CTR 2.1 RC5 (ver. 18) - ready for download!
Added 2021-04-30 18:26:11 +0000 UTCThe video-guide ready and in processing. Hopefully it will be posted in an hour.
Cinebench R20 included. Before you use the new smart diagnostic, make sure you have curve disabled in the BIOS and DRAM OC must be stable. CPU LLC has an incredible impact on stability. At the end of the guide there is some more information about CTR 2.1 RC5.
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The program is in a 7-ZIP archive. Download the archiver
.NET Framework to 4.8. Download
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What's new?
- Improved CPPC detection (now CTR will not block the user interface).
- Fixed "waking up profile after sleeping" bug.
- Higher diagnostic tolerance to weak VRMs (baseline profile frequencies reduced).
- OB slightly reduced (temporary solution. Trying to improve stability of your systems).
- Other minor bug fixes.
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Special thanks to @Riwwelorsch, @Ann Martiné, @ACE, @arcanazen, @DayDreamer, @Gadfly, @rizlah , @&&Devin, @Bloax , @RdWing, @wanderinarcheologist and @Stattik for help with development and testing RC5.
Comments
both cards are air cooled, this was my step sons 3080FTW. G-Skill 3600 running at 3800 and FLCK @ 1900 I Bricked my 3090FTW installing a EK water block. That other score is with the RMA'd card on air.
SpaceGhostC2C
2021-05-17 14:52:18 +0000 UTClike i would look on my own pc just with another cpu but same ddr4 kit from gskill i believe? I maybe achieve around 200+ more point in firestrike, new best 26498 BUT which EVGA 3080 is this? i mean 48°C?! Wattercooled?
iNerd
2021-05-17 08:56:55 +0000 UTCNice spot. I'd say it is automatically calculated, since there is no value for the PX trigger in the profiles. Yours is probably also reported as 9% as with my 5950x. Makes sense since iNerd is using a 5900x so less cores. Wouldn't worry too much, since voltage and OB are much more relevant.
Shinigami_de
2021-05-17 08:52:11 +0000 UTCMaybe I asked the wrong question. Where do I find the PX usage Trigger? You mention you have yours set at 11% I dont see any values like that.
SpaceGhostC2C
2021-05-06 20:53:12 +0000 UTCI stumbled across this program from a facebook forum page My Extreme Pc Finally I have clock switching working for my MSI X570GL and 5950X. My initial results are amazing. It rated my 5950X as silver. No more 1.45v while idling, doing nothing more than surfing the web. I ran a FireStrike bench and here is my results there is more in the tank, wait till I get my 3090 back from RMA. https://www.3dmark.com/fs/25505543
SpaceGhostC2C
2021-05-06 20:15:10 +0000 UTCunder „Tuner“ down in the middle „PX OB Limit“ on the right from autoload profile(s)
iNerd
2021-05-06 19:55:37 +0000 UTCWhere do I find the trigger for PX? I don't see it?
SpaceGhostC2C
2021-05-06 19:48:44 +0000 UTCBest firestrike result since ever on 3Dmark firestrike https://www.3dmark.com/3dm/61323103 hitting the 4949mhz marker. Also passed stability check with really stable without any issues at all. Hybrid OC enabled with P1/P2 and P3 with average on evga 3080 ftw3 ultra from 61 degrees. I really like this.
iNerd
2021-05-04 12:31:32 +0000 UTCand this is actual setup with 8665 in CB20 ***ClockTuner for Ryzen 2.1 RC5 by 1usmus*** AMD Ryzen 9 5900X 12-Core Processor ASUS ROG CROSSHAIR VIII DARK HERO BIOS ver. 3501 SMU ver. 56.50.00 TABLE ver. 3672069 DRAM speed 3800 MHz 05/04/2021 11:59:18 P1 FREQ CCX1# 4450MHz FREQ CCX2# 4475MHz VID# 1175mV Usage trigger# 81% OB CCX1# 39 OB CCX2# 34 P2 FREQ CCX1# 4600MHz FREQ CCX2# 4600MHz VID# 1275mV Usage trigger# 28% OB CCX1# 39 OB CCX2# 34 PX FREQ HIGH# 4875MHz FREQ MID# 4800MHz FREQ LOW# 4700MHz VID HIGH# 1375mV VID MID# 1375mV VID LOW# 1350mV OB HIGH# 39 OB MID# 55 OB LOW# 55 Usage trigger# 11% PX OB LIMIT# 100MHz Hybrid OC enabled! P1 PROFILE successfully activated! P2 PROFILE successfully activated! PX PROFILE successfully activated!
