HLRS offers world-class supercomputing power and a comprehensive package of resources for high-performance computing (HPC), data analytics, artificial intelligence, visualization, and related technologies. We support scientists, engineers, and users from many other domains by providing the HPC tools and expertise needed to make new discoveries, design better products, solve difficult problems, or realize new ideas.
HLRS enables research and other computational applications in the following areas.
With one of Europe's fastest supercomputers, we can help realize the most computationally demanding simulation projects.
HLRS enables the testing of new applications of machine learning and deep learning, as well as hybrid approaches that combine HPC and AI.
By connecting our HPC systems with virtual reality and augmented reality technologies, we make it easier to gain insights from large datasets.
HLRS has begun research focused on understanding the capabilities and potential applications of this new technology.
Beginning in early 2025, HLRS’s next supercomputer will offer increased performance and higher energy efficiency, while supporting our system users in transitioning to the massively parallel, GPU-accelerated future of exascale computing.
HLRS's flagship supercomputer is among Europe's fastest, powering large-scale simulations and new kinds of hybrid workflows combining HPC and AI.
Based on a GPU architecture, the CS-Storm is optimized for AI workloads and processing-intensive applications for machine learning and deep learning.
This immersive 3D facility offers powerful tools for visualizing and interacting with large, complex data sets in virtual and augmented reality.
Vulcan is continually updated to meet new demands and provide requirement-optimized solutions. It includes CPU, GPU, and vector computing components.
Donated as part of AMD's COVID-19 High-Performance Computing Fund, this system is dedicated to supporting pandemic research and meeting crisis computing needs.
Our high-performance storage system is designed to safely manage and archive petabytes of data saved on disks and in tape libraries.
If you are new to high-performance computing, HLRS's training program can help you to develop the skills you need to operate HPC systems confidently and effectively.
Programming high-performance computing systems requires special expertise. Our staff works closely with our system users to answer questions, optimize codes, and enable new applications of HPC.
Designated HLRS staff with a thorough understanding of our systems' operation are available to provide basic support and answer system users' questions.
Performance optimization improves our users' productivity, opens new research opportunities, and enables a more sustainable operation of HLRS's systems.
Our staff can provide advice on both basic and complex issues concerning numerical methods, parallel programming, I/O, performance analysis, and other topics.
Our user support staff is available to address questions that arise during the process of accessing software and installing your own codes.
In addition to providing basic support for AI applications, HLRS staff have expertise in distributed training, scalability, and hybrid workflows combining HPC and AI.
HLRS provides access to commonly used application software packages for simulation as well as tools, compilers, and libraries for running novel algorithms on our systems.
Are you interested in using HLRS's computing resources? Learn how to get access to our systems and expertise.
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