same, I love the concept, but the problem is there so many billions of different smartphones made and always have been: Trying to ensure parts availability over the long term is a titanic task.
The only players out there whom did have the massive sales to do so, rugpulled repair as apple did.
or it could be AMD managed to widen the already massive efficiency gap against intel enough on the design end; they deem it not worth it to pay for an absolute bleeding edge node. That being said I could believe either way because they also have to worry about risc competitors too in enterprise.
So many variables so I will wait and see.
Wouldn’t be surprised if these are just the IO dies while the rest is on TSMC’s 3nm.
or things ya know, can change over the years; and Samsung finally is nearing node quality parity.
This is stretching it. And not in a small way. The card literally can’t run DX12 games since it doesn’t support the API. There’s like a handfull of games that run somewhat well which are mostly popular esports games in China even if the performance is still that of 5-7+ year old budget cards.
Moore threads is ironically the most evolved gpu maker in one key way;…
They took now long established model of Nvidia, Radeon and now Intel ARC of being in it primarily for datacentre, a few bones for enterprise; and bad bin scraps for gaming… and broke the knob off at 11. lol
Makes sense if you consider Beijing’s attitude towards videogames as a whole, seeing it as a waste of productivity and money much as japanese conservatives saw pachinko throughout the 20th century.
So their attitude towards serious cpu development seems entirely nailing the uArch rather than rapid deployment towards mass enterprise adoption. Sure some super sensitive state and military machines that don’t need to be fast will likely use it, as Russians use Elbrus… but it seems money is last of their concerns.
Make sense as they likely have piles somewhat recent of Epyc and Xeon chips for their data centres till that tap goes off.