Videos and documents on electronic devices technology

• (Ted talks, Feb. 2025) How are chips made, with also some comments on sustainability
• (2025) A nice interview to Federico Faggin, the inventor of the microprocessor (in Italian)
• ASML EVU lithography (IEEE Spectrum, 2023): the most advanced lithography
• Nanoimprint lithography (Canon, 2023): a possible alternativev to EUV lithography?
• MEMS heat sinks (Frore systems, ~2023): interesting!
• Video (CNBC, 2022) on the main players in chip production
• Two papers (parte 1 e parte 2) (Samsung, 2022) which explain, step-by-step, how classical lithography works, and its limitations due to the optics; then, an introduction to EUV is presented
• Video on RibbonFET (GAAFET [Gate All Around] Intel) + PowerVia, (Intel, ~2022): very nice
• EMIB + Foveros (Intel, ~2022): two packaging technologies
• Quantum Computing, (IBM, ~2022)
• (Intel, ~2022): Intel roadmap, updated Feb. 2022
• (Asianometry, ?): video on the technical and economical difficulties in the development of new wafers
• (SemiWiki, ~2022?) Intel 4: interesting
• (SemiWiki, ~2022): explains the passage from monolithic dies to chiplets
• Video (Infineon, 2021) on the production of ICs
• Behind this door: in these videos (part 1 and part 2) (Intel 2021) two Intel fabrication sites are visited
• Evolution of Transistor Innovation: (Intel, ~2020) very interesting
• SuperFinFET: (Intel, ~2020)
• Architecture All Access: Transistor Technology (Intel, ~2019): how a transistor works; then, strained silicon, high-k dielectrics, and Fin-FET
• (UniMi, 2018): INFN/UniMi presentation with interesting data on 28 nm CMOS
• Video (Semitracks, 2016) on 22 nm FinFET technology Ivy Bridge
• 1, 2, 3, (Intel, 2012): three videos on lithography
• (Intel, ~1999) :Intel 1999 paper where a new 300 mm wafer production line is announced