If this is your first visit, be sure to
check out the FAQ by clicking the
link above. You may have to register
before you can post: click the register link above to proceed. To start viewing messages,
select the forum that you want to visit from the selection below.
No worries. Based on previous posts I had the impression that some members here had insight to upcoming BIOS releases, such as which AGESA will be included in which BIOS versions and potential target dates. I was hoping someone had a peak at some form of a change log for F31 (final #2), but I must not understand the relationship of members here to Gigabyte Engineering. Thanks!
Spoke to soon did find a change ??????
Pbo boost override goes up to +500mhz now..
Didn't do anything for me on 5600X.. best results for me are still on +200mhz/-15/+0.03V yielding 4.85 1T / 4.55 nT in Cinebench. I could get +250mhz to work but CPU doesnt stay locked at 4.9 during 1T, and average clockspeed is actually slower than 4.85... +350mhz booted to windows and I saw brief flashes of 5 GHz while idling but totally not stable at all despite any CO and voltage offset.
I use a translator because I don't understand English well.
I am using RYZEN 5600X and B550I AORUS PROAX products.
Cooling is not good while using the GHOST S1 case of SFF and the NOCTUA L12 cooler.
The test was carried out with the re-released version of F11.
The noticeable difference seems to be that the BOOST CLOCK OVERRIDE limit in the PBO setting has been lifted.
I just set +50Mhz.
In the Cinbench R23 test, the Effective Clock is observed at 4500 Mhz.
It's not bad considering my environment.
Additionally, HWiNFO's WHEA error detection content has been with us since F11b.
New F11 version also detects WHEA errors when booting by synchronizing with memory clock 3800 under IF 1:1 conditions.
If memory OC is in progress, VSOC, CLDO VDDP, VDDG IOD, and VDDG CCD voltage are automatically set to high boot from past experience.
Set to VSOC 1.00V, CLDO VDDP 0.90V, VDDG IOD 0.90V, and VDDG CCD 0.90V so that no errors occur in memory clock 3600
The WHEA error was confirmed at the memory clock 3800 and the VDDG IOD voltage setting was corrected to 0.95V, and the system regained stability.
I use a translator because I don't understand English well.
I am using RYZEN 5600X and B550I AORUS PROAX products.
Cooling is not good while using the GHOST S1 case of SFF and the NOCTUA L12 cooler.
The test was carried out with the re-released version of F11.
The noticeable difference seems to be that the BOOST CLOCK OVERRIDE limit in the PBO setting has been lifted.
I just set +50Mhz.
In the Cinbench R23 test, the Effective Clock is observed at 4500 Mhz.
It's not bad considering my environment.
Additionally, HWiNFO's WHEA error detection content has been with us since F11b.
New F11 version also detects WHEA errors when booting by synchronizing with memory clock 3800 under IF 1:1 conditions.
If memory OC is in progress, VSOC, CLDO VDDP, VDDG IOD, and VDDG CCD voltage are automatically set to high boot from past experience.
Set to VSOC 1.00V, CLDO VDDP 0.90V, VDDG IOD 0.90V, and VDDG CCD 0.90V so that no errors occur in memory clock 3600
The WHEA error was confirmed at the memory clock 3800 and the VDDG IOD voltage setting was corrected to 0.95V, and the system regained stability.
What memory kit are you running? Looks like a DDR4-3200 CL14 kit. I hope people understand that while Samsung B-Die kits are very overclockable, there is no guarantee that you will run an already overclocked DDR4 kit at even higher frequencies with 100% guaranteed stability.
Please redownload X570 and B550 BIOS.
You must check yourself, I don't have info.
Did you try disabling the HW Offload? That's usually the main problem with Realtek.
I've read and fiddled with most of the settings in the Realtek driver to no avail. You mentioned "HW Offload" and this is the first I have heard that this could be a cause. Most other discussions revolve around various power settings and sleep modes. Do you have a reference of where I can read more regarding this? As there are multiple settings which deal with HW offloads, which should we focus on?
What memory kit are you running? Looks like a DDR4-3200 CL14 kit. I hope people understand that while Samsung B-Die kits are very overclockable, there is no guarantee that you will run an already overclocked DDR4 kit at even higher frequencies with 100% guaranteed stability.
That's right. Not all tuning memory guarantees high overclocking.
I am using G.Skill FlareX 3200 CL14 Kit.
It has several B-Die kits and has been selected.
Didn't do anything for me on 5600X.. best results for me are still on +200mhz/-15/+0.03V yielding 4.85 1T / 4.55 nT in Cinebench. I could get +250mhz to work but CPU doesnt stay locked at 4.9 during 1T, and average clockspeed is actually slower than 4.85... +350mhz booted to windows and I saw brief flashes of 5 GHz while idling but totally not stable at all despite any CO and voltage offset.
Agreed same situation with me, but instead of +200 running with +250 and got slightly better single threaded scores with cores occasionally boosts to 4900. Setting to +375 boosts some cores to 5025 but not stable with any offset. Need to find the perfect balance of CO with offset otherwise it reduces performance drastically.
Dont want to jinx it, but looking like F31 isn't giving me WHEA errors and no restarts as of yet.
I usually would have seen a WHEA error in event viewer by now though so fingers crossed!
It's because of your original post in this thread. It says that only BIOSes listed on the official GB page have gone through all the compatibility tests.
Comment