This is a pretty poor choice for process node especially considering that competitor solutions will be laid out on 14nm/16nmFF from Samsung, TSMC, and of course Intel. And by that time Intel will likely be preparing for 10nm in the not too distant future from K12 products being released.
I'm sure that the architecture will likely be competitive on a relative basis with their competitors, but to target the top-performing SoC's with a 2 to 2.5 node disadvantage is impossible. And that's sad because, they would have a shot at competitiveness on the same node as say Nvidia and Qualcomm.
Cost may be a factor, but what benefit is there when all of their competitors destroy AMD on performance and power consumption? I just can't see the utility in this choice, I didn't even like the Tegra K1 being on 28nm (though that's a pretty damn good solution, plus it leaves the M1 and V1 for 20nm and then 16nmFF+ in 2015 and 2016). If AMD doesn't at least go to 20nm, they won't be able to get any sales growth and market share gains, and I forsee them getting purchased by 2020.
I'm sure that the architecture will likely be competitive on a relative basis with their competitors, but to target the top-performing SoC's with a 2 to 2.5 node disadvantage is impossible. And that's sad because, they would have a shot at competitiveness on the same node as say Nvidia and Qualcomm.
Cost may be a factor, but what benefit is there when all of their competitors destroy AMD on performance and power consumption? I just can't see the utility in this choice, I didn't even like the Tegra K1 being on 28nm (though that's a pretty damn good solution, plus it leaves the M1 and V1 for 20nm and then 16nmFF+ in 2015 and 2016). If AMD doesn't at least go to 20nm, they won't be able to get any sales growth and market share gains, and I forsee them getting purchased by 2020.