partners who are focused on the important aspects of HPC in the cloud, including security, cost management, and performance. These trusted AWS Partners are uniquely positioned to help customers innovate faster and become more agile and flexible while controlling costs.

Scientific visualization is critical to understand complex phenomena modeled using high performance computing simulations. However, it has been challenging to do this effectively due to the inability to visualize, explore, and analyze large volumes of data and lack of collaborative workflow solutions. NVIDIA IndeX on AWS addresses each of these problems by providing a scientific visualization solution for massive datasets, thus opening the doors for discovery.

Popular in the HPC community and a range of industry verticals, Lustre is a powerful, open source, Linux-compatible, parallel file system. Amazon FSx for Lustre is a fully managed, scalable shared storage solution to power your compute workloads. Six Nines is deeply familiar with HPC storage pain points, and has helped customers address this very issue over the past five years. Dive deep with Six Nines’ FSx for Lustre experience, particularly the high availability, performance, and integration features of its latest releases.