Associate
I think it's more like:
We'll design this really great compute/general architecture using HBM. It's expensive to make but will be forward looking and do well in the AI/HPC area and then we can trickle it down to those that want a "balanced" card.
We will concentrate on compute first as that is where the real money is and work on Gaming drivers later.
Then bring in APU and hope HBM is at a more reasonable price/integrate it directly in the APU (they could maybe do that as they were one of the developers perhaps?).
As they only have the R&D budget for one "do it all" design, like Ryzen, this would seem to make sense.
It is no doubt a very powerful card, the real question is can that power be unlocked further for the gaming use case.
We'll design this really great compute/general architecture using HBM. It's expensive to make but will be forward looking and do well in the AI/HPC area and then we can trickle it down to those that want a "balanced" card.
We will concentrate on compute first as that is where the real money is and work on Gaming drivers later.
Then bring in APU and hope HBM is at a more reasonable price/integrate it directly in the APU (they could maybe do that as they were one of the developers perhaps?).
As they only have the R&D budget for one "do it all" design, like Ryzen, this would seem to make sense.
It is no doubt a very powerful card, the real question is can that power be unlocked further for the gaming use case.