iNerd
2021-05-04 10:01:53 +0000 UTC***ClockTuner for Ryzen 2.1 RC5 by 1usmus*** AMD Ryzen 9 5900X 12-Core Processor ASUS ROG CROSSHAIR VIII DARK HERO BIOS ver. 3501 SMU ver. 56.50.00 TABLE ver. 3672069 DRAM speed 3800 MHz 05/04/2021 09:07:54 P1 FREQ CCX1# 0MHz FREQ CCX2# 0MHz VID# 1175mV Usage trigger# 81% OB CCX1# 0 OB CCX2# 0 P2 FREQ CCX1# 0MHz FREQ CCX2# 0MHz VID# 1275mV Usage trigger# 30% OB CCX1# 0 OB CCX2# 0 PX FREQ HIGH# 0MHz FREQ MID# 0MHz FREQ LOW# 0MHz VID HIGH# 1375mV VID MID# 1375mV VID LOW# 1350mV OB HIGH# 0 OB MID# 0 OB LOW# 0 Usage trigger# 11% PX OB LIMIT# 75MHz PPT limit reached! 45.4W PPT limit reached! 47.2W PPT limit reached! 44.6W PPT limit reached! 44.7W PPT limit reached! 55.1W PPT limit reached! 61.8W PPT limit reached! 50.4W PPT limit reached! 62.2W EDC limit reached! 110.6A EDC limit reached! 108.5A EDC limit reached! 119A EDC limit reached! 121.2A EDC limit reached! 120A EDC limit reached! 108.5A EDC limit reached! 108.5A EDC limit reached! 133.8A EDC limit reached! 108.5A EDC limit reached! 108.4A EDC limit reached! 119.3A EDC limit reached! 119.2A EDC limit reached! 108.6A EDC limit reached! 108.5A EDC limit reached! 110.7A EDC limit reached! 108.5A EDC limit reached! 108.5A EDC limit reached! 125.5A EDC limit reached! 136A EDC limit reached! 117A EDC limit reached! 108.5A EDC limit reached! 110.8A EDC limit reached! 110.6A EDC limit reached! 108.5A EDC limit reached! 110.6A EDC limit reached! 129.7A EDC limit reached! 140A EDC limit reached! 108.5A EDC limit reached! 113.9A EDC limit reached! 131.8A EDC limit reached! 108.4A EDC limit reached! 112.7A EDC limit reached! 121.3A EDC limit reached! 121.7A EDC limit reached! 110.9A EDC limit reached! 108.5A EDC limit reached! 110.8A EDC limit reached! 108.5A EDC limit reached! 110.6A EDC limit reached! 119.2A EDC limit reached! 135.9A EDC limit reached! 108.6A EDC limit reached! 110.6A EDC limit reached! 108.6A EDC limit reached! 111.1A EDC limit reached! 108.5A EDC limit reached! 121.5A EDC limit reached! 121.4A EDC limit reached! 120.4A EDC limit reached! 108.5A EDC limit reached! 114.6A EDC limit reached! 135.9A EDC limit reached! 109.9A EDC limit reached! 128.1A EDC limit reached! 124.1A EDC limit reached! 115A EDC limit reached! 116A EDC limit reached! 110A EDC limit reached! 131.7A EDC limit reached! 110.8A EDC limit reached! 108.5A EDC limit reached! 133.9A EDC limit reached! 121.5A EDC limit reached! 110.6A EDC limit reached! 108.6A EDC limit reached! 108.6A EDC limit reached! 108.6A EDC limit reached! 122.1A EDC limit reached! 120A EDC limit reached! 119.1A EDC limit reached! 108.7A EDC limit reached! 110.9A EDC limit reached! 111A EDC limit reached! 112.8A EDC limit reached! 108.4A EDC limit reached! 137.9A EDC limit reached! 108.6A EDC limit reached! 121.2A EDC limit reached! 121.2A EDC limit reached! 108.6A EDC limit reached! 114.9A EDC limit reached! 108.4A EDC limit reached! 112.8A EDC limit reached! 114.8A EDC limit reached! 119.1A EDC limit reached! 120A TDC limit reached! 27.7A TDC limit reached! 33.5A TDC limit reached! 22.6A TDC limit reached! 31.2A TDC limit reached! 28.2A TDC limit reached! 19.1A TDC limit reached! 23A TDC limit reached! 18A TDC limit reached! 17.4A TDC limit reached! 19.2A TDC limit reached! 20.7A TDC limit reached! 25.4A TDC limit reached! 16.3A TDC limit reached! 5.5A TDC limit reached! 4.6A TDC limit reached! 4.8A TDC limit reached! 4.6A TDC limit reached! 14.8A PPT limit reached! 44.9W PPT limit reached! 65W PPT limit reached! 55.1W PPT limit reached! 47.6W PPT limit reached! 42.1W PPT limit reached! 45.7W PPT limit reached! 