Seonglae ChoMarket size has grown with each new form factor, so semiconductor demand should not be predicted by looking only at PCs, servers, and smartphones
Semiconductor design can be divided into three main areas: frontend, backend, and manufacturing. The frontend (fabless) includes architecture and logical design. The backend covers physical design and architecture engineering (companies like Broadcom). Lastly, manufacturing is where TSMC and Samsung Electronics excel.
Semiconductor Industry Notion
Semi Conductor Usages
Overview
Semiconductors: The most important sector in the world
The most comprehensive analysis of the semiconductor sector: what are chips, how are they made, who are the companies, fabless vs foundries, the rise of China, US reshoring and investments
https://crackthemarket.substack.com/p/semiconductors-the-most-important
Aiming for Atoms: The Art of Making Chips Smaller
In the realm of computer chips, bigger numbers are often better. More cores, higher GHz, greater FLOPs. But there's one metric where smaller is better. Enter the world of semiconductors...
https://www.techspot.com/article/1856-aiming-for-atoms-chip-manufacturing/
그리고 고 사양 CPU와 GPU가 이것으로 만들어집니다
차세대 반도체를 만드는데 꼭 필요한 EUV에 대해 간단히 설명했습니다.앞으로 얼마나 더 공정이 미세화 될지 저도 참 궁금합니다.CPU,GPU,메모리 등 미세 패터닝이 필요한곳에 EUV노광이 사용됩니다.#EUV#반도체#CPU00:00 Imtro00:32 배경설명02:36 EUV 만드...
https://youtu.be/kmFfesriafM
