So the cat's out of the bag: there's already a console out there using Zen cores. It should be pretty safe to assume the Jaguar architecture isn't coming back.
Much higher clock speed as well, next-gen is going to be a huge jump in CPU power. Also, it doesn't seem that big:
And that's at 14nm, at 7nm we should hopefully get something much faster in next gen consoles. Zen 2 + 8C/16T + 16GB GDDR6 as a base seems a good place to start with imo.
Is it a single chip or are the CPU & GPU separated?
The "computer version" (or whatever was pictured here: http://nb.zol.com.cn/694/6949856.html ) uses Windows 10, and I think I saw it mentioned somewhere that console version would use "customized Win10"RAM is 256-bit on board, not on package as the Anandtech article clarified. I'm guessing their custom OS will be Linux.
And why does it look like the designer punched a PS4 Pro and called it a day?
Wow, that's a beautiful board, even better than the ps4s.
Do note that it is only the "version 0.4" of the motherboard, final could be cleanerElectrical engineer here. That board looks like a nightmare. That many components suggests it was either designed by three different people who never spoke to one another or was made to be costed to shave a dozen 1/100th dollar savings over the entire project. When you prioritise cost and disregard the impact on complexity, what you lose is reliability.
What's that army of grey squares on the left for? Never seen the like before.
You will get 8 cores and you will be happy
Question is will we get 16 threads or not.
I've read suggestions that SMT wouldn't be useful for games, but would be suitable for the OS. If so, could that mean all 8 cores would be available for games, or does SMT have too much impact on clockspeeds?
You mean the power delivery? Yeah it's the only area I don't like, but while it looks "complex", it's just using more low-current, low temperature, discrete vrms, instead of very few high current ones. The design itself looks straightforward.Electrical engineer here. That board looks like a nightmare. That many components suggests it was either designed by three different people who never spoke to one another or was made to be costed to shave a dozen 1/100th dollar savings over the entire project. When you prioritise cost and disregard the impact on complexity, what you lose is reliability.
Each slice is a VRM phase. From left to right... Input cap is the round metal can, three mosfets/vrm, and a grey inductor. Then the two black output caps filter all the phases together. There must be a couple vrm controllers on the left, or under, which we can't see.What's that army of grey squares on the left for? Never seen the like before.