WHO WE ARE

SIDE is the German national competence centre for high-performance computing (HPC). We are the first point of contact for the German and European HPC scene and operate a network of scientists, providers and users of high-performance computers – from industry to research. SIDE consists of the following consortium partners:

The tasks of the competence centre include:

  • Providing an overview of HPC training courses offered in Germany and the competence centres of other countries
  • Developing and publishing a map of HPC competencies and institutions in Germany
  • Acting as a guide for industry and research to providers with suitable knowledge and relevant experience, both nationally and internationally
  • Promoting the industrial use of HPC

Success stories

Examples of successfully implemented HPC projects can be found here!

Ein geräumiges, modernes Rechenzentrum, das den SuperMUC-NG-Supercomputer beherbergt. Links ist Phase II zu sehen, mit Serverschränken, die mit "SUPER MUC NG PHASE 2" und "HPC MEETS AI" beschriftet sind, jeweils mit passenden grafischen Designs. Die Schränke sind schwarz und haben ein elegantes, professionelles Erscheinungsbild. Rechts ist Phase I zu sehen, mit Serverschränken, die mit "HIGH ENERGY PHYSICS," "ENVIRONMENTAL SCIENCES," und "CLIMATE SCIENCES" beschriftet sind, jeweils mit einem stilisierten Grafikdesign, das das jeweilige Fachgebiet repräsentiert. Der Raum ist hell erleuchtet mit gleichmäßig verteilten, langen Leuchtstofflampen an der Decke. Gelbe Kabeltrassen verlaufen entlang der Oberseite der Schränke und organisieren die Netzwerkkabel. Der Boden ist mit großen, hellgrauen Fliesen bedeckt, was zur sauberen und ordentlichen Umgebung beiträgt. Die Gesamtatmosphäre vermittelt fortschrittliche Technologie und wissenschaftliche Forschung.
Photo: Veronika Hohenegger, LRZ
HPE-Supercomputer Hunter in eleganten Serverschränken im HLRS. Der zentrale Schrank zeigt eine lebendige, künstlerische Darstellung der Erde mit roten, orangefarbenen und grünen Farben auf einem blauen Hintergrund. Das Wort "HUNTER" ist in fetten, weißen Großbuchstaben dargestellt. Die Schränke haben ein modernes Design mit blauen und schwarzen Paneelen. Die Umgebung des Rechenzentrums umfasst metallische Decken, integrierte Beleuchtung und makellos weiße Fliesenböden, die einen sauberen und organisierten industriellen Look schaffen.

WHAT IS HPC?

PROCESSING LARGE AMOUNTS OF DATA IN A SHORT TIME

HPC, or high-performance computing, is a way of processing very large amounts of data in a short time or performing highly complex calculations. The most common tools for HPC are supercomputers, which contain thousands of computing nodes that work in parallel to perform the task at hand. Since the analysis of data sets is essential for most scientific problems, high-performance computing is the basis for progress. 
The performance of supercomputers is classified according to their ‘scale’. For example, petascale supercomputers are capable of at least 10¹⁵ calculations per second, while pre-exascale systems perform 10¹⁷ calculations in the same time. From medical development and weather forecasting to climate simulation and cyber security, the benefits of HPC for civil society are manifold. Industry can also benefit from supercomputers, for example to reduce the number of product design and production cycles, minimise costs and increase resource efficiency. And, of course, HPC is a powerful tool for researchers, enabling them to perform complex calculations and data analyses.

WHAT IS EUROCC?

PROJECT DESCRIPTION

SIDE was founded as part of the EU and BMFTR-funded EuroCC project, which brings together over 30 countries from Europe. The aim is to bring all participating European countries to a comparably high level in the areas of high-performance computing (HPC), high-performance data analysis (HPDA) and all other related technologies
To achieve this, EuroCC has established National Competence Centers (NCCs) in the participating countries. Making HPC available to various users—from academia, industry, public administration, and society—remains a driving force behind the third phase of the project, EuroCC 3, which is funded by the “EUROHPC Joint Undertaking” as part of the Digital Europe program. 
In line with EuroCC 3’s overall goal of achieving greater European excellence in the field of HPC by further closing gaps in expertise and services, our clear vision remains unchanged: to offer a broad spectrum of services for all HPC-related fields and to reach a wider audience, ranging from industry and academia to the public sector. EuroCC 3 also works very closely with the Coordination and Support Action (CSA) CASTIEL 3 to network national centers of excellence across Europe and strengthen successful collaboration among the participating countries. 
The goal of CSA CASTIEL 3 is to continue contributing to the success of EuroCC 3 by promoting collaboration and the exchange of knowledge and skills. The network of 32 NCCs identifies and bridges the gaps resulting from varying levels of experience. CASTIEL provides a framework of activities that supports the further development of each individual national center of excellence and brings the countries closer together step by step, including in terms of skills and knowledge. Working groups, workshops, and training sessions are used to facilitate this European exchange.

Geschlossene Supercomputer-Schränke von Jupiter am JSC (Jülich Supercomputing Centre) mit markanten schwarz-weißen organischen Mustern, die von rot-orangefarbener Beleuchtung erhellt werden und einen futuristischen, korridorartigen Effekt erzeugen.
Copyright: Forschungszentrum Jülich / Sascha Kreklau