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I see people have vcore running higher than 1.4v but my 9900x never sees it running above 1.4v is that normal?
Even in bios it only shows 1.39v and never touches 1.4v
hwinfo64 reports never exceeds 1.4v
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I see people have vcore running higher than 1.4v but my 9900x never sees it running above 1.4v is that normal?
Even in bios it only shows 1.39v and never touches 1.4v
hwinfo64 reports never exceeds 1.4v
View attachment 2689378
You need to look at Core EFFECTIVE Clocks under full load
 
I see people have vcore running higher than 1.4v but my 9900x never sees it running above 1.4v is that normal?
Even in bios it only shows 1.39v and never touches 1.4v
hwinfo64 reports never exceeds 1.4v
View attachment 2689378
That's correct. My 9950X hits 1.39-1.40 max. Avg sits around 1.26-1.28 if I remember in HWinfo
 
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Does anyone know what sort of settings can result in hard reboots when memory testing, as opposed to errors, freezes, bluescreens etc.?

I'm testing an 8000MT/s daily stable OC on my 9700x, and it will suddenly hard reboot sometimes after 4 hours of Karhu, sometimes it will pass then reboot 15mins into a new run (without reboot).

In my experience it's usually one of the following:

1. Too high vSOC (probably not an issue at 1.1v)
2. Too low Curve Optimizer offset (currently at 0)
3. Unstable FCLK (mine is 2000MHz)
4. MCR/PDM - tried both enabled and both disabled.

Anyone know of any other settings which can be stable to memory errors but result in hard reboots?

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Does anyone know what sort of settings can result in hard reboots when memory testing, as opposed to errors, freezes, bluescreens etc.?

I'm testing an 8000MT/s daily stable OC on my 9700x, and it will suddenly hard reboot sometimes after 4 hours of Karhu, sometimes it will pass then reboot 15mins into a new run (without reboot).

In my experience it's usually one of the following:

1. Too high vSOC (probably not an issue at 1.1v)
2. Too low Curve Optimizer offset (currently at 0)
3. Unstable FCLK (mine is 2000MHz)
4. MCR/PDM - tried both enabled and both disabled.

Anyone know of any other settings which can be stable to memory errors but result in hard reboots?

View attachment 2689437
Any errors logged around the time of the reboot?

I would probably look at COs and load-line calibration settings first (revert to the stock 2/3 levels, if needed). Probably don't need to change vSOC, but 1.1v may be too low on some samples.

As far as the memory settings themselves go try increasing DRAMDqDs and ProcCaDs impedance one step while reducing ProcODT and VDDP.

Also, what VDDIO are you using? 1.35v should probably be sufficient here.
 
got the 9600x , to my understanding maximum PPT it can draw is 140-145w which gives me 18900-19000 in cinebench r23 with max temp 76C all cores boost around 5560mhz (on the asus board there is eco mode 105W and 170W but regardless which i select still goes to 140W , only selecting enabled gives it another extra 5W - 145W undecided should i leave it like that or limit it to 120W PPT (manual) which gives me score around 18500 max boost 5480mhz but lower max temps of 67C what do you think guys , post some 9600X cinebench scores
 
Does anyone know what sort of settings can result in hard reboots when memory testing, as opposed to errors, freezes, bluescreens etc.?

I'm testing an 8000MT/s daily stable OC on my 9700x, and it will suddenly hard reboot sometimes after 4 hours of Karhu, sometimes it will pass then reboot 15mins into a new run (without reboot).

In my experience it's usually one of the following:

1. Too high vSOC (probably not an issue at 1.1v)
2. Too low Curve Optimizer offset (currently at 0)
3. Unstable FCLK (mine is 2000MHz)
4. MCR/PDM - tried both enabled and both disabled.

Anyone know of any other settings which can be stable to memory errors but result in hard reboots?

View attachment 2689437
Hi, certainly it your mems setup GearON are doing this, please get rid of it, why don't you start working step by step on GearOFF ?
I explained this too many times already,
you are not stable as y think y are, cause you are using Gear Enable !
Is more than clear, you build your foundation with GDM ON.
GDM Enabled hides issues. Always. Too much. Failure was expected, soon or later coz of that.
Gear ON it's putting a bandaid over it.
But if it was easy GearOFF you would have already found it.
Start removing that GDM and don't pick up the easy give-up route Enableing
Accepting defeat tho GDM Off, won't make your issues go away.
It's not tooo hard. Come on. Please work harder, pure 1T is your route to go, grab your GearOFF stable and your issues will gone 👍
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Any errors logged around the time of the reboot?

