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Are you kidding me? The E6600 has 4MB L2 Cache vice 2MB and that alone should improve peformance some. I bought one and once I get it I'll post results. I though with time the production process it supposed to improve the product not make it worse.
Depends on your application. SMP Folding is an example of a program that takes advantage of every bit of cache it can get.That extra 2MB cache only provides at most a 5% performance increase. Dunno why the E6600 got worse in quality OCing but it could be due to the fact that the '50 series of C2D were coming out pretty soon and all of the quality parts, I guess, were being diverted to the '50 series. That would explain why the E6750 is such an amazing overclocker.
Mine canceled.![]()
mine cancelled. thanks to the guy who ordered 15. been waiting on that price for over a year too,
mine cancelled. thanks to the guy who ordered 15. been waiting on that price for over a year too,
Mine got canceled as well. All 15 of them.
FYI I'm poor and in debt. I can't even get a credit card.
I hear that the e4400's clock very similarly to this one (3.4 GHz, roughly, on air), and retails for the same. That's what the little birds tell me, anyway.
Did your bird tell you that E6600 is at 1066 fsb and E4400 is at 800 fsb with half the cache? That equates to roughly 20-25% speed difference at same clock speed.
Did your bird tell you that E6600 is at 1066 fsb and E4400 is at 800 fsb with half the cache? That equates to roughly 20-25% speed difference at same clock speed.
I run virtual machines on 3 different Core 2 systems at home (2 PCs, 1 Mac) that lack VT. VMWare, VirtualPC and Parallels all support virtualization with or without VT or Pacifica. I'm not sure about Parallels supporting Pacifica since no Macs ship with AMD CPUs, but VMWare and VirtualPC don't care.Why does no one care about Virtualization? I use it regularly, currently fighting a stubborn VPN client that no likey Vista.
For me, an e4400 would be absolutely unacceptable because of that.
Average performance difference based on cache size: 3.5%. For games, it's even less.
http://www.anandtech.com/cpuchipsets/showdoc.aspx?i=2795&p=4
The FSB difference has no bearing - that's what downward-unlocked CPU multipliers are for.
The upside to a retail e4400 is the 3-year warranty (as opposed to 90 days for this OEM e6600), and a decent heatsink.
Any links to where it shows 3.4GHz on air for the E4400?
I got mine to 3 GHz - it fails Orthos in about 7 seconds, but it's stable for everything from office work to intense gaming to multiple runs of 3DMark 06 in one sitting. I don't think anything can bring it to it's knees, besides Orthos obviously. And you can't beat stock voltage![]()
Of course FSB has a bearing in performance as well. Would you like to bet some money on that?
You show me year old results with 1900xt crossfire @ 1600x1200. Do you think maybe if they used a different video card they would have better performance in games or no? Lower resolutions? No or yes?![]()
I somewhat doubt a processors FSB can be compared to a video card...![]()
O.K., so aside from me, how many people were able to get one?
What the hell are you talking about?
FYI higher FSB CPU DOES perform better at the same clock speed.
I mentioned video card because the guy was talking about game performance is 1 or 2% with cache differences. If the reviewer used a different card or at lower resolutions where you are not video card limited the performance does increase. Anandtech used 1600x1200 resolution where the video card gets limited.![]()
What the hell are you talking about?
FYI higher FSB CPU DOES perform better at the same clock speed.
I mentioned video card because the guy was talking about game performance is 1 or 2% with cache differences. If the reviewer used a different card or at lower resolutions where you are not video card limited the performance does increase. Anandtech used 1600x1200 resolution where the video card gets limited.![]()
You said then difference in FSB results in 20% performance increase or loss. Show me some source to back that up.
i managed to get one, should be here monday. thanks again for the heads up.
I run virtual machines on 3 different Core 2 systems at home (2 PCs, 1 Mac) that lack VT. VMWare, VirtualPC and Parallels all support virtualization with or without VT or Pacifica. I'm not sure about Parallels supporting Pacifica since no Macs ship with AMD CPUs, but VMWare and VirtualPC don't care.
TBH, I can't really notice any speed difference vs the Woodcrest Xeon workstation I have at work which does support VT (I enabled it), although 2 of my home systems have much higher clock speeds and 1 system has twice the amount of memory. VT can help performance, but it's not a requirement.