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Re:TSMC unveils 1.6nm process technology with backside power... by jjk166 on Thursday April 25, 2024 @01:31PM (#40160559)
The design optimization software for modern semiconductors is arguably the most advanced design software on earth with likely tens if not hundreds of millions of man-years put into it. It takes into account not only the complex physics that apply at the nano-scale but also the interplay of the various manufacturing steps and optimizes trillions of features. Every process change brings about new potential optimizations, so rather than compensating for bigger nodes it actually widens the gap further. By analogy, the jump from hatchet to scalpel in the hands a layman is far less than the jump from hatchet to scalpel for a skilled surgeon.
Re:TSMC unveils 1.6nm process technology with backside power... by kjkjadksj on Thursday April 25, 2024 @02:56PM (#40161572)
What about the effect of heat? More transistors per area equate a hotter chip, no?
Re:TSMC unveils 1.6nm process technology with backside power... by robocat on Thursday April 25, 2024 @03:40PM (#40162063)
More transistors switching I thought? It isn't about raw transistors e.g. memory isn't as power hungry as GPU?
Re:TSMC unveils 1.6nm process technology with backside power... by polishdude20 on Thursday April 25, 2024 @09:56PM (#40165145)
How is this kind of software developed without becoming a massive pile of spaghetti code?
Re:TSMC unveils 1.6nm process technology with backside power... by pjc50 on Friday April 26, 2024 @06:31AM (#40167687)
As someone who worked for a startup that was bought by Cadence: I have some bad news for you about that.
Re:TSMC unveils 1.6nm process technology with backside power... by smj-edison on Thursday April 25, 2024 @09:57PM (#40165153)
Heh, as long as you're not talking about UX...
Re:TSMC unveils 1.6nm process technology with backside power... by fennecbutt on Friday April 26, 2024 @09:49AM (#40169380)
Yeah, I don't think we really have any equivalent technology that is advanced or as detailed as chip making. Chip making is kind of the parent of pretty much every other technology we have at this point.