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what worries me is if it is marketed as more mainstream will the 1366 socket procs be fazed out
I dont like this at all. Seems more of a marketing ploy to keep folks from OC cheap chips to get close to the benifits of high end chips. LGA 775 seemed to have a great deal of this, like the Q6600. I really think this is going to back fire on Intel. It may create unessisary confusion on what exactly the consumer is purchasing.
Intel is doing with i5/7 what AMD tried with socket 754/939/940, physically splitting the diferent market segments (budget/mainstream, mainstream/high-end, server) using different, incompatible sockets.
i7 is a dual socket CPU without a socket. i5 is a single socket CPU in a single socket. WTF is so difficult about this concept that NOBODY can fucking understand it? Its not that fucking hard.
i7 is a dual socket CPU without a socket. i5 is a single socket CPU in a single socket. WTF is so difficult about this concept that NOBODY can fucking understand it? Its not that fucking hard.
Dual socket 1366 boards ARE coming, though. Can't say the same about 1156.+1
If what he MEANT to say was that:
i7 = High end, tripple channel DDR3, socket 1336
i5 = Mainstream, dual channel DDR3, socket 1156
Then he choose an terrible wording...if not, his post makes no sense.
What in the hell...i7 is a dual socket CPU without a socket. i5 is a single socket CPU in a single socket. WTF is so difficult about this concept that NOBODY can fucking understand it? Its not that fucking hard.
Then he choose an terrible wording...if not, his post makes no sense.
Dual socket 1366 boards ARE coming, though. Can't say the same about 1156.![]()
whats this new i5 proc and socket i'm hearing about, I just shelled out 600 for a i7 and 1366 motherboard but i'm hearing that i5 and its socket will be more mainstream, say it aint so![]()
i7 is a dual socket CPU without a socket. i5 is a single socket CPU in a single socket. WTF is so difficult about this concept that NOBODY can fucking understand it? Its not that fucking hard.
-office space"I'm a people person. I deal with the customers so the engineers don't have to. Don't you get that? What the hell is wrong with you people!"
Its simple. With the memory controller on the chip, different types of memory have different number of pins.
LGA-1156 = Dual Channel DDR3 = Core i5 = Mainstream Desktop
LGA-1366 = Triple Channel DDR3 = Core i7 & Xeon = High end Desktops & Dual Processor Servers
LGA-1567 = Quad Channel FB-DIMM = Beckton = High end Multiprocessor Servers
i7 is a dual socket CPU without a socket. i5 is a single socket CPU in a single socket. WTF is so difficult about this concept that NOBODY can fucking understand it? Its not that fucking hard.
"I'm a people person. I deal with the customers so the engineers don't have to. Don't you get that? What the hell is wrong with you people!"
-office space
No, I said exactly what I meant to say. LGA1366 is designed primarily for DUAL socket operations. Using it in SINGLE socket operations is "a dual socket CPU without a socket".Then he choose an terrible wording...if not, his post makes no sense.
No, I said exactly what I meant to say. LGA1366 is designed primarily for DUAL socket operations. Using it in SINGLE socket operations is "a dual socket CPU without a socket".
And DDR2 and DDR3 are both 240 pins.
To explain further on LGA1366, by leaving the PCI-E controller on the "northbridge" (its really just a QPI->PCI-E (DMI being a 4 lane PCI-E connection) bridge, it reduces the duplicate parts on the CPU. Multi-socket operations are more memory intensive (as are server apps), thus the third memory channel. The only downside to this being the lack of a GPU in a standard configuration. A discrete GPU will have to used, either in a PCI-E slot or using PCI-E and built into the motherboard.
With LGA1156, neither is really important. One socket (and the desktop usage model) reduces memory bandwidth demands significantly. By removing the third channel, Intel can make a smaller die. By moving the PCI-E controller onto the CPU socket, they can reduce the chip count (goodbye expensive northbridge), and better utilize die space (32nm production being cheaper than 45nm production).
- You did choose a terrible wording
- You should have written this instead
Draw a picture of an inverted triangle, point facing down, flat side up). On the bottom is tylersburg (X58 / the northbridge). Each side is a QPI link, and the top points are each a bloomfield CPU/LGA1366 socket. Now, remove one point so its just a line between the top point (a socket) and the bottom (the northbridge). Thats a dual socket without a socket.Totally agreed, though. His first post made me scratch my head prior to giggling aloud. The second attempt was better, but I'm still not 100% on what he means...
bingo.Oh, you mean with one less socket than it could support?
That'd make a lot more sense...