Thanks for your reply. That makes sense. So would I be right to say that the problem is that the way power is delivered to individual transistors is getting to

Thanks for your reply. That makes sense. So would I be right to say that the problem is that the way power is delivered to individual transistors is getting too complex while the features are getting too small? The article started out by focussing on the total current at transistor voltages, but at 12 volts to the chip it’s just ~16 amps (still a lot!), spread across say 100 pins = 160mA per pin. Which isn’t as impressive as 200A. 200A is clearly not a wire you see going into a CPU. It’s a shame that the article seems to have chosen to oversimplify the problem at the expense of helping us understand. The complexity of power delivery from the top of the chip looks fascinating, but it lost me at the outset with claims that wouldn’t pass muster with a high school electronics enthusiast.