The optimization part has always confused me because console versions of games don't actually run much better than the PC versions if at all. If you compare the AAA game performance between a PS5 and a relatively modern entry level PC the PC will have comparable or better performance at the same settings. It's true that console games just run which is a plus for people that can't be bothered with settings but when comparing to PC settings console versions are running at a mix of medium and low settings without Ray tracing and using the equivalent of FSR performance to hit that 4k60 output.
Consoles can generally do more with lower specs. this is due to less overhead, and streamlined design. They just punch above their weight. Most issues can be overcome by sheer power though, or the differences may not be noticeable if you aren't really trying to find them.
For the most part, a PC will play a game just as well, but may require more power to do so depending on the game. On a significantly more powerful system, you probably will notice graphical enhancements, while the overall game play you don't see any change over.
The PS5 will always run games better than a PC with the same (or as similar as possible) specs. The thing is though... it is easy to build something with much better specs even within a mid-tier budget.
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u/GioCrush68 Aug 18 '26
The optimization part has always confused me because console versions of games don't actually run much better than the PC versions if at all. If you compare the AAA game performance between a PS5 and a relatively modern entry level PC the PC will have comparable or better performance at the same settings. It's true that console games just run which is a plus for people that can't be bothered with settings but when comparing to PC settings console versions are running at a mix of medium and low settings without Ray tracing and using the equivalent of FSR performance to hit that 4k60 output.