HPE is making supercomputing more accessible to industries of varying sizes. Meet the HPE Cray XD2000 system, powered by AMD and featuring exascale technologies designed with enterprises in mind.
This shift is impacting organizations, big and small, driving the need for new AI algorithms and other models to make full use of their data.
To meet these challenges, enterprises are looking for a new type of compute that can support more complex and data-heavy workflows. The answer? Supercomputing technologies that are accessible at your scale.
Enterprises worldwide are using the power of supercomputing to bring incredible performance, speed, and security to their operating environments. Manufacturing, weather/climate, energy/renewables, financial services, health and life sciences, and government are just some industries that are embracing supercomputing technologies. The right tools will enable automation, accelerate the most demanding workloads, and speed up time to value.
With so much opportunity, the time to transform is now. Those that make supercomputing innovation a top priority today will have the ability to disrupt and lead tomorrow.
Gaining true operational advantage with supercomputing technologies
HPE and AMD are making supercomputing more accessible to run cutting-edge applications in a number of industries. Whether for massive converged workloads or pursuing the next great discovery, we offer technology innovations to help enterprises solve their biggest problems.
With our decades of experience, HPE and AMD are bringing the power of supercomputing to industry workloads of varying sizes. The HPE Cray XD2000 is purpose-built for the demands of HPC and AI, featuring exascale technologies that are designed with enterprises in mind. The system includes AMD EPYC™ 9004 series CPUs and AMD Instinct™ accelerators, high-speed networking, and integrated storage to ramp up data performance and deliver value faster.
On this foundation, we add advanced security features and a broad software portfolio to create a supercomputing environment that helps secure data and is also simple to manage. Each component can be managed, adapted, or upgraded individually, making the HPE Cray XD2000 sustainable and future-ready for any budget or IT needs. These transformative systems will be used to fuel a new era of business, technology, and scientific advancement.
Enterprises are already using our supercomputing technologies to power mission-critical use cases.
In manufacturing, high-fidelity modeling is revolutionizing the product development process. Industry 4.0 solutions that help run smarter and more autonomous operations, gain faster insights from data, and power highly complex models and simulations depend on a consistent high level of compute performance. As manufacturing workloads continue to grow in complexity and operating locations extend around the world, supercomputing technologies will be critical to their success.
Weather and climate researchers have the seemingly impossible task of predicting increasingly volatile weather events. With the emergence of advanced compute technologies to power new modeling and simulation tools, weather forecasting has become much more effective.
Rapid adoption of supercomputing technologies is helping improve weather predictions in real time and strengthening national weather services. In addition to mapping extreme weather events, researchers also hope to predict weather events with greater accuracy and understand the impacts of natural disasters to save more lives.
In the renewable energy sector, supercomputers are being used to fuel ongoing research and development. Supercomputing delivers breakneck speed and efficiency to optimize research tasks such as modeling, simulation, and AI analytics. Faster performance means faster insights, which give organizations the tools they need to develop renewable energy sources and assist in creating clean energy futures.
A new generation of health IT is driving tremendous breakthroughs in healthcare and life sciences operations. The robust combination of supercomputing technologies with sophisticated health tools and equipment allow researchers and medical professionals to gain faster, more accurate insights from their data and share learnings instantly. These capabilities are helping to increase collaborative development, improve patient outcomes, accelerate research initiatives, and pave the way for life-saving precision medicine.
The future of supercomputing across industries
Supercomputing has always been about evolution. Research and development efforts continuously introduce new tools and capabilities that are transforming the modern data center. The rise of scalable and future-ready supercomputing systems can redefine how we work across industries as more enterprises adopt technologies today that will be relevant for years to come.
HPE and AMD are pioneering this new era of compute. For years, enterprises have trusted HPE and AMD as their technology partners, and now, we are preparing them for exascale. We envision a world where supercomputing helps every industry create more value and face exceptional challenges with exceptional performance.
Discover your potential in the age of exascale.
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Our team of Hewlett Packard Enterprise Advantage EX experts helps you dive deep into high performance computing and supercomputing topics.
