Silicon Nanophotonics will usher in a completely new age of computing and power applications that we’ve only seen on Star Trek
Moore’s Law is going to have to be completely re-written — instead of microprocessor technology doubling its performance every two years, we’ll be looking forward to ten to twenty fold increases in computational power, at a bare minimum, every five years.
This would mean over ten years that computer speed would improve 100 to 400 times instead of 32 times.
This increase in performance is so significant that the math itself is mind-boggling and it becomes difficult to actually relate to it in conventional terms, or even express it in a quantifiable fashion that makes sense to information technology practitioners outside of very high-end scientific research.
http://www.zdnet.com/blog/perlow/exaflop-computing-moores-law-isnt-dead-its-moved-to-warp-speed/15021?tag=nl.e539
Moore’s Law is going to have to be completely re-written — instead of microprocessor technology doubling its performance every two years, we’ll be looking forward to ten to twenty fold increases in computational power, at a bare minimum, every five years.
This would mean over ten years that computer speed would improve 100 to 400 times instead of 32 times.
This increase in performance is so significant that the math itself is mind-boggling and it becomes difficult to actually relate to it in conventional terms, or even express it in a quantifiable fashion that makes sense to information technology practitioners outside of very high-end scientific research.
http://www.zdnet.com/blog/perlow/exaflop-computing-moores-law-isnt-dead-its-moved-to-warp-speed/15021?tag=nl.e539
Vastaukset 1
Vanhimmat
Mooren laki kertoo siitä, millä tahdilla komponentit pienevät (=halpenevat). Mikään ei muutu siinä. Sen sijaan, Mooren laki näillä näkymillä alkaa kyykähtää kun ei voda kutistaa enää kovinkaan kauaa.
Tehojen kasvu ei tietenkään siihen lopu.