AMD unveils Open 3.0: an Opteron 6300 platform for the Open Compute Project

AMD Opteron

The Open Compute Project is pushing hard for servers that are both very scalable and streamlined, and AMD is more than willing to help with the launch of its Open 3.0 server platform. The framework combines two Opteron 6300 processors with a motherboard that contains just the essentials, yet scales to meet just about any need in a rackmount system. Among the many, many expansion options are 24 memory slots, six SATA ports for storage, as many as four PCI Express slots and a mezzanine link for custom components. Open 3.0 isn’t as flexible as a decentralized, Intel-based prototype being shown at the same time, but it’s also much closer to practical reality — a handful of companies already have access, and on-the-ground sales should start before the end of March. If all goes well, companies will have a Lego-like server base that solves their problems with precision.

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Source: AMD

Custom enclosure designs shove 160 Mac minis into a single rackmount tower

Custom enclosure shoves 160 Mac minis into a single rackmount tower

When the Xserve joined the great server farm in the sky, Mac-minded datacenters everywhere were left without a true rackmountable computer; even the current Mac mini wasn’t designed for those kinds of tight spaces. Enter the purposefully anonymous Steve, who just filled the gap with one of the cleverer solutions we’ve seen yet. He and vendors have developed custom 1U shelving, cooling from car radiators and four-in-one power cables that, combined, fit 160 Mac minis (and a managing Xserve) into one enclosure without cooking the machines to death. With each Mac mini carrying a quad Core i7 and an SSD, Steve now has twice as many cores (640) as an equivalent Xserve cluster despite lower power consumption and a 45-second, network-controlled reboot — all big helps to his unnamed employer’s software development, even with the lack of built-in redundancy for Apple’s tiny desktop. As many gritty details as Steve can share are available at the source.

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Via: Hack A Day

Source: Steve’s Blog

Supercomputer built from Raspberry Pi and Lego, managed by humans rather than Minifigs

Supercomputer built from Raspberry Pi and Lego, managed by humans rather than Minifigs

If you’re a computational engineer, there’s no question about what you do with the Raspberry Pi: you make a supercomputer cluster. Researchers at the University of Southampton have followed their instincts and built Iridis-Pi, a tiny 64-node cluster based on the Raspberry Pi’s usual Debian Wheezy distribution and linked through Ethernet. While no one would mistake any one Raspberry Pi for a powerhouse, the sheer number of networked devices gives the design both some computing grunt and 1TB worth of storage in SD cards. Going so small also leads to some truly uncommon rackmounting — team lead Simon Cox and his son James grouped the entire array in two towers of Lego, which likely makes it the most adorable compute cluster you’ll ever see. There’s instructions to help build your own Iridis-Pi at the source link, and the best part is that it won’t require a university-level budget to run. Crafting the exact system you see here costs under £2,500 ($4,026), or less than a grown-up supercomputer’s energy bill.

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Supercomputer built from Raspberry Pi and Lego, managed by humans rather than Minifigs originally appeared on Engadget on Thu, 13 Sep 2012 14:03:00 EDT. Please see our terms for use of feeds.

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