A Vision for the Modular Enterprise
PHOENIX, Ariz. – The way George Slessman sees it, i/o Anywhere is much more than a container. Slessman, the CEO of i/o Data Centers, believes the company’s new modular data center design is at the forefront of a fundamental shift in the way enterprise companies will buy and deploy data centers.
“Our feeling is that the underlying demand for data center properties is outstripping supply over the long term, but the way the industry is building data centers will not scale,” said Slessman.
i/o Anywhere is the company’s response: a family of modular data center components that can create and deploy a fully-configured enterprise data center within 120 days. i/o Data Centers says these factory-built modular designs can transform the cost and delivery time for IT capacity.
Most importantly, the new modular designs alter the location equation, allowing data centers to be deployed at or near a customer premises, offering the benefits of outsourced data centers in an in-house environment.
Multiple Customized Modules
Data Center Knowledge got an early look at i/o Anywhere, which is standardized on a container form factor, but includes custom modules for IT equipment, power infrastructure and network gear. i/o Data Centers will also offer containerized chillers and generators, as well as modules supplying thermal storage and even solar power.
i/o Anywhere is the latest example of container-based designs that seek to go beyond the “server box” to create a fully-integrated data center. Early container implementations have focused on cloud data centers (as at Microsoft), remote IT requirements or temporary data center capacity. i/o Data Centers is notable for its commitment to its modular approach as the basis for its own enterprise-centric colocation and wholesale data center business.
The company is used to making bold bets on growth. In mid-2009 i/o Data Centers opened one of the world’s largest colocation data centers in the midst of a bruising recession. A year after opening the doors at the 538,000 square foot i/o Phoenix, the company has fully leased the 180,000 square foot first phase.
i/o Anywhere to Drive Phoenix ONE Growth
The entire second phase of i/o Phoenix will be delivered using the i/o Anywhere modular design, which will also serve as the basis of i/o Data Centers’ future facilities, Slessman says. The company has deployed its first i/o Anywhere module in Phase II of i/o Phoenix, which eventually will house up to 200 modules supporting customer equipment.
The company expects to begin installing customers in December. i/o Data Centers said it is also in active negotiations on i/o Anywhere deployments in other locations.
Here’s a look at some of the features of i/o Anywhere:
- Each module is 42 feet long – slightly larger than a standard ISO container but still easily shipped by truck, train or plane. Space can be built out in increments ranging from 1,400 to 20,000 square feet.
- Each data module supports about 300 kilowatts of critical power, with a chilled-water cooling system housed under a 3-foot raised floor. Chilled air is delivered into a 4-foot wide cold aisle, travels through the equipment, and returns via a 3-foot wide hot aisle in the rear of the container. Hot and cold air flows are fully separated.
- A power module includes an uninterruptible power supply (UPS) and batteries. Each module can support 1.6 megawatts of capacity.
- i/o Data Centers can supply generators or chillers. A standard 20-module configuration would include two 2.25 megawatt generators and three 500-ton chillers.
- Additional modules can provide a thermal storage system, which makes ice at night when energy is less expensive and stores it in large tanks to supply chilled water during the day.
- For customers interested in renewable energy, i/o Anywhere will offer a 500 kilowatt solar power module.
- Each deployment can be configured with security, including mantraps, biometric access control and round-the-clock security staffing.
- The modules are managed using i/o OS, a software package the company describes as “a fully-integrated data center monitoring, alarming, remote control and management operating system.”
The modular design incorporates key features of the infrastructure i/o Data Centers has adopted in its facilities in Scottsdale and Phoenix, including ultrasonic humidification and energy-efficient variable frequency drives in chillers, plug fans and and air handlers. i/o Anywhere will also be backed by the same 100 percent uptime service level agreement (SLA) offered in i/o’s existing data centers.
A key challenge for i/o Anywhere and other modular offerings is finding customers’ comfort level with new designs. Slessman said enterprise customers are interested in container-based designs that resemble a traditional data center. That feedback prompted the use of a raised floor, which isn’t essential but provides a familiar look and feel (see image at left of the interior of an i/o Anywhere data module).