42.5W PPT limit reached! 42.3W PPT limit reached! 42.5W PPT limit reached! 56.2W PPT limit reached! 52.4W PPT limit reached! 42.7W PPT limit reached! 44.2W PPT limit reached! 43.5W PPT limit reached! 42.8W PPT limit reached! 43.6W PPT limit reached! 56.4W PPT limit reached! 57.1W PPT limit reached! 42.6W PPT limit reached! 42.8W PPT limit reached! 44.2W PPT limit reached! 44.9W PPT limit reached! 43.1W PPT limit reached! 55.7W PPT limit reached! 53.8W PPT limit reached! 44.3W PPT limit reached! 44.3W PPT limit reached! 43W PPT limit reached! 43.6W PPT limit reached! 49.2W PPT limit reached! 54.1W PPT limit reached! 56.7W PPT limit reached! 43.5W PPT limit reached! 48.2W PPT limit reached! 43.7W PPT limit reached! 63.5W PPT limit reached! 43.1W PPT limit reached! 68.9W PPT limit reached! 54.8W PPT limit reached! 49W PPT limit reached! 43.8W PPT limit reached! 42.5W PPT limit reached! 48.4W PPT limit reached! 83.5W PPT limit reached! 61.8W PPT limit reached! 72.7W PPT limit reached! 64.3W PPT limit reached! 45.5W PPT limit reached! 45.3W PPT limit reached! 43.3W PPT limit reached! 47.6W PPT limit reached! 47.7W PPT limit reached! 51.8W PPT limit reached! 53.4W PPT limit reached! 46.1W PPT limit reached! 45.1W PPT limit reached! 44.1W PPT limit reached! 53W PPT limit reached! 45.6W PPT limit reached! 57.1W PPT limit reached! 54W PPT limit reached! 61.4W PPT limit reached! 43.7W PPT limit reached! 42.5W PPT limit reached! 43.9W PPT limit reached! 42.6W PPT limit reached! 65.4W PPT limit reached! 56.8W PPT limit reached! 70.2W PPT limit reached! 45.6W PPT limit reached! 44.4W Phoenix ready! Cinebench R20 started Cinebench R20 finished with result: 7864 Voltage: 1.155 V PPT: 142 W Temperature: 63.8° 09:13:00: Test 1 started! Basic statistics CORE / FREQUENCY / VID / POWER / TEMP C01 F 125 V 1.442 W 1.06 T 37.22 C02 F 4756 V 1.442 W 12.05 T 70.82 C03 F 4745 V 1.442 W 11.89 T 71.94 C04 F 98 V 1.442 W 1.1 T 46.05 C05 F 212 V 1.442 W 1.76 T 39.07 C06 F 118 V 1.442 W 1.24 T 41.44 C07 F 406 V 1.442 W 1.93 T 42.4 C08 F 176 V 1.442 W 1.46 T 37.11 C09 F 68 V 1.442 W 0.61 T 39.84 C10 F 124 V 1.442 W 0.57 T 36.08 C11 F 84 V 1.442 W 1.37 T 40.12 C12 F 92 V 1.442 W 0.34 T 35.55 4675 - PASSED 4700 - PASSED 4725 - PASSED 4750 - PASSED 4775 - PASSED 4800 - PASSED 4825 - PASSED 4850 - PASSED 4875 - PASSED 09:13:40: Cinebench stopped! PX HIGH sub-profile Vdroop: 0% CPU usage(min): 8.13% CPU usage(avg): 8.7% CPU usage(max): 17.19% SAFE: 4775MHz FAST: 4875MHz 09:13:40: Test 1 finished! 09:13:40: Test 2 started! Basic statistics CORE / FREQUENCY / VID / POWER / TEMP C01 F 4636 V 1.409 W 10.37 T 61.45 C02 F 4696 V 1.409 W 11.16 T 69.75 C03 F 4680 V 1.409 W 11.23 T 70.71 C04 F 54 V 1.409 W 1.78 T 51.83 C05 F 114 V 1.409 W 1.58 T 40.96 C06 F 4612 V 1.409 W 10.67 T 66.83 C07 F 286 V 1.409 W 1.62 T 42.45 C08 F 153 V 1.409 W 1.37 T 36.97 C09 F 48 V 1.409 W 0.16 T 40.58 C10 F 38 V 1.409 W 0.18 T 35.12 C11 F 47 V 1.409 W 0.58 T 40.64 C12 F 72 V 1.409 W 0.3 T 35.3 4600 - PASSED 4625 - PASSED 4650 - PASSED 4675 - PASSED 4700 - PASSED 4725 - PASSED 4750 - PASSED 4775 - PASSED 4800 - PASSED 09:14:19: Cinebench stopped! PX MID sub-profile Vdroop: 0% CPU usage(min): 16.67% CPU usage(avg): 17.52% CPU usage(max): 22.8% SAFE: 4725MHz FAST: 4800MHz Max CPU usage for PX MID: 20% 09:14:20: Test 2 finished! 