
And we also have a partnership with Intel, which gives us a good price.
Sounds all fair and above-board to me. Any idea who sponsored the PhD?
Supercomputer maker Appro International has finally begun building the "Gordon" flash-heavy supercomputer at the San Diego Supercomputer Center, which was funded by a $20m grant from the National Science Foundation nearly two years ago. The machine is a testbed to analyze what happens when you get the I/O and floating point …
Lenovo has inked an agreement with Spain's Barcelona Supercomputing Center for research and development work in various areas of supercomputer technology.
The move will see Lenovo invest $7 million over three years into priority sectors in high-performance computing (HPC) for Spain and the EU.
The agreement was signed this week at the Barcelona Supercomputing Center-National Supercomputing Center (BSC-CNS), and will see Lenovo and the BSC-CNS try to advance the use of supercomputers in precision medicine, the design and development of open-source European chips, and developing more sustainable supercomputers and datacenters.
The US Department of Energy is looking to vendors that will help build supercomputers up to 10 times faster than the recently inaugurated Frontier exascale system to come on stream between 2025 and 2030, and even more powerful systems than that for the 2030s.
These details were disclosed in a request for information (RFI) issued by the DoE for computing hardware and software vendors, system integrators and others to "assist the DoE national laboratories (labs) to plan, design, commission, and acquire the next generation of supercomputing systems in the 2025 to 2030 time frame."
Vendors have until the end of July to respond.
Predicting the weather is a notoriously tricky enterprise, but that’s never held back America's National Oceanic and Atmospheric Administration (NOAA).
After more than two years of development, the agency brought a pair of supercomputers online this week that it says are three times as powerful as the machines they replace, enabling more accurate forecast models.
Developed and maintained by General Dynamics Information Technology under an eight-year contract, the Cactus and Dogwood supers — named after the fauna native to the machines' homes in Phoenix, Arizona, and Manassas, Virginia, respectively — will support larger, higher-resolution models than previously possible.
Exclusive A court case which would have seen Atos take on the UK government over a £854 million (c $1 billion) supercomputer contract for the Meteorological Office has ended before it began.
The case, Atos Services UK Ltd v Secretary of State for Business, Energy, and Industrial Strategy and The Meteorological Office, concerns an agreement last year between the Met Office and Microsoft to provision a new supercomputer to "take weather and climate forecasting to the next level."
The system is intended to be the world's most advanced weather and climate system, and was expected to be twice as powerful as any other supercomputer in the UK when it becomes operational in the summer.
Embedded World Chipmaker Micron is offering a microSD Card for embedded applications with an impressive 1.5TB capacity, enough to hold four months of continuously recorded security camera footage, according to the company.
Announced at the Embedded World 2022 conference in Nuremberg, Germany, Micron's new i400 [PDF] is claimed to be the highest-capacity microSD card yet and was designed with a focus on industrial-grade video security applications.
The device is sampling with potential customers now.
HPE has scored another supercomputing win with the inauguration of the LUMI system at the IT Center for Science, Finland, which as of this month is ranked as Europe's most powerful supercomputer.
Western Digital has confirmed the board is considering "strategic alternatives" for the storage supplier, including spinning out its flash and hard disk businesses.
This follows calls last month by activist investor Elliott Management, which has amassed a $1 billion investment in WD equating to a six percent share stake, for a "full separation" based on those product lines.
In a statement, CEO David Goeckeler said: "The board is aligned in the belief that maximizing value creation warrants a comprehensive assessment of strategic alternatives focused on structural options for the company's Flash and HDD businesses.
Analysis In a sign of how meteoric AMD's resurgence in high performance computing has become, the latest list of the world's 500 fastest publicly known supercomputers shows the chip designer has become a darling among organizations deploying x86-based HPC clusters.
The most eye-catching bit of AMD news among the supercomputing set is that the announcement of the Frontier supercomputer at the US Department of Energy's Oak Ridge National Laboratory, which displaced Japan's Arm-based Fugaku cluster for the No. 1 spot on the Top500 list of the world's most-powerful publicly known systems.
Top500 updates its list twice a year and published its most recent update on Monday.
The land of the rising sun has fallen to the United States’ supercomputing might. Oak Ridge National Laboratory’s (ORNL) newly minted Frontier supercomputer has ousted Japan’s Arm-based Fugaku for the top spot on the Top500 rankings of the world's most-powerful publicly known systems.
Frontier’s lead over Japan’s A64X-based Fujitsu machine is by no means a narrow one either. The cluster achieved peak performance of 1.1 exaflops according to the Linpack benchmark, which has been the standard by which supercomputers have been ranked since the mid-1990s.
Frontier marks the first publicly benchmarked exascale computer by quite a margin. The ORNL system is well ahead of Fugaku’s 442 petaflops of performance, which was a strong enough showing to keep Fugaku in the top spot for two years.
Nvidia will reveal more details about its Venado supercomputer project today at the International Supercomputing Conference in Hamburg, Germany.
Venado is hoped to be the first in a wave of high-performance computers that use an all-Nvidia architecture, in this case using Grace-Hopper Superchips that combine CPU and GPU dies, and Grace CPU-only Superchips.
This supercomputer "will be the first system deployed not just with Grace-Hopper in terms of the converged Superchip but it’ll also have a cluster of Grace CPU-only Superchip modules,” Dion Harris, Nvidia’s head of datacenter product marketing for HPC, AI, and Magnum IO, said during an Nvidia press conference ahead of ISC.
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