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Friday, April 8, 2011

Facebook Launches Open Compute Project to Share Custom-Engineered, Highly Efficient Server and Data Center Technology With the World

Facebook's Open Compute Project shares plans for energy-efficient data center -- Engadget

Facebook Launches Open Compute Project to Share Custom-Engineered, Highly Efficient Server and Data Center Technology With the World

PALO ALTO, Calif., April 7, 2011 /PRNewswire/ -- Seeking to transform the energy efficiency of global data centers, Facebook today launched the Open Compute Project, an initiative to share the custom-engineered technology in its first dedicated data center in Prineville, Oregon. This advanced technology delivered a 38 percent increase in energy efficiency at 24 percent lower cost for Facebook, and the specifications and best practices behind those gains will now be available to companies across the industry.

"Facebook and our development partners have invested tens of millions of dollars over the past two years to build upon industry specifications to create the most efficient computing infrastructure possible," said Jonathan Heiliger, vice president of technical operations at Facebook. "These advancements are good for Facebook, but we think they could benefit all companies. Today we're launching the Open Compute Project, a user-led forum, to share our designs and collaborate with anyone interested in highly efficient server and data center designs. We think it's time to demystify the biggest capital expense of an online business -- the infrastructure."

Inspired by the success of open source software, Facebook is publishing technical specifications and mechanical CAD files for the Prineville data center's servers, power supplies, server racks, battery backup systems and building design. This technology enabled the data center to achieve an initial power usage effectiveness (PUE) ratio of 1.07, compared with 1.5 for our existing facilities, which fall into the "best practice" category as defined by the U.S. Environmental Protection Agency*. Established by the Green Grid in 2007, PUE is an indicator of data center energy efficiency, and the lower the number, the better.

Facebook is releasing these designs as open hardware, aiming to encourage industry-wide collaboration around best practices for data center and server technology.

Advanced Micro Devices, Dell, HP and Intel are among the companies that co-developed technology with Facebook. In addition, Dell's Data Center Solutions business will design and build servers based on the Open Compute Project specification. Synnex Corporation will also serve as a vendor for Open Compute Project servers, offering fully integrated and tested solutions based on customers' specifications.

For Facebook's data center in Prineville, Open Compute Project hardware delivered:

Energy savings-The data center uses 38 percent less energy to do the same work as Facebook's exiting facilities. If a quarter of the data center capacity in the U.S. were built on Open Compute Project specifications, it would save enough energy to power more than 160,000 homes.

Cost savings-In addition to the energy savings, Open Compute Project hardware means data center infrastructure costs 24 percent less to build out than Facebook's existing data centers.

Materials savings-Servers use a vanity-free design with no paint, logos, stickers, or front panel – and are free of all non-essential parts. This saves more than 6 pounds of materials per server. In a typical data center**, this would save more than 120 tons of material from being manufactured, transported, and, ultimately, discarded.


Facebook is publishing specifications and mechanical designs for Open Compute Project hardware, including motherboards, power supply, server chassis, and server and battery cabinets. In addition, Facebook is making available its data center electrical and mechanical construction specifications.



http://opencompute.org/datacenters/

Open Compute Data Centers Image

Data Centers

Below you will find technical specifications and CAD drawings (DXF and SolidWorks parts/assemblies) for the Open Compute Project data center components. To view the CAD files, you will need to unzip them, and use the free eDrawings viewer for OS X or Windows.

Electrical

One component of the Open Compute data center design is a high-efficiency electrical system. Facebook's Prineville, Oregon, location is the first implementation of these elements in a data center. The facility utilizes an electrical system with a 48VDC UPS system integrated with a 277VAC server power supply.

Mechanical

Another component of the Open Compute data center design is a high-efficiency cooling system. Facebook's Oregon location is the first implementation of these elements in a data center. The mechanical system uses 100% airside economization with an evaporative cooling system.

Battery Cabinet

The battery cabinet is a standalone independent cabinet that provides backup power at 48 volt DC nominal to a pair of triplet racks in the event of an AC outage in the data center.

The batteries are a sealed 12.5 volt DC nominal, high-rate discharge type with a 10 year lifespan, commonly used in UPS systems, connected in a series of four elements for each group (called a string), for a nominal string voltage of 48VDC. There are five strings in parallel in the cabinet.

Triplet Racks

Open Compute servers are racked into triplets composed of three adjoining 42U columns. Each triplet has 2 top of rack switches, and each of the three columns contains 30 servers, for a total of 90 servers in the triplet.

One battery cabinet sits in between a pair of triplet racks in the data center aisle, providing DC power in the event of loss of AC power.



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