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5th Fastest SuperComputer In The World

5th Fastest SuperComputer In The World

5th Fastest SuperComputer In The World: Frontera Supercomputer at the Texas Advanced Computing Center (TACC) ranks No. 5 on the top 500 list twice a year, ranking among the world’s most powerful distributed computing systems. The National Science Foundation (NSF) is located at the University of Texas at Austin, based in Frontera, the world’s fastest supercomputer.

Frontera obtained 23.5 PetaFLOPS

5th Fastest SuperComputer In The World: Frontera obtained 23.5 PetaFLOPS on the LINPACK high-performance scale, a measure of the computing power of the system. To match what Frontera can calculate in just one second, a person must perform a calculation every second for about a billion years. The maximum theoretical performance of the main system will be 38.7 PetaFLOPS.

5th Fastest SuperComputer In The World: When Frontera is fully operational this summer, it will support dozens of research teams that will try to solve the biggest computing problems in their fields, including high-resolution climate simulations, molecular dynamics models with millions of atoms and cancer for learning. Automatic. Studies.

Boundaries can only be developed using computing

5th Fastest SuperComputer In The World: “Many of today’s research boundaries can only be developed using computing,” said Dan Stanzione, CEO of TACC. “Frontera will be an important tool to solve key challenges that will improve the health, well-being, competitiveness, and security of our nation.”

Dell EMC

5th Fastest SuperComputer In The World: Frontera combines the Dell EMC PowerEdge servers with the second generation Intel Xeon processors and internal Mellanox InfiniBand interfaces and includes innovative storage of innovative DataDirect and Colter cooling systems and Green Revolution Cooling.

Dell Technologies

“Frontera explains what is possible when TACC, Dell Technologies, and our industry partners are fundamentally innovating,” said Terry Pellegrino, vice president of Dell EMC High-Performance Computing. “We are very proud to work with TACC to defend this incredibly powerful system and hope to assist in new discoveries and developments.”

“We are excited to see our HDR InfiniBand as it accelerates a leading global computer in TACC,” said Gilad Shiner, senior vice president of marketing at Mellanox Technologies. “We have a long history of great cooperation with TACC and look forward to continuing to work with TACC on future HPC and AI missions.”

NSF award

By approving the $ 60 million NSF award, Frontera will provide American academic researchers. UU. And international researchers through cooperation the most advanced capabilities of science and engineering.

5th Fastest SuperComputer In The World: The first phase of the NSF grant was funded by the acquisition and deployment of Frontera, a leadership resource that provides the highest measurement, performance, and data analysis capabilities ever implemented at a university in the United States. The second phase will support the design of a follow-up system within five years that will be ten times stronger.

scientists across the country

5th Fastest SuperComputer In The World: “Frontera will provide scientists across the country with unprecedented data analysis, computational modeling, simulation and data capabilities,” said Jim Coroz, vice president of computer, information, and engineering. “Frontera represents the next step in more than three decades of NSF support for advanced computing capabilities that ensure that the United States maintains its global leadership in the search interface.”

Intel Xeon processors

5th Fastest SuperComputer In The World: Frontera is unique among the best in the world in its use of Intel Xeon processors to provide computing power. The Intel x86 architecture is the most widely used computing standard and requires fewer changes in the code of the science programs to be implemented.

5th Fastest SuperComputer In The World: “Congratulations to the Texas Advanced Computing Center on the 5th ranking of the best Frontier computer,” said Triche Damckerger, vice president and general manager of Intel’s Xtreme Computing. “The innovation and scientific discovery that TACC will be able to explore with the next generation of scalable Intel Xeon processors will provide new knowledge and discoveries that will drive the industry.”

Whom NSF granted

5th Fastest SuperComputer In The World: The first users, whom NSF granted access to the system through a competitive process, began using Frontera now. The system enters full production in August and supports hundreds of the most experienced computer scientists in the country in areas ranging from high energy physics to genome and artificial intelligence.

Advanced computing systems

5th Fastest SuperComputer In The World: Frontera joins more than a dozen advanced computing systems currently deployed at TACC, including Stampede2, the world’s fastest-running 19th-ranked system and the second-most powerful laptop at a US university. Frontera is the fourth of the top 15 systems TACC has built in the past 10 years (Ranger, Stampede1, Stampede2, Frontera), which allows for revolutionary discoveries in areas ranging from astrophysics to materials science to life sciences.

College of Engineering and Computer Science

5th Fastest SuperComputer In The World: The Oden College of Engineering and Computer Science at Austin University leads the world-class scientific and technical applications team with partners from the California Institute of Technology, Cornell University, Princeton University, Stanford University, and the University of Chicago. Utah, University of California, Davis.

5th Fastest SuperComputer In The World: Frontera’s structure, combined with the unique expertise and services of TACC, will allow for deep and ongoing research on the unprecedented complexity and evolution of global issues of sustainability of crops to fusion energy while supporting basic science in all areas.

NVIDIA graphics

5th Fastest SuperComputer In The World: Frontera will add an NVIDIA graphics subsystem later this summer, providing additional performance improvements. The combination of CPU, GPU, and high-speed memory will make Frontera a powerful resource for data science applications and machine learning.

“TACC prides itself on implementing this amazing resource, funded by the NSF, which was created to meet the needs of the scientific and engineering community.” We hope for the discoveries that Frontera will be able to make.

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