The Aurora supercomputer, recently revealed by the Argonne National Laboratory under the United States Department of Energy, signifies a significant leap forward in high-performance computing. This cutting-edge system, born out of a partnership between government researchers, Intel, and Hewlett Packard Enterprise, is set to drive innovation in energy, medicine, aerospace, quantum computing, and more.
Celebrated through a ribbon-cutting ceremony, the introduction of Aurora marks the culmination of extensive cooperation between government scientists and industry leaders from Intel and Hewlett Packard Enterprise (HPE).
The official debut of the Aurora supercomputer, a result of years of collaboration between government scientists and industry leaders from Intel and Hewlett Packard Enterprise (HPE), was celebrated with a ribbon-cutting ceremony.
The Aurora supercomputer, now operational for scientific research, is not just a technical marvel – it’s a strategic asset positioned to accelerate breakthroughs in energy, medicine, aerospace, quantum computing, and beyond.
The Aurora supercomputer, currently in use for scientific research, represents more than just a technological achievement – it serves as a key resource to drive advancements in energy, medicine, aerospace, quantum computing, and other fields.
By integrating artificial intelligence (AI), large-scale simulations, and data analysis at unprecedented speeds, it sets a new benchmark for what supercomputing can achieve.
By combining artificial intelligence (AI), large-scale simulations, and data analysis at unparalleled speeds, Aurora establishes a new standard for the capabilities of supercomputers.
US Secretary of Energy Chris Wright likened the development of Aurora to the next Manhattan Project: “Aurora is a powerful example of what American science and innovation can deliver.
US Secretary of Energy Chris Wright compared the creation of Aurora to the next Manhattan Project, highlighting it as a prime example of American scientific and innovative prowess.
“As global competition accelerates, systems like Aurora give the United States a decisive edge in artificial intelligence, scientific discovery, and national security — fields where we can’t afford to fall behind.
“As competition intensifies on a global scale, cutting-edge systems like Aurora provide the United States with a crucial advantage in artificial intelligence, scientific breakthroughs, and national security – areas where lagging behind is not an option.
“We’re at the start of a new Manhattan Project. If we don’t unleash American energy, innovation, and American science, we will lose Manhattan Project 2.
“We are embarking on a new era akin to the Manhattan Project. Failing to harness American energy, innovation, and scientific expertise could result in the loss of Manhattan Project 2.
“The United States will win the AI race, but it will take energy dominance and strong public-private partnerships like the one behind Aurora to win this critical race.”
America is poised to emerge victorious in the race for artificial intelligence, but achieving energy dominance and nurturing robust public-private collaborations, such as the one driving Aurora, are vital to securing this victory.
Aurora now stands among the world’s most powerful computing systems, achieving exascale performance – more than a quintillion (10¹⁸) calculations per second.
Aurora has secured its place among the most potent computing systems globally, boasting exascale performance that exceeds a quintillion calculations per second.
It joins the elite ranks alongside the DOE’s Frontier and El Capitan supercomputers, securing top positions on both the TOP500 list and the HPL-MxP benchmark, which measures AI performance.
It stands shoulder to shoulder with the DOE’s Frontier and El Capitan supercomputers, claiming top spots on the prestigious TOP500 list and excelling in the HPL-MxP benchmark, which evaluates AI capabilities.
Fuelled by 63,744 GPUs, Aurora is one of the largest GPU-driven systems ever constructed.
With 63,744 GPUs powering its operations, Aurora stands as one of the most extensive GPU-driven systems ever developed.
Developed in partnership with Intel and HPE, it leverages Intel’s unified architecture to blend AI and high-performance computing into a cohesive powerhouse for science.
Crafted in collaboration with Intel and HPE, Aurora harnesses Intel’s unified architecture to seamlessly integrate AI and high-performance computing, creating a formidable tool for scientific endeavors.
Housed in the Argonne Leadership Computing Facility, this 10,000-square-foot system spans the area of two basketball courts and incorporates over 300 miles of network cabling with nearly 85,000 network endpoints – all kept cool by a sophisticated water-cooling system.
Located within the Argonne Leadership Computing Facility, this expansive 10,000-square-foot system occupies the space of two basketball courts and features over 300 miles of network cabling with almost 85,000 network endpoints, all maintained at optimal temperatures through an advanced water-cooling system.
