2 ms·

Oh man oh man, can we get some more pictures of crazy machines? Here's another https://www.extremetech.com/computing/report-intel-bought-all-of-asmls-high-na-eu

• madspindel 2y ago
  https://youtu.be/h_zgURwr6nA https://youtu.be/h_zgURwr6nA
  • on_the_train 2y ago
    And even that official video is massively underplaying how fast these steppers (and in turn: all the mechanics around the mirrors) work. Look at this video at ~44:20 to get a better feeling https://www.youtube.com/watch?v=sh33GG7prfA https://www.youtube.com/watch?v=sh33GG7prfA
    • zupa-hu 2y ago
      ..and then he adds these movements need to have nanometer precision. WHAT?!
    • rkagerer 2y ago
      You can link straight to a time index, eg. https://www.youtube.com/watch?v=sh33GG7prfA&t=44m20s https://www.youtube.com/watch?v=sh33GG7prfA&t=44m20s
  • zonkerdonker 2y ago
    The platen is accelerating at 32g, speeds over 100kph, with a precision of FOUR SILCON ATOMS. That is absolutely astounding. What a beautiful machine
• deleted 2y ago
  [deleted]
• paulirish 2y ago
  A recent CCC talk covered the current state of EUV lithography (really well): https://youtu.be/NdppYYfQJgg?t=1393 https://youtu.be/NdppYYfQJgg?t=1393 This timecode has rendering of the ASML machine in action. (edit: the same one madspindel posted, oops! The rest of the talk def worth a watch)
  • gizajob 2y ago
    Brilliant talk thanks for suggesting.
• xattt 2y ago
  Is it the processing of the image, or is the shine of the machine really a warm silvery colour?