It would be interesting to see how much the low power Intel chipset, that uses DDR2-800 opposed to FB RAM, does with these CPU's. I suspect that close to 25% of idle power is the FB RAM power consumption so the DDR2-800 should help significantly....

I beleive this is the Seaburg chipset.

It's only reasonable that if you buy low power CPU's, at a premium, you also will go with the rest of the low power package....

Neal, can you add a few lines to your comparative analysis of Intel and AMD processors, with Intel using the 5100 chipset that has plain registered DDR2 support?
It would be interesting to include a measure of the energy required to get a particular job done. This should be better at showing power advantages in non-idle situations, I think.
At what wattage do these quads become eligible for laptop duty? I am very interested as to when that happens. And what the wattage numbers would be in laptop form.
It would be interesting to see how much the low power Intel chipset, that uses DDR2-800 opposed to FB RAM, does with these CPU's. I suspect that close to 25% of idle power is the FB RAM power consumption so the DDR2-800 should help significantly....

I beleive this is the Seaburg chipset.

It's only reasonable that if you buy low power CPU's, at a premium, you also will go with the rest of the low power package....

Neal, can you add a few lines to your comparative analysis of Intel and AMD processors, with Intel using the 5100 chipset that has plain registered DDR2 support?
It would be interesting to include a measure of the energy required to get a particular job done. This should be better at showing power advantages in non-idle situations, I think.
Could you add a line to your table with a 2.0 Ghz AMD based machine?
At what wattage do these quads become eligible for laptop duty? I am very interested as to when that happens. And what the wattage numbers would be in laptop form.