Q6600 vs Q9300 for gaming
Forum CPU & Components : CPUs - Q6600 vs Q9300 for gaming
what should it be?
any pro's and con's
Q9300 is a tad faster than the Q6600 and has lower power consumption. The Q9300 also supports SSE 4.1, where as the Q6600 does not. I don't think SSE 4.1 has any relevance for gaming anyhow? The downside is the Q9300 has a lower multi-plier for overclocking and generally more expensive. It should also be noted that the Q9300 has less cache than other 45nm Quads and even the Q6600.
The Q6600 is the better bang for Buck
Message edited by speedbird on 08-26-2008 at 01:47:54 PM
I believe the Q9300 has better power consumption, overclocks higher and is faster than the Q6600. Then again, it is significantly more expensive!
2nd speedbird.
At stock, the Q9300 will be a little better.
If you plan on overclocking, the Q6600 will probably go further.
For the $70ish saved, I would get the Q6600 and either upgrade the cooler or GPU.
Message edited by outlw6669 on 08-26-2008 at 01:59:39 PM
PSA
Reply to outlw6669
There will be more of a gain if you invest the price difference between the 2 on a GPU upgrade.

Reply to Zenthar
can the Q9300 OCed to 3.2ghz?
i dont know much bout OCing yet
That all depends on if your motherboard will be stable at 427Mhz.
If it is, you can probably run it at 3.2Ghz (7.5 x 427).
The Q6600, on the other hand, only requires the motherboard to run at 356Mhz FSB to get the same 3.2Ghz (9 x 356).
PSA
Reply to outlw6669
| isaacrobot wrote : ...
|
You just answered your question... Definitely the Q6600 then!!
Bob
@stock I thought the wattage is the same (95w). Q9300 is 45nm, clocked 100mhz faster?
I wouldn't say it would run cooler, but it does runs a lil faster/better at stock. For games, I'd say it really doesn't matter much.
OC'ing on the other hand, whelp that's a different comparison. x9 vs x7.5 multiplier. x7.5 can only go so far.
ok thnx to all,
i'll go with the cpu that will fit my budget!
| speedbird wrote : Q9300 is a tad faster than the Q6600 and has lower power consumption. The Q9300 also supports SSE 4.1, where as the Q6600 does not. I don't think SSE 4.1 has any relevance for gaming anyhow? The downside is the Q9300 has a lower multi-plier for overclocking and generally more expensive. It should also be noted that the Q9300 has less cache than other 45nm Quads and even the Q6600.
|
SSE 4.1 has as much gaming relevence as DX 10.1 (none).
| bobwya wrote : You just answered your question... Definitely the Q6600 then!! |
I'm new to builds and overclocking too and wondering about cpu choice.... so the 6600 is a lot easier to OC? I plan on using this board which the reviewers say is great for overclocking. This board has only one 16x slot but I'll be using a gtx260 so I heard that if in the future I ever went to SLI with the 260 I may need quad core in order to power the SLI setup. Is that true or is a fast duo just as good? Also I will be probably going with a 24 or 26 inch LCD. I don't want to over 1900 x 1200 res though right, even with the 260?
| terrapin406 wrote : I'm new to builds and overclocking too and wondering about cpu choice.... so the 6600 is a lot easier to OC? I plan on using this board which the reviewers say is great for overclocking. This board has only one 16x slot but I'll be using a gtx260 so I heard that if in the future I ever went to SLI with the 260 I may need quad core in order to power the SLI setup. Is that true or is a fast duo just as good? Also I will be probably going with a 24 or 26 inch LCD. I don't want to over 1900 x 1200 res though right, even with the 260? |
outlw6669:
| Quote : That all depends on if your motherboard will be stable at 427Mhz.
|
The point we are making is that you need better RAM and MB to support an overclock on the Q9300. The actual processor itself should go quite high (with right cooling) being the newer 45nm process vs. the 65nm of the Q6600. The Q6600 has been revised and with the right stepping (G0) should reach >3.2Ghz or so.
Some more info at XS:
http://www.xtremesystems.org/forum [...] ?p=2597182
I'm no expert (running a 1600x1200 display) but all the charts show that going over 1900 x 1200 needs a hefty multi-gpu solution (for newer DirectX 9.0c/10.x games anyway).
Bob
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