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As I recall, there is microelectronics fab work in Taiwan, South Korea, and, in the US, at IBM and Intel, at least. And maybe China and Russia are trying to ge
by graycat 11y ago
As I recall, there is microelectronics
fab work in Taiwan, South Korea,
and, in the US, at IBM and Intel,
at least. And maybe China and
Russia are trying to get caught up
in fabs.
I wonder: What organization, really,
is mostly responsible for the newer
fabs? I mean, do each of Samsung, Intel,
IBM, etc. do everything on their own?
Or is there a main company, maybe
Applied Materials, with some help
from, say, some small company for
UV sources, some optics
from, maybe, Nikon, some mechanical
pieces, etc., that does the real work
for all the fabs?
7 nm -- what speed and power increases
will that bring over
14 nm, 22 nm or whatever
is being manufactured now, etc.?
Long live Moore's law! It ain't
over until the fat lady sings,
and I don't hear any fat lady yet!
- joshuapants 11y ago> And maybe China and Russia are trying to get caught up in fabs. This is something that interests me. It must be terribly difficult to get up to speed on something like this, even with vigorous state funding. Are there any layman-readable sources on the topic?
- timelined 11y agoIBM/Intel/Samsung buy tools from various companies. By "tools", I really mean huge pieces of instrumentation that cost many (tens to hundreds) millions of dollars from other companies that are used for the various processing steps (deposition/growth of materials on wafers, patterning resists, etching, etc). The development of each of these tools is immensely difficult and challenging and making them talk to each other and designing manufacturing pipelines is another immense challenge. IBM/Intel/Samsung's job is to design chips (a immense challenge on its own), come up with a process to manufacture them, and then take each of these very complex tools, integrate them into a manufacturing pipeline (with QC), and manufacture the devices that they want.
- graycat 11y agoHow much is like turn key and how much is lots of one off, proprietary engineering and system integration? I was guessing that maybe for the fabs themselves, mostly there was some one company that delivered fabs. Or, why reinvent the wheel several times? Sure, for the chip design, say, by Qualcomm, Samsung, Intel, IBM, that's a lot of design software, know how, etc. And, sure, QC has to be one heck of an Excedrin headache but with likely some long standing basic ideas for testability.