3 ms·

I disagree. The future of Moore's law is whoever finds a way to cool a kilowatt cpu effectively.

• tonetegeatinst 2y ago
  I agree with you in a lot of aspects. Obviously extreme hyper NA EUV is possible....and with Wakefield accelerators we might be able to shrink the size of these machines to a more feasible size. And the gate all around transistor seems like its how the industry plans on handling leakiness when shrinking the size of our circuits.....yet cooling is the largest issue we face in some ways. Noctua and gamers nexus have shown just how competitive the air cooler market is for cooler performance....and how the CPU package deforms over time impacts cooling. Personally, I think we could make CPUs that are much bigger and stack the transistors and chips even higher if we managed to get the cooling figured out. Imagine a 3d tower of a CPU where cooling channels exist in between layers # = your silicon chip @ = a cooling channel Now imagine stacking like the following ###### @@@@@ ###### @@@@@ ###### @@@@@ ###### This could be a starting point for stacking chips.....sort of like how 3d nand is stacked....yet instead we stack the CPU wafers and have cooling channels in between them. You could even make the CPU and cooler, and have the chip interconnect going up the sides.....