Threepwood
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Okay, I can;t actually see a sticky for Ocing, just one for ocing software.
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Not at all, I get that you say P35 can have memory and cpu set independantly.
I don't know what G31 isGoogling it right now...
Okay, I can;t actually see a sticky for Ocing, just one for ocing software.
wtf is the problem that everyone wants to overclock?
Just buy a faster system. Overclocking doesn't make a very marked difference in performance anyway.
Overclocking is like driving a car at full throttle all the time - not very good for the engine...
Gone are the good ol' days of running a 286 or XT in "Turbo" mode!)
just buy the more expensive and faster cpu. excellent.
The P965 chipset is fine, just cut back on the mem multiplier. For example, the fsb on the 2160 is 200Mhz (200 x 9 = 1.8Ghz), if you use DDR2 667 memory your mem multiplier will be 3.33 (3.33 x 200 = 666). This means that if you bump your fsb up to 266Mhz (266 x 9 = 2.4Ghz) you will have to change the mem multiplier to 2.5 (266 x 2.5 = 665). Some motherboards don't have the exact multiplier you are looking for, don't worry, just use the closest one.
The cpu's with 11 x multiplier works very well (266 x 11 = 2.9Ghz), this is with stock cooling and voltages.
What's a good Intel with an 11x multiplier? Also a cheap one.
It seems to me that the cheapest is E4500, but that's like double the price of E2160. I think I'll go the cheaper route. Also if I only have a HD3850 I'm sure a way faster processor will be bottlenecked anyway, will it not?
What's a good Intel with an 11x multiplier? Also a cheap one.
It seems to me that the cheapest is E4500, but that's like double the price of E2160. I think I'll go the cheaper route. Also if I only have a HD3850 I'm sure a way faster processor will be bottlenecked anyway, will it not?
Got a linky for E2200?
Just a point on OC'ing which hasn't been mentioned as such: in order to achieve dramatic speed increases without overheating the components, one needs to invest in good cooling. That investment could've been put into a faster component which will perform better without overheating.
Having overclocked items myself, I fully appreciate the urge to achieve better performance for a lower cost than the high-end items. The 2 main motivations are either actual, noticeable speed improvements, or bragging-rights with benchmarks.
In either case, you'd be forced to buy better cooling, or be satisfied with a 10% improvement which is hardly noticeable. Rather spend the extra R500 on a slightly faster item.
Just a point on OC'ing which hasn't been mentioned as such: in order to achieve dramatic speed increases without overheating the components, one needs to invest in good cooling. That investment could've been put into a faster component which will perform better without overheating.
Having overclocked items myself, I fully appreciate the urge to achieve better performance for a lower cost than the high-end items. The 2 main motivations are either actual, noticeable speed improvements, or bragging-rights with benchmarks.
In either case, you'd be forced to buy better cooling, or be satisfied with a 10% improvement which is hardly noticeable. Rather spend the extra R500 on a slightly faster item.