Lenovo HPC Helps Forecast Potentially Disastrous Weather Events in Saudi Arabia

When people think of weather in Saudi Arabia, they probably think of dust storms before flooding.  A team led by Lenovo, WeMET P.C. and the University of Connecticut worked with the Saudi National Center for Meteorology to develop….

insideHPC-Hyperion Research Interview: ITIF’s Ezell Says Global HPC-AI Leadership Is ‘Up for Grabs’

As we enter supercomputing’s exascale era, global HPC leadership is “up for grabs,” according to the ITIF’s Stephen Ezell, and in several ways the U.S. has relinquished leadership in the development of “feeder streams” that will supply the country’s supercomputing industry in future decades. To address this, Ezell outlines several recommended policies and initiatives the U.S. should take in the face of increasing global HPC competition.

insideHPC-Hyperion Research Interview: Argonne’s Rick Stevens on the Future of Everything – U.S. Post-Exascale Strategy, AI for Science, HPC in 2040 and an Aurora Install Update

In this interview conducted on behalf of HPC analyst firm Hyperion Research, we spoke with Argonne National Laboratory’s Rick Stevens about the present and future of HPC. The starting point for this conversation is a presentation Stevens gave at a Hyperion event in Washington related to implementation of the CHIPS and Science Act and includes his insights on the post-exascale build-out of an integrated network of U.S. supercomputing capacity (the Integrated Research Infrastructure, or IRI). We then look at AI for science and the use of data-driven modeling and simulation, which shows the potential to deliver major performance gains for researchers….

PNY Now Offers NVIDIA RTX 6000 Ada Generation for High Performance Computing (HPC) Workloads

The latest generation of graphics processing units (GPUs) from NVIDIA, based on their Ada Lovelace architecture, is optimized for high performance computing (HPC) workloads. The NVIDIA RTX™ 6000 Ada Generation, available from PNY,  is designed….

Azure, AMD and the Power of Cloud-based HPC for Sustainability R&D Projects

Sustainability – both in the way it operates and in its support for the development of sustainable technologies and products – is a theme that permeates the Microsoft Azure public cloud platform and its end-user community. Azure, in combination with advanced and ultra-efficient CPUs from AMD….

Enabling Innovation for CFD Simulations, Thanks to Ansys and AWS

Using the integrated suite of Ansys solvers, including fluids, structural and composites simulation, Emirates Team New Zealand designed a craft that provided accurate and fast control while remaining within weight targets. The simulation and optimization proved successful….

Reduce Costs while Accelerating Data-intensive HPC Workloads

Access virtually unlimited infrastructure with HPC optimized instances and quick interconnect speeds to run more complex (FEA) simulations faster. Reduce product development costs, improve product quality, and shorten time-to-market.

Open Source or Enterprise-grade Containers? How SingularityPRO Adds Value for Mission-critical HPC Workloads

Sylabs developed SingularityPRO and Singularity Enterprise to deliver an array of important features and capabilities, along with enterprise-grade support, for organizations that need more stability, security, and support. Organizations running AI, data science, and compute-driven analytics applications often have deeper needs for ensuring optimal performance from and security of mission-critical workloads running in containers.

Silicon Mechanics Delivers 10x HPC Run Time Boost for Oklahoma Medical Research Foundation

[SPONSORED CONTENT]   In biomedical research it’s accelerate or perish. Drug discovery is a trial-and-error process driven by simulations – faster simulations, enabled by compute- and data-intensive technologies, mean more runs in less time, resulting in errors identified and solutions achieved. Established in 1946, the Oklahoma Medical Research Foundation is a nonprofit research institute with more than 450 staff and over 50 labs studying cancer, heart disease, autoimmune disorders and aging-related diseases. OMRF discoveries led to the first, U.S.-approved therapy targeting sickle cell disease and the first approved treatment for neuromyelitis optica spectrum disorder, an autoimmune disease.  The foundation’s research is enabled in part by advanced technology – accelerated clusters and high-performance data storage that support workloads fueled by massive data sets.

inside HPC-Hyperion Research Interview: Hyperion’s Alex Norton on the State of AI

As part of insideHPC’s series of interviews on behalf of HPC industry analyst firm Hyperion Research, we spoke with Hyperion’s Alex Norton about his overview of the state of AI – or “big AI,” where AI and HPC often combine – at a special Hyperion event in Washington last month. In this interview, Norton, who is Hyperion’s principal technology analyst and data analysis manager, highlights key AI trends and insights, including….