I would probably look at COs and load-line calibration settings first (revert to the stock 2/3 levels, if needed). Probably don't need to change vSOC, but 1.1v may be too low on some samples.

As far as the memory settings themselves go try increasing DRAMDqDs and ProcCaDs impedance one step while reducing ProcODT and VDDP.

Also, what VDDIO are you using? 1.35v should probably be sufficient here.
No errors except when rebooting and it says the shutdown was unexpected.

1. Using stock CO and load-line.
2. I did a sweep from 1.0v-1.2v and I found no errors until 1.025v when it would fail immediately when starting the CPU test. I assumed 1.1v was a pretty safe bet therefore.
3. Will try the lower VDDIO, its currently 1.45v.
4. What's the logic behind changing impedances/resistances/VDDP? These control memory bus signal strength, I would assume that memory errors on the bus would be detectable, not trigger a hard reboot?

EDIT: I have a theory that it might be memory temperature related, as pointing a fan at the dimms seems to have helped, will report if it holds up.
 
certainly it your mems setup GearON are doing this, please get rid of it, why don't you start working step by step on GearOFF ?
The HDV (which is a ~120 USD six-layer board) is rarely stable with GDM off at 8000+, but can frequently be stabilized up to 8200-8300 with GDM enabled.

No errors except when rebooting and it says the shutdown was unexpected.

1. Using stock CO and load-line.
2. I did a sweep from 1.0v-1.2v and I found no errors until 1.025v when it would fail immediately when starting the CPU test. I assumed 1.1v was a pretty safe bet therefore.
3. Will try the lower VDDIO, its currently 1.45v.
4. What's the logic behind changing impedances/resistances/VDDP? These control memory bus signal strength, I would assume that memory errors on the bus would be detectable, not trigger a hard reboot?

EDIT: I have a theory that it might be memory temperature related, as pointing a fan at the dimms seems to have helped, will report if it holds up.
Most sufficiently severe errors are capable of triggering restarts and suboptimal settings can certainly increase sensitivity to other issues, like high temperatures.

Timings look sufficiently loose to not be the issue and I wouldn't expect the memory to get too hot, but 1.5 vDDP is still pretty high for what you're trying to run.
 
It's 1.15v VDDP, and 1.5v VDD.
Yes, my mistake, that's what I meant.

1.15VDDP and 1.5VDD/1.45VDDQ are all probably a bit excessive and the latter two likely on the warm side without extra airflow.
 
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ASRock B650M-HDV/M.2
New to this board as I just built son new gaming PC. Trying to PBO/CO a 7900X on this board and seems stuck power wise. Max out at 128w PPT and 84A EDC, 73A TDC. Temps are topping out at 84c and 5.5ghz.... Is there a setting I'm missing somewhere? I have a Asrock B650E and a familiar with BIOS on these board. Everything seems correct.
 
Google Macrium Reflect Free, third-party sites still have it.


Then use it to make a boot USB, boot from USB, and back up your entire Windows drive to a secondary drive, preferably an M.2, so it's quick.

Then after a corrupt Windows or even just BSODs testing settings, you have an image of your Windows drive, boot partitions and all, to restore.

Plus the image is only the used space on your Windows drive, none of the unused free space, so not the size or your entire drive, and you can efficiently compress the image when you back it up at the cost of some backing up and restore speed.

I swear by it!!
 
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Google Macrium Reflect Free, third-party sites still have it.


Then use it to make a boot USB, boot from USB, and back up your entire Windows drive to a secondary drive, preferably an M.2, so it's quick.

Then after a corrupt Windows or even just BSODs testing settings, you have an image of your Windows drive, boot partitions and all, to restore.

Plus the image is only the used space on your Windows drive, none of the unused free space, so not the size or your entire drive, and you can efficiently compress the image when you back it up at the cost of some backing up and restore speed.

I swear by it!!
It depends how damaged the OS is in the first place. If one can boot into the OS, just run cmd prompt with admin & type chkdsk /r to fix it. I never bother with 3rd party apps to fix windows if a failed OC setting ruins it & besides one can boot from a USB stick with windows installer on it & repair from there as well.
 
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