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Competence Map

High Performance Computing National Competence Center Netherlands

HPC Centers

Infrastructure

Expertise

TRAINING

CONSULTANCY

Education

Other services

Home

Competence Map

National Competence Center Netherlands

HPC CENTERS IN NETHERLANDS

Tier-2 educational and research institutes hosting HPC systems

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Home

Competence Map

INFRASTRUCTURE

National Competence Center Netherlands
The technical specifications for the supercomputing systems hosted by each HPC Center
CPU
GPU
FPGA
reset selections

Return To Home

Home

Competence Map

INFRASTRUCTURE

National Competence Center Netherlands
The technical specifications for the supercomputing systems hosted by each HPC Center
CPU
GPU
FPGA
reset selections

Return To Home

Home

Competence Map

INFRASTRUCTURE

National Competence Center Netherlands
The technical specifications for the supercomputing systems hosted by each HPC Center
CPU
GPU
FPGA
reset selections

Return To Home

Home

Competence Map

SURF Infrastructure

INFRASTRUCTURE

National Competence Center Netherlands
The technical specifications for the supercomputing systems hosted by each HPC Center

Snellius

ETP

SURF, AMSTERDAM

CPU
GPU
FPGA
reset selections

Return To Home

Home

Competence Map

SURF Infrastructure

INFRASTRUCTURE

National Competence Center Netherlands
  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit
The technical specifications for the supercomputing systems hosted by each HPC Center

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

SURF, AMSTERDAM

CPU
GPU
FPGA

The website about Snellius the National Supercomputer

reset selections

Return To Home

Home

Competence Map

SURF Infrastructure

INFRASTRUCTURE

National Competence Center Netherlands

The Experimental Technologies Platform (ETP) is an open collaborative environment where the sector can experiment with cutting-edge ICT technologies and methodologies in advanced computing and data-driven science.CPUs

  • Nodes: 6. Type: Intel Xeon Gold 6230R (2x). Cores: 52. Memory: 384 TiB
GPUs
  • Nodes: 16. Type: NVIDIA Titan RTX (4x) . GPU Memory: 24 GiB. Host Memory: 192
  • Nodes: 3. Type: NVIDIA Titan RTX (2x). GPU Memory: 24 GiB. Host Memory: 1.5 TiB
  • Nodes: . Type: AMD (2x). Cores: . Memory: TiBNodes: . Type: (2x). Cores: . Memory: TiB

The technical specifications for the supercomputing systems hosted by each HPC Center
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
For more information please visit

SURF, AMSTERDAM

The website about ETP: the Experimental Technologies platform

CPU
GPU
FPGA
reset selections

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Home

Competence Map

ALICE (Academic Leiden Interdisciplinary Cluster Environment) is the high-performance computing (HPC) facility of the partnership between Leiden University and Leiden University Medical Center (LUMC). It is available to any researcher from both partners. Leiden University and LUMC aim to help deliver cutting edge research using innovative technology within the broad area of data-centric HPC.CPUs

  • Nodes: 20. Type: Intel Xeon Gold 6126 2.6GHz . Cores: 24. Memory: 384GiB
  • Nodes: 1. Type: Intel Xeon Gold 6226R 2.90 GHz(2x). Cores: 32. Memory: 768 GiB
  • Nodes: 3. Type: AMD EPYC 9534, 3.55GHz. Cores: 64. Memory: 256GiB

  • Nodes: 1. Type: Xeon Gold 6128 3.4GHz. Cores: 24. Memory: 2048 TiB• Nodes: 1. Type: AMD EPYC 7662 2.0GHz. Cores: 128. Memory: 4096 TiB
GPUs
  • Nodes: 10. PNY GeForce RTX 2080TI (4x). GPU memory: 11 GiB• Nodes: 4. A100.GPU memory: 80 GiB
  • Nodes: 2. Tesla T4. GPU memory: 16 GiB• Nodes: 10. A100 MIG 4g. GPU memory: 40 GiB.

Leiden Infrastructure

The website about ALICE: The Academic Leiden Interdisciplinary Cluster Environment

INFRASTRUCTURE

National Competence Center Netherlands
The technical specifications for the supercomputing systems hosted by each HPC Center

SURF, AMSTERDAM

CPU
GPU
FPGA
reset selections

Return To Home

Home

Competence Map

The HPC Anunna is designed as a high available and versatile platform. Whether your job needs lots of memory, raw compute power, Graphical power for AI workloads or enormous storage demands, this HPC Anunna can handle your requests. The current system contains over 11.000 cores, several GPU nodes with NVidia A100 and AMD MI210 Graphical cards and 3000 TB of parallel storage and a fast internal omnipath network.

