#zenarchitecture — Public Fediverse posts

Saw an article comparing the #AMD "#AM4 Platform" lasting 9 years and counting to "#PowerPC" lasting 12, and I got the impression this person didn't realize that the comparison they are comparing a #CPUSocket to a #CPUArchitecture, because as fas as I know, you couldn't upgrade an early #PPC #CPU to a much newer one without getting a new motherboard...

That aside, it is impressive how the #ZenArchitecture, after a decade of weird short-term stuff like the Bulldozer, managed to become such a long lasting standard. It's like they tried out so many weird methods trying to make chips that ran better, only to come up with this relatively simple way of building things.

And honestly, I don't think Zen is that different from Intel architectures, once you get past the compiler flags. As long as it all runs the same code at the end of the day, it doesn't matter...

...but the lifespan of those Sockets, AM4 and now #AM5, that's a consumer value that I don't think is matched right now.

Saw an article comparing the #AMD "#AM4 Platform" lasting 9 years and counting to "#PowerPC" lasting 12, and I got the impression this person didn't realize that the comparison they are comparing a #CPUSocket to a #CPUArchitecture, because as fas as I know, you couldn't upgrade an early #PPC #CPU to a much newer one without getting a new motherboard...

That aside, it is impressive how the #ZenArchitecture, after a decade of weird short-term stuff like the Bulldozer, managed to become such a long lasting standard. It's like they tried out so many weird methods trying to make chips that ran better, only to come up with this relatively simple way of building things.

And honestly, I don't think Zen is that different from Intel architectures, once you get past the compiler flags. As long as it all runs the same code at the end of the day, it doesn't matter...

...but the lifespan of those Sockets, AM4 and now #AM5, that's a consumer value that I don't think is matched right now.

Saw an article comparing the #AMD "#AM4 Platform" lasting 9 years and counting to "#PowerPC" lasting 12, and I got the impression this person didn't realize that the comparison they are comparing a #CPUSocket to a #CPUArchitecture, because as fas as I know, you couldn't upgrade an early #PPC #CPU to a much newer one without getting a new motherboard...

That aside, it is impressive how the #ZenArchitecture, after a decade of weird short-term stuff like the Bulldozer, managed to become such a long lasting standard. It's like they tried out so many weird methods trying to make chips that ran better, only to come up with this relatively simple way of building things.

And honestly, I don't think Zen is that different from Intel architectures, once you get past the compiler flags. As long as it all runs the same code at the end of the day, it doesn't matter...

...but the lifespan of those Sockets, AM4 and now #AM5, that's a consumer value that I don't think is matched right now.

Saw an article comparing the #AMD "#AM4 Platform" lasting 9 years and counting to "#PowerPC" lasting 12, and I got the impression this person didn't realize that the comparison they are comparing a #CPUSocket to a #CPUArchitecture, because as fas as I know, you couldn't upgrade an early #PPC #CPU to a much newer one without getting a new motherboard...

That aside, it is impressive how the #ZenArchitecture, after a decade of weird short-term stuff like the Bulldozer, managed to become such a long lasting standard. It's like they tried out so many weird methods trying to make chips that ran better, only to come up with this relatively simple way of building things.

And honestly, I don't think Zen is that different from Intel architectures, once you get past the compiler flags. As long as it all runs the same code at the end of the day, it doesn't matter...

...but the lifespan of those Sockets, AM4 and now #AM5, that's a consumer value that I don't think is matched right now.

Saw an article comparing the #AMD "#AM4 Platform" lasting 9 years and counting to "#PowerPC" lasting 12, and I got the impression this person didn't realize that the comparison they are comparing a #CPUSocket to a #CPUArchitecture, because as fas as I know, you couldn't upgrade an early #PPC #CPU to a much newer one without getting a new motherboard...

That aside, it is impressive how the #ZenArchitecture, after a decade of weird short-term stuff like the Bulldozer, managed to become such a long lasting standard. It's like they tried out so many weird methods trying to make chips that ran better, only to come up with this relatively simple way of building things.

And honestly, I don't think Zen is that different from Intel architectures, once you get past the compiler flags. As long as it all runs the same code at the end of the day, it doesn't matter...

...but the lifespan of those Sockets, AM4 and now #AM5, that's a consumer value that I don't think is matched right now.

AMD's new Ryzen APUs show impressive single-core gains — Ryzen 5 8500G outperforms Ryzen 5 5600G by 32% in single-core benchmark

AMD's latest Ryzen APUs have made a significant leap in single-core performance, as evidenced by the Ryzen 5 8500G outperforming the Ryzen 5 5600G by an impressive 32% in single-core benchmark tests.

#AMD #Ryzen #APU #SingleCorePerformance #Gaming #Productivity #Processor #ZenArchitecture #RadeonGraphics #PerformanceImprovement #CPU