ClockTuner for Ryzen (CTR) - and introduction guide and download

Stupid question maybe but ... he recommends LLC3. Lowering would be like going to LLC2 or rather LLC4?

 

For anyone with similar issues, I had set my LLC at 4, then 3 because it is an ASUS motherboard.

However I got it working by lowering it to level 2. Figured this out after I forced the test to run at lower settings by setting the stock frequency and max frequency at 3800 and 4000.

 

double post, delete this if needed - sorry

 

Code:

***ClockTuner for Ryzen 1.0r by 1usmus***
AMD Ryzen 9 3900X 12-Core Processor (870F10)
Micro-Star International Co., Ltd. MPG X570 GAMING PLUS (MS-7C37)
BIOS ver. A.70 SMU ver. 46.54.00
DRAM speed 3600 MHz
09/30/2020 12:03:12


AVX light mode
Cycle time: 30000 ms
Reference frequency: 4050MHz
Reference voltage: 1175 mV
Voltage step: 6 mV


Manual overclocking mode enabled
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4050 MHz  Voltage 1175 mV
CCX2  Quality 145  Frequency 4050 MHz  Voltage 1175 mV
CCX3  Quality 122  Frequency 4050 MHz  Voltage 1175 mV
CCX4  Quality 134  Frequency 4050 MHz  Voltage 1175 mV

Step# 1
Diagnostic VID voltage: 1175 mV
Stress test started!  09/30/2020 12:03:19
CPU Vdroop: 2.1 %  CPU Temperature: 47.7?
Stress test stopped!  09/30/2020 12:03:53

Step# 2
Diagnostic VID voltage: 1169 mV
Stress test started!  09/30/2020 12:03:54
CPU Vdroop: 2.1 %  CPU Temperature: 48.4?
Stress test stopped!  09/30/2020 12:04:31

Step# 3
Diagnostic VID voltage: 1163 mV
Stress test started!  09/30/2020 12:04:31
CPU Vdroop: 2.1 %  CPU Temperature: 48.4?
Stress test stopped!  09/30/2020 12:05:05

Step# 4
Diagnostic VID voltage: 1157 mV
Stress test started!  09/30/2020 12:05:06
CPU Vdroop: 2.2 %  CPU Temperature: 48.7?
Stress test stopped!  09/30/2020 12:05:40

Step# 5
Diagnostic VID voltage: 1151 mV
Stress test started!  09/30/2020 12:05:40
CPU Vdroop: 2.2 %  CPU Temperature: 48.1?
Stress test stopped!  09/30/2020 12:06:14

Step# 6
Diagnostic VID voltage: 1145 mV
Stress test started!  09/30/2020 12:06:14
CPU Vdroop: 1.7 %  CPU Temperature: 48?
Stress test stopped!  09/30/2020 12:06:48

Step# 7
Diagnostic VID voltage: 1139 mV
Stress test started!  09/30/2020 12:06:49
CPU Vdroop: 1.7 %  CPU Temperature: 48.1?
Stress test stopped!  09/30/2020 12:07:23

Step# 8
Diagnostic VID voltage: 1133 mV
Stress test started!  09/30/2020 12:07:23
CPU Vdroop: 1.7 %  CPU Temperature: 47.8?
Stress test stopped!  09/30/2020 12:07:57

Step# 9
Diagnostic VID voltage: 1127 mV
Stress test started!  09/30/2020 12:07:58
CPU Vdroop: 1.7 %  CPU Temperature: 47.7?
Stress test stopped!  09/30/2020 12:08:32

Step# 10
Diagnostic VID voltage: 1121 mV
Stress test started!  09/30/2020 12:08:32
CPU Vdroop: 1.7 %  CPU Temperature: 47.5?
Stress test stopped!  09/30/2020 12:09:06

Step# 11
Diagnostic VID voltage: 1115 mV
Stress test started!  09/30/2020 12:09:06
CPU Vdroop: 1.6 %  CPU Temperature: 47.4?
Stress test stopped!  09/30/2020 12:09:40

Step# 12
Diagnostic VID voltage: 1109 mV
Stress test started!  09/30/2020 12:09:41
CPU Vdroop: 1.7 %  CPU Temperature: 47.1?
Stress test stopped!  09/30/2020 12:10:15

Step# 13
Diagnostic VID voltage: 1103 mV
Stress test started!  09/30/2020 12:10:15
CPU Vdroop: 1.7 %  CPU Temperature: 47?
Stress test stopped!  09/30/2020 12:10:49