09:14:20: Test 3 started! Basic statistics CORE / FREQUENCY / VID / POWER / TEMP C01 F 4534 V 1.38 W 9.5 T 61.4 C02 F 4578 V 1.38 W 10.12 T 69.27 C03 F 4558 V 1.38 W 10.27 T 73.64 C04 F 4582 V 1.38 W 10.16 T 73.9 C05 F 4240 V 1.38 W 8.72 T 62.54 C06 F 4581 V 1.38 W 9.96 T 71.32 C07 F 453 V 1.38 W 1.82 T 43.68 C08 F 226 V 1.38 W 1.43 T 37.34 C09 F 146 V 1.38 W 1.09 T 44.41 C10 F 216 V 1.38 W 1.14 T 37.99 C11 F 222 V 1.38 W 1.48 T 45.43 C12 F 240 V 1.38 W 1.01 T 38.21 4475 - PASSED 4500 - PASSED 4525 - PASSED 4550 - PASSED 4575 - PASSED 4600 - PASSED 4625 - PASSED 4650 - PASSED 4675 - PASSED 4700 - PASSED 09:15:00: Cinebench stopped! PX LOW sub-profile Vdroop: 0.2% CPU usage(min): 24.91% CPU usage(avg): 26.19% CPU usage(max): 29.63% SAFE: 4625MHz FAST: 4700MHz Max CPU usage for PX LOW: 28% 09:15:00: Test 3 finished! 09:15:00: Test 4 started! Basic statistics CORE / FREQUENCY / VID / POWER / TEMP C01 F 4504 V 1.296 W 5.73 T 49.75 C02 F 4504 V 1.296 W 6.26 T 56.82 C03 F 4504 V 1.296 W 6.12 T 59.38 C04 F 4504 V 1.296 W 6.25 T 60.27 C05 F 4504 V 1.296 W 5.88 T 51.72 C06 F 4504 V 1.296 W 6.36 T 59.01 C07 F 4504 V 1.296 W 6.64 T 53.97 C08 F 4504 V 1.296 W 6.45 T 51.35 C09 F 4504 V 1.296 W 6.69 T 58.18 C10 F 4504 V 1.296 W 6.49 T 55.17 C11 F 4504 V 1.296 W 6.81 T 58.71 C12 F 4504 V 1.296 W 6.61 T 56.21 09:15:12: Stress test stopped. Start VID 1275 Start FREQ CCX#1 4300 Start FREQ CCX#2 4300 4325 / 4325 - PASSED 4350 / 4350 - PASSED 4375 / 4375 - PASSED 4400 / 4400 - PASSED 4425 / 4425 - PASSED 4450 / 4450 - PASSED 4475 / 4475 - PASSED 4500 / 4500 - PASSED 4525 / 4525 - PASSED 4550 / 4550 - PASSED 4575 / 4575 - PASSED 4600 / 4600 - PASSED P2 PROFILE VID: 1275mV Vdroop: 0.5% CCX#1: 4600MHz CCX#2: 4600MHz 09:15:28: Stress test stopped. 09:15:28: Test 4 finished! 09:15:28: Test 5 started! Basic statistics CORE / FREQUENCY / VID / POWER / TEMP C01 F 4287 V 1.213 W 5.88 T 51.08 C02 F 4287 V 1.213 W 6.2 T 58.1 C03 F 4287 V 1.213 W 6.27 T 61.32 C04 F 4287 V 1.213 W 6.44 T 62.12 C05 F 4287 V 1.213 W 6.05 T 53.44 C06 F 4287 V 1.213 W 6.34 T 61.15 C07 F 4287 V 1.213 W 6.61 T 55.28 C08 F 4287 V 1.213 W 6.73 T 53.2 C09 F 4287 V 1.213 W 6.88 T 59.94 C10 F 4287 V 1.213 W 6.88 T 57.42 C11 F 4287 V 1.213 W 6.88 T 60.86 C12 F 4287 V 1.213 W 6.88 T 58.9 Start VID 1175 Start FREQ CCX#1 4075 Start FREQ CCX#2 4050 4100 / 4075 - PASSED 4125 / 4100 - PASSED 4150 / 4125 - PASSED 4175 / 4150 - PASSED 4200 / 4175 - PASSED 4225 / 4200 - PASSED 4250 / 4225 - PASSED 4275 / 4250 - PASSED 4300 / 4275 - PASSED 4325 / 4300 - PASSED 4350 / 4325 - PASSED 4375 / 4350 - PASSED 4400 / 4375 - PASSED 4425 / 4400 - PASSED 4450 / 4425 - PASSED 4450 / 4450 - PASSED 4450 / 4475 - PASSED P1 PROFILE VID: 1175mV Vdroop: 0.6% CCX#1: 4450MHz CCX#2: 4475MHz 09:16:01: Stress test stopped. Cinebench R20 started Cinebench R20 finished with result: 8655 Voltage: 1.175 V PPT: 157.2 W Temperature: 71.5° 09:16:44: Test 5 finished! 09:16:44: OB test started! 09:16:44: This test can reboot the system! 09:16:44: There is no need to worry, it's safe. 09:16:47: Step: 1 CCX1 OB: -7 FREQ 4250MHz CCX2 OB: -11 FREQ 4250MHz 09:16:52: Test#1 09:18:54: Test#2 09:20:57: Step: 2 CCX1 OB: 9 FREQ 4275MHz CCX2 OB: -6 FREQ 4275MHz 09:21:06: Test#1 09:23:08: Test#2 09:25:11: Step: 3 CCX1 OB: 21 FREQ 4300MHz CCX2 OB: 8 FREQ 4300MHz 09:25:20: Test#1 09:27:22: Test#2 09:29:25: Step: 4 CCX1 OB: 29 FREQ 4325MHz CCX2 OB: 13 FREQ 4325MHz 09:29:33: Test#1 09:31:35: Test#2 09:33:38: Step: 5 CCX1 OB: 37 FREQ 4350MHz CCX2 OB: 27 FREQ 4350MHz 09:33:47: Test#1 09:35:49: Test#2 09:37:52: Step: 6 CCX1 OB: 48 FREQ 4375MHz CCX2 OB: 30 FREQ 4375MHz 09:38:01: Test#1 09:40:03: Test#2 09:40:21: CCX1 instability detected! 09:40:21: Thread# 4 fall down! 09:40:21: Stress test stopped. CCX1 OB: 35 FREQ 4350MHz CCX2 OB: 31 FREQ 4375MHz 09:40:31: Test#1 09:42:33: Test#2 09:44:36: Step: 7 CCX1 OB: 31 FREQ 4350MHz CCX2 OB: 40 FREQ 4400MHz 09:44:44: Test#1 09:46:46: Test#2 09:48:08: CCX2 instability detected! 