The versatility of a laptop doesn’t mean that it should be expected to violate the laws of physics, or only use chips with maximum TDP such that it is always comfortable on your lap.
Having a chip which can max out thermal load while plugged in at your desk, with the expected thermal results, and then throttle down when you go mobile, again with the expected thermal results, is actually the best of both worlds.
And with one click the user can actually choose which power mode they want to operate in.
A laptop that throttles back to avoid getting hot when you need the CPU/GPU operating at peak performance would be much less useful, particularly for professional use.
Violate the laws of physics? Is that the term for limiting the amount of power you dump into the chassis? There's an unlimited amount of air to soak up the bulk of the heat.
Having a chip which can max out thermal load while plugged in at your desk, with the expected thermal results, and then throttle down when you go mobile, again with the expected thermal results, is actually the best of both worlds.
And with one click the user can actually choose which power mode they want to operate in.
A laptop that throttles back to avoid getting hot when you need the CPU/GPU operating at peak performance would be much less useful, particularly for professional use.