Step# 14
Diagnostic VID voltage: 1097 mV
Stress test started!  09/30/2020 12:10:50
CPU Vdroop: 1.7 %  CPU Temperature: 46.8?
SOC SVI2 1.094
Thread# 25 fall down, usage 93.9%
Stress test stopped!  09/30/2020 12:10:56

Step# 15
Diagnostic VID voltage: 1103 mV


Diagnostic results:
Energy efficient: 3.67
AMD Ryzen 9 3900X 12-Core Processor - Silver sample
Recomended values for Overclocking:
Reference frequency: 4350 MHz
Reference voltage: 1250 mV
Recomended values for Undervoolt:
Reference frequency: 4150 MHz
Reference voltage: 1150 mV
AVX Light mode
Cycle time: 240000 ms
Reference frequency: 4350 MHz
CCX delta: 175 MHz
Reference voltage: 1250 mV
Target voltage: 1250 mV


Cinebench 20 started
Cinebench 20 finished with result: 6973
Voltage: 1.297 V  PPT: 142 W  Temperature: 70.5?
Manual overclocking mode enabled

Step# 1
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4425 MHz  Voltage 1250 mV  OC+
CCX2  Quality 145  Frequency 4425 MHz  Voltage 1250 mV  OC+
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:12:37

This is what happened for me, I just got the BSOD after starting the overclocking. Not really sure what to do

My setup
R9 3900X
32GB 3600mhz - XMP enabled (and disabled still causes crashing)
Corsair RM850X
MSI X570 Gaming Plus
Corsair H115i AIO

Edit 2/

So I reset everything in the BIOS and tried again with XMP off and it actually got further than I have before, I but I still got a crash, this is the logs for this one:

Code:

***ClockTuner for Ryzen 1.0r by 1usmus***
AMD Ryzen 9 3900X 12-Core Processor (870F10)
Micro-Star International Co., Ltd. MPG X570 GAMING PLUS (MS-7C37)
BIOS ver. A.70 SMU ver. 46.54.00
DRAM speed 2133 MHz
09/30/2020 12:32:44


AVX light mode
Cycle time: 30000 ms
Reference frequency: 4050MHz
Reference voltage: 1175 mV
Voltage step: 6 mV


Manual overclocking mode enabled
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4050 MHz  Voltage 1175 mV
CCX2  Quality 145  Frequency 4050 MHz  Voltage 1175 mV
CCX3  Quality 122  Frequency 4050 MHz  Voltage 1175 mV
CCX4  Quality 134  Frequency 4050 MHz  Voltage 1175 mV

Step# 1
Diagnostic VID voltage: 1175 mV
Stress test started!  09/30/2020 12:32:47
CPU Vdroop: 1.6 %  CPU Temperature: 45.4?
Stress test stopped!  09/30/2020 12:33:21

Step# 2
Diagnostic VID voltage: 1169 mV
Stress test started!  09/30/2020 12:33:22
CPU Vdroop: 1.6 %  CPU Temperature: 45.3?
Stress test stopped!  09/30/2020 12:33:58

Step# 3
Diagnostic VID voltage: 1163 mV
Stress test started!  09/30/2020 12:33:59
CPU Vdroop: 1.6 %  CPU Temperature: 45.4?
Stress test stopped!  09/30/2020 12:34:33

Step# 4
Diagnostic VID voltage: 1157 mV
Stress test started!  09/30/2020 12:34:33
CPU Vdroop: 1.6 %  CPU Temperature: 45.4?
Stress test stopped!  09/30/2020 12:35:07

Step# 5
Diagnostic VID voltage: 1151 mV
Stress test started!  09/30/2020 12:35:08
CPU Vdroop: 1.7 %  CPU Temperature: 45.1?
Stress test stopped!  09/30/2020 12:35:42

Step# 6
Diagnostic VID voltage: 1145 mV
Stress test started!  09/30/2020 12:35:42
CPU Vdroop: 1.7 %  CPU Temperature: 44.9?
Stress test stopped!  09/30/2020 12:36:16

Step# 7
Diagnostic VID voltage: 1139 mV
Stress test started!  09/30/2020 12:36:17
CPU Vdroop: 1.7 %  CPU Temperature: 44.8?
Stress test stopped!  09/30/2020 12:36:51

Step# 8
Diagnostic VID voltage: 1133 mV
Stress test started!  09/30/2020 12:36:51
CPU Vdroop: 1.7 %  CPU Temperature: 44.8?
Stress test stopped!  09/30/2020 12:37:25

