Pick your Computing Software

Partner institutions of the SIVVP national project provide their users various software. Additional software equipment is made available according to user needs. Tu nájdete zoznam výpočtových softvérov poskytovaných jednotlivými partnermi projektu.

University of Žilina Slovak University of Technology in Bratislave Technical University of Košice Institute of Experimental Physics, Slovak Academy of Sciences, Košice Institute of Informatics, Slovak Academy of Sciences, Bratislava Matej Bel University in Banská Bystrica
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Slovak Infrastructure for High Performance Computing

Number of Cores

4096

Computing Cores

122

Memory Capacity

600 TB

Compute Network

48Gb/s

What is HPC?

High performance computing (HPC) means using (super)computers and computing clusters to solve problems that are numerically or data intensive problems freom various fields of science and technology. Examples include medicine (genetics, „in silico“ drug design, …), physics (meteorological a climatological models, nuclear and particle physics, …), chemistry (properties of atoms and molecules, corelation between structure and reaktivity, ….), but also economics (investment risk, stock growth, …) and many other fields.

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University of Žilina

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Configuration

Server IBM System x iDataPlex dx360 M3

Number of computing cores without GPU: 528

Number of computing cores with GPU: 24

Memory per computing core: 4GB

ECC Memory of the graphical accelerator: 6GB

Capacity of the external data storage: 80TB

Operating system: Scientific Linux

Computational network: 40GB/s infiniband

 

pcs

Cluster computing

A computing cluster consists of multiple computers, connected by a high speed local network, that work together to seemingly provide a single powerful system. Clusters, due to their higher price efficience, are often used to increase performance and availability. They use software, that allows high performance distributed computing. Cluster performance is oftentimes increased by using graphical accelerators. HA – high availability can be implemented by redundancy of the key components of the cluster and ensures its continuous production even when some of its components fail.

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Total Number of Cores

2976

Total Capacity of Hard Drives

483.2TB

Total Memory

12144GB