And Intel was supposed to have 14nm FinFET products by now right? It has canned its Chandler Arizona plant which was supposed to begin 14nm manufacturing and 450nm wafers.Your end-2015 estimate for FinFET seems optimistic to me.
So the process lead is reducing (I agree we have to wait till 2015 to see if TSMC as well as SMSG/GF can bring their equivalent node to the market). Manufacturing advantage (in the form of brand new fab) is no longer there.
That's like saying that FX-9590 can compete with i7. Yes it might be able to compete, but its TDP is twice as much.
We all can agree that the area that is "hot" for all chip manufacturers is how "cool" they can get their products run. That is precisely the reason 22nm Haswell provided very little performance improvements over Ivy but improved the performance/power markedly.
Similarly AMD too has been moving in that direction since Richland (which was better power Trinity at the same 32nm PD-SOI) as well with Steamroller now going into 28nm Bulk HKMG at 95W max TDP to Carrizo which will be 65W max TDP at the above node.
So now we have the following based on the below 2 leaks that WCCFTECH has posted.
http://wccftech.com/amd-mobile-kaveri-crystal-series-leaked/ - Models
http://wccftech.com/amd-kaveri-mobile-apus-vs-ulv-haswell-benchmarks/ - Comparisons
At the ULV category (19W), AMD is closing greatly on CPU performance (bettering i5 and i3 and possibly losing to i7), and extending the Graphics lead more.
We still have not factored in the future potential with HSA which would be a bonus.
And ULV too is a cash cow compared to desktops due to it ending in notebooks, 2 in 1s or in rare cases, even high-end tablets (like Surface Pro variants). Now AMD is competing in atleast some of them. And with 28nm product reaching 22nm performance at the same/similar power envelope.
Add to it we have Beema and Mullins going into the Baytrail territory with better performance/watt at the same 28nm but GF instead of TSMC.
So the 1+ node advantage + architectural advantage (Haswell vs the Dozer) + Single thread advantage is slowly being undercut in the x64 world.
Add to it AMD has a dedicated revenue stream from its console SOCs where it need not compete with INTC. So it can fight Intel in the x64 area with renewed vigor and that is happening.
Today an Apple dual core ARMv8 ISA compatible custom SOC @ 1.3GHz processor (purely for mobile) made at 28nm HKMG puts out equal or better performance than a quad x64 core Baytrail manufactured at 22nm FinFET under Geekbench running at higher clock speed. That shows that with the right design team, ARM can scale up and compete in the target market. It also shows that x86/x64 can scale down but the momentum is on the ARM side for now and INTC is being attacked (bitten) from all sides. As INTC tries to shut ARM from the latter's strong areas and losing money in the process, its traditional safe money making markets are being attacked/put to risk with another "ARM"y of Davids.
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