When you fight the law, you'll usually lose... at least that's what happens when you fight Moore's Law, an industry axiom that states that the number of transistors on a chip will roughly double ap...
When you fight the law, you'll usually lose... at least that's what happens when you fight Moore's Law, an industry axiom that states that the number of transistors on a chip will roughly double approximately every two years. This video, set to the tune of "I Fought the Law" originally recorded by Sonny Curtis and The Crickets, looks back at how many have long predicted the end to Moore's Law and how it continues to prevail as Intel releases its first 45nm chips based on its reinvented transistors with new Hafnium-based high-k and metal materials. Long live Moore's Law!
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Just means we'll have to do it another way. How? Beats the hell out of me. I never would have thought of HAFNIUM, for Pete Squeaks!
I wouldn't be surprised if there's some molecule that can act as a transistor. There's already talk of using electrons (not atoms, electrons) for memory storage.
Yeah. That won't be the continuation of Moore's Law in the strict "number of transistors" form, but it will allow the continued doubling of processor speed which has been going on since the days of mechanical adding machines.
wt u said might be true, but no one noes wt will happens in the future, we see physical limitations atm, doesn't mean the limitation is invincible, 40years ago, ppl probably dun even noe there's a length unit- nano metre. I support your thoughts basically, but technology, hmm no one knows.
yep..but till there well find a solution..i ve seen they are investigating hardcore ins everal diferent solutions already for a problem 10-15 years ahead
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45 nm scale transistors are now standard and 32 nm scale demo chips are being fabbed
20 nm is expected in 3 to 5 years
Somewhere around 10 nm there are fundamental physical limits.
This means:
Depending on the doubling time for the number of transistors (i.e.2 or 3 years) the end is 10 to 15 years from now.
I wouldn't be surprised if there's some molecule that can act as a transistor. There's already talk of using electrons (not atoms, electrons) for memory storage.