If your definition of innovation = core count, sure. That is a very narrow view, in my opinion.As usual, it seems like AMD is out-innovating Intel, what with them giving 8-core CPUs to the consumer.
8 Core? You are going to be waiting awhile. Even 6 core is likely Skymont at the earliest. And that's not even a given, especially if Intel makes the mainstream "default" laptop processor 17W. I still think Intel is going to use any die savings on integrating more functions (eg: chipset, wifi, ram, disk) onto the die/package, maybe more GPU EUs.
Not really. I agree with him - Intel has slowed down their innovation, by not giving us more than 4 cores on a consumer CPU. Instead, as he has shown, they are just fattening their profit margins, because AMD is doing so poorly in competing with Intel.
Edit: Not that I would think that any powerful, monopolistic corporation would do any different, really. But I think that the claims that Intel wouldn't stagnate innovation, because they have to compete with themselves, is false. I do think that if AMD fails to compete, that Intel will stop competing with itself, and we will be stuck with the modern equivalent of the P4 for years to come. (P4 meaning the current status quo of CPUs at the time, rather than what could have been.)
Edit: Especially if the desktop market shinks, in response to mobile and ARM market. Intel will be a lot less willing to pour R&D funds into desktop CPUs, and their performance will level out, and then Intel will just simply milk what they have, for as long as they can, and as long as the market exists.
In fact, some, like the above poster, may seem to think that this is already happening, and the lack of anything more than a quad-core (which was introduced in 2007-2008) in the consumer space, is prima facie evidence of such.
As usual, it seems like AMD is out-innovating Intel, what with them giving 8-core CPUs to the consumer.
Oh just what I wanted, a snot-nose to repeat something every Joe in the world knows about tech by reading People magazine.
My response was to the question of why Intel doesn't throw more cores at these processors, for one. My answer is that they have gotten lazy and greedy, and that will eventually bite them in the ass. This seems to bother you...
So, lets see how well Intel's strategy is working for them, shall we? Let's just keep it to facts :
Intel's Profit Falls 27% as PC Sales Drop - The New York Times
https://www.google.com/url?sa=t&rct...La4IWMPffB7P9WZMw0m8vKg&bvm=bv.43828540,d.b2U
Wow, nice job! Of course, still very profitable, for now...
And as far as the teenage banter of "they can't do anything about it blame physics" statement you made, please spend a few moments educating yourself :
http://techreport.com/review/23663/as-amd-struggles-intel-chip-prices-stagnate
"...almost two years after the release of the Core i5-2500K, Intel still doesn't offer an unlocked quad-core processor for less than $200. Meanwhile, Intel's gross margin has climbed to an eye-popping 63.4%, nearly 20 points higher than AMD's."
http://factions.in/article/Hardware...Intels_Lead_Over_AMD_Has_Help_Worsen_It/74347
"...Ivy Bridge duals have a die size of 94mm2. Do you realize how many i3s fit on a wafer? FX 8350 is 319mm2. i5s IBs are either 133mm2 or 160mm2. Do you have any idea what kinds of margins Intel must have on those chips? "
Basically, intel does not enhance the performance or add cores because they don't have to right now. They add to their profit margin with the smaller die, and charge a premium if you want a die 2/3s the size of an fx-8350 (ie, the i7 39xx 6 core chips).
That, just in case your great intellect missed it, has nothing to do with physics. It has to do with finance.
And of course, I don't suppose you ever considered why mobile is so big, now? I mean, we've had mobile a long, long time. Early 90s, we started getting smart mobile devices. Late 90s, we had touch screens. Why now?
Oh, that's right, because the devices got powerful enough to do cool things just like a desktop, right? Just like a desktop...
Is that the same desktop that's stagnated for the last 5 years maybe?
So maybe Intel ate its own lunch, you think, maybe? I mean, if they had actually had competition the last 5 years maybe the desktop would be something different, and maybe mobile would still be seen as a poor shadow of the desktop.
But it isn't, not anymore. My iPad browses amost as well as my macbook, and my 'apps' have replaced 'web sites'.
Never mind that a dual core ARM CPU from 2011 is only 1/5 the power of a dual core Atom, it is good enough for tasks we were doing 6 years ago on the desktop - and those are the same tasks we're doing today.
So yeah, you are right, Intel and MS are going to get killed by mobile - but it's not because it's mobile, it's because Intel and MS stupidly wasted half a decade.
Adding cores is not innovation. And just because the industry doesnt go your way doesnt mean its all sour grapes as you write. You can already get the cores you wish, but as usual you do not want to pay for it.
Performance/watt have been increasing dramaticly. As well as integration. And this is what 95%+ of all customers ask for.
Haswell also contains the ability massively outperform SB/IB when AVX2 takes off.
