> We're trying to assemble something that's really cheap (both on > hardware as well as power costs) and that still can do some work. I > would run some coarse grid CFD cases for my MSc on the little guy. Does > this make any sense at all? > > We know that the proper thing would be to benchmark, and then scale, > but in this noobish cheap baby case, there's nothing really to > benchmark > for. If we manage to get it working and it proves to be worth doing at > least some coarse grid CFD runs, it would be great for a start. > > It does sound good.
I would guess you are looking are looking at using OpenFOAM for the CFD solver? One thing to look at though - how much RAM does each of these board have? You might be better using the recipe for the cheap cluster on Doug Eadlines Clustermonkey site. http://www.clustermonkey.net//content/view/211/33/ By doing away with the cases they made a much cheaper cluster. If you use standard-sized motherboards you might get cheaper parts to suit them, And also have spare PCI clots for (say) a second gigabit network. Pps. I hate to say this, but pragmatically with 6 of these boards you get 12 times 1.6Ghz cores. You can buy single workstations with eight cores of Nehalem at 2.6 Ghz for not a lot of money. You can still program these using MPI, and run Openfoam on them if your aim really is to get runs done For your MSc. If on the other hand, you want to learn about clusters buy the boards and let us know how it works! The contents of this email are confidential and for the exclusive use of the intended recipient. If you receive this email in error you should not copy it, retransmit it, use it or disclose its contents but should return it to the sender immediately and delete your copy. _______________________________________________ Beowulf mailing list, Beowulf@beowulf.org sponsored by Penguin Computing To change your subscription (digest mode or unsubscribe) visit http://www.beowulf.org/mailman/listinfo/beowulf
