Daniel Pfenniger wrote:

You need "really big" volumes to get there.


Yes, but it does not seem to me unreasonable to put such a card in
millions of PC's if the average applications run a bit faster and the
cost increase stays below the PC cost.  After all
the 8087 math coprocessor of the i386 era did just that.

I agree that it makes sense to put such a card into millions of PCs. Not at $8000/card. The issue is that the C600 costs quite a bit itself as it is not being produced in volumes that can drive enough economies of scale (yet). So the basic part will be a few k$. The card cost will be (relatively speaking) low.

I think (WAG here) that Clearspeed wants people to design a socket onto motherboards for them. Lowers the costs all around.

I would say that there is more potential for a clever soul to reprogram the guts of Matlab, etc., to transparently share the work across multiple machines. I think that's in the back of the mind of MS, as they move toward a services environment and .NET


Lots of people have thought about that for a long time, including
Cleve Moeller.   The potential clever soul should be well above
average, and considering MS products, well above MS average programmer.

An intriguing way to parallelize C with threads on multicore processors is
provided by Cilk (http://supertech.lcs.mit.edu/cilk/).  Cilk consists of
a couple of simple extensions to the C language.

If anyone has experience with Cilk it would be nice to share.

The only problem with extensions to any language is that you get a hideously low adoption rate. You could use UPC. Or Cilk, or ... (insert your favorite extension here). Only a small (miniscule) fraction of people will use it, regardless of its technical merits.


    Dan



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