View Full Version : How much is too much voltage for ram?
Methodx
02-24-04, 04:52 PM
I read an overclocking guide that said You should take Ram up to 2.7v, 2.8 if you have heatspreaders but its not good to take it up any more.
Then, I come here and people are jacking RAM up to freakin 3.2 ~ 3.3 v. I want to try and oc my pc3500 ram to 250 mhz, but I don't want to overdo it with the volts. How much is too much?
flapperhead
02-24-04, 06:28 PM
when i first saw the kinda voltages guys were runnin i was amazed.. but it seems all the heavy hitters do it and i have run memory 3+ volts for extended periods.. so far without much probs. mrspec3 has a set of dynamite(292mhz) d43 chips that he has been hiitin with 3.3volts for a long time.. hipro5 the holder of the fastest fsb posted awhile back that he's been running his bh6 at like 3.3-3.4 for over a year with no ill effects. of course kingston engineering told me 3+v is a fire hazard... but what does he know he is only a design engineer LOL.....
sangram
02-25-04, 12:18 AM
The Mosel datasheets specify voltage of 3.3 volt +- 0.3 volt for SOME of their RAM types.
I of course take no responsibility. Check the pdfs yourself before setting yourself on fire.
www.moselvitelic.com
Chixofnix
02-25-04, 12:52 AM
as a rule of thumb (and such things can be iffy - best thing is to check what ppl are doing with YOUR chips), anything up to 3V is PROBABLY safe for most recent RAM... past that can be murky/uncharted waters... ;)
asw7576
02-25-04, 06:38 AM
Anything below 3.3V is safe. Some RAM will take 3.3V easy and some RAM only take 3.2V max. You have to test it, u know??
I'm running my computers 24/7
3.3V for Hynix CT-D43,
3.2V for Winbond BH-6 and Infineon -5
No problemo !!!
Methodx
02-25-04, 12:48 PM
Yeah, thanks for the help guys. I'm running Geil Golden Dragon in dual channel. It's pc3500 ( its 216.5 mhz DDR 433 mhz) and I'd REALLY like to get it up to 250 DDR 500 mhz.
Does anyone think this is possible?
craig588
02-25-04, 01:01 PM
What chips does it have? The ratings dont really matter when it comes to overclockability.
vBulletin® v3.8.7, Copyright ©2000-2012, vBulletin Solutions, Inc.