Mobility & data centers – SGI Ice Cubes

SGI had a full line of mobile or modular data centers. Yet we don’t find traces of these products on the actual website of the brand anymore. Does this mean that small scale, mobile or modular datacenters don’t work with big corporate clients and that tere is no real needs for that?

Some pictures here in the gallery about their different propositions. From small mobile cabinet to trucks. There are therefore and undoubtedly close links between the ideas of mobility, fragmentation or reconfiguration about data centers and the one of transportation (transportation of goods by the means of pallet, containers, boats, trains, cargos, etc.)

 

A video of the Ice Cube Air assemblage (suggestion: don’t play it with sound…):

 

Mobility & data centers – Amazon’s containers

Via Data Center Knowledge

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A Look Inside Amazon’s Data Centers

By Rich Miller

Amazon Perdix countainer.

Amazon Web Services doesn’t say much about the data centers powering its cloud computing platform. But this week the company held a technology open house in Seattle, where AWS Distinguished Engineer James Hamilton discussed the company’s infrastructure. The presentation (PDF) included an image of a modular data center design used by Amazon, which is the first official acknowledgement that the company uses modular infrastructure.

Hamilton also shared a factoid that provides a sense of the rapid growth of Amazon’s cloud platform. “Every day Amazon Web Services adds enough new capacity to support all of Amazon.com’s global infrastructure through the company’s first 5 years, when it was a $2.76 billion annual revenue enterprise,” Hamilton states in one of the slides.

Growth Driving Data Center Expansion Plans

Even without the exact numbers, that’s an indicator of how rapidly Amazon’s infrastructure is growing, and why the company has recently began acquiring additional sites in Ireland, northern Virginia and Oregon for data center expansion.

In his research at Microsoft and now at Amazon Web Services, Hamilton has focused on cost models for operating hyper-scale data centers. His presentation at the Amazon open house reviewed cost assumptions for an 8 megawatt data center, which could include 46,000 servers.

Hamilton estimated the cost at $88 million (about $11 million per megawatt), and presented a pie chart outlining monthly operating costs for a facility, which is dominated by the cost for servers (57 percent), followed by power and cooling (18 percent) and electric power (13 percent).

These percentages are consistent with Hamilton’s earlier published research on data center costs. His example assumes power costs of roughly 7 cents per kilowatt hour and a Power Usage Effectiveness (PUE), which both suggest that the example data center is a composite  of Amazon’s global footprint rather than its best-performing data center.

Amazon and Modular Design

Hamilton was an early advocate of using shipping containers to deploy large volumes of servers in a tightly-controlled environment, first discussing this approach in a series of 2007 presentations that preceded Microsoft’s decision to use modular units to deploy its cloud computing infrastructure. When Hamilton moved to AWS, it prompted speculation that Amazon might also be using containers.

At Tuesday’s open house Hamilton displayed a slide of modular data centers, including the Amazon Perdix. The unit appears to be a custom-built unit that is wider and taller than standard ISO containers. While it’s hard to glean much from the exterior, vents at the side and top suggest cooling is managed in the upper section of the unit, which is air-cooled. Why Perdix? It’s the name of a character in Greek mythology known for inventing useful tools.

Is this Amazon’s current technology? Perhaps not. An Amazon affiliate that builds the company’s data centers has submitted building plans for a new facility in Umatilla, Oregon featuring six modules, according to local media. Plans show the structures will be about 20 feet wide and 108 feet long, situated side by side on the property, according to the East Oregonian.

Amazon continues to deploy infrastructure on raised floor, as seen in this photo shared by Hamilton.

A slide of a data center from a presentation at the Amazon Technology Open House.

Meanwhile… The “classical” extra large data center, in 2014

The “classical” approach to the conception of large contemporary data centers could be exemplified by Google: it usually consist of a “shoe box” (large facility with no particular architectural expression, windowless facades), surmounted by big cooling devices. That’s mainly it for the architectural side.

The location of the data center is important and is usually situated in remote locations (usually undisclosed to end users) with access to natural and infrastructural resources: fresh air, cool water, backbone access and if possible cheap energy. The location should be secure from different point of views (no flooding, cyclones, earthquakes, attacks, power blackout, etc.). Certifications usually detail the level of security/functionality of your facility (Tier certifications by the Uptime Institute are widely used).

The Home & Personal Data(-Mining) Center

Interestingly, when it comes to experimentation with hardware and The Cloud (or more generally with servers), the most interesting and almost crazy examples are made by the hobbyists and makers who are building and customizing their own data (Bitcoin) mining farms.

It happens in their houses, caves, bathrooms, bedrooms, closets, etc., it seems their are no limits to experimentation. A “house miner” even hacked his own swimming pool to cool down his servers (Portrait of a Bitcoin Miner, link below).

It is almost a subculture of home-brewed personal data-centers, built at home (or at the small office).

 

A few notable examples in pictures above (where we can verify that the questions of cooling and cables organization are for real…)

More insane rigs:

https://99bitcoins.com/20-insane-bitcoin-mining-rigs/

http://www.thinkcomputers.org/insane-crypto-currency-mining-rigs/

 

A portrait of “Eric”, a Bitcoin miner:

bitcoin_farming_14

Eric built a custom cooling system using water from his swimming pool.

http://www.pcworld.com/article/2043985/portrait-of-a-bitcoin-miner-how-one-man-made-192k-in-virtual-currency.html

 

And more “mining rigs” of all sorts on Google Image…