ok, i dont own a dfi ultra-d yet and by no means am i an expert in overclocking. i am trying to do as much research as i can. let me start off by stating my objectives. i want to overclock a 3200+ venice but im not interested in getting the ultimate overclock outta it.. maybe 2.4-2.5 ghz. i am reading these horror stories about people frying their ram cuz they are pushing 3.2+ volts into them and trying to run them at 2-2-2-5. my goal is to overclock but not spend a whole lot of money on ram.. hence im researching the value vx sticks for now.
http://www.newegg.com/Product/Product.asp?Item=N82E16820227213#DetailSpecs]ocz value vx[/URL]
my question is, if i run the sticks at 2.5-3-3-7 like they are rated and push maybe 3.2 volts or less into them, i can still overclock say using a divider of 166 (5/6) and push my cpu to say for example 250fsb.. correct? maybe its just me but seems like not enough people are using the dividers?
i guess im wondering why these sticks are crashing on some peoples dfi boards(read long thread on dfi-street.com) when they try to push 2-2-2-5 at high voltages at 1:1 ratios. from what i read so far the lower latencies only save u 1-2%??
please advise me.. any help and added information would be appreciated! just looking to build my next system properly.
http://www.newegg.com/Product/Product.asp?Item=N82E16820227213#DetailSpecs]ocz value vx[/URL]
my question is, if i run the sticks at 2.5-3-3-7 like they are rated and push maybe 3.2 volts or less into them, i can still overclock say using a divider of 166 (5/6) and push my cpu to say for example 250fsb.. correct? maybe its just me but seems like not enough people are using the dividers?
i guess im wondering why these sticks are crashing on some peoples dfi boards(read long thread on dfi-street.com) when they try to push 2-2-2-5 at high voltages at 1:1 ratios. from what i read so far the lower latencies only save u 1-2%??
please advise me.. any help and added information would be appreciated! just looking to build my next system properly.