If you’re a gamer or just a tech enthusiast, you’ve probably seen the marketing of the next-gen consoles coming out during the 2020 holiday season, which is probably in November. While the Xbox One and PS4 show their age to some, others find it hard to see how the next generation will really be different from the last.
Taking a look at the actual specs for the upcoming PS5 and Xbox Series X may leave connoisseurs a bit disappointed – it’s a technology PC gamers have been using for years. And then there’s the games, little of which we’ve seen that give off a real next-gen feel.
However, if you take a closer look at next-gen consoles, what you might not know is that the hype is totally justified: in the years to come, the PS5 and Xbox Series X are on. the point of fundamentally changing games and PC games in particular. Read on to find out why this is the case!
New generation processors
For our purposes here, we’ll consider the processors inside the PS5 and X-series to be equivalent. (We’re also not going to take a too close look at the CPU / APU distinction.) That’s not actually the case, as Microsoft and Sony do different things in terms of cooling and frequency, but the underlying technology is the same.
To understand the next generation, however, we need to understand the previous generations. Processor power in consoles has always been an order of magnitude less than that in desktop computers. For example, consider the PS4 and the Xbox One. These consoles were released in 2013 with eight cores operating in the high 1 GHz range.
Not very fast, maybe, but eight cores isn’t that bad, right? Desktops have really only passed four cores in the past two years. It stands to reason that the PS4 had similar power to a mid-range computer in 2013, right?
The Xbox One and PS4 processors are built on AMD’s Jaguar microarchitecture. This is a 2013 era chip design made for low power devices, such as laptops, mini PCs, and tablets. Desktops were light years ahead of the last generation in terms of processor power, and going back to older consoles the gap is usually only widening.
Upcoming consoles are built on AMD’s Ryzen Zen 2 microarchitecture, which is a full-fledged, desktop-level cutting edge design. Both consoles have eight cores and operate in the 3GHZ range, but the most important here is not the frequency and number of cores; rather, it is the fundamental efficiency of the chip.
Sony’s PS5 and Microsoft’s Xbox Series X are the first consoles in modern history to offer roughly the same CPU power as the desktops of the day. This means that the complexity of simulation in games can skyrocket, and the decades that PC gamers have faced poorly optimized console ports or poorer-than-expected performance will slowly come to an end as games are designed. to take advantage of powerful modern processors.
In short, it’s not that, of course, the PS5 is more powerful than the PS4: it’s that the PS5 (and the X-series) is so powerful that it brings true high-end PC-grade hardware. .
There’s been a lot of talk about SSDs in next-gen systems, especially the PS5. Like processors, every console’s SSDs are different, and Sony has spent a lot of time custom-crafting a drive that’s significantly faster than the Xbox Series X. However, in terms of the underlying technology, advantages of both discs will be the same: they could simply be more pronounced on the PS5.
Because PC gamers have been using SSDs for so many years, it didn’t seem like a life-changing upgrade to many, but it’s far from a complete story. Sony’s marketing claims for the PS5’s SSD in particular are bold, calling its storage solution “way ahead of anything you can buy on anything on PC for any amount of money right now.” . ” What’s important is that at a fundamental level, SSD storage, and the ultra-fast NVME brand of SSD storage, will be available to all developers for all games.
Even if you upgraded a PS3 or PS4 with an SSD in the past, your benefits would be negligible as those systems weren’t designed to take advantage of the bandwidth of an SSD. For PC gamers themselves, the in-game benefits of SSDs are also quite negligible. Yes, the loading is faster, but that’s usually about it. It’s a byproduct of game development and the game engines of the day: at a basic level, they’re not designed to serve the massive amounts of data that SSDs can handle.
But now that developers can build their games with the hope that SSD storage will be available on all platforms, the games themselves will start to change. PC gamers will finally be able to properly use their storage devices.
Are you excited about next-gen consoles? Do you think the games will change for all gamers in the years to come, or is all the hype misplaced? Let us know in the comments below!
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