Accelerate workloads and add value to simulations!

The rise of Exascale, LLMs, and machine learning presents challenges in managing vast datasets, hardware evolution, and energy consumption. Optimizing code for diverse systems and securing skilled AI data scientists is critical.

CEPP offers business consulting services to enhance simulations, optimize applications, aid new hardware adoption, and reduce time-to-result. Collaborations with leading institutions and partners ensure clients use advanced HPC systems effectively for transformative results.

Accelerate performance
Accelerate performance
Optimize applications
Optimize applications
Energy efficient
Energy efficient
Time-to-market
Time-to-market

CEPP offerings

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At CEPP, we understand the importance of a seamless transition to newer Intel® compilers, libraries, and tools. That’s where our expert team, CEPP one+, comes into play.

Our professional team, in close collaboration with Intel®, is dedicated to supporting and overseeing the migration process. We work hand-in-hand with Intel, giving us access to pre-release versions of Intel® oneAPI, ensuring the effectiveness of crucial fixes.

With a modular and flexible service offering, CEPP can customize our service offering adapting your goals with training, workshops, webinars or dedicated resources for your specific project.

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With its modular and flexible approach, CEPP Acceleration program offers rapid onboarding and application optimizations, transforming lengthy engagements into swift starts, empowering HPC users to expedite results, maximize dataset value, and catalyze innovation.

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Our CEPP Training programs, tailored from welcome packs and webinars to advanced boot camps, cater to diverse user needs, ensuring optimal alignment with project objectives.

By closely collaborating with stakeholders and partners, we craft customized solutions adapted to specific customer requirement that accelerate HPC utilization and drive transformative results.

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CEPP helps organizations worldwide tackle industrial and scientific challenges by leveraging the value of massive data.

By combining deep HPC (HighPerformance Computing) expertise, data sciences, and profound industry knowledge, CEPP accelerates HPC simulation, optimizes cluster performance and operation, and reduces cost-to-innovation.

With a modular and flexible service offering, CEPP can customize its service to adapt to your goals with training, workshops, webinars, or dedicated resources for your specific project.

Collaborations

Partners

What our clients say

Dr. Thomas Lippert

Dr. Thomas Lippert

VP & GM, Software and Technology Group, Intel

Intel has partnered closely with the CEPP for many years to develop productive methods to modernize high performance software and deliver more efficient applications in science and industry. CEPP one+ extends this collaboration to use open and multiarchitecture oneAPI developer tools to simplify and maximize the benefit of programming modern accelerated computing systems.

Dr. Thomas Lippert

VP & GM, Software and Technology Group, Intel

Nicolas Renon

Nicolas Renon

Directeur Technique Mésocentre, CALMIP

We are delighted with the invaluable support provided by Eviden CEPP’s ‘Ask an Expert’ service. The expertise and assistance we received in code optimization and simulation issues have significantly enhanced the efficiency of our very demanding computational projects. Eviden CEPP has addressed the diverse highly technical needs of our users in academia and research from vast scientific topics.

Nicolas Renon

Directeur Technique Mésocentre, CALMIP

Matthew Chantry

Matthew Chantry

Machine Learning Coordinator, European Centre for Medium-Range Weather Forecasts​

Eviden provided seamless AI and technical work, critical for bringing AI into​ the complex workflow of weather forecasting.

Matthew Chantry

Machine Learning Coordinator, European Centre for Medium-Range Weather Forecasts​

Arnau Folch

Arnau Folch

Geosciences Barcelona (GEO3BCN – CSIC), Coordinator and Project Leader of ChEESE

Eviden’s CEPP experts have been collaborating with ChEESE since 2018, leveraging their extensive experience and deep knowledge in HPC. This collaboration has significantly improved the performance of applications within the European Earth Solid community.

Arnau Folch

Geosciences Barcelona (GEO3BCN – CSIC), Coordinator and Project Leader of ChEESE

Select scientific publications

Pushing the frontier in the design of laser-based electron accelerators with groundbreaking mesh-refined particle-in-cell simulations on exascale-class supercomputers SC22 paper

Pushing the frontier in the design of laser-based electron accelerators with groundbreaking mesh-refined particle-in-cell simulations on exascale-class supercomputers

High performance climate and weather benchmark (HPCW): A framework for reproducible benchmarks of ESM models and mini-applications HPCW benchmark

High performance climate and weather benchmark (HPCW): A framework for reproducible benchmarks of ESM models and mini-applications

Representing the 3D cloud radiative effects in ecRad using Machine Learning ECMWF paper

Representing the 3D cloud radiative effects in ecRad using Machine Learning

Multi-core multi-node parallelization of the radio interferometric imaging pipeline DDFacet IEEE Workshop on Signal Processing Systems (SiPS 2022) IEEE paper

Multi-core multi-node parallelization of the radio interferometric imaging pipeline DDFacet IEEE Workshop on Signal Processing Systems (SiPS 2022)

Improve ocean modelling software NEMO 4.0 benchmarking and communication efficiency geoscientific model development EGU technical paper

Improve ocean modelling software NEMO 4.0 benchmarking and communication efficiency geoscientific model development

GPU optimizations for atmospheric chemical kinetics HPC Asia paper

GPU optimizations for atmospheric chemical kinetics

Related resources

Empowering numerical simulations on irregular meshes with graph neural networks Blog

August 28, 2024

Empowering numerical simulations on irregular meshes with graph neural networks

From the precision of industrial design in manufacturing to the accuracy of weather forecasts, numerical simulations are essential. However, they increasingly demand computational power that’s both invaluable and costly. Still, the benefits of simulating physical systems numerically are undeniable. It reduces energy consumption and increases tool and device efficiency.

Leading the Way in HPC, AI and Quantum Efficiency: CEPP’s Solutions for Performance & Application Optimization White paper

August 5, 2024

Leading the Way in HPC, AI and Quantum Efficiency: CEPP’s Solutions for Performance & Application Optimization

This white paper spotlights Eviden’s Center for Excellence in Performance Programming (CEPP), which empowers organizations to take on industrial and scientific challenges by unlocking the potential of vast datasets.

University of Reims Champagne-Ardenne (URCA) Press release

May 29, 2024

University of Reims Champagne-Ardenne (URCA)

The University of Reims Champagne-Ardenne (URCA) chooses Eviden for its new ROMEO ​supercomputer, powered by NVIDIA, and designed for Grand Est scientific research communities​

Our team

Christophe Berthelot​

Christophe Berthelot​

CEPP Manager
Pascale Bernier-Bruna

Pascale Bernier-Bruna

Communication Manager for European Projects
Erwan Raffin

Erwan Raffin

Collaborative Project Leader, HPC Distinguished Expert, CEPP

Get in touch!

Engage with our experts to learn how CEPP can accelerate your workloads and bring added value to your simulations.