- Kindle back orders stretch 3 months at Amazon
- Cisco shutting down between holidays
- Smartphone smackdown: Storm vs. iPhone
- 12 myths about how the Internet works
- Google layoffs: 10,000 jobs being cut
Stanford University's Folding@home distributed computing project has seen its capacity more than double in the last month thanks to the addition of idle processor cycles from hundreds of thousands of PlayStation 3 consoles.
Total computing power of the system is now at around 700T Flops (floating point operations per second), with nearly 400T Flops of that coming from roughly 250,000 PlayStation 3 consoles, Sony Computer Entertainment Inc. (SCEI) said Wednesday. An application supporting the program, which seeks to better understand how proteins fold, was made available to PlayStation 3 owners last month with a system software update.
Current statistics on the project's home page back up Sony's claim and reveal that the number of T Flops from consoles is more than double that from Windows PCs, which are the second largest group of clients running the software.
Researchers are keen to unlock the mysteries of protein folding because it's suspected that misfolds in proteins are the cause of several diseases, including Alzheimer's disease, cystic fibrosis, BSE and some forms of cancer.
The computer power needed to perform the modelling and calculations is immense and doesn't rely on fast networking as much as pure processing power so the Stanford system divides the work up and sends it out to thousands of PCs -- and now game consoles -- to be carried out when the machines are otherwise idle.
The addition of the PlayStation 3 consoles and the publicity surrounding it have also helped increase participation of PC owners in the project. The number of active PCs has jumped 20% in the last month, SCEI said.
PC versions of the client for Windows, Mac OSX and Linux are available for download from the university's project page.
On Wednesday, SCEI said it has published an updated version of the PlayStation 3 application that improves calculation speed.
SCEI said that it intends to support other distributed computing projects in a "wide variety of academic fields such as medical and social sciences."
| NetworkWorld, Inc. | About Network World, Inc. | Advertise | Careers | Contact us | Terms of Service/Privacy | Reprints and links | Partnerships | Press room | Subscribe to NW |
| IDG, Inc. | CIO | Computerworld | CSO | Demo | GamePro | Games.net | IDGconnect.com | IDG World Expo | Infoworld | JavaWorld.com | LinuxWorld.com | MacUser | Macworld | PC World | Playlistmag.com | The Industry Standard | IDG List Services | IDG TechNetwork |
 The Leader in Network Knowledge© 1994-2008 Network World, Inc. All rights reserved. |
Partner Content
SMART Steps Toward Consolidated Workload Automation
Consolidating job scheduling into a single, comprehensive workload automation solution is a critical first step to effective workload automation (WLA).
White paper on WLA here
A Comprehensive Approach to Practicing ITIL Change Management
Read a compelling whitepaper by EMA, Inc. to learn best practices for integrating workload automation.
Whitepaper here
2 Minutes to IT workload automation
BMC CONTROL-M can put money back into your IT budget and strip the complexity and risk from workload automation.
View video here
Gain a faster, cheaper way to manage workload
BMC CONTROL-M can help you migrate to a workload automation solution to meet your organization’s goals.
Listen here for more info
Comment