Partner with the proven leader
Solving the largest data analysis problems demands powerful supercomputing solutions. That’s why HPE is the world’s leading provider of supercomputing1. We have the most comprehensive, purpose-built portfolio for production supercomputing, and our commitment to innovation will propel our leadership well into the future. Only HPE has the combination of proven expertise and skills, comprehensive portfolio, partner ecosystem, and deep commitment to innovation to be your strategic supercomputing partner.
The race is on to build exascale computers that will be many times more powerful than today’s supercomputers. HPE is leading the way. Our exascale innovation has led us to work with the U.S. Department of Energy to develop an exascale prototype.
Why HPE supercomputers
Only HPE has the expertise to build and manage all of your supercomputing resources across traditional, private and public cloud environments.
Our unparalleled portfolio and partner ecosystem for supercomputing is purpose built to solve the most complex scientific, engineering, and national security challenges and builds on close relationships with key industry leading technology providers.
We are committed to continually finding better ways to solve the significant data analysis problems of today and tomorrow through innovative technologies to enable ever increasing performance, scale, and efficiency of large HPC clustered solutions.
Only HPE offers industry standard servers with firmware anchored into the silicon to enable the highest level of security for top secret or highly confidential information on the world’s most secure industry standard servers.
Dynamically configure server resources to match specific workloads and achieve higher levels of performance, efficiency, and control in your server environment. Intelligent System Tuning dynamically tunes your servers to match the unique needs of each workload.
HPE and Sandia National Laboratories will deliver Astra, a new Arm system, to the National Nuclear Security Administration. Astra–which advances the technology roadmap for achieving exascale–offers optimal memory solutions, greater density, and power efficiency to run advanced modeling and simulation workloads.
Supercomputing case studies
Ghent University in Belgium speeds research
PSC revolutionizes supercomputing
- Steve Conway, Hyperion Research Holdings, LLC
“The addition of SGI has strong potential to accelerate HPE's strategy while also jump-starting the company's entry into promising new HPC market segments.”
New! Solve complex, data-intensive HPC problems at unparalleled scale by leveraging 4-32 sockets and 1-48 TB of in-memory computing capacity in a single system.
Leverage engineering innovations to deliver the best performance, scale, and efficiency for an industry-standard clustered HPC system, including liquid cooling and the latest GPU technologies, highest speed interconnect topologies, and tuning of the Message Passing Interface (MPI).
Take advantage of outstanding configuration flexibility, redundant power, simplified administration, and rack-scale efficiency to lower the TCO for large scale HPC deployments. This is the most secure HPC server in the world.
This high-density, scalable two-unit server gives you greater performance and workload capacity than standard one-unit servers—at a comparable cost.
Solve complex, data-intensive problems holistically with in-memory HPC, leveraging flexible modularity and extreme scale-up capacity.
Meet the most demanding SLAs for large business processing and data analytics workloads with in-memory HPC and single-system simplicity.
Leverage expert guidance
Bringing supercomputing to more industries
We’re making supercomputing available and affordable to government, business, scientific, and academic communities of every size—everywhere.
Want to learn more about what supercomputing by HPE can do for you?
NCAR deploys HPE SGI 8600 Supercomputer
The Defence Department is paying $57 million to Hewlett Packard Enterprise for supercomputers that it plans to use for tasks like designing helicopters and weather forecasting.
HPE Apollo 70 is a new model for innovation in the HPC market.
Supercomputing in the space station
Press Release : HPE delivers faster business insights and industry-leading security with new high performance computing solutions
HPE delivers faster business insights and industry-leading security with new high performance computing solutions
As a leader in the HPC market, Hewlett Packard Enterprise provides unique capabilities for driving innovation into the future. Learn how HPE is approaching the many challenges on the path to Exascale – the future of HPC – the next generation of computing. Register and download the Technical White Paper.
Blog Post : HPE and Tokyo Institute of Technology build the world's most powerful green supercomputer
HPE and Tokyo Institute of Technology build the world's most powerful green supercomputer
Press Release : U.S. Dept. of Energy taps Hewlett Packard Enterprise’s Machine Research Project to design memory-driven supercomputer
U.S. Dept. of Energy taps Hewlett Packard Enterprise’s Machine Research Project to design memory-driven supercomputer
Blog Post : Developing a supercomputer to process more than a quintillion calculations per second: Q&A with HPE’s Bill Mannel
Developing a supercomputer to process more than a quintillion calculations per second: Q&A with HPE’s Bill Mannel
Dr. Eng Lim Goh on the recent HPE Pathforward award for exascale computing
Meeting the challenges of exascale computing: Labs notebook
The latest prototype of the world’s largest single memory computer
1. Based on number of systems on Top500 list.
2. Based on new silicon root of trust technology and other comprehensive security features, verified by InfusionPoints.(press release)
3. 1SPEC and the benchmark name SPEC MPI are registered trademarks of the Standard Performance Evaluation Corporation (SPEC). All rights reserved. The stated results are published as of May 12, 2017; see spec.org. For results details: SPEC MPIM2007 (https://spec.org/mpi2007/results/res2016q3/mpi2007-20160727-00524.pdf) and SPEC MPIL2007.