back to the future
#1 back to the future
I fell down the rabbit hole again....
I came across this but don't recall anybody posting about it before, but it's entirely possible it's been discussed before but I've missed it. Anyway I thought I'd post it in case nobody's seen it before and some may find it interesting....
https://www.extremetech.com/extreme/185 ... licon-fets
I came across this but don't recall anybody posting about it before, but it's entirely possible it's been discussed before but I've missed it. Anyway I thought I'd post it in case nobody's seen it before and some may find it interesting....
https://www.extremetech.com/extreme/185 ... licon-fets
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#2 Re: back to the future
Good heavens!
"No matter how fast light travels it finds that the darkness has always got there first, and is waiting for it."
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#3 Re: back to the future
Tasty !
It's just an engineering issue now, to get them in CPUs !
It's just an engineering issue now, to get them in CPUs !
"Once you find out ... the Circumstances ; then you can go out"
#4 Re: back to the future
I remember hearing about field emitters a bit back, but I would expect there would be more problems getting a real life circuit working at 480Ghz than just the speed of the device. That's a wavelength a little over half a millimetre.
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#5 Re: back to the future
point taken..but I didn't read it like that....they don't have to operate at 480ghz. There's stacks of room to be useful at lesser speeds.
I'm thinking that the article was put up in 2014 and there hasn't been any noise(I'm guessing) since so maybe they've had more problems with it.
The only reason I haven't released the details of my teleportation unit is because I'm waiting for this bit of the puzzle to be proven.
I'm thinking that the article was put up in 2014 and there hasn't been any noise(I'm guessing) since so maybe they've had more problems with it.
The only reason I haven't released the details of my teleportation unit is because I'm waiting for this bit of the puzzle to be proven.
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#6 Re: back to the future
It does beg the question though, how would you know it was oscillating?
Whenever an honest man discovers that he's mistaken, he will either cease to be mistaken or he will cease to be honest.
#7 Re: back to the future
oh, I'd know, trust me!
but seriously, the last sentence in the penultimate paragraph was the one that I thought relevent to this thread. For audio use they don't have to go anywhere near 480ghz, but they might win over all the valve die hards. I think we'll have to wait and see.
This, or the graphene transistors my be the tech that keeps Moore's law going, cos the talk for the last few years has been that it's running out of steam. I admit there's some license here cos you'd have to apply Moore's law to speed rather than number of transistors.
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#8 Re: back to the future
Though of course Moore's law is not a law, just an observation. So nothing will go badly wrong if the rate of change slows down. 3nm is on the horizon. And as you point out Moors law has always been about density not speed. And there is always 3D.
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#9 Re: back to the future
3nm? Jesus. When I left Xfab/Mitel/Plessey in 2004 they were just beginning to talk about .18um for foundry work carried out at TSMC!
What sort of lithography gear are they using for that, I wonder?
What sort of lithography gear are they using for that, I wonder?
The world looks so different after learning science. For example, trees are made of air, primarily. When they are burned, they go back to air, and in their flaming heat is released the flaming heat of the Sun which was bound in to convert air into tree.
#10 Re: back to the future
here you go Shane:
https://blog.exxactcorp.com/cpu-die-shrink-mean-future/
although that might be a bit out of date...the current AMD ZEN4 process seems to be centered around 5nm....
but re the above discussion I'm not sure where the bottlenecks are at the moment, whether its component switching speeds or path lengths. There is some talk about hybrid chips whereby existing 10nm layers talk to each other and are only fired when necessary to minimise current consumption. At this point I take leave of my understanding....I'll leave this thread in more capable hands.
https://blog.exxactcorp.com/cpu-die-shrink-mean-future/
although that might be a bit out of date...the current AMD ZEN4 process seems to be centered around 5nm....
but re the above discussion I'm not sure where the bottlenecks are at the moment, whether its component switching speeds or path lengths. There is some talk about hybrid chips whereby existing 10nm layers talk to each other and are only fired when necessary to minimise current consumption. At this point I take leave of my understanding....I'll leave this thread in more capable hands.
There's nowhere you can be that isn't where you're meant to be
#11 Re: back to the future
Whenever an honest man discovers that he's mistaken, he will either cease to be mistaken or he will cease to be honest.
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#12 Re: back to the future
That occurred to me also!
"No matter how fast light travels it finds that the darkness has always got there first, and is waiting for it."
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#13 Re: back to the future
Amazing how quickly the IT world moves, I’ve been out of touch with technology developments for about 18months, when I semi-retired the talk was about going back to 14nm and developing 3D processors, anything less that 10nm was deemed not practical to mass produce.
Only the Sith deal in absolutes.