09:48:08: Thread# 16 fall down! 09:48:08: Stress test stopped. CCX1 OB: 39 FREQ 4350MHz CCX2 OB: 34 FREQ 4375MHz 09:48:17: Test#1 09:50:19: Test#2 Results OB testing CCX1 OB: 39 CCX2 OB: 34 CORES ORDER (from the best to the worst) ### CPPC VID FIT 1 С03 С01 С09 2 С02 С02 C11 3 С01 С03 С06 4 С06 C12 С03 5 С04 С08 С04 6 С05 C10 С08 7 C12 С06 С05 8 С09 С09 С07 9 C11 C11 C10 10 C10 С05 С02 11 С08 С07 C12 12 С07 С04 С01 AVX light mode Cycle time: 120000 ms Reference frequency: 4375MHz Reference voltage: 1187 mV Voltage step: 6 mV Manual overclocking mode enabled 09:52:23: Saving temporary settings... 09:52:27: CCX1 (158): 4375 MHz, 1187 mV 09:52:27: CCX2 (133): 4375 MHz, 1187 mV 09:52:27: Step# 1. Diagnostic VID: 1187 mV 09:52:28: Stress test 1 started... 09:53:35: Stress test stopped. 09:53:36: Stress test 2 started... 09:54:41: Stress test stopped. 09:54:42: Step# 2. Diagnostic VID: 1114 mV 09:54:42: Stress test 1 started... 09:55:47: Stress test stopped. 09:55:48: Stress test 2 started... 09:56:53: Stress test stopped. 09:56:53: Step# 3. Diagnostic VID: 1108 mV 09:56:53: Stress test 1 started... 09:57:58: Stress test stopped. 09:57:59: Stress test 2 started... 09:59:04: Stress test stopped. 09:59:05: Step# 4. Diagnostic VID: 1102 mV 09:59:05: Stress test 1 started... 10:00:10: Stress test stopped. 10:00:10: Stress test 2 started... 10:01:16: Stress test stopped. 10:01:16: Step# 5. Diagnostic VID: 1096 mV 10:01:16: Stress test 1 started... 10:02:21: Stress test stopped. 10:02:22: Stress test 2 started... 10:03:27: Stress test stopped. 10:03:28: Step# 6. Diagnostic VID: 1090 mV 10:03:28: Stress test 1 started... 10:04:33: Stress test stopped. 10:04:33: Stress test 2 started... 10:05:39: Stress test stopped. 10:05:39: Step# 7. Diagnostic VID: 1084 mV 10:05:39: Stress test 1 started... 10:06:44: Stress test stopped. 10:06:45: Stress test 2 started... 10:07:50: Stress test stopped. 10:07:51: Step# 8. Diagnostic VID: 1078 mV 10:07:51: Stress test 1 started... 10:08:56: Stress test stopped. 10:08:56: Stress test 2 started... 10:10:01: Stress test stopped. 10:10:02: Step# 9. Diagnostic VID: 1072 mV 10:10:02: Stress test 1 started... 10:11:07: Stress test stopped. 10:11:08: Stress test 2 started... 10:12:13: Stress test stopped. 10:12:13: Step# 10. Diagnostic VID: 1066 mV 10:12:13: Stress test 1 started... 10:13:18: Stress test stopped. 10:13:19: Stress test 2 started... 10:14:24: Stress test stopped. 10:14:25: Step# 11. Diagnostic VID: 1060 mV 10:14:25: Stress test 1 started... 10:15:30: Stress test stopped. 10:15:31: Stress test 2 started... 10:16:36: Stress test stopped. 10:16:36: Step# 12. Diagnostic VID: 1054 mV 10:16:36: Stress test 1 started... 10:17:41: Stress test stopped. 10:17:42: Stress test 2 started... 10:18:47: Stress test stopped. 10:18:48: Step# 13. Diagnostic VID: 1048 mV 10:18:48: Stress test 1 started... 10:19:07: Thread# 17 fall down! 10:19:07: Stress test stopped. 10:19:08: Step# 14. Diagnostic VID: 1054 mV DIAGNOSTIC RESULTS AMD Ryzen 9 5900X 12-Core Processor CPU VID: 1054 CPU TEL: 1050 Max temperature: 62.12° Energy efficient: 4.17 Your CPU is GOLDEN SAMPLE Recomended CCX delta: 25 Theoretical maximum CCX delta: 50 Recomended values for overclocking (P1 profile): Reference voltage: 1175 mV Reference frequency: 4525 MHz Recomended values for overclocking (P2 profile): Reference voltage: 1275 mV Reference frequency: 4675 MHz Recomended values for undervolting: Reference voltage: 1000 mV Reference frequency: 4175 MHz Phoenix deactivated!
