No that's incorrect. The smaller-scale process generates less heat without losing performance (or you can keep heat generation the same and increase performance, or do some combination of the two). But this is obvious, and should be particularly well-known to someone who claims specific understanding of this topic because they used to be in IEEE. Given this, why are you being difficult and spreading misinformation about it? Are you just playing games?There are two ways to deal with heat: slower speeds and lower voltage. (Well, larger heat sinks, but) So who among the readers here would want to get a slower MBP because it's using some new fangled 'smaller scale'? Not me. How many people would want a lower voltage notebook that might be more susceptible to extraneous EMF. Not me. Or haul around something with huge heat sinks and fans? Not me.
For instance, here's a chart from Anandtech. Look at N3 (3 nm) vs. N5 (5 nm). With N3, you can either get a 10-15% performance increase at the same power, or a 25-30% decrease in power consumption (and thus heat generation) at the same performance.
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