Why there hasn't been a significally faster CPU in

It's called Ryzen.

>>59631092
We have hit the limits of silicon
The only way we can get better CPUs is make physically bigger chips and try to optimize

>In the last decade
What's it like to be so young not to remember being able to hit walls with a Q6600 on release?

>>59631103
>7700k speed for $500
So nothing.

>>59631157
>Being this retard

>>59631136
Wrong. Bigger chip = longer distance = more lightspeed delay = slower max clock. Future is even smaller chips, many of them, with decentralized parallel performance.

>>59631092

Machine learning vs brute force

Moore's Law

>>59631092
But there was.

Intel Core i7 6700K, also known as Skylake, was the best processor to be released within the last 10 years.

Rankings:
1. 6700K
2. 2700K
3. 2500K
4. 4790K
5. 5820K

>>59631854
You think it's physically and scientific possible to create a cpu die made of superconductor material that can work property at room temperature and cpu die thickness is only 20 nanometres you think we can stack them in layers

Will that have effect on clock speed, latency, etc?

>>59632502
>The newest product is the best compared to the older products

>>59631854
Quantum tunneling is making it more and more difficult to have smaller chips

File: gdrink.png (10KB, 457x177px) Image search: [Google]

10KB, 457x177px

>>59631103
Take 3 drinks, everyone.

>>59632502
What makes skylake so much better than haswell?

>>59633946
MUH FPS IN GAYMEN

>>59631092
Nice logarithmic scale

>>59631092
Monopoly stagnation

File: Transistor-Count-over-time.png (473KB, 3000x2191px) Image search: [Google]

473KB, 3000x2191px

>>59631092
Here's another chart.

Notice the i7 in 2010? Consumer stagnation happened.

But they did get faster.
>multiple (logical) cores
>better cache efficiency

>>59631854
They can be stacked more to increase size AND reduce delay.

They are stacked more than they were before, but less so when it comes to the actual cores and cache.

>>59632511
What makes semiconductors so great isn't that they have a high conductivity (like superconductors) but that their conductivity (and the type of charge carriers) can be varied greatly by small changes in their composition. That's why its possible to make such complex devices on a small scale. A superconductor could be an interconnect, but it can't replicate the gating effect of a MOS junction.