Switzerland hosts 'CERN of semiconductor research'(swissinfo.ch)
swissinfo.ch
Switzerland hosts 'CERN of semiconductor research'
https://www.swissinfo.ch/eng/swiss-ai/switzerland-hosts-cern-of-semiconductor-research/91015332
7 comments
It depends on what you mean. Learning ISA's is easy. Learn a few different assembly languages, write a disassembler and maybe an assembler for one of them, which will require you to study the documentation. Intel has a ton. There's a ton on RISC. I assume the same is true for ARM, PowerPC and older simpler architectures. Maybe start with the 6501 then an 8086. To go deeper, there are plenty of CS books and video courses online that cover those subjects more theoretically.
Designing and manufacturing? How deep do you want to go? If you just want to know the basics then YouTube has everything you need. If you want to be involved, then you'll want to get an education in that specifically. It's not something you can just learn at home.
Designing and manufacturing? How deep do you want to go? If you just want to know the basics then YouTube has everything you need. If you want to be involved, then you'll want to get an education in that specifically. It's not something you can just learn at home.
This group (also at ETH Zurich) has good (and free) intro courses: https://safari.ethz.ch/courses/
It’s a broad category. Each of your three topics (designing chips, ISAs, and the manufacturing process) are whole subjects in and of themselves.
Some resources I’d recommend: SemiEngineering (the website), Asianometry (YouTube channel), Matt Venn’s TinyTapeout, the FOSSI foundation (free and open source silicon initiative). Of course, many universities have free online course material on these subjects too.
Some resources I’d recommend: SemiEngineering (the website), Asianometry (YouTube channel), Matt Venn’s TinyTapeout, the FOSSI foundation (free and open source silicon initiative). Of course, many universities have free online course material on these subjects too.
Searching HN for such a term often gets me at least some of the way there.
This story is very focused on digital architecture, particularly risc-V. There is another big issue with open source processes, sky water 130nm is the most accessible, but expanding PDK (process development kit) is also a big deal for open source users to be able to build hardware.
Terrific initiative, either way. Open-source chips must be the way.