No, I mean in terms of raw computational power: 300Hz * 80 billion cores. Again the architecture does not work well for churning through a giant array of floati

No, I mean in terms of raw computational power: 300Hz * 80 billion cores. Again the architecture does not work well for churning through a giant array of floating point arithmetic since 300Hz is a limiting factor for that specific type of computation. But that's not the kind of problem the human brain was designed to solve.