  • Nodes: 77. Type: AMD Epyc 7713 2.0GHz (2x). Cores: 64. Memory: 1024 GiB
  • Nodes: 282. Type: Intel Xeon Gold 32C 2.1GHz. Cores: 32. Memory: 384 GiB
  • Nodes: 4. Type: AMD Epyc 7643 2.3GHz (2x). Cores: 48. Memory: 4 TiB

  • Nodes: 2. Type: Intel Xeon Gold. Cores: 64. Memory: 1,5 TiB
GPUs
  • Nodes: 4. Type: NVIDIA A100 (4x). GPU memory: 80 GiB
  • Nodes: 2. Type: AMD MI210 (2x). GPU memory: 64 GiB.

WUR Infrastructure

The website about Anunna: The WUR's infrastructure of HPC.

INFRASTRUCTURE

National Competence Center Netherlands
The technical specifications for the supercomputing systems hosted by each HPC Center

SURF, AMSTERDAM

CPU
GPU
FPGA
reset selections

Return To Home

Home

Competence Map

DelftBlue is TU Delft's supercomputer. It is designed to meet researchers' growing need for extensive computing power to solve complex problems in physics, mechanics and dynamics. The system is characterised by flexibility, speed and user-friendliness. CPUs

  • Nodes: 218. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48. Memory: 192 GiB
  • Nodes: 90. Type: Intel XEON E5-6448Y 32C 2.1GHz (2x). Cores: 64 . Memory: 256 GiB
  • Nodes: 6. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48 . Memory: 768 GiB
  • Nodes: 4. Type: Intel XEON E5-6248R 24C 3.0GHz. Cores: 48 . Memory: 1,536 GiB

  • GPUs• Nodes: 10. Type: NVIDIA A100 (4x). GPU memory: 80 GiB

TU/Delft Infrastructure

The website about DelftBlue: The TU Delft's infrastructure of HPC.

INFRASTRUCTURE

National Competence Center Netherlands
The technical specifications for the supercomputing systems hosted by each HPC Center

SURF, AMSTERDAM

CPU
GPU
FPGA
reset selections

Return To Home

Home

Competence Map

EXPERTISE

National Competence Center Netherlands
In-house proficiency concerning a given technical topic related to HPC

SURF, AMSTERDAM

High Performance Computing
High Performance Data Analytics Service
High Performance Machine Learning
Quantum Computing
Cluster Infrastructure and management

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Home

Competence Map

TRAINING

National Competence Center Netherlands
Skills development program focusing on a given technical topic related to HPC

SURF, AMSTERDAM

High Performance Computing
High Performance Data Analytics Service
High Performance Machine Learning
Quantum Computing

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Home

CONSULTANCY

Competence Map

National Competence Center Netherlands
Provision of technical assistance to individuals or groups (internal or external) on a given “technical topic" related to HPC

SURF, AMSTERDAM

High Performance Computing
High Performance Data Analytics Service
High Performance Machine Learning
Quantum Computing

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Home

EDUCATION

Competence Map

National Competence Center Netherlands
Higher education programs following a defined curriculum and resulting in an academic or business degree in a given technical topic related to HPC

SURF, AMSTERDAM

SURF does not offer any type of structured higher education programs

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Home

Competence Map

OTHER SERVICES

National Competence Center Netherlands
Additional services not previously covered

SURF, AMSTERDAM

Workflows Development & Optimization
Services open to the industry

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SURF Other Services

SURF collaborates with several institutes to deliver different HPC-related services to the community, such as workflow development and Optimization and Services open to the industry. Further questions should be addressed to

https://servicedesk.surf.nl/

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Education

SURF does not offer any type of structured higher education programs

Read everything about Snellius

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Expertise

As a consultancy provider serving a variety of Snellius users and European projects, SURF maintains a diverse team of experts in-house. For questions and information on SURF's expertise, go to https://servicedesk.surf.nl/

https://servicedesk.surf.nl/

SURF Concultancy

At SURF, consultancy is available in various areas of expertise, such as cluster infrastructure and management, high-performance data analytics service and big data, high-performance machine learning, high-performance computing, quantum computing, and other domain-specific subjects. Further questions should be addressed to

https://servicedesk.surf.nl/

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

SURF Training

SURF delivers an extensive selection of training and skills development activities designed to provide Snellius users and the general audience with the background required to have a smooth and efficient onboarding on an HPC system and improve the performance and efficiency of scientific applications in such an environment. SURF’s national training agenda can be found at:

https://www.surf.nl/en/agenda

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

ALICE (Academic Leiden Interdisciplinary Cluster Environment) is the high-performance computing (HPC) facility of the partnership between Leiden University and Leiden University Medical Center (LUMC). It is available to any researcher from both partners. Leiden University and LUMC aim to help deliver cutting edge research using innovative technology within the broad area of data-centric HPC.CPUs

