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This falls squarely within Moore's Law in the classic definition of transistor density.

This because transistor density allows for two things, but Intel is only pushing one of them.

First it allows for more compute power for a certain price.

Second, it allows for a set compute power at a lower price.

The second comes because you can stack more chips on a single wafer, and so get a bigger yield out of each production run.

I suspect Intel avoids that one because it will inevitably lead to a race to the bottom.



In case you haven't noticed, Intel has been consistently been pushing towards smaller dies for some time now. Atoms are prime example, but it also happening in their Core series. See e.g. this http://www.kitguru.net/components/cpu/anton-shilov/intel-10n... article for "Weighted Average Die Size" graph. Or this graphic: http://729675461.r.lightningbase-cdn.com/wp-content/uploads/...




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