Quote Originally Posted by OhNoes! View Post
Contradictions galore! Since you insist on me spelling it out in layman terms, let me oblige.

A high leakage chip is very inefficient at utilizing power (because of the leaks) so at say 1.20v, a high leakage chip will generally run cooler (than the more efficient, low-leakage chip). The low-leakage chip, because it utilizes power more efficiently also generates more heat because you have to realize that: input power = output heat. What you're describing is a process improvement, not a high leakage chip characteristic. The reason why high lekage chips are suitable for ln2 is simply because they can take more voltage; more voltage=more power=more heat <- needs to be cooled by ln2. Makes sense?
How much do I have to dumb this down


A fluorescent light bulb is like a low leakage transistor. Light represents work being done and heat equals the heat from a transistor.

An incandescent bulb represents a high leakage part, in which more energy is converted to heat and work per watt efficiency goes down.


You don't make sense and you contradict everything anyone has ever tested or seen or proven.