Is it time to get out of the Modular Data Center Business with Foxconn's Arrival?

DCD reports on Foxconn’s efforts in low-pue modular data centers.

A Foxconn senior VP, Fuming Fu, said: “We look forward to bringing our many years of technology development and manufacturing experience to the [data center] industry.”

Foxconn also makes servers, storage arrays and networking equipment for IT vendors, and runs a factory in the Czech Republic that produces HP’s modular performance optimized data centers.

IO data centers has been trying to iPO, but looks like the market is not ready as I haven’t heard or seen with IO data centers will IPO.

IO Data Centers Could Launch IPO in December <2013>

With Foxconn’s arrival it could be a tough next year to be in the modular data center business.

Containerized Wind Power - Buoyant Airborne Turbine

Wind is a favorite of some for renewable energy.  Google has its airborne wind system Makani.

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Altaeros Energies is a Helium buoyant system that deploys in containers.

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Low Cost

The Altaeros BAT reduces the second largest cost of wind energy – the installation and transport cost – by up to 90 percent, through a containerized deployment that does not require a tower, crane, or cement foundation. Combined with significant increases in energy output, and flexible deployment options, the BAT is designed to significantly reduce the levelized cost of energy for remote power customers.

 

Mobility and Rapid Deployment

The Altaeros BAT is shipped in two standard containers and can be installed and producing power in under twenty-four hours. Easy transport, setup, and redeployment offers new mobility that is not feasible with tower-mounted wind turbines.

One of the nice things about the BAT is you can put other things up at that altitude.

Additional Revenue from Airborne Services

Much like other tethered aerostats, the Altaeros BAT can lift additional communication, surveillance, and sensory equipment alongside the turbine to provide additional services for remote sites. The BAT provides a line of sight over 60 miles in any direction, offering a powerful platform that fixed towers cannot reach. The addition of payload equipment does not affect the stability or power output of the system.

What Happened to NxGen Modular? Website is Unavailable

There are two places I know of that have NxGen Modular Data Centers.  Each of these was driven by specific individuals who I doubt would claim to be the decision maker in choosing NxGen Modular.  

What is the problem?  How about the NxGen Modular site is unavailable for a week and looks like it has vanished from the data center landscape.  The current page says only this. http://www.nxgenmodular.com

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Thanks to Google you can see the page was last live on Apr 4, 2014.

THIS IS GOOGLE'S CACHE OF HTTP://WWW.NXGENMODULAR.COM/. IT IS A SNAPSHOT OF THE PAGE AS IT APPEARED ON APR 5, 2014 21:42:33 GMT. THE CURRENT PAGE COULD HAVE CHANGED IN THE MEANTIME. LEARN MORE
TIP:

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Wonder how much longer the NxGen Modular installations will last give the company has disappeared and the people who choose NxGen have moved on as well.

If the future of Containers is Carbon Fiber, what could be done in a data center with Carbon Fiber

Economist has an article on the possibility of carbon fiber containers.

One idea Dr Lechner proposed is to make containers out of carbon-fibre composites. Such containers would be easier to use, because they would be lighter and also—if designed appropriately—might be folded flat when empty, saving space. Dr Lechner reckons a carbon-fibre container would need to travel only 120,000km (three times around the Earth) to prove cheaper than its steel equivalent. It would also be more secure, because it would be easier to scan without being opened.

Wonder what kind of data center could be built using a carbon fiber container.  It would be lighter.  Drilling holes in carbon fiber would be much more difficult.

Nothing jumps out as why carbon fiber would make sense in a data center.  Unless you go throughout the whole rack and server components and you could probably shave 30 - 50% of the weight which makes shipping a container worth of gear much easier to do.  Carbon fiber could make sense in military scenarios for planes and other areas where weight is a big issue.

A New Option for moving out of AWS, Forsythe's Data Center in 1,000 sq ft increments

Moving out of AWS can save a lot of money. Huh?  Yes, here is one public disclosure from Moz’s CEO.

Building our private cloud

We spent part of 2012 and all of 2013 building a private cloud in Virginia, Washington, and mostly Texas.

This was a big bet with over $4 million in capital lease obligations on the line, and the good news is that it's starting to pay off. On a cash basis, we spent $6.2 million at Amazon Web Services, and a mere $2.8 million on our own data centers. The business impact is profound. We're spending less and have improved reliability and efficiency.

Our gross profit margin had eroded to ~64%, and as of December, it's approaching 74%. We're shooting for 80+%, and I know we'll get there in 2014.

 

 

 

So you want to move out of AWS, you dread the task of finding something the right size.  A cage in a colocation facility.  Seems too old school.  A wholesale pod?  Too big and you aren’t ready to jump into managing your own electrical and mechanical infrastructure.

How about 1,000 sq ft of data center space configured exactly the way you want?  Need more, get another 1,000 sq feet.  This is what Forsythe Data Centers has announced with its latest data center, offering the solution in the middle of this table.

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“Forsythe’s facility offers the flexibility and agility of the retail data center market, in terms of size and shorter contract length, with the privacy, control and density of large-scale, wholesale data centers,” said Albert Weiss, president of Forsythe Data Centers, Inc., the new subsidiary managing the center. He is also Forsythe Technology’s executive vice president and chief financial officer.

I got a chance to talk to Steve Harris and the flexibility for customers to have multiple suites designed exactly to support their gear is a dream come true those who know one size fits all usually means you wasting money somewhere.  You could have one suite that is just for storage, tape backup and other gear that is more sensitive to heat.  The high temperature gear could be right next to the storage suite.  You could have higher level of redundancy for some equipment and less for others in another suite.

And just like the cloud, your ability to add is so much easier than I need to move to a bigger cage.  Just add another suite.

How much power do you want per rack?  What’s a suite look like?

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Oh yeh and the data center is green too.

The facility is being designed to comply with U.S. Green Building Council LEED certification standards for data centers and to obtain Tier III certification from the Uptime Institute, a certification currently held by approximately 60 data centers in the U.S. and 360 worldwide, few of which are colocation facilities.