• Competitor rules

    Please remember that any mention of competitors, hinting at competitors or offering to provide details of competitors will result in an account suspension. The full rules can be found under the 'Terms and Rules' link in the bottom right corner of your screen. Just don't mention competitors in any way, shape or form and you'll be OK.

*** Official Ryzen Owners Thread ***

Weird, my 1700 @3.85 on an msi b350 tomahawk arctic has been running for a few months now at DDR3333 tight timings. I have 3600 rated g.skill ram though, samsung B die. My cooling is decent enough though, got a 240 AIO on there. I think my vcores about 1.36 and soc voltage is about 1.1. I think the ram volts are at rated 1.35v. I can get it to boot and both 3466 and 3600 but havent managed to get it stable at those speeds yet. Its plenty fast enough at 3333 though, I think the timings are like 14,14,14,28 1t off the top of my head.

Matt

My 1700 been running 3200mhz Corsair RAM since launch on an MSI Toma without any issues. Not tried faster RAM yet.
 
Yeah I will be testing more, but that's going to be 99% stable or whatever which can't be enough for it to keep failing to boot consistently.
 
My 1600 has been shipped and will be with me on Sunday after I return to the UK. Looking forward to the build and overclocking attempts :)
 
So tempted to ditch my 4770K due to board issues. What combo do people recommend?

What's your budget?

Ryzen 1600 for 6 core and Ryzen 1700 for 8 core are the best bargains.

If you are a high end gamer or you use the system for video editing, id probably go with 8 cores for future proofing.
 
What's your budget?

Ryzen 1600 for 6 core and Ryzen 1700 for 8 core are the best bargains.

If you are a high end gamer or you use the system for video editing, id probably go with 8 cores for future proofing.
I’m on micro atx. I was eyeing the 1700x/16 or 32gb RAM/good ASUS board. Will be used for gaming/vr.
 
Ok, 2000% stable overnight and still bootlooping with an F9 error code. Very frequent at 3333 (as tested) and less so at 3200 (untested but nothing else changed).

I think it's struggling with periodically deciding it wants to retrain the RAM or something.

It's g skill 3600c17 stuff which I understand is B-die.
 
Yeah I will be testing more, but that's going to be 99% stable or whatever which can't be enough for it to keep failing to boot consistently.

Mine is solid with the overclocks. Passed all tests etc. However, if remove the PSU cable for any period of time I will get a failed boot, if I go into bios, press F10 don't change anything then it boots just fine.
Everybody that's overclocking ryzen seems to have this issue, we just have to wait for a fix.

Change the boot retry to 2/3 and see how you get on.
 
Ok, 2000% stable overnight and still bootlooping with an F9 error code. Very frequent at 3333 (as tested) and less so at 3200 (untested but nothing else changed).

I think it's struggling with periodically deciding it wants to retrain the RAM or something.

It's g skill 3600c17 stuff which I understand is B-die.

Have you checked to see if it is actually B-die to actually rule out it being due to a difference IC?
 
Ok, 2000% stable overnight and still bootlooping with an F9 error code. Very frequent at 3333 (as tested) and less so at 3200 (untested but nothing else changed).

I think it's struggling with periodically deciding it wants to retrain the RAM or something.

It's g skill 3600c17 stuff which I understand is B-die.

Read that wrong...

Have you tried adjusting CPU_SOC and the CLO VDDP rails? That may help.
 
If you are getting Q-Code: F9 all the time on a boot then an aspect like:-

- RAM MHz
- RAM Timings
- RAM voltage
- SOC voltage
- ProcODT

May need tweaking. CLDO_VDDP resolves memory holes. Increasing it does not always help, sometimes decreasing it does. It's not like usual voltages where increases help "issue".
 
If you are getting Q-Code: F9 all the time on a boot then an aspect like:-

- RAM MHz
- RAM Timings
- RAM voltage
- SOC voltage
- ProcODT

May need tweaking. CLDO_VDDP resolves memory holes. Increasing it does not always help, sometimes decreasing it does. It's not like usual voltages where increases help "issue".

Great thanks I will try that. By how much would you recommend reducing? One notch at a time or more significantly?

This thread is great thanks to all contributors!
 
ProcODT would be the first to get sorted and out of the way. If 1DPC Samsung B-Die then try 53.3 or 60 Ohms, assuming it's a similar situation on all X370 boards.

I've never had to deal with CLDO_VDDP as the "holes" are usually very small I never came across it.
 
Back
Top Bottom