4 ms·
Not wires across silicon, which have higher capacitance and much higher resistance. For millimeter-long connections you might get 1/10 of C, ie 33 ps/mm instead
by tlb 9y ago
Not wires across silicon, which have higher capacitance and much higher resistance. For millimeter-long connections you might get 1/10 of C, ie 33 ps/mm instead of 3.3.
- jaytaylor 9y agoHey, that's actually really interesting, thanks for the followup! This corroborates what you're saying: https://www.reddit.com/r/askscience/comments/204hl2/at_what_speed_do_electrons_move_around_inside_of/ https://www.reddit.com/r/askscience/comments/204hl2/at_what_...
- deepnotderp 9y agoTransmission line signalling can get near speed of light in silicon. But it has its own issues :)