“Green Power, Super Speed”: This Supercomputer Ranked 5th Globally Runs Entirely on Clean Energy and Breaks Efficiency Records

In the fast-paced world of high-performance computing, Paderborn University’s new supercomputer, Otus, is making waves. Recently unveiled at the ISC High-Performance trade fair in Hamburg, Otus has already secured a prestigious fifth place on the ‘Green 500’ list, which ranks the world’s most energy-efficient supercomputers. This achievement highlights not only the system’s advanced capabilities but also its commitment to sustainability. As it prepares for its official launch later this year, Otus promises to set new benchmarks in both computational power and energy efficiency, positioning itself as a leader in the global HPC community.

The World’s Most Efficient Supercomputers

The ‘Green 500’ list is a crucial benchmark in the computing world, focusing on energy efficiency rather than sheer speed. While the ‘Top 500’ list ranks supercomputers based purely on performance, the ‘Green 500’ evaluates them on their power consumption relative to their computational capacity. This shift in focus reflects a growing awareness of the environmental impact of technology. Otus, with its innovative design, exemplifies this trend. It features 142,656 processor cores, 108 GPUs, and AMD’s latest ‘Turin’ processors, all working together to achieve remarkable performance while minimizing energy use.

Professor Christian Plessl from Paderborn’s Department of Computer Science emphasizes the importance of this development. He states, “With Otus, we are developing innovative infrastructure that will enable researchers to address complex research questions in fields such as physics, chemistry, or machine learning.” This statement underscores the supercomputer’s potential to drive breakthroughs in various scientific domains, all while maintaining high standards of energy efficiency and sustainability.

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Double the Power of Its Predecessor

Otus marks a significant leap forward from its predecessor, Noctua, boasting nearly double the computing power. This increase allows it to handle a wide array of CPU-intensive tasks, from atomic simulations to quantum computing. Its expandable architecture, which can integrate up to 100 field-programmable gate arrays (FPGAs), provides researchers with a versatile platform for advanced system research. Such flexibility is vital for exploring new computational methods and applications.

The development of Otus was a collaborative effort, funded equally by the state of North Rhine-Westphalia and the federal government, with a total investment of approximately $16 million. This substantial backing reflects a commitment to advancing national research capabilities. Managed by the National High-Performance Computing (NHR) Alliance, Otus will serve researchers across Germany, extending its benefits beyond Paderborn University.

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Innovative Cooling and Energy Reuse

One of Otus’s standout features is its innovative cooling system. Using indirect free cooling, the supercomputer operates efficiently throughout the year. This system not only reduces the energy required for cooling but also allows the high-temperature exhaust heat to be repurposed for heating buildings. This dual-purpose approach exemplifies the cutting-edge thinking behind Otus’s design, seamlessly integrating environmental considerations with technological advancement.

By utilizing 100% renewable energy sources, Otus sets a new standard for sustainability in high-performance computing. This commitment to green energy is a critical step forward, particularly as the demand for computational resources continues to grow. As other institutions look to develop their own supercomputing capabilities, Otus serves as a model for how to balance performance with environmental responsibility.

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What Lies Ahead for Otus

With acceptance testing nearing completion, Otus is on the brink of becoming fully operational. The excitement surrounding its launch is palpable, as it represents a significant milestone for Paderborn University and the broader scientific community. Professor Plessl notes, “The fact that we can celebrate such a fantastic start for Otus with this ranking is very special for us.” This sentiment captures the pride and anticipation that accompany the supercomputer’s debut.

As Otus prepares to take on real-world challenges, it prompts the question: How will this new era of energy-efficient computing influence future research and innovation? The answers could redefine our understanding of what’s possible in science and technology, paving the way for discoveries that were once beyond our reach.

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