Maybe I'm just missing something, but is there a way to change the BCLK in this bios? I've tried just about everything else to change the speed of my ram from 2133.
I have F4-3200C16D-16GTZB and I'm running 16-18-18-35 1.35v 2933Mhz. It won't post at 3200 yet, even with the new BIOS today but it's close.
I ended up returning it for the c14 version and it is running at 3200 in DOCP profile
I think some have said that they're basically the same as the c14 version of the tridentz rgb that I'm using and I have them running at 3200.Originally Posted by TaCRoT
I noticed G skill are selling Ryzen certified kits now anyone tried these or know if they will yield any performance benefit or lower latency over standard and if they are guaranteed to work across all motherboards? This one 14-14-14-34 3200Mhz
https://www.pbtech.co.nz/product/MEMGSK11030/GSKILL-Flare-X-F4-3200C14D-16GFX-for-AMD-Ryzen-16G
http://gskill.com/en/product/f4-3200c14d-16gfx
Actually just checked the compatibility on that G skill page and the crosshair V hero is the only ASUS board listed for use with these in the QVL. They look ugly asf though lol would def peel that sticker off
I'm only running 2 sticks. I had the c16 previously but I'd heard that the c14 would run full speed so I switched them out.Originally Posted by TaCRoT
Do you run 2 or 4 sticks and if you do run 2 have you tried 4 at all @3200Mhz?
Also hows your overclocking on this board? I still haven't managed to hit 4Ghz, 3.9 - 3.95 is highest OC I got but I think that's mainly being limited by my cooler because 3.9 tops me out at 85 degrees I can hit 4Ghz np but not stable, BSOD in cinebench & other stress tests
Apart from the memory OC issues with my RAM I'm actually really liking this board hoping these issues will get ironed out in the coming updates otherwise will have to splurge out on some more RAM which hoping I won't have to.
Also depends on your actual Ryzen model since the 1800X is binned better.=, combined with the cooling. Many simply can't get over that last hump to 4Ghz from what I've seen.Originally Posted by TaCRoT
Do you run 2 or 4 sticks and if you do run 2 have you tried 4 at all @3200Mhz?
Also hows your overclocking on this board? I still haven't managed to hit 4Ghz, 3.9 - 3.95 is highest OC I got but I think that's mainly being limited by my cooler because 3.9 tops me out at 85 degrees I can hit 4Ghz np but not stable, BSOD in cinebench & other stress tests
Apart from the memory OC issues with my RAM I'm actually really liking this board hoping these issues will get ironed out in the coming updates otherwise will have to splurge out on some more RAM which hoping I won't have to.
Sure... The future Bios updates will probably get it there, if I had the Crosshair VI Hero I'm sure I would get stable 4Ghz on this chip
Try to move your SOC voltage in the BIOS to 1.0V or higher, that makes me post with 3200, but I get errors in a few minutes in Prime95 and in Aida64 stability test, too. 2933 is rock solid in both tests even after hours.Originally Posted by Malogeek
New BIOS available for the X370-Pro
PRIME X370-PRO BIOS 0515
1.Improve system stability.
2.Enhance memory compatibility
3.Improve CPU temperature monitor function
https://www.asus.com/us/Motherboards/PRIME-X370-PRO/HelpDesk_Download/
edit: No improvement on my memory. My TridentZ still won't post at 3200, only 2933.
Yes I'm running two 8GB sticks of G.Skill TridentZ RGB 3600mhz 16-16-16-36 @3200mhz & it's stable but you can't get anything higher than 3200mhz on this motherboard AFAIKOriginally Posted by chriss745
Try to move your SOC voltage in the BIOS to 1.0V or higher, that makes me post with 3200, but I get errors in a few minutes in Prime95 and in Aida64 stability test, too. 2933 is rock solid in both tests even after hours.
Does this mobo stable with anyone with 3200 or higher memory frequencies?
Could you please run stability test with Prime95 (custom with 14GB RAM) or Aida64 (stability test) for about 15 minutes? I don't see any stability issue in Windows, no BSOD or app crash, only these apps report hardware failures to me on 3200 and nothing on 2933. I am wondering where is this instability comes from? Is it the mobo or the memory controller within the CPU? What is your SOC voltage for 3200? Also what timing do you use for 3200? You mentioned CL16, but the screenshot shows CL14. I am asking because if I use in BIOS CL15 as XMP sets for me CPU-Z shows CL16.
My one is a HyperX HX432C16PB3K2/16 which boots up @3200, but eventually it fails in stability tests. It looks it uses Hynix modules. I already tried increase all the voltage in the BIOS to the edge, also all the possible timing combination, but haven't found a combination which makes it stable on the mentioned tests. On 2933 with CL16 it is rock solid, on 3200@CL16 out of the box it doesn't POST, with higher SOC voltage it POSTs but it is unstable. Do you think this is a BIOS timing issue which will be eventually fixed? Or what else should I try to make it stable on 3200?Originally Posted by Malogeek
Ryzen platform automatically sets CAS to even as it doesn't support odd CAS at the moment so setting to 15 will automatically change to 16.
I believe Samsung B DIMMs will run at 3200, which that CL16 3600 RAM is. Since he's not running 3600 (not support yet until May/June), then he's running tighter timings.
I might try SOC voltage but I don't believe I'll be able to run over 2933 at the moment with my Hynix TridentZ.
From what I've seen, the only RAM that is stable at 3200 right now is single rank 2x8Gb DIMMs with Samsung B chips. I would be happy you're getting 2933 stable at the moment. I have no idea if this situation will change, likely we'll see better memory support as time goes on (it's only been 1 month remember) and AMD are releasing new AGESA code in My for memory support.Originally Posted by chriss745
My one is a HyperX HX432C16PB3K2/16 which boots up @3200, but eventually it fails in stability tests. It looks it uses Hynix modules. I already tried increase all the voltage in the BIOS to the edge, also all the possible timing combination, but haven't found a combination which makes it stable on the mentioned tests. On 2933 with CL16 it is rock solid, on 3200@CL16 out of the box it doesn't POST, with higher SOC voltage it POSTs but it is unstable. Do you think this is a BIOS timing issue which will be eventually fixed? Or what else should I try to make it stable on 3200?