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I was only joking
NP .
Like I said "no biggie it's just a bench run, nothing more".
I can't use 4.0GHz as daily OC . The VCORE it would need to be able to pass say Y-Cruncher ~6hrs, x264 ~48 loops, f@h ~8hrs would be too high IMO. Just to pass 10 loops x264 @ 3.9GHz I need ~1.475V . I use 3.8GHz with +162mV offset = ~1.380V on the ProbeIt VCORE point on C6H, MAX CPU Core Voltage (SVI2 TFN) in HWiNFO is 1.356V with highlighted stability tests.
RyZen master seems to use 100% of thread 15 whilst open. Check task manager to be sureDoes anyone know why my 1600X refuses to idle?
When Windows is sat there doing nothing and I have Ryzen Master open the CPU keeps boosting causing temps to spike, whats that all about? Its hitting 50C and 4.1GHZ whilst doing absolutely noting
I have latest Ryzen Master so its not the temp offset thing
I found out something new about my 1800X today. I can get a lower stable voltage with manual voltage on Vcore and CPUSOC.
For example, 4.1Ghz on all 16 threads. Manual voltage = stable with 7 runs of IBT maximum on 16 threads, voltage set as 1.55v in the bios, LLC2. Actual voltage under load is 1.45v.
Offset voltage, 4.1Ghz on all 16 threads = unstable on more than a couple runs of IBT maximum, LLC2. Actual voltage under load is around 1.48v+.
Has anyone else found this?
Looks like I'm going to have to ditch offset for now and use full manual.
Is it worth upgrading from a 5820k from any of these. Mostly games and motion graphics work. Well. Adobe creative suite.
Anyone had any experience in these programs with this chip?
Does anyone know why my 1600X refuses to idle?
When Windows is sat there doing nothing and I have Ryzen Master open the CPU keeps boosting causing temps to spike, whats that all about? Its hitting 50C and 4.1GHZ whilst doing absolutely noting
I have latest Ryzen Master so its not the temp offset thing
RyZen master seems to use 100% of thread 15 whilst open. Check task manager to be sure
Those same sticks don't work at 3200 on my brothers Pro Carbon so must be the 1.3 bios update which his board doesn't have yet.I didn't. MSI has the model number listed no revision numbers, turns out revisions wasn't a problem.
I think the Samy B-Die thing is something everyone has jumped on before better bios updates have been released. It seems all single rank RAM is managing regardless of the manufacturer.
Those same sticks don't work at 3200 on my brothers Pro Carbon so must be the 1.3 bios update which his board doesn't have yet.
yeah I started to realise this might be something to do with it, is it a bug in the version? Seems a bit of a daft one if it is
task manager shows ryzen master only using 10ish% cpu but soon as I close ryzen master the fans ramp down
So when you OC using pstates and you want to set manual voltage, do you do it in extreme tweaker? Just setting constant voltage and it will overwrite pstate default voltage?I found out something new about my 1800X today. I can get a lower stable voltage with manual voltage on Vcore and CPUSOC.
For example, 4.1Ghz on all 16 threads. Manual voltage = stable with 7 runs of IBT maximum on 16 threads, voltage set as 1.55v in the bios, LLC2. Actual voltage under load is 1.45v.
Offset voltage, 4.1Ghz on all 16 threads = unstable on more than a couple runs of IBT maximum, LLC2. Actual voltage under load is around 1.48v+.
Has anyone else found this?
Looks like I'm going to have to ditch offset for now and use full manual.
Don't know if anyone is interested, but i captured the new Unigine Superposition benchmark running on my 1800X and Radeon Pro Duo's.
NP .
Like I said "no biggie it's just a bench run, nothing more".
I can't use 4.0GHz as daily OC . The VCORE it would need to be able to pass say Y-Cruncher ~6hrs, x264 ~48 loops, f@h ~8hrs would be too high IMO. Just to pass 10 loops x264 @ 3.9GHz I need ~1.475V . I use 3.8GHz with +162mV offset = ~1.380V on the ProbeIt VCORE point on C6H, MAX CPU Core Voltage (SVI2 TFN) in HWiNFO is 1.356V with highlighted stability tests.
I found out something new about my 1800X today. I can get a lower stable voltage with manual voltage on Vcore and CPUSOC.
For example, 4.1Ghz on all 16 threads. Manual voltage = stable with 7 runs of IBT maximum on 16 threads, voltage set as 1.55v in the bios, LLC2. Actual voltage under load is 1.45v.
Offset voltage, 4.1Ghz on all 16 threads = unstable on more than a couple runs of IBT maximum, LLC2. Actual voltage under load is around 1.48v+.
Has anyone else found this?
Looks like I'm going to have to ditch offset for now and use full manual.
Is it worth upgrading from a 5820k from any of these. Mostly games and motion graphics work. Well. Adobe creative suite.
Anyone had any experience in these programs with this chip?