iNerd
2021-05-04 08:30:11 +0000 UTChi Gufur, no worries, that's not rude at all. I dont even know what exactly is the difference between samples. here is my last diagnostic i've just done
iNerd
2021-05-04 08:30:03 +0000 UTCYou should lower PX High Frequency to 4850 Mhz, that may help with your stability problems
Gufur
2021-05-04 06:25:38 +0000 UTCNot to be rude, but Golden Sample seems unlikely with that profiles.
Gufur
2021-05-04 06:25:13 +0000 UTCi‘m actually using this one.
iNerd
2021-05-03 20:57:17 +0000 UTCThank you very mich. I appreciate the fest feedback and will wait for tomorrow and next update. At this moment i tuned up lil bit and using hybrid mode with p2 and px together but since p2 is triggered from 30% usage and my game is using max 15% the px remain active i guess. I only worry about high spikes but its running like a charme since i had before max 4.5ghz while gaming and now its running between 4.5 and 4.9 on 4threads (core2 and 3) which are two fastest on first ccx. But i must say i never used this tool until today. I was only reading about. Thanks once again.
iNerd
2021-05-03 20:55:19 +0000 UTCHi. AMD, the motherboard manufacturer or have an equal chance to make a mistake in their product, it is normal. At the moment all AGESA for Zen 3 have support. Also AGESA can affect CTR stability and results.
Yuri Bubliy
2021-05-03 19:43:50 +0000 UTCThank you for your support. The second video lesson with explanations will be available tomorrow. Also tomorrow I plan to publish a very important update (stability + performance). The program is quite complex and it will take some time to become a professional in it. The original plan was that PX could not work by itself. Improving the performance, changing parameters is a future lesson. Since you are already a subscriber, this month will be interesting for you.
Yuri Bubliy
2021-05-03 19:41:43 +0000 UTCHi Yuri, my first gaming experience with p1/p2 and px enabled felt unstable so i only left activated the PX profile and since that one the cpu is always running on highrates and this is what makes obvious gaming experience better. Is it a bad thing if, for example, i leave p1 and p2 profiles running on autoload as hybrid but turning them down and activate PX profile before i start a game? or activating / deactivating profiles often can lead to system instabilities? According to CTR i have a golden sample (whatever that means again) as CPU. ***ClockTuner for Ryzen 2.1 RC5 by 1usmus*** AMD Ryzen 9 5900X 12-Core Processor ASUS ROG CROSSHAIR VIII DARK HERO BIOS ver. 3501 SMU ver. 56.50.00 TABLE ver. 3672069 DRAM speed 3800 MHz 05/03/2021 21:10:20 P1 FREQ CCX1# 4475MHz FREQ CCX2# 4475MHz VID# 1175mV Usage trigger# 81% OB CCX1# 11 OB CCX2# -3 P2 FREQ CCX1# 4625MHz FREQ CCX2# 4600MHz VID# 1275mV Usage trigger# 30% OB CCX1# 11 OB CCX2# -3 PX FREQ HIGH# 4900MHz FREQ MID# 4750MHz FREQ LOW# 4625MHz VID HIGH# 1375mV VID MID# 1375mV VID LOW# 1350mV OB HIGH# 14 OB MID# 27 OB LOW# 27 Usage trigger# 11% PX OB LIMIT# 125MHz
iNerd
2021-05-03 19:11:36 +0000 UTCOut of curiosity, does the AGESA version matter? I'm currently still on 1.2.0.0. My motherboard vendor has a 1.2.0.1 patch A and a beta 1.2.0.2 (soon to be not beta I presume) out. I haven't updated my BIOS as I don't have the USB issues these versions address. I was just wondering if, once 1.2.0.2 is stable for my MOBO, if updating the bios to this AGESA version will in anyway be incompatible with CTR or will affect the performance? Not sure if it even has anything to do with CTR but figured I'd ask since it's a pain to downgrade my BIOS. Thanks!
