I originally heard Moores Law, and I tend to think is the best/easiest to understand way to put it "The amount of Transistors you get on a certain size chip for $1,000 doubles every two years."
how so? the fab nodes named below 10nm do not measure any physical transistor dimension: the transistors in the process named "5nm" are not five nanometers long. It's a different geometry that allows for higher density and they call it "5nm" to show that they are a newer, better design.
Glad I’m not the only one who’s tired after watching this lol. I found myself literally trying to catch my breath for him. I think he might have hit his own wall there. Moore’s Law doesn’t work for him either.
I would go to church every Sunday if this guy was the preacher
When will all this run into the problem of the falling rate of profit?
Interesting.. Anyone have the link to the original paper?
playback speed: 0.75, dude doesn't even breathe
oh... i was listeing to it at 1.75.... ._.
Why talk so slowly I had to turn him on 2x speed
I only managed 1.5x speed
Very interesting talk. Moore's law is dead, long live Moore's law.
I originally heard Moores Law, and I tend to think is the best/easiest to understand way to put it "The amount of Transistors you get on a certain size chip for $1,000 doubles every two years."
Jim Keller contra Bryan Cantrill:
ruclips.net/video/oIG9ztQw2Gc/видео.html
Love Bryan, but that 7nm prediction has aged like fine milk in the sun.
Haha, 5nm aging like yogurt now. IBM hitting that 2nm.
how so?
the fab nodes named below 10nm do not measure any physical transistor dimension: the transistors in the process named "5nm" are not five nanometers long. It's a different geometry that allows for higher density and they call it "5nm" to show that they are a newer, better design.
Glad I’m not the only one who’s tired after watching this lol. I found myself literally trying to catch my breath for him. I think he might have hit his own wall there. Moore’s Law doesn’t work for him either.
In the meantime, most of the premium mobile chips going to 5nm ...