  • Nodes: 20. Type: Intel Xeon Gold 6126 2.6GHz . Cores: 24. Memory: 384GiB
  • Nodes: 1. Type: Intel Xeon Gold 6226R 2.90 GHz(2x). Cores: 32. Memory: 768 GiB
  • Nodes: 3. Type: AMD EPYC 9534, 3.55GHz. Cores: 64. Memory: 256GiB

  • Nodes: 1. Type: Xeon Gold 6128 3.4GHz. Cores: 24. Memory: 2048 TiB• Nodes: 1. Type: AMD EPYC 7662 2.0GHz. Cores: 128. Memory: 4096 TiB
GPUs
  • Nodes: 10. PNY GeForce RTX 2080TI (4x). GPU memory: 11 GiB• Nodes: 4. A100.GPU memory: 80 GiB
  • Nodes: 2. Tesla T4. GPU memory: 16 GiB• Nodes: 10. A100 MIG 4g. GPU memory: 40 GiB.

Leiden Infrastructure

The website about ALICE: The Academic Leiden Interdisciplinary Cluster Environment

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

The HPC Anunna is designed as a high available and versatile platform. Whether your job needs lots of memory, raw compute power, Graphical power for AI workloads or enormous storage demands, this HPC Anunna can handle your requests. The current system contains over 11.000 cores, several GPU nodes with NVidia A100 and AMD MI210 Graphical cards and 3000 TB of parallel storage and a fast internal omnipath network.

  • Nodes: 77. Type: AMD Epyc 7713 2.0GHz (2x). Cores: 64. Memory: 1024 GiB
  • Nodes: 282. Type: Intel Xeon Gold 32C 2.1GHz. Cores: 32. Memory: 384 GiB
  • Nodes: 4. Type: AMD Epyc 7643 2.3GHz (2x). Cores: 48. Memory: 4 TiB

  • Nodes: 2. Type: Intel Xeon Gold. Cores: 64. Memory: 1,5 TiB
GPUs
  • Nodes: 4. Type: NVIDIA A100 (4x). GPU memory: 80 GiB
  • Nodes: 2. Type: AMD MI210 (2x). GPU memory: 64 GiB.

WUR Infrastructure

The website about Anunna: The WUR's infrastructure of HPC.

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

Snellius

ETP

DelftBlue is TU Delft's supercomputer. It is designed to meet researchers' growing need for extensive computing power to solve complex problems in physics, mechanics and dynamics. The system is characterised by flexibility, speed and user-friendliness. CPUs

  • Nodes: 218. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48. Memory: 192 GiB
  • Nodes: 90. Type: Intel XEON E5-6448Y 32C 2.1GHz (2x). Cores: 64 . Memory: 256 GiB
  • Nodes: 6. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48 . Memory: 768 GiB
  • Nodes: 4. Type: Intel XEON E5-6248R 24C 3.0GHz. Cores: 48 . Memory: 1,536 GiB

  • GPUs• Nodes: 10. Type: NVIDIA A100 (4x). GPU memory: 80 GiB

TU/Delft Infrastructure

The website about DelftBlue: The TU Delft's infrastructure of HPC.

Supercomputer Snellius

The National Supercomputer has a large number of superfast processors that communicate with each other via the high-speed internal network. Location Amsterdam Science Park

Read everything about Snellius

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF Infrastructure

Snellius

ETP

SURF Infrastructure

  • Nodes: 48. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 1.5 TiB-
  • Nodes: 2. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 4 TiB-
  • Nodes: 4 TiB. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 8 TiB
GPUs
  • Nodes: 72. Type: NVIDIA A100 (4x). 40 GiB HBM2 memory with 5 active memory stacks per GPU
For more information please visit

Snellius is the Dutch National supercomputer hosted at SURF. The system facilitates scientific research carried out in many Universities, independent research institutes, governmental organizations, and private companies in the Netherlands. CPUs