Step# 9
Diagnostic VID voltage: 1127 mV
Stress test started!  09/30/2020 12:37:26
CPU Vdroop: 1.7 %  CPU Temperature: 44.6?
Stress test stopped!  09/30/2020 12:38:00

Step# 10
Diagnostic VID voltage: 1121 mV
Stress test started!  09/30/2020 12:38:00
CPU Vdroop: 1.7 %  CPU Temperature: 44.3?
Stress test stopped!  09/30/2020 12:38:34

Step# 11
Diagnostic VID voltage: 1115 mV
Stress test started!  09/30/2020 12:38:35
CPU Vdroop: 1.6 %  CPU Temperature: 44.1?
Stress test stopped!  09/30/2020 12:39:09

Step# 12
Diagnostic VID voltage: 1109 mV
Stress test started!  09/30/2020 12:39:09
CPU Vdroop: 1.7 %  CPU Temperature: 44.7?
Stress test stopped!  09/30/2020 12:39:43

Step# 13
Diagnostic VID voltage: 1103 mV
Stress test started!  09/30/2020 12:39:44
CPU Vdroop: 1.2 %  CPU Temperature: 43.7?
Stress test stopped!  09/30/2020 12:40:18

Step# 14
Diagnostic VID voltage: 1097 mV
Stress test started!  09/30/2020 12:40:18
CPU Vdroop: 1.7 %  CPU Temperature: 43.7?
Stress test stopped!  09/30/2020 12:40:52

Step# 15
Diagnostic VID voltage: 1091 mV
Stress test started!  09/30/2020 12:40:53
CPU Vdroop: 1.2 %  CPU Temperature: 43.8?
SOC SVI2 1.094
Thread# 25 fall down, usage 93.9%
Stress test stopped!  09/30/2020 12:41:07

Step# 16
Diagnostic VID voltage: 1097 mV


Diagnostic results:
Energy efficient: 3.69
AMD Ryzen 9 3900X 12-Core Processor - Silver sample
Recomended values for Overclocking:
Reference frequency: 4350 MHz
Reference voltage: 1250 mV
Recomended values for Undervoolt:
Reference frequency: 4150 MHz
Reference voltage: 1150 mV
AVX Light mode
Cycle time: 240000 ms
Reference frequency: 4350 MHz
CCX delta: 175 MHz
Reference voltage: 1250 mV
Target voltage: 1250 mV


Cinebench 20 started
Cinebench 20 finished with result: 6870
Voltage: 1.306 V  PPT: 142 W  Temperature: 70.7?
Manual overclocking mode enabled

Step# 1
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4425 MHz  Voltage 1250 mV  OC+
CCX2  Quality 145  Frequency 4425 MHz  Voltage 1250 mV  OC+
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:43:55
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 50.6?
CCX1 overclocking failure detected!
Thread# 3 fall down, usage 27.3%
Stress test stopped!  09/30/2020 12:43:59

Step# 2
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4400 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4425 MHz  Voltage 1250 mV  OC+
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:44:00
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 50.1?
CCX1 overclocking failure detected!
Thread# 3 fall down, usage 33.3%
Stress test stopped!  09/30/2020 12:44:04

Step# 3
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4375 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4425 MHz  Voltage 1250 mV  OC+
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:44:05
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.8?
CCX2 overclocking failure detected!
Thread# 9 fall down, usage 55.9%
Stress test stopped!  09/30/2020 12:44:08

Step# 4
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4375 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4400 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:44:09
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.6?
CCX1 overclocking failure detected!
Thread# 3 fall down, usage 87.9%
Stress test stopped!  09/30/2020 12:44:16

Step# 5
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4400 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:44:17
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.5?
CCX2 overclocking failure detected!
Thread# 10 fall down, usage 94.3%
Stress test stopped!  09/30/2020 12:44:20

Step# 6
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4375 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:44:21
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.4?
CCX2 overclocking failure detected!
Thread# 9 fall down, usage 75.8%
Stress test stopped!  09/30/2020 12:44:33

Step# 7
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:44:34
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.4?
CCX1 overclocking failure detected!
Thread# 3 fall down, usage 90.9%
Stress test stopped!  09/30/2020 12:44:57

Step# 8
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4325 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4350 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4350 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:44:58
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.2?
Stress test stopped!  09/30/2020 12:46:22
Stress test #2 started!  09/30/2020 12:46:23
FFT: 1344  CPU Vdroop: 1.5 %  CPU Temperature: 49.8?
Stress test stopped!  09/30/2020 12:47:47
Stress test #3 started!  09/30/2020 12:47:48
FFT: 4096  CPU Vdroop: 1.5 %  CPU Temperature: 49.8?
Stress test stopped!  09/30/2020 12:49:13

