Though there has recently been another step forward with transistors being able to get under a nanometer, 0.7 nm from 2 nm to be precise, and the last time a measurement needed to go another level smaller was in 1984 when it went from 1 micrometer to 0.8 micrometers.
That 0.7 nm one marks another jump in power while being significantly more efficient, which is I guess Moore’s law living out of spite of not actually being a scientific law.
Also it’s funny this is about the 2nd or third time I’ve seen someone say “Moore’s law is dead struggling” since that 0.7 nm process was figured out not that long ago, though I can definitely see the “struggling” part.
Though there has recently been another step forward with transistors being able to get under a nanometer, 0.7 nm from 2 nm to be precise, and the last time a measurement needed to go another level smaller was in 1984 when it went from 1 micrometer to 0.8 micrometers.
That 0.7 nm one marks another jump in power while being significantly more efficient, which is I guess Moore’s law living out of spite of not actually being a scientific law.
Also it’s funny this is about the 2nd or third time I’ve seen someone say “Moore’s law is dead struggling” since that 0.7 nm process was figured out not that long ago, though I can definitely see the “struggling” part.