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*** Official Ryzen Owners Thread ***

4Ghz @1.4V
VDD SOC manual voltage @1.175v (will test offset again and may change to that)
Load Line @3 for CPU and VDD SOC
DRAM 1.4V (will try 1.35V)
PLL 1.85V (will try 1.80v)
P State 0 Custom Settings (allows idle clocks and full speed clocks in balanced power profile within Windows!)
FID A0 (change this to adjust frequency, works in hexadecimal, A0 = 4Ghz 94=3.7Ghz 99=3.825Ghz)
DID 8 (don't touch this)
VID 3A ( don't touch this setting, if you need more/less voltage, use CPU Offset voltage in the first image)

M7swH7u.jpg


1hXnZWe.jpg


X4nou6U.jpg


JRw0vZV.jpg


Tlbeh5l.jpg
So you using windows in balanced Mode?
 
So you using windows in balanced Mode?

I am now I've overclocked via the P State 0. Here's the difference in performance in Cinebench between the two modes.

Balanced
PzpRsWd.jpg

High Performance
k51Sztz.jpg

High Performance is a little bit faster, so if you want absolute performance or are benching, this is the way to go.
 
4Ghz @1.4V
VDD SOC manual voltage @1.175v (will test offset again and may change to that)
Load Line @3 for CPU and VDD SOC
DRAM 1.4V (will try 1.35V)
PLL 1.85V (will try 1.80v)
P State 0 Custom Settings (allows idle clocks and full speed clocks in balanced power profile within Windows!)
FID A0 (change this to adjust frequency, works in hexadecimal, A0 = 4Ghz 94=3.7Ghz 99=3.825Ghz)
DID 8 (don't touch this)
VID 3A ( don't touch this setting, if you need more/less voltage, use CPU Offset voltage in the first image)

M7swH7u.jpg


1hXnZWe.jpg


X4nou6U.jpg


JRw0vZV.jpg


Tlbeh5l.jpg

Thats great stuff Matt :)

I am waiting my order from OCUK, when ever they have the Taichi in stock :(
 
If you think that is good, wait till you see this. :D

Cinebench @4ghz + DDR4 3200Mhz CL14

bby9j9U.jpg

Is it better to have more Mhz and 2T? Or lower Mhz and 1T? I can get 3000Mhz at 1T with my Corsair Vengeance 3200.
 
Jesus christ

Is it better to have more Mhz and 2T? Or lower Mhz and 1T? I can get 3000Mhz at 1T with my Corsair Vengeance 3200.

I don't have a choice, using over 2400Mhz on the Crosshair locks you in at 2T. 1T is better, but makes compatibility harder. Not sure there is much difference performance wise.

New score. This destroys my 5960x at 4.3Ghz.

R7 1700 @4Ghz 3200Mhz CL14 = 1851
nZoLWIK.jpg


5960x @4.3Ghz 3200Mhz CL14 = 1736
AvDmaA9.jpg
 
I will give mine a go at 2T and 3200 (or more) then. Thanks! MSI Tomahawk B350 and 1800X is the rest of the spec. My 1080Ti should have arrived at work yesterday so hopefully tomorrow morning it is waiting for me!
 
I will give mine a go at 2T and 3200 (or more) then. Thanks! MSI Tomahawk B350 and 1800X is the rest of the spec. My 1080Ti should have arrived at work yesterday so hopefully tomorrow morning it is waiting for me!

Check my settings here. Overclocking via the P 0 State allowed me to hit 3200Mhz CL14, prior to this overclocking via the base frequency (CPU Core Ratio in bios) did not allow me above 2933Mhz on the memory.
 
Bit of a derpy question, according to HWMonitor these are the only things (except GPU/drives) putting out heat: TMPIN0, TMPIN1, TMPIN2. Does anyone know if one of them is the CPU? lol.
 
Silicon Lottery:

Ryzen 7 1700
93% reach 3.8GHz @ 1.376V CPU VCORE (Or less)
70% reach 3.9GHz @ 1.408V CPU VCORE (Or less)
20% reach 4.0GHz @ 1.440V CPU VCORE (Or less)

Ryzen 7 1700X
100% reach 3.8GHz @ 1.360V CPU VCORE (Or less)
77% reach 3.9GHz @ 1.392V CPU VCORE (Or less)
33% reach 4.0GHz @ 1.424V CPU VCORE (Or less)

Ryzen 7 1800X
97% reach 3.9GHz @ 1.376V CPU VCORE (Or less)
67% reach 4.0GHz @ 1.408V CPU VCORE (Or less)
20% reach 4.1GHz @ 1.440V CPU VCORE (Or less)


Ive asked for more details....
 
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