Step# 9
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4325 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4375 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4375 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:49:13
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.8?
Stress test stopped!  09/30/2020 12:50:38
Stress test #2 started!  09/30/2020 12:50:38
FFT: 1344  CPU Vdroop: 1.5 %  CPU Temperature: 49.9?
Stress test stopped!  09/30/2020 12:52:03
Stress test #3 started!  09/30/2020 12:52:03
FFT: 4096  CPU Vdroop: 1.5 %  CPU Temperature: 49.8?
Stress test stopped!  09/30/2020 12:53:28

Step# 10
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4325 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4400 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4400 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:53:28
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 50?
CCX1 overclocking failure detected!
Thread# 3 fall down, usage 94.1%
Stress test stopped!  09/30/2020 12:54:14

Step# 11
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4300 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4400 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4400 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:54:15
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 49.8?
Stress test stopped!  09/30/2020 12:55:40
Stress test #2 started!  09/30/2020 12:55:40
FFT: 1344  CPU Vdroop: 1.5 %  CPU Temperature: 50.2?
Stress test stopped!  09/30/2020 12:57:05
Stress test #3 started!  09/30/2020 12:57:06
FFT: 4096  CPU Vdroop: 1.5 %  CPU Temperature: 50.4?
Stress test stopped!  09/30/2020 12:58:30

Step# 12
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4300 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4425 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4425 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 12:58:31
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 50.2?
Stress test stopped!  09/30/2020 12:59:55
Stress test #2 started!  09/30/2020 12:59:56
FFT: 1344  CPU Vdroop: 1.5 %  CPU Temperature: 50.4?
Stress test stopped!  09/30/2020 13:01:20
Stress test #3 started!  09/30/2020 13:01:21
FFT: 4096  CPU Vdroop: 1.5 %  CPU Temperature: 50.2?
Stress test stopped!  09/30/2020 13:02:45

Step# 13
Sets overclocking parameters...
CCX1  Quality 156  Frequency 4300 MHz  Voltage 1250 mV  OC=
CCX2  Quality 145  Frequency 4350 MHz  Voltage 1250 mV  OC=
CCX3  Quality 122  Frequency 4450 MHz  Voltage 1250 mV  OC+
CCX4  Quality 134  Frequency 4450 MHz  Voltage 1250 mV  OC+
Stress test #1 started!  09/30/2020 13:02:46
FFT: 2048  CPU Vdroop: 1.5 %  CPU Temperature: 50.4?
Stress test stopped!  09/30/2020 13:04:10
Stress test #2 started!  09/30/2020 13:04:11

 

Same here mate on my 3700X .. i feel your pain

 

How does the Autoload profile with OS option works? Can I delete CTR after enabling that? How about moving it to another folder? Can I set the settings in the BIOS?
Otherwise pretty cool tool, thanks!

 

Very promising tool. Thank you for working on this. Is this thread the correct place to submit feedback on the tool?
I tested it on a fresh Windows install with a 3950X, a TUF X570-Plus, 3200CL14 RAM at stock (XMP) and a 360mm AIO with Noctua fans. LLC level was set to 3, and other VRM settings were left on their default values. First attempt was done without changing any of the default values, just clicking "Diagnostic" and then "Start". This resulted in an unstable overclock that couldn't finish a Cinebench run.
Then, I tried it a second time, increasing the test cycle to 360 and settings the CPU limits to 300/200/200 (what I use on PBO). This resulted in an overclock that could pass Cinebench and gave me ~9770 points. However, this overclock was completely unstable in stress tests (failed Prime95 Small FFTs in < 5 seconds).

The recommended clock settings were ~100mhz higher than what I got stable by overclocking manually. Maybe the stress testing by CTR was too light? I saw there was a config set to "AVX Light" but I couldn't change it.
Question: would it be OK to just set the suggested configuration manually on the BIOS after it's done? So the overclock would be carried over whatever OS you're booting.

Overall, I find this tool very handy! It'll be a huge time saver once it gets more tuning. If there's a proper channel to submit feedback, or if the author would like me to test something else, please let me know.

 

I think on ASUS lower LLC is going down with the number, so LLC2.
You can check by yourself cause CTR is reporting the vDroop percentage delta.
Let's say, keeping the same voltage, tells you +1% and with LLC2 +2% then it's lowering LLC, more Vdroop.
If with LLC4 the percentage changes to -1% then it's higher LLC, less Vdroop.

