blazorthon :
This might be a conversation better placed in the forums, but as a side note, if money is too tight, you could go for a Llano build and have a Hybrid CF setup to make use of the Radeon 6670 since you already have it. A Phenom II CPU (assuming that your motherboard supports them, given that you have an Athlon II, it probably does) could also be used even with your current memory (Phenom II supports DDR2 and DDR3, just not both at the same time) and motherboard. So long as you stick with an AMD APU/CPU, you can reuse parts of your current build so that you can afford better upgrades with the parts that you replace, although if you get the budget to get an i5, that would probably be much more ideal CPU performance for future-proofing as well as current CPU-bottle-necked gaming.
Just want to clarify blaz, for anyone who might be misled, and I'm certain you're aware of this (and I have guesses about what you really meant) but just happened to word it in a way that could mislead. All desktop APU's (I know of) and any Phenom II's (and some Athlon II's since there are FM1 versions) are not socket/motherboard compatible. You could use Phenom II's on an AM2+, AM3, or an AM3+ mo-bo's as I believe, but you can only use current APU's on FM1 and FM2 mo-bo's (and those two not being cross-compatible either, though I remember from a TH news article, talk of a possible adapater from FM2 to 1). (Again, info for those who may stumble upon this without knowing before-hand.
Maybe you could edit it if it isn't too much trouble. Sorry. Sorry. Just had the need to point this out to be safe.
)
With that aside, I just want to point out how Nvidia's (SLI) drivers are relatively impressive compared to AMD's. It topped 7 of the 8 game tests. Hm... Just thought now that scaling should be considered. Let me have a take at making scaling percentages here...............................................Whew... That took some time. Here:
(min%/avg%)...
HD 7850 CF......
GTX 660 SLI
BM:AC............61%/166%........36%/179%
BF3................196%/195%......181%/189%
C2.................200%/183%......170%/179%
D:SD .............205%/201%......171%/192%
MP3...............159%/158%.......213%/176%
M2033............160%/192%......161%/162%
ES5:S.............145%/157%......173%/175%
WoW:MoP........123%/157%.....162%/169%
Overall...........156%/176%..158%/178%
Hm... Wait a sec. Woah! They're pretty much on par with overall scaling (with these games). Interesting... So this shows that it (GTX 660) won because it was plainly better in performance to begin with,
which isn't totally true as shown by the single-GPU test of Skyrim (where the HD 7850, but lost in dual-GPU). So that shows how the scaling percentages can be spread out in a way that it makes one card (GTX 660 in this case) seem really good in dual-GPU tests overall.
Man! I just have to say seeing percentages close to and actually 200% (theoretical performance) is just BEAUTIFUL! But it even goes past that.
Hehehe... Sorry. Optimization nerd here. :lol: But I did think that if I did encounter a percentage past 200%, it might be because there's something "wrong" with the drivers, the game itself, the system, etc. (maybe intentional with the first two?
😉 Haha! Just kidding around. I'm no conspiracy theorist, but I guess it's possible, but I'm not saying it is true or likely. There is that obvious "flaw" with Batman: Arkham Asylum, and I remember this was brought up in an older article.); or there's a bottle-neck when the card is alone, but the bottle-neck gets alleviated in a CF/SLI setup (if that's possible), aside from the fact that I might've just made an error. Anyway, this same concept may apply to any of the percentages (even if they're not at all close to the theoretical performance), I'm thinking.
Anyone feel free to criticize or point out errors with these percentages.
It may be very mildly off since I didn't take note of significant figures (which is important for the accuracy of scientific data) and I also rounded off the the percentages for each test and then again with the overall, though this itself contradicts the significant figures rule and I think we can deal with mild accuracy errors (maybe, just maybe, +/-1% difference more or less).