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Ok, so it's the same core at 32nm, point is that it's gonna be a big leap forward in performance and efficiency from those parts that it replaces.
Why is there no reason for more powerful CPUs in notebooks unless it's to feed a GPU? There are plenty of people who do a lot of work on their notebook (actual work, not gaming) and they would certainly enjoy a more powerful processor, that's some lousy logic.
Intel isn't raking a ton of cash in over the Atom/netbook trends either, the profit margins for the Atom are minuscule compared to other processors and the only reason Intel entered that market space was so someone else like VIA wouldn't swoop in and take their place... But netbook sales are actually eroding other laptop sales which are much more profitable for Intel, and they (along with MS) have actually tried to discourage netbook manufacturers from pairing the Atom with more powerful GPUs or larger screens in order to curb the whole netbook fad in general.
Where the hell are AMD's 45nm laptop offerings? It's been 8 months since the launch of the first 45nm processors, and 3 months since the Athlon IIs, but no signs of Turion II or whatever. The problem now is that when AMD's new 45nm notebook processors come out, it's roughly the same time the new 32nm Arrandales come out, and it's the same old situation again, where AMD's notebook processors are clearly inferior to Intel's in every single way, in performance, heat, and battery life. And with Intel's new on-die GPU supposedly having a 2x performance increase over the 4500MHD, the gap between Intel's and AMD's graphics should be much narrower. Had 45nm notebook processors come out in July or August, AMD would enjoy several months of being very competitive with Intel in the notebook front.
Supposedly AMD's going to wait until the new 8xx-series chipsets to be released before launching 45nm notebook processors, I don't see why AMD can't pair the existing 780M chipset with 45nm. It works on the desktop (Phenom II's backwards compatibility with older chipsets) so why can't it work on the notebook.
Intel managed to use the existing chipsets when launching new mobile processors at least twice. In 2006, when they launched mobile Core 2, which worked perfectly on the older 945GM chipsets intended for Core 1. And also, earlier in 2008, when they launched mobile 45nm Penryn processors, which also worked fine with the 965-series chipsets intended for 65nm Core 2s. So why can't AMD?
whats an i3?
Exactly. It is a very small market. Power users don't by laptops, they buy desktops. And ya, good luck on that Intel GFX that is going to kick everyone's ass, and a mobile version in laptops no less! Haha.
Yes there is a need for more powerful notebooks for sure.
But the fact is, it is a small market. They are expensive and suck back power. And whatever incredibly small advantage an i5 would hold over a P2 in a laptop case, the GFX platform of ATi would make it extremely competitive, if not market leading. Hell they would have the cost advantage as well considering they wouldn't have to stuff a competitors (Nvidia) GFX card in there!
Awe, poor Intel for having to make a profit off of a demanding market, to make sure its competitors stay at the curb. I don't think Intel's profit margins are any less on the Atoms then the Celeron M's they replaced. They are cheap as dirt to make and a little over priced for some models if you ask me.
Welcome to the real world intel, netbooks aren't a fad!
I wasn't shedding a tear for Intel, just replying to this notion that they're somehow glad that the Atom is such a hit or that they're better off for it (from a strictly business pov), they're not, and it's clear they would rather have it not catch on any more than it has. Even if profit margins are the same as they were for the Celeron M, that never sold in the quantities that Atom is selling at (for a variety of reasons).
What questions? We essentially agree... Intel would love for the Atom and netbooks not to exist, but they do, and so they entered that market segment and took it over, doesn't mean they're glad they had to do so. Same way MS was forced to extend XP licenses in order to satisfy a demand... Intel, as a business, would be better off if netbooks had never taken off and this notion of "good enough" computing hadn't taken root. Obviously once it did they had to react tho, and they were more than capable of it.
Did u mean that u would only get 50% advantage per core, or 50% because of hyperthread? (on the i7)no it wouldnt.. but overall it depends on the application.. yes a 5ghz dual core would be faster then a 2.3ghz octo-core if you are using single threaded apps.. but a 2.3ghz octo-core when it comes to multi-threaded apps is way faster..
heres the math.. it may help you understand why they do this..
5ghz dual core each core is 5ghz.. so 5x2= 10ghz multi-theaded cpu power
2.3ghz octo-core has 8 cores at 2.3ghz.. so 2.3x8= 18.4ghz multi-threaded cpu power
3.2ghz quad core has 4 cores at 3.2ghz.. so 3.2x4= 12.8ghz multi-threaded cpu power
there is 1 exception though with the i7.. it is not 8 cores at 2.66ghz but in actuality its 8 threads at 1.33ghz each.. since the i7 uses hyperthreading which creates 4 virtual cores that are shared over the 4 physical cores it ends up turning into 50% power on each core for each thread.. so each core supports 2 threads..
there are also a lot of variables between the core architectures as well..
but the primary reason for what AMD and intel are doing is that they are able to double or triple the total output of a chip while still staying within a specific thermal design.. when you start talking about dual cores doing 5ghz.. you are talking about thermal ratings in the 200-250w range.. and if its a 45nm chip which it has to be then you are talking about a thermal design wattage of 300-350w.. its just not feasable nor practical to do this.. and this is also why intel never came out with a 4ghz p4 processor.. it was not worth it in the long run since the power requirements for the chip would of been in the 130-140w range.. when they were able to create a dual core at 2ghz making it a 4ghz chip at half the power..