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Intel can hit wide TDP ranges on its process nodes partly because it enforces extremely strict design controls on the engineering team.
12 years of work and months of research, behind-the-scenes conversations, and in-depth discussions with foundry engineers, as well as a decent working knowledge of what is and isn’t possible on any modern foundry node. Slides from GF suggesting that the gains on 20nm are going to be quite small compared to 28nm, but quite a bit more expensive. With the added perf increase we might see much lower power much denser dies beating kaveri and still being at much lower tdps… that was the entire point of the discussion anyway wasn’t it? Well that fits doesn’t it, if excavator tapes out h1 of 2014 it might hit market h1 2015. Kaveri is already a big change on the BD design if context switching is to come with this chip it might mean much smaller x86 cores and with that, better scaling in the low-power area. The first-generation FX-8150 chip didn’t spend much time running at peak Turbo speed unless you had *really* strong cooling. I do agree with you that the roadmaps we’ve seen over the past 2 years from AMD point to a single x86 chip covering the entire gamut with ARM SoCs being tweaked for enterprise and perhaps consumer, though the former is far more likely than the latter.
We know GloFo has done some 20nm FD-SOI work for STMicro, but that agreement is strictly to build *for* STMicro.
If the jump to 20nm + FinFETs comes a year after 20nm for both TSMC and GloFo, and I haven’t read of any delays, we might see more chip companies skip the 20nm node altogether. TSMC says volume production of 20nm starting Q1 2014 with volume production of 16nm FinFET starting one year after that. The lag for mobile devices is understandable given the amount of IP involved, particularly third party IP.
KGI Securities analyst Ming-Chi Kuo, who has a very good track record in predicting Apple's product plans, has issued a new research report outlining his expectations for Apple's 2013 product launches. As you can see by my statement above I am a highly respected analyst who put great thought into my prediction. This guy is full of crap, all these predictions are either extremely safe or bizarrely out of touch. This Product Deployment Checklist is designed to help business analysts and product managers in releasing and launching new products or services. Preparation for the air vacation is actually the beginning of the trip, because when you start planning, it gives you a thrill of anticipation.
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Finalize the deployment schedule including milestones, internal & external timing factors, and lead time. Review results of the evaluation procedure to ensure that your product meets announced technical features and requirements. Request the manufacturing department whether the production process is proved as non-defective and errorless. Request the engineering department whether the product’s quality and usability have been approved and validated by proper certificates. Check if all necessary support documentation (user manuals, guides) has been developed and prepared for use.


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GF, being a foundry, can’t exert the same amount of control over its partners, which means AMD has to find ways to fit within the 20nm process if it wants to build cores at GloFo.
If AMD has to rearchitect the chip to fit into a 65W maximum TDP range, that’s going to hurt. You won’t see 4GHz+ Piledrivers on a 20nm LPM process unless GF does custom work for AMD to make that happen. I think the resonant clock mesh and the hard flips are precisely what gave Piledriver a significant clock increase over Bulldozer. I guess we have to admit that given all that there are still things we don’t know, and that your best guess are what you would perhaps call highly confident predictions based on known evidence (ie no one will argue with GF having only one process , 20nm LPM as you say and have read elsewhere ).
20nm LPM is only marginally faster than 28nm HPP, but it’s considerably more expensive. Really makes you wonder if AMD cancelling big cores was an internal decision that was thought to be favorable for the long term or if it’s a result of circumstances out of their control. AMD was more lax with respect to TDP headroom and clock speeds on GCN 1.0 and were therefore able to salvage more dies per wafer and launch earlier.
It’s an entire ecosystem that has to take the plunge at the same time, not just one or two chip manufacturers. Try CentriQS complete task management solution for planning, tracking and reporting tasks, projects, and schedules. The WACC presented above is an average between the beginning and end of the respective period. The Company is not updating this information to the present date nor does its inclusion constitute a 34 reiteration or modification of this information.
Absolutely, i will take one, how about you, i believe that you won’t miss this special event ,right? That’s an explosive claim to drop, so let me explain my reasoning before you jump me. AMD is already on the 28nm HP process, so the shift to 20nm is a maximum of 25% improved performance *if* the process comes in correctly. It may not compare all that well against Intel’s hardware as far as power consumption, but AMD definitely moved the ball ahead with Piledriver.
It does create quite a problem for AMD, but there the underdogs, so perhaps they will try something wonky. The implication is that 14nm XM is substantially faster (but priced the same) with 20nm FD-SOI delivering the same benefits (and deploying at the same time) as 14nm XM.


The advantages of FinFETs suit AMD’s small core x86 family more than they do the Bulldozer derivatives. Based on the relative ramp times we’ve seen, GPUs would be the strongest candidate for that.
In contrast, nVidia was much more strict and the GK104-based GPUs were delayed as a result until TSMC’s process was mature enough to churn out the chips nVidia needed. Increase productivity of your small business or office by better organizing your employees' tasks and time.
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I’d be more likely to believe a scaled-up Kabini than a BD overhaul that drastic in just a few months. Let me ask you this, given your considered educated positioning on this subject and AMD’s stance, what should they do? My point was that AMD may have decided to wait it out and be a beta tester, thus the 2014-to-15 roadmap lacks a cat family update. That means, you can use it for your own purposes, at the same time, you can also resell them for profits. I create This Website to provide you the honest review about IM products, to help people make an informed decision before they buy any product online. Moving to a 20nm low-power process at 65W means Excavator’s performance-per-watt needs to leap forwards relative to Kaveri. Their GPU side can afford to take the plunge with big chips and big TDPs, but that’s not a risk you take when making cheap and frugal small cores. I write these reviews is not only to supply you what the IM Products will do for you but also to assist you to avoid wasting your cash for what you’d undoubtedly obtain currently or then. Still, I think it’s clear that AMD is strategically reevaluating the product segments it participates in. We already know that these chips are tweaked versions of Jaguar with better power consumption and that they’re built on 28nm at TSMC. We don’t see a 20nm version of Kabini, Beema, or Mullins on this roadmap because AMD is ramping up an ARM core instead. If that core does well, it may become the poster child for AMD’s new push into different market segments.
GF isn’t rolling out multiple types of 20nm this time around, but is pursuing a unified strategy of offering one type of silicon that can stretch to cover multiple targets.



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