Tag #High-Performance Computing

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nos.nl

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Sep 6, 07:18

Europe unveils Jupiter, its most powerful supercomputer

Today, Europe launched Jupiter, its most powerful supercomputer capable of hundreds of quadrillions of calculations per second, comparable to almost a million smartphones, ranking fourth globally and aiming to reach the top three's speed.

Europe unveils Jupiter, its most powerful supercomputer

Today, Europe launched Jupiter, its most powerful supercomputer capable of hundreds of quadrillions of calculations per second, comparable to almost a million smartphones, ranking fourth globally and aiming to reach the top three's speed.

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What is the significance of Jupiter's computational power for scientific research and AI development?

Jupiter's speed allows for larger simulations and more detailed calculations crucial for various fields. For AI, it enables faster training of sophisticated programs like Textgain's hate speech detector, which currently utilizes 300,000 hours of computing power (though not all simultaneously).

cincodias.elpais.com

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Jun 17, 19:17

Lenovo's HPC System Accelerates Cancer and Cardiology Research in Milan

Lenovo provided the IEO Monzino Group in Milan with a 475 TFlop HPC system using Lenovo ThinkSystem servers and NVIDIA H200 GPUs to accelerate cancer and cardiology research, enabling faster analysis of protein interactions and clinical data for improved diagnostics, prognostics, and personalized tr...

Lenovo's HPC System Accelerates Cancer and Cardiology Research in Milan

Lenovo provided the IEO Monzino Group in Milan with a 475 TFlop HPC system using Lenovo ThinkSystem servers and NVIDIA H200 GPUs to accelerate cancer and cardiology research, enabling faster analysis of protein interactions and clinical data for improved diagnostics, prognostics, and personalized tr...

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What is the primary impact of Lenovo's HPC system on cancer and cardiology research at the IEO Monzino Group?

Lenovo provided the IEO Monzino Group in Milan with a state-of-the-art HPC system to accelerate cancer and cardiology research. This system, reaching 475 TFlops, uses Lenovo ThinkSystem servers and NVIDIA H200 GPUs, enabling advanced predictive modeling and personalized treatment development. The system facilitates faster analysis of large datasets, accelerating the identification of potential drug candidates and biomarkers.

forbes.com

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May 13, 13:15

Intel's Foundry Division: Advanced Nodes and Domestic Focus Amidst Stock Volatility

Intel's foundry division is developing advanced 18A and 14A process nodes, aiming to compete with TSMC and Samsung, despite recent losses and stock volatility. The 18A node is in risk production, with laptops using 18A processors already sampled with OEMs; 14A risk production is targeted for 2027. I...

Intel's Foundry Division: Advanced Nodes and Domestic Focus Amidst Stock Volatility

Intel's foundry division is developing advanced 18A and 14A process nodes, aiming to compete with TSMC and Samsung, despite recent losses and stock volatility. The 18A node is in risk production, with laptops using 18A processors already sampled with OEMs; 14A risk production is targeted for 2027. I...

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How does Intel's 18A process compare to its competitors, and what are the potential advantages and disadvantages?

Intel's 18A process, with RibbonFET transistors and PowerVia technology, is crucial for its foundry business revitalization. The 18A-PT variant, enabling 3D stacking, could provide a significant advantage in high-density chiplet designs. This strategy directly addresses investor concerns about Intel's competitiveness against TSMC and Samsung.

forbes.com

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Mar 12, 16:14

Nvidia's GTC 2025: Unveiling the Future of AI

Nvidia's GPU Technology Conference (GTC) 2025, held March 17-21 in San Jose, will feature CEO Jensen Huang's keynote on March 18, unveiling new AI processors, software, and services, along with discussions on ethical AI and future computing trends like quantum computing.

Nvidia's GTC 2025: Unveiling the Future of AI

Nvidia's GPU Technology Conference (GTC) 2025, held March 17-21 in San Jose, will feature CEO Jensen Huang's keynote on March 18, unveiling new AI processors, software, and services, along with discussions on ethical AI and future computing trends like quantum computing.

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What specific innovations in AI and high-performance computing will Nvidia announce at GTC 2025, and what are their immediate implications for various industries?

Nvidia's GPU Technology Conference (GTC) 2025, running March 17-21 in San Jose, California, will feature CEO Jensen Huang's keynote on March 18, unveiling new processors, software, and services shaping the future of AI. The conference will showcase innovations in AI and machine learning, impacting healthcare, autonomous vehicles, and finance.

gr.euronews.com

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Dec 19, 19:11

Greece's ICT Sector: A Key Driver of Economic Recovery

Greece's ICT sector, with 4,600 businesses, 300,000 employees, and €13.5 billion annual revenue (8% of GDP), is vital for its economic recovery and digital transformation, with further growth expected from initiatives like the 'Daedalus' supercomputer and 'Pharos' AI factory.

