Rackable (s RACK) announced today an update to its CloudRack servers. The CloudRack C2 servers can run at 104 degrees inside the data center, and they offload power supply to the rack to reduce energy wasted in converting AC electricity from the wall to DC electricity used by the box to 1 percent. Since these beasts can pack 1,280 cores, or 320 processors, into a rack, they’re not exactly in the power-saving category, but the design ensures that the electricity is going to power the processors rather than lost as heat or waste.
The updated servers feature a fan mounted behind the rack, rather than attached to each server, which also cuts power consumption for cooling to 8 percent, rather than 25 percent, of the total energy. Rackspace Rackable also announced that customers will eventually be able to build out servers in the CloudRack trays using Intel’s (s INTC) lower power Atom chips, which they can use for jobs that don’t need the full horsepower of the upcoming Nehalem-based Xeon chips. Customizing processors is one more way that data center operators are trying to boost efficiency.
The rising competition around designing power-efficient, heat-tolerant servers is being driven by a need to lower electricity and cooling costs in a data center contrasted with the need to pack as much computing into a box as possible to run web-scale application increases. Essentially, we need more computing but have less electricity to squander. Rackable can sell into corporate data centers, but its target market is the web world giants running thousands of servers.
It’s a market that’s growing increasingly competitive with Cisco (s CSCO) planning a new line of servers dubbed the Unified Computing system, Dell (s DELL) creating a seperate business unit just to deal with web scale customers, and HP has a web-scale service design team as well. Intel estimates that 25 percent of its chips will go into web-scale boxes by the year 2012. I’m sure Rackable’s hoping that many of them will go into its servers.