And AMD dont give you 8 core. They give you a quadcore with CMT. Intel gives you a quadcore with SMT if we exclude LGA2011. Its simply 2 different paths, but both are quadcores.
Not to mention, I doubt you see those "8 cores" on FM2 or FM3. And AM3+ is dying fast. Sofar no SR core update in view.
When that is said, R&D budgets havent been bigger. Intel for example is throwing more money than ever before after x86. So they are certainly not slacking. And AMD is certainly not out-innovating Intel.
I agree with you in principle, but I will give AMD credit for one thing at least--They are pushing their CPUs to the limit of their performance, while Intel seems to be leaving a lot of performance on the table. Granted for most things, AMDs architecture is not as efficient as Intel's, but every new revision pushes TDP and clockspeed to the max, while Intel stubbornly seems to resist even increasing clockspeed, much less adding more cores.
Hi,
Somewhere in a leaked table with the Haswell SKU I noticed that most of the parts, with the exception of the unlocked ones, if I recall correctly, were missing VT-x/VT-d instructions for virtualization.
Any news on that?
I think this i5-3570k will be my last quad core. Its either going to be IVB-E, HSW-E or Steamroller... which ever comes out first.
With the PS4 and XBOX720 we'll be seeing 8 core x86 consoles this year.
Therefore we'll also see games making use of 8 cores, and hence likely also a demand for 8 core x86 gaming computers.
So if Intel does not want to provide 8 core mainstream CPUs in the next few years to cover this market segment, perhaps AMD will.
Not me. I'm holding out for 14nm goodness. 22nm is already old school
Well, you are basically saying why Intel is doing everything right from a business standpoint. If they can make a big profit on a quad core that basically matches an 8 core from AMD in all but a few areas, and is faster in some, why shouldnt they? It sounds harsh, but they are a business and in it to make money, not cater to a very small portion of the market that demands absolute highest performance. I do think they are taking a risk relying on hyperthreading and high IPC instead of throwing more cores at performance, but I am sure they could bring out a hex core at a lower price if they need to.
I'm not arguing that the big cores don't get the largest piece of the pie, but in the last two years they've massively accelerated Atom development and in the last months they've pushed back IVB-E. Those are decent indicators that priorities aren't as clear cut as they used to be and additional R&D budget isn't focused on big cores imho.If you want to know where a company is investing the bulk of their R&D you need to look no farther than to the product they are releasing first on any given brand new node.
I don't say that as a matter of opinion, that is a matter of fact and accounting when it comes to semiconductor design and manufacturing.
The day Intel pushes out Atom or Xeon Phi or Itanium on a new node before they push out "big" core mainstream x86 products is the day you will have confirmation that their R&D monies have stagnated or declined in the big core x86 area.
Until that happens you have proof of where they are spending the bulk of their R&D, look at what was released first on 32nm, first on 22nm, and planned to be first for 14nm.
Well good. Then it's AMD's fault as well. Or software devs. So really, this has nothing to do with Intel at all. Might as well start blaming the clouds for your problems.I would guess that the answer is - you have nothing to use it on. And that, folks, is due to - lack of innovation.
Not me. I'm holding out for 14nm goodness. 22nm is already old school
Its far from certain consoles will use those cores for gaming. They didnt on the previous consoles.
Perhaps because it was only PS3 that had 8 cores? I.e. the game developers do not want to create a game that only can make use of 8 cores on one of the consoles.
Now both the XBOX720 and the PS4 (and possibly future AMD desktop CPUs) will have 8 cores, and they will also both be on x86. I.e. designing games for 8 cores will result in greater returns than before.
The Xbox360 got 3 cores. I dont even think a single game used all.
he is saying all 8 won't be used by the game. at least 1 will be strictly for the os and maybe others for streaming or downloading etc etc. at most those games will be coded for 7 cores. weird number tho so maybe 6?So the PS4 and XBOX720 will have 8 cores, but max 2 of them will ever be used by any game. Is that's what you're saying?
Then how come Sony and MS didn't order a 2 core CPU for their next gen consoles?
Games are notoriously difficult to make use of multiple threads. They're lightly threaded apps by nature. You can't make a processor run faster by making a simple 1 + 1 add operation run on multiple cores. More cores aren't the answer to everything.So the PS4 and XBOX720 will have 8 cores, but max 2 of them will ever be used by any game. Is that's what you're saying?
Then how come Sony and MS didn't order a 2 core CPU for their next gen consoles?
More likely that the 7th core will be kept as a spare and 6 will be available for games. Though it is just plain hard to make game software multithreaded enough to use more than 2 or 3 cores.he is saying all 8 won't be used by the game. at least 1 will be strictly for the os and maybe others for streaming or downloading etc etc. at most those games will be coded for 7 cores. weird number tho so maybe 6?
just my opinion on how i took his post and it makes sense to me