Greece's ICT Sector: A Key Driver of Economic Recovery

Greece's ICT sector, with 4,600 businesses, 300,000 employees, and €13.5 billion annual revenue (8% of GDP), is vital for its economic recovery and digital transformation, with further growth expected from initiatives like the 'Daedalus' supercomputer and 'Pharos' AI factory.

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How does the Greek ICT sector's performance directly impact the country's economic growth and digital transformation?

The Greek ICT sector, comprising over 4,600 businesses, 300,000 employees, and €13.5 billion in annual revenue (8% of GDP), is crucial for Greece's economic recovery. Its growth is directly linked to the nation's overall digital transformation, a core element of the country's productive reconstruction plan. Further growth is anticipated.

lemonde.fr

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Sep 5, 19:17

Germany Launches Europe's First Exascale Supercomputer, Jupiter

Germany unveiled Jupiter, Europe's first exascale supercomputer, capable of one quintillion calculations per second, aiming to close the AI gap with the US and China.

Germany Launches Europe's First Exascale Supercomputer, Jupiter

Germany unveiled Jupiter, Europe's first exascale supercomputer, capable of one quintillion calculations per second, aiming to close the AI gap with the US and China.

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How does Jupiter address Europe's AI deficit compared to the US and China?

The US boasts three exascale supercomputers, while China has 15 notable AI models compared to Europe's three in 2024. Jupiter's exascale computing power directly addresses this deficit, providing the capacity needed to train large language models and compete in AI development.

sueddeutsche.de

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Jun 10, 19:13

Germany's "Jupiter" Supercomputer: Fourth Fastest Globally

Germany's "Jupiter" supercomputer, developed by the Jülich Supercomputing Centre, ranks fourth globally on the TOP500 list, boasting a projected processing power exceeding one trillion operations per second upon completion of its €500 million development, a joint venture of EuroHPC JU, the German fe...

Germany's "Jupiter" Supercomputer: Fourth Fastest Globally

Germany's "Jupiter" supercomputer, developed by the Jülich Supercomputing Centre, ranks fourth globally on the TOP500 list, boasting a projected processing power exceeding one trillion operations per second upon completion of its €500 million development, a joint venture of EuroHPC JU, the German fe...

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What are the key technological advancements behind "Jupiter's" superior processing power, and how do they compare to other leading supercomputers?

Jupiter's" high ranking highlights Europe's growing competitiveness in high-performance computing. Its projected computational speed signifies advancements in processing power, enabling faster simulations and analyses across diverse fields, from weather forecasting to medical research. The substantial investment reflects the increasing importance of supercomputers in scientific and economic progress.

forbes.com

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Mar 19, 22:16

Nvidia's GTC 2025: Breakthroughs in GPU Technology and AI-Driven Storage

At the 2025 GTC, Nvidia announced the Vera Rubin GPU system (2027) with 4.5 PB/s HBM4e data rates and 365 TB of memory, a new AI data platform with AI query agents implemented by major storage providers, and the Storage-Next initiative targeting 512B IOPs/GPU in Gen6.

Nvidia's GTC 2025: Breakthroughs in GPU Technology and AI-Driven Storage

At the 2025 GTC, Nvidia announced the Vera Rubin GPU system (2027) with 4.5 PB/s HBM4e data rates and 365 TB of memory, a new AI data platform with AI query agents implemented by major storage providers, and the Storage-Next initiative targeting 512B IOPs/GPU in Gen6.

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How does Nvidia's new AI data platform change the landscape of data access and processing, and which companies are adopting it?

The advancements unveiled at GTC showcase a paradigm shift in AI storage platforms, with Nvidia spearheading an AI-driven infrastructure that accelerates data access using AI query agents. This approach, adopted by major storage providers like DDN, Dell, and HPE, promises near real-time insights from diverse data types, boosting efficiency and accelerating AI workflows.

welt.de

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Jan 16, 22:06

Stuttgart University Launches New Supercomputer "Hunter

The University of Stuttgart launched "Hunter", a new supercomputer replacing "Hawk", in collaboration with Hewlett Packard Enterprise, focusing on engineering, AI, and data analysis, with a future Exascale system, "Herder", planned for 2025.

Stuttgart University Launches New Supercomputer "Hunter

The University of Stuttgart launched "Hunter", a new supercomputer replacing "Hawk", in collaboration with Hewlett Packard Enterprise, focusing on engineering, AI, and data analysis, with a future Exascale system, "Herder", planned for 2025.

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What immediate impact will the new supercomputer "Hunter" have on engineering and scientific research in Germany?

The University of Stuttgart is launching "Hunter", a new supercomputer, in collaboration with Hewlett Packard Enterprise, replacing the "Hawk" system. It will be primarily used for engineering and industrial applications, such as vehicle and wind turbine development, and will improve simulations in climate research and crisis preparation.

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