Sandia, NREL Look to Aquarius to Cool HPC Systems
The idea of bringing liquids in the datacenter to cool off hot-running systems and components has often unnerved many in the IT field. …
The idea of bringing liquids in the datacenter to cool off hot-running systems and components has often unnerved many in the IT field. …
Gone are the days of early warehouse scale computing pioneers that were based in the U.S.. …
Details about the technologies being used in Canada’s newest and most powerful research supercomputer have been coming out in a piecemeal fashion over the past several months, but now the complete story. …
There was concern in some scientific quarters last year that President Trump’s election could mean budget cuts to the Department of Energy (DoE) that could cascade down to the country’s exascale program at a time when China was ramping up investments in its own initiatives. …
The rapid proliferation of connected devices and the huge amounts of data they are generating is forcing tech vendors and enterprises alike to cast their eyes to the network edge, which has become a focus of the distributed computing movement as more compute, storage, network, analytics and other resources are moving closer to where these devices live. …
The HPC field hasn’t always had the closest of relationships with the cloud. …
The demands for more compute resources, power and density in HPC environments is fueling the need for innovative ways to cool datacenters that are churning through petabyte levels of data to run modern simulation workloads that touch on everything from healthcare and climate change to space exploration and oil and gas initiatives. …
Much of the focus of the recent high-profile budget battle in Washington – and for that matter, many of the financial debates over the past few decades – has been around how much money should go to the military and how much to domestic programs like Social Security and Medicare. …
IBM’s systems hardware business finished 2017 in a stronger position than it has seen in years, due in large part to the continued growth of the company’s stalwart System z mainframes and Power platform. …
For several years, work has been underway to develop a standard interconnect that can address the increasing speeds in servers driven by the growing use of such accelerators as GPUs and field-programmable gate arrays (FPGAs) and the pressures put on memory by the massive amounts of data being generated and bottleneck between the CPUs and the memory. …
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