Sep 10 2007Supercomputer Does 26 Gigaflops, Is Cheap

microwulf-supercomputer.jpg

Tim Brom of Calvin College built the Microwulf Supercomputer, that flips 26 gigaflops (26 billion double-precision floating point instructions per second) and cost $2,500 to build last year (and would only cost $1,256 to build today).

It consists of four microATX motherboards, each with a dual core CPU and 2 gigs of ram, all connected with an 8-port Gigabit Ethernet switch. The whole shebang also includes a CD/DVD drive and a 250 gb HD, and runs Ubuntu Linux.

I want one. Maybe in a slightly cooler case (like this), and with some, uh, dust protection (like this), and I'd be good to go. Ten points to Tim for the sweet computer, but minus two for having his Matrix poster rolled up in the corner.

One more design picture after the jump.

microwulf-design.jpg

Supercomputer Does 26 Gigaflops, Is Cheap [ohgizmo]

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Reader Comments

FIRST YES!

Seriously, that looks like Tiger Direct puked into my closet... But it's pretty cool. Try a case mod to make it not look lame.

Awesome, should have submerged the whole thing in a big tank of no conductive cooling oil, with plastic fish of course! and maybe one of those little castles for the fish to swim around AND A TREASURE CHEST! That would be the proverbial "OWNAGE!!!ONEONESHIFT+1!"

So he built a computer cluster.... whats so new about it?

26gflops? My Xbox 360 does 1 teraflop

gigaflops?

nobody makes the first jump.

this doesn't make any sense, i have a 2900xt and acording to this website http://www.guru3d.com/article/Videocards/431/3

my card alone does somethin roun 475 gigaflops. so i can probably expect up words of a terraflop.

Nice MSPaint illustration.

some day, this will all fit onto the head of a pin... and it will hold a note to my shirt.


In response to the XBox and GPU comments

Not all flops are equal.

His calculations are using double-precision numbers to IEEE specifications. Your numbers are probably for single-precision and not IEEE because you don't care if your pixel is slightly the wrong colour. This makes a big difference.

His CPU has an instruction set which can carry out any general purpose calculation. Your GPU just does multiply-add and so the silicon is much simpler and therefore faster.

His numbers are from a real-world benchmark running a parallel application across all the cores:
http://www.calvin.edu/~adams/research/microwulf/performance/
Your numbers are marketing numbers based on theoretical peak performance.

uh......................what????

A cluster made of 4 computers ?

OMG THAT AMAZING !! HOW THE HELL DID THEY MANAGED TO DO THAT UNBELIVABLE THING ??

does it make my porn stream in faster?

Yeah, but can it run Windows?

Umm...................... Can We put a lazier on it?

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