High Performance Computing & AI
Empower innovation and discovery in the AI era with purpose-built high-performance computing (HPC)
Exceed the boundaries of what’s possible, with industry-leading solutions for HPC and AI workloads.
Unlock new business value and adaptive insights for deeper, faster, and more accurate predictions.
Secure your competitive advantage today and tomorrow with industry-leading HPC and AI technology.
AI Enables Insights and Innovation
AI can take your business into new frontiers and power your organization in new ways. Whether you’re leveraging generative AI or classical machine learning (ML) models, AI has the potential to drive innovation, create new experiences, and keep you well-positioned in the market. Companies and public-sector organizations of all sizes are reaping the benefits of these game-changing advancements.
Whether your organization utilizes AI to improve customer experiences, analyze millions of genome sequences, monitor smart factories or sift through millions of financial transactions to uncover fraud, you need cutting-edge solutions to unleash the full power of AI, gain a competitive advantage, and solve your most complex problems
HPE+CRAY: Supercomputing at any Scale
In 1972, Seymor Cray started Cray Research, with a mission to build the industry’s fastest computers and lead large-scale scientific computing. That mission evolved from simply being the fastest to include a commitment to helping solve scientific and industrial problems to make the world a better place. HPE shared the vision that began with Seymour Cray and in 2019 acquired Cray and with it opened a new chapter in a vibrant, ongoing supercomputing journey.
Today HPE is bringing breakthrough capacity and agility to achieve real-world results. The HPE Cray XD and EX lines are purpose-built for HPC and AI workloads, powered by the latest generation Intel, AMD and NVIDIA CPUs and GPUs to provide unprecedented performance, high bandwidth memory, and built-in acceleration for the fastest-growing workloads.
Evolved Manufacturing with Advanced CAE
Manufacturing organizations face rising challenges to remain competitive in industries that are changing constantly – more compute-intensive simulations, regulations and compliance, digital twins, sustainability. A scalable, reliable HPC environment running advanced simulation methods using computer-aided engineering (CAE) tools can help you model and simulate product designs at an unprecedented scale.
Deliver better product designs at lower cost, get to market faster, and continuously innovate and improve product quality with purpose-built HPC and AI solutions. Gain accessible supercomputing for breakthrough performance and agility to succeed in the modern computing era.
HPC for Electronic Design Automation (EDA)
HPC enables the EDA cycle from start to finish—from system-level design to logic design, to simulation and layout. Given the enormous cost of committing a design to silicon, projects must be 100% error-free before tape-out. The performance and capacity of the EDA simulation environment directly affects product quality, time to market, downstream support costs, and IT costs—all impacting the bottom line.
A strategic investment in a new or upgraded HPC EDA infrastructure can save hundreds of thousands to millions of dollars in design, manufacturing, and warranty costs. It can also help reduce corporate risk and provide the additional benefits of enabling more competitive and higher quality products leading to happier end customers and increased revenue and market share.
HPC and AI for Financial Services
HPC and AI are delivering huge positive impacts in the financial services industry. HPC/AI enables organizations to ask complex questions of the volumes of data generated from financial activity —from fraud detection to risk analysis to intelligent trading—and to get those answers faster. These capabilities lead directly to reductions in risk, improved security and an increase in customer satisfaction, creating competitive advantages for your organization. The right high-performance computing architecture can help address these challenges by providing tools to meet the most critical demands facing financial services organizations today.