  • Nodes: 525. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 256 GiB
  • Nodes: 738. Type: AMD Genoa 9654 (2x). Cores: 192. Memory: 384 GiB
  • Nodes: 72. Type: AMD Rome 7H12 (2x). Cores: 128. Memory: 1 TiB

The website about Snellius the National Supercomputer

SURF

SURF is a cooperative association of Dutch educational and research institutions in which the members combine their strengths. SURF hosts the Dutch National supercomputer Snellius, a Experimental Tecnologies Platform, and delivers several HPC-related services to the national and international community. For more information go to:

Read more about SURF

Wageningen University & Research

Wageningen University & Research Centre (WUR) is a reference for ‘healthy food and living environment’ in the Netherlands. It hosts the Shared Research Facilities team, which supports innovative research and contributes to accelerating innovation by bringing advanced research equipment and facilities within reach. For more information go to:

More about WUR

TU Delft

Delft High-Performance Computing Centre is a department established under the Delft University of Technology's regular organizational structure. Delft High-Performance Computing Centre (DHPC) will deploy the infrastructure (hardware, software and staff) for TU Delft that is capable of complex analysis and modelling for researchers. At the same time, DHPC will provide Bachelor, Master and PhD students with hands-on experience using the tools they will need in their careers. For more information go to:

Read more about TU Delft

Leiden University

Leiden University was founded in 1575 and is one of the leading international research universities in Europe. The University has seven faculties and a campus in both Leiden and The Hague. It manages research services and facilities that include serious High-Performance Computing computational capabilities, combined with easy and flexible local access and efficient educational platforms that impose substantial advantages for several research areas. For more information go to:

Read more about Leiden University

SURF Infrastructure

Snellius

ETP

ALICE (Academic Leiden Interdisciplinary Cluster Environment) is the high-performance computing (HPC) facility of the partnership between Leiden University and Leiden University Medical Center (LUMC). It is available to any researcher from both partners. Leiden University and LUMC aim to help deliver cutting edge research using innovative technology within the broad area of data-centric HPC.CPUs

  • Nodes: 20. Type: Intel Xeon Gold 6126 2.6GHz . Cores: 24. Memory: 384GiB
  • Nodes: 1. Type: Intel Xeon Gold 6226R 2.90 GHz(2x). Cores: 32. Memory: 768 GiB
  • Nodes: 3. Type: AMD EPYC 9534, 3.55GHz. Cores: 64. Memory: 256GiB

  • Nodes: 1. Type: Xeon Gold 6128 3.4GHz. Cores: 24. Memory: 2048 TiB• Nodes: 1. Type: AMD EPYC 7662 2.0GHz. Cores: 128. Memory: 4096 TiB
GPUs
  • Nodes: 10. PNY GeForce RTX 2080TI (4x). GPU memory: 11 GiB• Nodes: 4. A100.GPU memory: 80 GiB
  • Nodes: 2. Tesla T4. GPU memory: 16 GiB• Nodes: 10. A100 MIG 4g. GPU memory: 40 GiB.

Leiden Infrastructure

The website about ALICE: The Academic Leiden Interdisciplinary Cluster Environment

The HPC Anunna is designed as a high available and versatile platform. Whether your job needs lots of memory, raw compute power, Graphical power for AI workloads or enormous storage demands, this HPC Anunna can handle your requests. The current system contains over 11.000 cores, several GPU nodes with NVidia A100 and AMD MI210 Graphical cards and 3000 TB of parallel storage and a fast internal omnipath network.

  • Nodes: 77. Type: AMD Epyc 7713 2.0GHz (2x). Cores: 64. Memory: 1024 GiB
  • Nodes: 282. Type: Intel Xeon Gold 32C 2.1GHz. Cores: 32. Memory: 384 GiB
  • Nodes: 4. Type: AMD Epyc 7643 2.3GHz (2x). Cores: 48. Memory: 4 TiB

  • Nodes: 2. Type: Intel Xeon Gold. Cores: 64. Memory: 1,5 TiB
GPUs
  • Nodes: 4. Type: NVIDIA A100 (4x). GPU memory: 80 GiB
  • Nodes: 2. Type: AMD MI210 (2x). GPU memory: 64 GiB.

WUR Infrastructure

The website about Anunna: The WUR's infrastructure of HPC.

