Artificial Intelligence and High-Performance Computing: The University of Montpellier Announces the Launch of a New Computing and Cloud Cluster as Part of the 2021–2027 CPER
At the start of 2024, Philippe Augé, President of the University of Montpellier, announced the upcoming launch of a new computing and cloud cluster, part of which will be specifically dedicated to artificial intelligence (AI). This new digital facility, funded under the State-Region Planning Contract by the State, the Region, the Metropolitan Area, and the University of Montpellier to the tune of 2.56 million euros (excluding tax), was selected in particular for its energy efficiency. Housed at Cines, it will benefit from a state-of-the-art environment, including new cooling technologies that use 95% lukewarm water.
Numerical computing solutions and the use of big data through artificial intelligence (AI) algorithms are at the heart of today’s scientific and technological advances. The mesocenter led by the University of Montpellier within the Montpellier Institute of Data Science (ISDM) provides advanced solutions to all scientific communities.
As a result, more than 10,000 users and over 400 research laboratories use the ISDM-MESO mesocenter, as do various companies (such as BRLI and Predict Services, which specialize in environmental risk prediction). Designed to benefit all communities, it is based on a model that seeks to strike the right balance between streamlining and sharing equipment on the one hand, and customizing environments on the other. It thus serves not only experts who also use national and international equipment but also non-experts who have very limited access to this type of equipment—equipment that can nevertheless significantly accelerate the production of highly valuable results.
Equipment that offers the best possible balance between performance and environmental impact
With this equipment, the University of Montpellier—building on its excellence in research and education—is strengthening its ability to meet the needs of researchers, with a particular focus on minimizing its environmental impact.
Selected and configured under the direction of Alexandre Dehne Garcia, a research engineer at INRAE’s DipSO and the cornerstone of the ISDM-MESO mesocenter alongside Technical Director Jean-Luc Oms, a research engineer at the CNRS (LIRMM—Joint Unit for Research s at the University of Montpellier), the future system, acquired from Lenovo—a recognized leader in the HPC sector—will feature approximately 10,000 AMD cores and quad-GPU NVIDIA H100 servers with “full Direct Water Cooling,” 2.8 petabytes of ultra-high-performance WekaIO storage, and will be interconnected via two 200 Gb/s networks.
This solution will complement the existing 15-petabyte high-capacity storage solution at the mesocenter, which is recognized for its high quality and has already been the subject of several partnership agreements with research organizations for extensive use by scientific communities (CIRAD, INRAE, Inserm, IRD).
Projects requiring this infrastructure are widespread in Montpellier, both at the heart of mathematical and computational methods and, in particular, in interdisciplinary projects that utilize algorithms and artificial intelligence methods with a significant impact on the challenges of “Feeding, Healing, and Protecting.” Ranked highly in numerous rankings—notably second in the world in the Shanghai Ranking’s ecology category—the University of Montpellier aims to combine scientific excellence with a commitment to reducing its environmental impact.
The equipment will be hosted at Cines, a national organization with three missions (high-performance computing, long-term archiving, and hosting), whose expertise was recently recognized with the arrival of the Adastra supercomputer—the most powerful in France and rankedthird in the world for its low environmental impact on the Green 500 list.
In late 2023, Cines received funding from the Ministry of Higher Education and Research ( Research , MESR) to, on the one hand, upgrade the electrical connections and, on the other hand, install a warm water supply (32°C) to the SM1 machine room, where the new equipment will be housed. This will not only make it possible to measure the actual energy consumption of the equipment but also significantly reduce the environmental impact by eliminating the need to cool the water to low temperatures, as is currently the case.
“The choice of this equipment reflects our projects,” emphasizes Philippe Augé, President of the University of Montpellier.“It combines excellence and commitment. We did not want to acquire the largest or most ‘technical’ equipment, but rather equipment that would allow every scientist to carry out their projects using state-of-the-art technology while balancing the goal of reducing our environmental footprint. We are aware of the responsibility we bear with each of these major infrastructure purchases and have chosen to invest in line with our commitment, even if that meant sacrificing the size of the machine.”
The Commitments and Involvement of Local Governments in Partnership with the University of Montpellier
This order was made possible thanks to the collective efforts of all stakeholders to plan the first tranche of the 2021–2027 CPER. As a result, the Montpellier Metropolitan Area has released its entire contribution (704,000 euros) for this tranche, which represents a commitment—
The Occitanie Region is contributing 900 keuros toward this order. The Region is actively collaborating with the University of Montpellier on all projects related to the Occitanie Regional Data Center (Drocc), and this equipment will help renew and strengthen the Drocc-Est service offering, for which the ISDM serves as the operational hub and lead coordinator for all stakeholders in Eastern Occitanie (Drocc-Est HPC computing services, Drocc-Est storage, and Drocc-Est cloud Research ).
The government is contributing 606,000 euros toward the CPER’s 2022 (300,000 euros) and 2023 (306,000 euros) programs.
The University of Montpellier, for its part, has invested 350,000 euros in this project and is the primary contributor to the mesocenter’s hosting costs.