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my Q6600 and P35 combo are still rocking, and will last me at least 2 years...
but ill probably upgrade when the updated nehalem is released....
In what sense? These things at the same clock speeds as previous Penryn quads are anywhere from 50-80% faster depending on the application. Sure in games it may not make a huge difference, but for me with all the HD video I work with it will be extremely awesome. The first time I ever heard of the Nehalem was back in 2003. Back then it was still in R&D, but they had some very interesting write ups that almost made the technology sound made up. When I got first official word about when we could expect to see these CPU's I got very excited. The i7's will be pretty darn cool and I expect it to lead the market despite what AMD comes out with.Ugh... what a failure to my eyes.... no huge improvement...
Hopefully AMD will come back and rock them...
In what sense? These things at the same clock speeds as previous Penryn quads are anywhere from 50-80% faster depending on the application. Sure in games it may not make a huge difference, but for me with all the HD video I work with it will be extremely awesome. The first time I ever heard of the Nehalem was back in 2003. Back then it was still in R&D, but they had some very interesting write ups that almost made the technology sound made up. When I got first official word about when we could expect to see these CPU's I got very excited. The i7's will be pretty darn cool and I expect it to lead the market despite what AMD comes out with.
exatcly. its also the first true quad core cpu
In what sense? These things at the same clock speeds as previous Penryn quads are anywhere from 50-80% faster depending on the application.
Really? I thought they were 50-80% faster in well-multithreaded applications only, with not much improvement for single-threaded loads. There are certainly workloads that Core i7 will be much better for, but for the average consumer who's not constantly rendering or encoding, there's not going to be a significant improvement.
I went back and re-read what I posted and I think you and I are in agreement unless I am just going crazy.Really? I thought they were 50-80% faster in well-multithreaded applications only, with not much improvement for single-threaded loads. There are certainly workloads that Core i7 will be much better for, but for the average consumer who's not constantly rendering or encoding, there's not going to be a significant improvement.
As far as I know the Bloomfield and Tylersburg chips will use the LGA1366 socket. There is just one socket type for both server and mainstream/hardcore users. Later on I would suspect that there may be a new socket introduced for servers, but there is nothing at this time to indicate that there might be some big switch soon. I think you will be able to rest easy.Can someone explain to me why there's going to be two sockets for i7? I can see why they'd do it for servers and desktop use, but why have two sockets for 'hardcore' and 'mainstream'? Is there going to be a third socket for server motherboards?
My worry is that the initial socket will become obsolete very quickly.
The honest truth as far as performance goes will be determined after we have actual chips in our hands. I will be an early adopter this time around so I will try my best to relay information to you guys.yah it was more like 20%-50% in media encoding...other stuff...who cares anyway?
s604->s1567 (>2 socket)Can someone explain to me why there's going to be two sockets for i7? I can see why they'd do it for servers and desktop use, but why have two sockets for 'hardcore' and 'mainstream'? Is there going to be a third socket for server motherboards?
My worry is that the initial socket will become obsolete very quickly.
has there been any definite word that the production cpu's (excepting extreme editions) will absolutely have the fsb and multipliers locked? i guess there could possibly be a way for motherboards to manipulate fsb speeds, but is intel pretty much out of overclocking except for the very high end?
Can someone explain to me why there's going to be two sockets for i7? I can see why they'd do it for servers and desktop use, but why have two sockets for 'hardcore' and 'mainstream'? Is there going to be a third socket for server motherboards?
My worry is that the initial socket will become obsolete very quickly.
I was wondering the same thing. Will overclocking be limited to the EE only?
This may have been posted earlier, but I don't see it so:
http://www.techpowerup.com/71752/In..._of_its_Core_i7-920_and_Core_i7-940_CPUs.html
These can't come out soon enough for me. Still running an athlon 3000 with 7800 gt.
Yah me too I am on an FX-53 and X800XT. Can't wait to go all out on a new rig and pass this one on to my GF .
P4 3.4ghz and X800XL here. Gonna be a huge leap.