But i/o Data Centers believes that interest in cloud computing and capital preservation will drive changes in the data center sector. Slessman said the industry can scale using two approaches: the “747 model” featuring a small number of massive facilities, and the “Volkswagen model” offering a larger volume at an attractive price point.
i/o Data Centers hopes to compete on both fronts as it expands beyond its core Phoenix market. The company is contemplating additional data centers in new markets. Meanwhile, Slessman says modular designs may be of particular interest to companies that have previously resisted outsourcing their data centers.
“Only 15 percent of enterprise users have outsourced their data centers,” said Slessman. “We are interested in that other 85 percent.”
Cloud Computing May Drive Adoption
The buzz about cloud computing could be a factor in adoption of container-based design. Many enterprises are interested in the benefits of cloud computing, but wary of placing mission-critical IT assets in a public cloud environment. Containers provide a way for these companies to quickly deploy private clouds on premises. Microsoft is already targeting this market with its Windows Azure Platform Appliance.
“The key is to talk about this as a platform,” said Anthony Wanger, President of i/o Data Centers. “We think we have a meaningful first movers advantage. Our focus is on building a toolset for our customers, and maintaining a capital structure that allows I/O to reinvest in innovation and infrastructure.”
Ken BaudryPosted August 2nd, 2010
Today we design and build data centers from a “facility centric” approach. They are typically conceived, designed and operated by facility groups not by the real customer; IT departments.
We struggle to increase the availability of the physical plant and every improvement comes at an ever increasing expense (The Law of Diminishing Returns) and no matter how much redundancy we design into the facilities plant, we cannot make one 100% available. Our approach has been to throw more hardware into a facility so that it can’t fail.
But suppose that we could build data centers so inexpensively that we could afford more then we need? N+1 data cenetrs. . Think about the “meshed” approach is used with networks.
Containers will never be a realistic “Real Estate Solution”. However, if you look at containers in a holistic manner, as a throw away computing appliance, populated with IT systems prior to deployment, equipped with self healing management systems, the savings from a standard design, factory built environment, the economies of this approach could be enough for a large enterprise to afford N+ computing sites around the world.
Deployed throughout the world in a N+ fashion, with dynamic load balancing they would only need a Tier I level of availability to be successful (as any one site could be off line due to planned or unplanned maintenance.).
Built with a sufficient number of spare units, there would be no need to repair or replace failed servers or hard drive, just take it off line using remote management tools, and image a new virtual system over the net. NO FIELD TRIPS REQUIRED.
Built to be taken off line and redeployed based on changing economic needs such as customer demand and short term energy and fiber transmission services. At the end of life, it could be refurbished in the field, shipped back to a central depot for refurbishment or sold to a low end non-competing organization.
There has always been a mismatch between the investment term for the facility and IT systems that the facility houses. IT refresh cycles are typical three years (probably more like five years for most organization), yet facilities are expected to last fifteen or more years. This mismatch between investment terms means that data centers have to be designed to accommodate an unknown future. This is an expensive approach.
The combination of the reduction in initial facility development cost, mass production to a consistent standard and performance level, speed of deployment, and the flexibility to meet changing economic environments is a very attractive package.
[...] up this modular approach to designing data centers. Microsoft, eBay, and smaller companies such as i/o Data Centers are all looking for ways to standardize the process of building a data center. Data center modules, [...]
The answer given was to make customers more comfortable with historical designs. Well, if this is a true barrier in selling this solution perhaps we should re-deploy hand crank window controls in our cars. Or we should switch our cars back to carburetors?
I often find it shocking that in an industry such as ours, that we are often slow to change to technologies that improve our bottom-line. In my opinion, everything we implement should follow three simple concepts:
Any solution that does not follow these concepts is destined to have higher Total-cost-of-ownership and containerized solutions address these but for a larger market than the traditional “brick and mortar” site.
I respectfully submit that “Containers are here and will most likely have a significant impact on the industry”