NikoB
I agree with you on many points. Except for the hatred of memory speed. It's worth remembering that Apple is not limited to proprietary solutions. While others are.
Simple examples from the world of video cards and memory for them, as well as amd processors. Nvidia, having a faster GPU, faster memory speed, loses in the same test because AMD provided more memory. And that's not all, if you look not only at the graphics, but also at the image, nvidia also shows a very bad picture. AMD is at the bottom in the pictures, but in reality it is at the top (and for less money). Now let's take the problem of the 3rd generation ryzen on chips, where the write speed to memory was half as fast. But this did not stop AMD from being on top (with the exception of Intel with top solutions 1-2% ahead). So, again, AMD loses by numbers, but in reality, it is a winner.
Similarly, with Apple, the reality is different, they use a lot of RAM to reduce the soldered SSD, and most of the memory is used by the built-in accelerators. This is already a big chunk of performance. And in reality, m1-m2 are not as big as they are hyped, it also has to do with the OS (which is controversial, like other OSes).
Let's move on to laptops, when I was choosing a laptop, I looked at the numbers and saw Intel as the hero, the winner. But when you come to the store, in a few minutes you will find out how terrible Intel laptops are, they will not use that higher RAM speed, because in reality Intel will slow down due to temperature, dropping the frequency, and will not reach that paper speed.
We are waiting for further developments of ARM laptops for Windows|Linux, and then we will be able to specifically figure out who is who, and not praise the terrible slavery of Apple's eco-style.
We need to take a comprehensive solution and look at the real problem, not just benchmarks. The memory speed benchmark will not show the real result when I have 50% of the memory reserved and several dozen programs using this memory are running, and what will be the results in comparison. It's like with supercars: on paper, it will get from point A to point B faster than a regular sedan. But in reality, the sedan will get there, and the supercar will not, because it will run out of fuel and overheat the engine, with a high risk of getting into an accident.
I would like to say that AMD's problem is the number of mobile chips, but there is nothing wrong with the number, it's just that vendors use them not in laptops, but in hype consoles and mini-PCs. Also, a large chip budget goes to adult consoles. Therefore, this is not a problem for AMD, the chips appear on time, but not in laptops (the only problem is laptop manufacturers who cut back on functionality).