Caporegime
Just want my baby to be cool and quick.
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Maybe demand is huge.
cool'n'quiet?Just want my baby to be cool and quick.
Lol how would demand have anything to do with NO ONE getting any 3800x's I think maybe their is 1 or 2 in USA that have one but if you look around theirs pretty much zero benchmarks or info about the chips
cool'n'quiet?
How would demand effect supply?
Got my 3700X today, running it on an Asus X470 Prime Pro. I had updated the bios before hand so the install went incredibly smoothly and everything is up an running great. I would say however that on auto-voltages on this motherboard, its sitting at 1.45v idle which from what I can tell is normal behavior for Zen2 however its still higher than I have liked so I have set a negative offset in the bios and I have done some benchmarks and I have lost no performance while dropping the max idle voltage to 1.330V vs 1.450v.
Got my 3700X today, running it on an Asus X470 Prime Pro. I had updated the bios before hand so the install went incredibly smoothly and everything is up an running great. I would say however that on auto-voltages on this motherboard, its sitting at 1.45v idle which from what I can tell is normal behavior for Zen2 however its still higher than I have liked so I have set a negative offset in the bios and I have done some benchmarks and I have lost no performance while dropping the max idle voltage to 1.330V vs 1.450v.
After investigating this issue further, it looks like monitoring tools with frequent monitoring intervals will cyclically wake every core in the system for a few milliseconds to probe their behavior. From the perspective of the CPU, this looks exactly like an application asking for frequency boost. An application woke every core and asked it to do something, and is doing that every 100-2000ms (depending on polling interval). This will artificially inflate voltages and clockspeeds reported by the system, especially if the tool you're using to check voltages is the same tool that's causing cores to boost. I can confirm that CPU-Z is showing the correct CPU idle voltage, though.
tl;dr: there are myriad reasons why the CPU may be appearing to use more voltage than you expect. Some tools can't probe the behavior of a sleeping core. Some tools poll so frequently that the core(s) think they must boost all the time. If you want an accurate voltage reading, CPU-Z is the solution for now.
Got my 3700X today, running it on an Asus X470 Prime Pro. I had updated the bios before hand so the install went incredibly smoothly and everything is up an running great. I would say however that on auto-voltages on this motherboard, its sitting at 1.45v idle which from what I can tell is normal behavior for Zen2 however its still higher than I have liked so I have set a negative offset in the bios and I have done some benchmarks and I have lost no performance while dropping the max idle voltage to 1.330V vs 1.450v.
Its normal for it to report 1.45v but its not actually that voltage. The cores are sleeping. Use Ryzen Master to get readings rather than undervolt needlessly.
Use Ryzen Master to get readings rather than undervolt needlessly.
There is no such thing. As long as you remain stable, undervolt is win-win-win. Cool, quiet, higher and longer boost.undervolt needlessly.
Yes how would it? Does not matter how high demand is. whether theirs one person wanting one, or if theirs 2 thousand. If their is zero CPU's, which is currently the case no one is getting one
Got my 3700X today, running it on an Asus X470 Prime Pro. I had updated the bios before hand so the install went incredibly smoothly and everything is up an running great. I would say however that on auto-voltages on this motherboard, its sitting at 1.45v idle which from what I can tell is normal behavior for Zen2 however its still higher than I have liked so I have set a negative offset in the bios and I have done some benchmarks and I have lost no performance while dropping the max idle voltage to 1.330V vs 1.450v.
I have jigger, everything is fine