
New ARM Architecture Offers A DynamIQ Response To Compute
ARM has rearchitected its multi-core chips to they can better compete in a world where computing needs are becoming more specialized. …
ARM has rearchitected its multi-core chips to they can better compete in a world where computing needs are becoming more specialized. …
The HPC community is trying to solve the critical compute challenges of next generation high performance computing and ARM considers itself well-positioned to act as a catalyst in this regard. …
The rumors have been running around for years, and they turned out to be true. …
The lineup of ARM server chip makers has been a somewhat fluid one over the years. …
If you want real competition among vendors who supply stuff to you, then sometimes you have to make it happen by yourself. …
China represents a huge opportunity for chip designer ARM as it looks to extend its low-power system-on-a-chip (SoC) architecture beyond the mobile and embedded devices spaces and into new areas, such as the datacenter and emerging markets like autonomous vehicles, drones and the Internet of Things. …
When ARM officials and partners several years ago began talking about pushing the low-power chip architecture from our phones and tablets and into the datacenter, the initial target was the emerging field of microservers – small, highly dense and highly efficient systems aimed at the growing number of cloud providers and hyperscale environments where power efficiency was as important as performance. …
China represents a big and growing market opportunity for IT vendors around the world. …
The idea of ARM processors being used in datacenter servers has been kicking around more most of the decade. …
Depending on how you want to look at it, the half dozen companies that have aspired to bring ARM architecture to the datacenter through chips designed specifically to run server workloads are either very late to market or very early. …
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