Caporegime
Yup, set IF at 1600 and RAM at 3200.
Ryzen 3000 Infinity Fabric Overclocking, and Voltages
- Thread starter Nghtmare
- Start date
Yup, set IF at 1600 and RAM at 3200.
Thanks mate. Just set that. All running good. Cinebench scores are better
Have you seen this? Supposed to be from someone at AMD:
https://www.reddit.com/r/Amd/commen...0_series/?utm_source=share&utm_medium=ios_app
He says Ryzen 3 you can clock higher on the IF.
Caporegime
You want to keep IF:RAM as 1:2 as there's a big latency penalty by going out of sync.
Watch the second video I posted on post #2 on this thread, according to his testing there are gains to be had if you can run IF at 200 Mhz higher than your memory clocks i.e. your 3200 memory will be running at 1600Mhz so an IF of 1800Mhz is 200Mhz different and should offer some performance gains.
Soldato
Soldato
Ohh... this is the thread I need:
I found out yesterday that if I push my SOC voltage to 1.2v I can run an FCLK of 1900. I didn't like the dram calc timings I tried though. Mostly CL16 and my score in the default bench of 250 was worse than my 3600CL14 of 221.
I'm not sure 1900 is doable even if it seems stable because I was finding the mouse and keyboard where sometimes becoming unresponsive.
Dropping to 1867 was better but still didn't like the scores I was getting from the default bench mark.
I can find loads of articles on line, including from Corsair and Gigabyte saying 1.2v on the Soc is the upper limit of safe but is that really true? I'm quite sure I read once that there is a thing with the X570 boards where if you go over a certain threshold with Soc voltage you get PCI-E 4 issues and for sure 1.2v on the Soc is well over that threshold.
So do you say, stick with my fast and easy 3600CL14 or spend the time to find out where I'm at at 3800MHz and 3733MHz using up to 1.2v on the SOC?
Also do I need to play with the VDDG and VDDP voltages, I couldn't discern if they where actually making a difference or not when I was increasing them compared to just stock.
I found out yesterday that if I push my SOC voltage to 1.2v I can run an FCLK of 1900. I didn't like the dram calc timings I tried though. Mostly CL16 and my score in the default bench of 250 was worse than my 3600CL14 of 221.
I'm not sure 1900 is doable even if it seems stable because I was finding the mouse and keyboard where sometimes becoming unresponsive.
Dropping to 1867 was better but still didn't like the scores I was getting from the default bench mark.
I can find loads of articles on line, including from Corsair and Gigabyte saying 1.2v on the Soc is the upper limit of safe but is that really true? I'm quite sure I read once that there is a thing with the X570 boards where if you go over a certain threshold with Soc voltage you get PCI-E 4 issues and for sure 1.2v on the Soc is well over that threshold.
So do you say, stick with my fast and easy 3600CL14 or spend the time to find out where I'm at at 3800MHz and 3733MHz using up to 1.2v on the SOC?
Also do I need to play with the VDDG and VDDP voltages, I couldn't discern if they where actually making a difference or not when I was increasing them compared to just stock.
It's probably not stable with a score that high and would explain why some stuff stops working. Have you tried running prime or aida 64 to test the fabric stability because memtest doesn't always pick it up?.
Another thing to consider is running that much voltage through the soc may create extra heat and lower boost clocks slightly.
Soldato
Yes. I'm probably going to give up because I am not comfortable pushing that much voltage through the SOC.
Soldato
My system is weird, it ran fine for the last 2 days t 1900/3800 then this morning refused to boot at that. I tried 1800/3600CL14 today instead which was going well but COD:MW crashed twice.
Now I'm running at 1833/3666 and it's stable so far.
Now I'm running at 1833/3666 and it's stable so far.
probably just need a bit more Dram voltage.
Soldato
I've already been up to 1.4v which is the max range on the product page.
1.4 is just the voltage they set for XMP its not the max 1.5v would be the max if its the same as the 16gb kits maybe @8 Pack can confirm?.
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Soldato
The product page for my 32Gb kit says Tested Voltages: 1.20 - 1.40 V where the ripped edition ones say 1.40 - 1.50 V
My 3200/14 kit says 1.20-1.40v yet 8pack himself has said these are fine up to 1.5v daily hence why i'm running them 3800/14@ 1.49v.
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Soldato
@Gibbo can you confirm the max safe voltage for the 32Gb 8Pack kit please? I don't want to push it beyond safe limits.
https://www.overclockers.co.uk/team...00c16-3600mhz-dual-channel-kit-my-002-8p.html
https://www.overclockers.co.uk/team...00c16-3600mhz-dual-channel-kit-my-002-8p.html
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Do the later Agesa updates have better support for higher infinity fabric? I suspect so, not messed about with Ram since last November, now on 1.0.0.8 seems like I can go higher, posting 3800mhz Ram 1:1 was no problem which Ive never done before and my ryzen 3600 used to have issues at 1800 and 1867 IF where I would get stutters and audio pops but now seems ok (not tested long enough to be sure).
Also noticed no need to adjust VDDP/G and SOC etc as Gigabyte board will change all the settings for you depending on Ram speed, it used to auto 1/1.05 for VDDP/G regardless of speed.
Also noticed no need to adjust VDDP/G and SOC etc as Gigabyte board will change all the settings for you depending on Ram speed, it used to auto 1/1.05 for VDDP/G regardless of speed.
If it's like other B-die then it will be 1.5v providing it's getting some airflow else you will probably get errors and have to knock it down to 1.45