Jeff Weinstein
2021-05-03 18:06:38 +0000 UTCHi Yuri, i dont jnow what ctr is doing but while i dont see these high numbers like when i was testing oc over bios i feel perf. improvement while working. I dont know how it will be with running games on this machine. I‘ll test this later. But since you put so much effort i decided to subscribe and support this project. Keep up! Looking for bew things and to understand how ctr is working and how i should use it correct but you got my support already! Pozdrav, Dalibor
iNerd
2021-05-03 16:27:07 +0000 UTC@ darokka No spesial bios settings used.. I use my own memory + soc/IOdie settings/voltages, the main thing that's important is that they are stable. Current capability = 140%, LLC = level 4, Power phase control = extreme and a pretty good custom waterloop with a TechN zen3 waterblock.. I also have tweaked all my voltages for maximum performance as i dont really care about watt as my cooling setup can handle a sustained 300watt workload on my 5950x @ Hoschi _1975 Dont know why i score better than others in CPU-Z.. Before the dynamic clock i used to score ~680 points with CTR.. Now i score 700-715 depending on temp with dynamic CTR. Maybe try to up the OB for PX high ? Earlier i have tried to disabled one CCD on my 5950x and watched the ST score drop in CPU-Z.. Are you guys running single CCD cpus ? (5600x and 5800x)
domdtxdissar
2021-05-02 21:28:21 +0000 UTCYeah domd seems to be the only one that is not affected when using cpuz..
Gabriel
2021-05-02 18:35:21 +0000 UTCThank You Yuri For The Hard Work, New Build Works Great.
Nick Beeson
2021-05-02 18:32:20 +0000 UTCFill out your Patreon account and you will automatically be connected
Yuri Bubliy
2021-05-02 18:28:46 +0000 UTCHow do you overcome the weak CPU-Z Single Core Score, when CTR is working? I scored around 59x points, even PX High runs @5000mhz and you show over 700 points.. ?
Hoschi _1975
2021-05-02 17:26:13 +0000 UTCWhere can I find the discord Server?
Michael Platz
2021-05-02 12:40:35 +0000 UTCHi Yuri, Hi Dom, I got a question for the both of you. @Dom did you tweak your bios in any way to achieve these numbers apart from things that are suggested by Yuris Guide @Yuri if someone wants to push their cpu a little further. Lets say somewhere in the middle of standard and Dom(I belief he is pushing it tot he max), what would you suggest we should do? Set higher PBO limits etc.?! Thanks for your suggestions and help
darokka
2021-05-02 11:58:18 +0000 UTCafter restart it works again. its not all the time. i will visit your discord soon ty for the fast answer.
Michael Platz
2021-05-02 10:50:31 +0000 UTCGo to discord, there is a new test version
Yuri Bubliy
2021-05-02 10:48:26 +0000 UTCGo to discord, there is a new test version
Yuri Bubliy
2021-05-02 10:48:23 +0000 UTCctr doesnt open after restart. i cant open ctr again. i clean profiles before.
Michael Platz
2021-05-02 10:46:08 +0000 UTCEarly versions took maybe half an hour, then one version only 10 minutes or less, now over two hours and never finishes after going into manual mode. Vdroop setting and profile reset plus delete old v17 all followed. Just letting you know! ;-0
Jay P
2021-05-01 16:42:35 +0000 UTCSorry, posted to wrong thread, moving up here and deleting old accid. posted under v17: Step 71 now after reboot, about one hour for diagnostic and still running for 5900x, longest yet is this right?Went to step 145 and I stopped about two hours in to diagnostic, first time I had this issue
Jay P
2021-05-01 16:41:21 +0000 UTCI,too,have got different results from the version 17-17 was quite ok, higher boost clocks, golden sample eTc as usual.ver 18 “platinum sample” that according to you doesn’t exist, in spite of that lower clocks.
famich2005
2021-05-01 13:02:07 +0000 UTCslightly different but same end result - got to OB testing - immediately rebooted - relaunched auto, had zero'd out and skipped the OB testing - started "manual overclock" rebooted again - failed to autolaunch, and when manually launched the config error was present again.
