How sand and Java are used to create the world’s most powerful chips by Johan Janssen

ASML's equipment, using EUV light and Java-based development, helps create the world's most powerful chips, with Silicon Valley and Taiwan suppliers playing a crucial role in the process.

Key takeaways
  • Sand is used to create wafers for chip production, with Silicon Valley in the US and Taiwan being major suppliers.
  • Chip manufacturers like Intel, Samsung, and TSMC use equipment provided by companies like ASML to create chips.
  • EUV (Extreme Ultraviolet) light is used to print features on wafers, allowing for smaller and more complex chip designs.
  • EUV machines use mirrors instead of lenses to focus light, requiring high-precision and smooth surfaces.
  • The size of transistors on a chip follows Moore’s Law, with recent advancements in EUV technology enabling smaller transistors and more efficient chip production.
  • Chip design requires complex software, with ASML using Java and Spark for development.
  • Newer generations of chip-making equipment take longer to develop, with the next generation taking 8-10 years to create.
  • Companies like ASML focus on improving the accuracy of chip production, with the current limit being around 10 nanometers.
  • The smallest level of detail that can be printed on a chip is around 1 nanometer.
  • Chip production requires a controlled environment, with clean rooms and precise temperature control to prevent defects.
  • ASML’s platform allows for customization through plugins, which can be developed by various departments and used for different applications.
  • The company uses a combination of machine learning and human analysis to detect and correct defects in chip production.
  • The demand for chips is increasing, with ASML working to improve production efficiency and reduce the production time for each wafer.
  • The company is also working on developing new technologies, such as EUV light, to improve chip production.
  • ASML has a global presence, with employees operating and supporting chip production sites around the world.