Intel on Monday announced a new brawny HPC processor and a family of network fabric components that incorporates silicon photonics technology. The new chip, the next-generation of the Xeon Phi family, comes with up to 16 gigabytes of high-performance memory and more than 60 computing cores. The fabric lineup, called Omni Scale will include PCIe adapters, switches and software, as well as director switches that replace electrical transceivers with silicon photonics for improved speed and fewer cables. Intel is promising better performance and greater efficiency with the new tech — something it might need considering the introduction of ARM-plus-GPU-based chips into the HPC market that Intel presently dominates.
Google and national laboratories want different things out of their infrastructure, although it looks like there’s room for them to learn each other.
In the latest case of researchers using the cloud for good, Google is highlighting the six projects to which it awarded grants via its Exacycle for Visiting Faculty program. Ranging from genomic research to astronomy, the researchers received 100 million computing hours apiece.
Intel’s wireless ambitions go beyond smartphones and tablets. It’s set its sights on the guts of the mobile network as well. By embracing a new network design concept called Cloud-RAN, Intel believes it can reshape wireless networks to make the best use of its chips.
In the past decade supercomputers were dressed-up versions of Intel’s x86 machines, but increasingly supercomputers are borrowing innovations (and silicon in the form of ARM-based chips or DSPs) from the mobile and big data realms to add speed without guzzling too much power.
Everybody’s misguided sometimes, and that includes computer scientists and software vendors. Today brings news that Akamai lost its patent-infringement appeal against Limelight, Microsoft’s absent hybrid cloud strategy might be affecting Hyper-V adoption and everyone might be wrong that having the fastest supercomputer is so important.
Tomorrow is a big day. The individuals we vote into office will have a tremendous effect on the connected issues of pulling out of this years-old economic funk and advancing IT policy. Certain proof points suggest a stark contrast in how parties approach this nexus.