Greg McMaster
2021-05-01 11:36:28 +0000 UTCNew build seems to be working much better, thanks :) Build19 alpha Dynamic CTR = 261 fps @ https://youtu.be/tJKPVP_KQqA My alltime high records are 284 cpu fps @ highest preset and 300 cpu fps @ lowest preset in this benchmark with SMT turned off.. Benchmark videos above are run in "highest preset" and with all 32 threads
domdtxdissar
2021-05-01 11:29:45 +0000 UTCVer 19. alpha https://drive.google.com/file/d/1mjqpZBr4XqCf9mFQ6Gl1wzx8Od0sdM0v/view?usp=sharing
Yuri Bubliy
2021-05-01 10:36:46 +0000 UTCHere you can see what i talk about.. dynamic clock seems to having a hardtime keeping enabled (?) P2 profile is bouncing on and off.. CTR dynamic = 246 game cpu fps @ https://www.youtube.com/watch?v=JLXiiqilFv0 CTR Static P1 profile @ 262 game cpu fps @ https://www.youtube.com/watch?v=fLvxMHezS1Y Please let me know if videos dont work..
domdtxdissar
2021-05-01 10:27:45 +0000 UTCLets check Ver 19. alpha https://drive.google.com/file/d/1mjqpZBr4XqCf9mFQ6Gl1wzx8Od0sdM0v/view?usp=sharing
Yuri Bubliy
2021-05-01 10:19:04 +0000 UTCthis version is rough. ver 15 worked like a champ comparitively. this one just restarts repeatedly until phoenix gives up, and then launching manually shows the config is all corrupted: System.Configuration.ConfigurationErrorsException: Configuration system failed to initialize
Greg McMaster
2021-05-01 09:49:36 +0000 UTCI have an idea, let's check it out, message me on Discord
Yuri Bubliy
2021-05-01 09:23:20 +0000 UTCWhy do you think it's a CTR problem?
Yuri Bubliy
2021-05-01 09:12:28 +0000 UTCSeems like CTR 2.1 RC5 build18 still have problems with the SotTR benchmark Yuri.. Think i'm experiencing the "rocking the boat" effect you mentioned earlier. (?) Like if i run a static OC lets say i have a pretty stable ~320 CPU Game fps in a certain part of the shadow of the tombraider benchmark, but with with CTR dynamic the fps is bouncing between 340 CPU Game fps and 260 CPU Game fps all the time, lowering the average fps.. (my highscore in this benchmark is 300 cpu game fps @ 1080p lowest settings, so i know how to bench it..) Is this a known problem ? Have also done a new threadscaling benchmark in CinebenchR20 with that hopefully is my new 24/7 settings, it is atleast 5x IBT very high + light-workloads stable so far 1 thread = 662 points ( 2 threads = 1309 points 4 threads = 2544 points 6 threads = 3796 points 8 threads = 4991 points 10 threads = 6083 points 12 threads = 7212 points 14 threads = 8139 points 16 threads = 8708 points 20 threads = 9400 points 24 threads = 10183 points 28 threads = 11123 points 32 threads = 12158 points PX high = from 1 to 2 threads @ 5025mhz (100 OB) PX mid = from 3 to 4 threads @ 4900mhz (100 OB) PX low = from 5 to 9 threads @ 4825mhz (100 OB) P2 = from 10 to 24 threads @ 4800/4675mhz (29/0 OB) P1 = from 25 to 32 threads @ 4750/4625mhz (29/0 OB) Screenshots @ https://imgur.com/a/rIDGapf
domdtxdissar
2021-05-01 09:09:28 +0000 UTCI always clean old settings before I update and rerun diagnostic, also I get an unstable Fast/MIX PX Preset every time and I do same manual adjustment from older versions.
PewWORKS TV
2021-05-01 04:10:23 +0000 UTCHave you tried the CTR config remover between versions? I haven't had any issues with autoload with windows so far
Jamie Godwell
2021-05-01 02:56:28 +0000 UTCautostart with OS in tray still not working, last time working was RC4, I can fix it adding a CTR shortcut to windows 10 startup folder.
PewWORKS TV
2021-05-01 02:42:42 +0000 UTCHaving the P1/2 profile bug only when, after all the process, I hit the Boost tester. Followed the guide step by step.
Xavi Hoyos
2021-04-30 21:54:32 +0000 UTCi remove old settings on the old app, then rm -rf that folder, i pulled the new build, started the new build, cleared settings again. ran a diagnostic and everything was fine. after sleeping for a bit, i came back and opened ctr and it was spamming the logs
jonathan Turwy
2021-04-30 20:09:42 +0000 UTCDid both and restarted. Will retry after I reinstall windows.
Samuel Colletti
2021-04-30 20:06:22 +0000 UTCThe new version does not start because you already have 1 instance of the program open or because you did not follow the main point of the guide (REMOVE OLD SETTINGS)
Yuri Bubliy
2021-04-30 20:03:19 +0000 UTCYou did not follow the main point of the guide (REMOVE OLD SETTINGS). Or its the old version. CTR experts checked this version before publishing it. This version has been tested, it is not an alpha product.
Yuri Bubliy
2021-04-30 20:03:16 +0000 UTCThis version wont even start for me, Ver 15 works just fine.
Samuel Colletti
2021-04-30 19:53:21 +0000 UTCI still have the P1/2 profile restore after sleep spam in the CTR log window
jonathan Turwy
2021-04-30 19:35:51 +0000 UTC
