Pretty much everything you said was not only wrong, it didn't even have anything to do with your point.
What is the most important feature of post-2012 CPU and except of energy consuming?
They are faster per clock cycle, run at higher frequencies, have more cores, more memory bandwidth, more pcie bandwidth, wider SIMD lanes, deeper out of order buffers, much more cache and more execution units.
> They are faster per clock cycle, run at higher frequencies, have more cores, more memory bandwidth, more pcie bandwidth, wider SIMD lanes, deeper out of order buffers, much more cache and more execution units.
This is called extensive progress, no intensive developing since 2012 as it was mentioned before I have joined discussion. You are completely wrong about frequency (no increase since Haswell's 4Ghz) and somewhat boring about other points so I will not answer here any more.
This is called extensive progress, no intensive developing since 2012
This is a word salad that means nothing. Where did you even get these ideas?
You are completely wrong about frequency (no increase since Haswell's 4Ghz)
Why would you say something that is so obviously wrong and easy to disprove? Most current AMD cpus have base clocks that are higher than 4ghz, let alone their boost clocks.
Pretty much everything you said was not only wrong, it didn't even have anything to do with your point.
What is the most important feature of post-2012 CPU and except of energy consuming?
They are faster per clock cycle, run at higher frequencies, have more cores, more memory bandwidth, more pcie bandwidth, wider SIMD lanes, deeper out of order buffers, much more cache and more execution units.