 

Able to run full diagnostic, but whenever I run 'Start' after a while when the MHz is reaching around 4400 the computer just shuts down.
Any ideas what to do?

Asus Strix x570 F Gaming
3900x

 

Exact same issue to me, check my post above, runs for quite a while then just shuts down, I'm a bit disappointed as I'm not sure how to resolve it.

 

I take it 3950x no "additional tweaks" means no diagnostic mode ?
I also had a weird issue I think from running 2 CTRS at once by accident.
It set all cores to 4050mhz including CCX5-8 which I dont have.
When I try to delete them the program crashes.

 

Thanks for tweaks.

Before tweak
3530 pkt in Cinebach r20

After tewak
4050 pkt in Cinebach r20

 

That's what I did and on my 3900x I was getting 4550 on two CCX's and the other two weaker ones were at 4375. I'm not on that computer right now but I remember it doing about 8k cinebench r20 pulling like 1.31V under load. I did follow the guide and had my ram at only 3200mhz so I need to test again today after work with it back up to 3800mhz.

I'm running a asrock taichi x570 and man the guild was right it is wacky with how it handles the LLC.

I got it on level 2 and it usually says it needs more LLC with a 2.5% given but sometimes it says like -50% turn down the LLC so definitely not perfect. I need to play with the program some more but it seems to be a nice alternative to the EDC=1 bug that generated a lot of heat for me when not even playing games. I am liking the program so far but it could use some refinements and tweaks...

 

My first post on Guru3D

I had the same problem on my 3900X on a ASUS TUF B450 yesterday.

When I pressed Start, CTR kept increasing the clock for 25 mins or so until the system crashed.

No errors were reported, as if Prime95 didnt report back the errors to CTR.

Today I tried again, but this time I started Ryzen Master, and left it open in the background, as well as I ran CTR as administrator. And now it worked fine.

With a core voltage set to 1.225V I ended up with these clocks:



Which gives me about 75 degrees celcius under longer heavy loads, which was what I was aiming for.

I'm quite satisfied, as these clocks are higher than my normal full load boosts at stock, with lower core voltage and temperatures.

My 3900X is reported to be a Silver sample.

 

If you care to read the article you would see your cpu is not supported

 

3900X Silver sample, X570 MSI Tomahawk WiFi

ended up with 1.25V and cores 4375 - 4375 - 4300 - 4300, it can do 4400 - 4400 - 4325 - 4325 but no significant gain...

But what's intereseting, I know it hits limit and when. 4350 on CCX3 and CCX4 is where it hits the limit and my pc resets, kinda stupid it does that, or the tool is not yet optimized properly. It puts starting freq at 4125 and end one at 4600, but let's get serious, no way it can hit 4600 on all cores or at least one for sustained load... But I feel that it can be improved a little bit

CB default - 6861
CB tuned - 7575

 

3700X silver sample in combination with Gigabyte X570 Elite. Results after the first run:

Default: 4651 (1.253V - PPT 88)
Tuned: 5023 (1.275V - PPT 96.8)

I'm not feeling like I should try to push the PPT any further. Maybe going to try an undervolt.

 

Setup : Gigabyte X570 Aorus Pro (F30 BIOS) , AMD Ryzen 9 3900X , TEAMGROUP-UD4-3600 CL14 8GB (x2) , Corsair 850W PSU, Win10 Pro x64.

What ever I try my PC trips power and hard resets during the 'Start' phase of the process.
Diagnostics runs ok, CD20 runs ok at the start of step two but always restarts the PC at some point in the testing after that.

Tried loads of different BIOS settings, manual mem, XMP mem, 3200Mhz mem with auto timings, different LLC etc etc.

Diagnostic results:
Energy efficient: 3.86
AMD Ryzen 9 3900X 12-Core Processor - Gold sample
Recomended values for Overclocking:
Reference frequency: 4375 MHz
Reference voltage: 1250 mV
Recomended values for Undervoolt:
Reference frequency: 4200 MHz
Reference voltage: 1150 mV

 

My cpu is supported its just doesnt have Additional tweaks.

 

I just ran the diagnostic on my 3600x and was wondering why does it think 0.5% vdroop is bad but 1% is ok? With 0.5% I was told to lower llc.


Diagnostic results:
Energy efficient: 3.46
AMD Ryzen 5 3600X 6-Core Processor - Bronze sample
Recomended values for Overclocking:
Reference frequency: 4250 MHz
Reference voltage: 1275 mV
Recomended values for Undervoolt:
Reference frequency: 4050 MHz
Reference voltage: 1175 mV