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It's also because our systems are more and more complicated. This is neatly pointed out in "Who knows how to make a computer mouse?" [0] TED Talk. [0] https://
by yetihehe 6y ago
It's also because our systems are more and more complicated. This is neatly pointed out in "Who knows how to make a computer mouse?" [0] TED Talk.
[0] https://www.youtube.com/watch?v=DTLizne1uNw https://www.youtube.com/watch?v=DTLizne1uNw
- keyle 6y agoAgreed, and because a lot of the existing tech underneath has simply been agreed upon as "good enough".
- segfaultbuserr 6y agoOne Ken Shirriff's comment on reverse engineering CPUs makes a good point on system complexity. > For future reverse-engineering, I think the biggest problem will be imaging. I can study processors up to about 1980 with an inexpensive microscope. But chips with two layers (or more) of metal are much harder to examine, because the metal layers block each other. And once transistors get too small for optical microscopes (1990s), you need an electron microscope, which is a much bigger investment. (Although there are hobbyists who have one.) > The other factor is understanding. A chip like the Z-80 is simple enough that one person can understand it completely. I doubt any single person at Intel understands everything about the Xeon, since it is so complex. And it's much harder to understand the chip from reverse engineering.