TSMC starts development of 2nm process, 3nm already in the works
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KissSh0t
I wonder what will happen to the nomenclature once they start hitting sub 1nm?
sverek
https://en.wikipedia.org/wiki/Unit_of_length
Pico baby. 850pm and so on.
Hilbert Hagedoorn
Administrator
yes, pm, picometer.
Matt26LFC
Certainly exciting times now with AMD and Zen plus these new manufacturing nodes, Intel really need to get there shit together!
cryohellinc
D1stRU3T0R
Noisiv
Getting a bit ridiculous...
2nm : under development
3nm : working on it
5nm : yet to make the transition to
Aura89
WOLF_OF_DK
wonder if Intel have reached 7 nm at that time or they still be at 10nm+++
FM57
Interestedly enough, some years ago, the physical limit was thought to be 3nm. And now we are talking 2nm. Are electrons getting smaller ?
asturur
electrons, considered a small thing, can fit up to 3 * 10^-15 meter.
Considering 1 nano is 10^-9 meter i guess electrons size are not a issue for long yet.
I see issue in durability, reliability and strange frequency effect going forward.
Is still valid that 7nm is the width of the transistor gate, or something changed?
Agonist
wavetrex
All these are coming fast due to the introduction of EUV (Extreme Ultra-Violet)
The progress was slow(ish) down to 7nm because foundries were still using "visible" light (almost, the latest gen UV is not actually visible, but still classified into visible light as it can be "bent" via lenses)
EUV is a totally different beast, lenses (of any kind) don't work at these extreme wavelengths, instead they have to use very complex mirrors to focus the EUV onto the mask.
Producing EUV was a challenge as well for many years, as no normal light source can make them. Today's EUV machines use a kind of plasma "mini-explosion" to create a pulse of energy which is then channeled and focused by those mirrors into one sharp and instant exposure.
It's absolutely amazing that foundries were able to produce 14, 10, 7nm products with 193 nm UV light (before EUV) !!
That's through multi-patterning and other complex methods...
EUV cuts the energy source wavelength by 14 times, to just 13.5 nm ... making all these sub-10nm products very easy to do with much lower chance of defects (as multi-patterning is no longer necessary, for now... but will become necessary again under 2nm structures.
Read more here...
https://en.wikipedia.org/wiki/Extreme_ultraviolet_lithography
We're in for an amazing future of microchips, at least for the next years or so... until the atomic limit is hit (then the type of "light" used is no longer relevant)
sbacchetta
2nm is actually more impressive when you consider than even with their 3nm density (250 million transistor by mm2) they can already put a TU 102 (2080ti) inside a 1cm2 chip.....
Kaarme
Intel is finally, seemingly, getting forward with its processes. Assuming they learned their lesson (which might have happened since they did get rid of the old CEO and some execs), they could reach smaller nodes faster and not get stuck anymore for multiple generations. Still, TSMC (and possible Samsung) will lead the race for now.
Borys
And Intel is working on a new process technology called 14+++++PLUS/AGAIN
wavetrex
It would be interesting to track if ASML actually sold Intel any EUV machines ( https://en.wikipedia.org/wiki/ASML_Holding )
Basically, these guys are making the hardware that TSMC uses to make chips. So.... the next time you look at your fancy Ryzen 3000 7nm CPU, while it was "Made in Taiwan" in reality it was made with Dutch tech. Go Netherlands ! ;-)
https://asia.nikkei.com/Business/Technology/Rise-of-TSMC-gives-windfall-to-Dutch-chipmaking-equipment-giant
Intel and ASML had a big deal going on in 2012, but did that deal continue to this day? No idea...
Silva
Denial
wavetrex