SURF Infrastructure

Snellius

ETP

SURF Infrastructure

Snellius

ETP

DelftBlue is TU Delft's supercomputer. It is designed to meet researchers' growing need for extensive computing power to solve complex problems in physics, mechanics and dynamics. The system is characterised by flexibility, speed and user-friendliness. CPUs

  • Nodes: 218. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48. Memory: 192 GiB
  • Nodes: 90. Type: Intel XEON E5-6448Y 32C 2.1GHz (2x). Cores: 64 . Memory: 256 GiB
  • Nodes: 6. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48 . Memory: 768 GiB
  • Nodes: 4. Type: Intel XEON E5-6248R 24C 3.0GHz. Cores: 48 . Memory: 1,536 GiB

  • GPUs• Nodes: 10. Type: NVIDIA A100 (4x). GPU memory: 80 GiB

TU/Delft Infrastructure

The website about DelftBlue: The TU Delft's infrastructure of HPC.

SURF Infrastructure

Snellius

ETP

ALICE (Academic Leiden Interdisciplinary Cluster Environment) is the high-performance computing (HPC) facility of the partnership between Leiden University and Leiden University Medical Center (LUMC). It is available to any researcher from both partners. Leiden University and LUMC aim to help deliver cutting edge research using innovative technology within the broad area of data-centric HPC.CPUs

  • Nodes: 20. Type: Intel Xeon Gold 6126 2.6GHz . Cores: 24. Memory: 384GiB
  • Nodes: 1. Type: Intel Xeon Gold 6226R 2.90 GHz(2x). Cores: 32. Memory: 768 GiB
  • Nodes: 3. Type: AMD EPYC 9534, 3.55GHz. Cores: 64. Memory: 256GiB

  • Nodes: 1. Type: Xeon Gold 6128 3.4GHz. Cores: 24. Memory: 2048 TiB• Nodes: 1. Type: AMD EPYC 7662 2.0GHz. Cores: 128. Memory: 4096 TiB
GPUs
  • Nodes: 10. PNY GeForce RTX 2080TI (4x). GPU memory: 11 GiB• Nodes: 4. A100.GPU memory: 80 GiB
  • Nodes: 2. Tesla T4. GPU memory: 16 GiB• Nodes: 10. A100 MIG 4g. GPU memory: 40 GiB.

Leiden Infrastructure

The website about ALICE: The Academic Leiden Interdisciplinary Cluster Environment

The HPC Anunna is designed as a high available and versatile platform. Whether your job needs lots of memory, raw compute power, Graphical power for AI workloads or enormous storage demands, this HPC Anunna can handle your requests. The current system contains over 11.000 cores, several GPU nodes with NVidia A100 and AMD MI210 Graphical cards and 3000 TB of parallel storage and a fast internal omnipath network.

  • Nodes: 77. Type: AMD Epyc 7713 2.0GHz (2x). Cores: 64. Memory: 1024 GiB
  • Nodes: 282. Type: Intel Xeon Gold 32C 2.1GHz. Cores: 32. Memory: 384 GiB
  • Nodes: 4. Type: AMD Epyc 7643 2.3GHz (2x). Cores: 48. Memory: 4 TiB

  • Nodes: 2. Type: Intel Xeon Gold. Cores: 64. Memory: 1,5 TiB
GPUs
  • Nodes: 4. Type: NVIDIA A100 (4x). GPU memory: 80 GiB
  • Nodes: 2. Type: AMD MI210 (2x). GPU memory: 64 GiB.

WUR Infrastructure

The website about Anunna: The WUR's infrastructure of HPC.

DelftBlue is TU Delft's supercomputer. It is designed to meet researchers' growing need for extensive computing power to solve complex problems in physics, mechanics and dynamics. The system is characterised by flexibility, speed and user-friendliness. CPUs

  • Nodes: 218. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48. Memory: 192 GiB
  • Nodes: 90. Type: Intel XEON E5-6448Y 32C 2.1GHz (2x). Cores: 64 . Memory: 256 GiB
  • Nodes: 6. Type: Intel XEON E5-6248R 24C 3.0GHz (2x). Cores: 48 . Memory: 768 GiB
  • Nodes: 4. Type: Intel XEON E5-6248R 24C 3.0GHz. Cores: 48 . Memory: 1,536 GiB

  • GPUs• Nodes: 10. Type: NVIDIA A100 (4x). GPU memory: 80 GiB

TU/Delft Infrastructure

The website about DelftBlue: The TU Delft's infrastructure of HPC.

SURF Infrastructure

Snellius

ETP