1.75 vcore on opty 146 by water?

[rookiekiller]

hi guys, is 1.75 vcore on wc still ok? for 24/7?

[PoL]

Not much I think.
I'd say it's a bit high. I don't like to go over 1.65v even on my vapochill, so...

[mouawad]

you're asking for trouble .....not saying you will defintely find it but you're looking

[rookiekiller]

temp at fullload is under 50C

[einCe]

i pull 1.67-1.72 on my 3000 venice on air, no troubles here

[mouawad]

temps aren't your enemy if they're under 50c but you're still pushing it @ 1.75 i wouldnt be comfortable with that 24/7 under my vapo ls let alone water.

[Pyr0]

my opty 146 dropped dead while using 1.705v

[rookiekiller]

hm, thx guys, so whats safe volt for 24/7?

[003]

I wouldn't go higher than 1.6. Preferably less. Keep in mind, using high voltages like that WILL significantly lower the lifespan of the CPU.

[Der_KHAN]

most stop at 1.65. cuz most of the time more volts wont get ur primestable clocks higher anyway.
but i dont know if 1.75 is too much for 24/7 - my sandy ran fine up to 1.92v on wc and took no damage whatsoever.
so id say 1.75 is not really much.

remember that we used to run our athlonXPs with 2.0-2.2v 24/7 and that didnt kill the good ol 130nm chips.
so 1.75 on 90nm shouldnt be an issue i guess... as long as the die temp is <48°C

I wouldn't go higher than 1.6. Preferably less. Keep in mind, using high voltages like that WILL significantly lower the lifespan of the CPU.

hehe, back when ocing my duron600 i asked a friend "but wont the higher volts lower the lifespan?"
he was like "yeah, sure. from twenty years down to ten."

and from what i've seen in the meantime he was right.

[v0dka]

most stop at 1.65. cuz most of the time more volts wont get ur primestable clocks higher anyway.
but i dont know if 1.75 is too much for 24/7 - my sandy ran fine up to 1.92v on wc and took no damage whatsoever.
so id say 1.75 is not really much.

Youre shortening it's ifespan exponetially with Vcore like that, 1.92 should be enough to kill it on the spot, youve been lucky. Plenty of 90nm chips died on 1.85v very fast even with good cooling.

remember that we used to run our athlonXPs with 2.0-2.2v 24/7 and that didnt kill the good ol 130nm chips.
so 1.75 on 90nm shouldnt be an issue i guess... as long as the die temp is <48°C

That's really not a good comparison, I'm not putting diesel fuel in my car only because I know it does work well with diesel engines. WTF man.

And volts kill independent of temperature, dont be spreading false information.

[Der_KHAN]

im just spreading information that i gained by ocing 5 generations of cpus

[rookiekiller]

yeah, all my athlon xp got 2 volt or 2.1 volt,

but now on 0.09um i dont know

ps. hast du icq?

[003]

Well I guess you can take the risk if you like, but the optys don't like high voltage like that. If it dies, don't complain!

[da-key]

Get in and drive it that's what i do for the first few days thats it.

Once its broke in a bit <1.6 is all it should take.

Without better cooling you may be asking for it .

[s7e9h3n]

And volts kill independent of temperature, dont be spreading false information.

most stop at 1.65. cuz most of the time more volts wont get ur primestable clocks higher anyway.
but i dont know if 1.75 is too much for 24/7 - my sandy ran fine up to 1.92v on wc and took no damage whatsoever.
so id say 1.75 is not really much.

remember that we used to run our athlonXPs with 2.0-2.2v 24/7 and that didnt kill the good ol 130nm chips.
so 1.75 on 90nm shouldnt be an issue i guess... as long as the die temp is <48°C

So you're saying I can use up to say....... 10V on my vcore?

[rookiekiller]

hm, ok, i limit it, now im at 1.525 + 110%, smartguardian show 1.63 volt. but it's still too high?

[s7e9h3n]

hm, ok, i limit it, now im at 1.525 + 110%, smartguardian show 1.63 volt. but it's still too high?

Should be perfect for everyday use with even a little room to spare

[ozzimark]

So you're saying I can use up to say....... 10V on my vcore?

hehe, if someone's willing to donate me a cpu, i'll be glad to give it 1.8v under water and see how long it lasts

[s7e9h3n]

hehe, if someone's willing to donate me a cpu, i'll be glad to give it 1.8v under water and see how long it lasts

Well I was thinking about donating my FX57 to your cause, but then I remembered that it doesn't like to boot @ >1.76Vcore. Too bad....

[rookiekiller]

hm, ive got another question, can i use 5 volt vdimm with my antec true control 20 pin? is it possible?

[s7e9h3n]

hm, ive got another question, can i use 5 volt vdimm with my antec true control 20 pin? is it possible?

It's possible, but not recommended.....

[rookiekiller]

hm, on my dfi nf2, i rma d over 10 times =o)

i dont like risk like my nf2 anymore =o)

[Der_KHAN]

So you're saying I can use up to say....... 10V on my vcore?

im not into flaming dude...

read my post again

[s7e9h3n]

im not into flaming dude...

read my post again

Don't quite understand what you're trying to insinuate here But I read over your post again and please enlighten me if I've missed anything......This is what you posted and correct me if I'm wrong, but you're clearly giving advice which could lead to possible damage to someone else's HW.....

most stop at 1.65. cuz most of the time more volts wont get ur primestable clocks higher anyway.
but i dont know if 1.75 is too much for 24/7 - my sandy ran fine up to 1.92v on wc and took no damage whatsoever.
so id say 1.75 is not really much.

remember that we used to run our athlonXPs with 2.0-2.2v 24/7 and that didnt kill the good ol 130nm chips.
so 1.75 on 90nm shouldnt be an issue i guess... as long as the die temp is <48°C

hehe, back when ocing my duron600 i asked a friend "but wont the higher volts lower the lifespan?"
he was like "yeah, sure. from twenty years down to ten."

and from what i've seen in the meantime he was right.