Similar yes.  My cost differences here were definitely in the 'top-o-the-line' GeForce, the extra 4GB ($150 per 2GB DIMM), and two 500GB drives.  Either way, such systems are easily built for less than $3000.  Don't trust Alienscare, Dull, or HP as good system builders - you pay for convenience but not for quality and efficacy.

I paid slightly more for convenience - using someone to purchase components, build, and set up for me 'cause I'm busy ;) - but pre-builts in the same category are ridiculously priced and other 'custom' systems were more expensive.  Seeking lowest prices for components yourself can save hundreds of dollars (that's how I built my dual Xeon for a song).  So, kudos for a good build with a great price tag! :D

vince3, gotta watch that difference between B3 and GO stepping.  From my research and forum responses, the GO stepping is superior - which is why I insisted on it.  Otherwise, yes, getting the celestial stars to align on a perfect system build is a daunting process.  But I've learned from previous experiences that researching products and reviews goes a long way in avoiding disappointment.  Unfortunately, people tend to see the 'most bang for the buck' as a bottom line instead of as a warning of inferior quality and support.  When it comes to computer hardware, I want stability, extensibility, variability, and dependability above all else.

One good thing about this mobo is that it can support memory with up to 1033 (iirc) FSB.  I wanted 8GB no matter the speed, thinking that in the future it could be updated to faster speeds as they become available.  I did compromise on the maximum memory - 16+ GB memory boards are expensive as is the memory itself.

C makes it easy to shoot yourself in the foot. C++ makes it harder, but when you do, you blow your whole leg off.

 -- Bjarne Stroustrup

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