E7-2870
http://www.cpu-world.com/CPUs/Xeon/Intel-Xeon E7-2870 AT80615007266AA.html
wonder how she folds
http://www.cpu-world.com/CPUs/Xeon/Intel-Xeon E7-2870 AT80615007266AA.html
wonder how she folds
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Multiprocessing: Up to 2 processors
They should make quad socket boards for this. Still nice with 2x 10 Cores tho.
E7-2870
http://www.cpu-world.com/CPUs/Xeon/Intel-Xeon E7-2870 AT80615007266AA.html
wonder how she fold![]()
its 2p...^^ You have one?!?!?!?What socket?
Probably mainly for 4 socket servers. If they have <$1500 10 core ships come out for socket 2011 though I would probably get one. For [H]ardcore folders though two of those at 4.3Ghz with quad channel ram would probably push close to 400-500Kppd.
Does it have turbo? 2.4ghz is still pretty fast for 10 cores. It could easily get 60kppd with one CPU, do you have 2? How many channels of ram? It looks like those are several thousand, pooie. We still want PPD.
ahh shit i missed the 10 core part, lol.
doing some reading up on them.
they are "based on the 32nm Westmere architecture and their operating frequencies range from 1.73GHz up to 2.4GHz".
there are 2 variations of them the E7-2xxx are 2p and the E7 4xxx are the 4P versions.
they have 2 dual channel DDR3 1066 IMC's which equates to quad channel DDR3 (same design as AMD's G34 socket)
my guess is these are the stepping stone processors before the xeon sandy bridge processors come out later this year.
links for the info i found.
http://www.cpu-world.com/news_2011/2011020702_Intel_Xeon_E7_series_is_slated_for_Q2_2011.html
http://techiser.com/intel-xeon-e7-line-adds-13-cpus-135842.html
E7-4870
4 CPU's x 20 thread's each x 2.4GHz = 192GHz of folding power!
Est ppd for a 4 CPU beast would be.....420k????
If it scales the same as a i7, I'm guessing a TFP of less then 5 min. And at 5 minutes your at 420k.
ppd/kw would be awesome!!!
Price per point would kill a normal man!
It's nice to dream!!!!
not so fast buddy.. its not 4 x 20 threads x 2.4Ghz= 192Ghz
a physical + logical core does not equal 4.8Ghz. its more like 3.5Ghz. a logical core thread is not equal to a physical core thread in performance. its roughly about 40-60% depending on the application with a 10-20% loss in performance on the physical core thread depending on the application. (its why you see better numbers with SMP 7 vs SMP 8 or smp 11 vs smp 12 since the 4th/6th physical core has access to all its resources)
consider it like this..
the E7-2870 has 10 x 256kb L2 cache. so thats 2 threads per core sharing 256kb @ 128kb per thread. then consider the fact that the processor has a total of 30mb of L3 cache, so 30mb / 20 is 1.5mb of L3 cache per thread if you were to completely max out the processor plus L3 cache usage. mind you the 30mb is shared between all threads so 1 thread could use more then other but thats not the point of this.
so in the end they decided to choke the processor to death on L2 cache while giving it an asinine amount of L3 cache that barely anything uses and nor does F@H. so the end result is while this processor sounds awesomely cool, its not meant to be used to run F@H. doesn't mean you cant but i wouldn't expect any crazy numbers out of it.
and yes i know i used the 2870 as an example but the 4870 is the exact same processor only with 4p support.
Multiprocessing Up to 8 processors
Blah, Blah, Blah
If you even owned a Intel i7 I would consider your argument, but you don't, so you have NO idea where these number came from!!!!!!
And until you ACTUALLY OWN an i7, I'm not explaining it to you!!!![]()
Blah, Blah, Blah
If you even owned a Intel i7 I would consider your argument, but you don't, so you have NO idea where these number came from!!!!!!
And until you ACTUALLY OWN an i7, I'm not explaining it to you!!!![]()
just wondering.....with all the "toys" you get early access to, are you a witch?
I double up "my" machines or send them to "testers" in various states... can't sell them though...
I'd be happy to help you in *testing* those things out if you get any more spares. I'm certain I could put together an appropriate platform to *evaluate* those chips with.![]()
still didnt answer the question, what is it that you do damit !
I am leaning towards thinking this is a socket lga 1567 chip...
.
It's probably one of these: http://hardforum.com/showthread.php?t=1546993