1usmus
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HYDRA 1.1F PRO - MASSIVE UPDATE READY!
🕑 Added 2022-04-30 13:03:59 +0000 UTCI won't keep you in suspense, so let's take a tour of what we can see in HYDRA 1.1F PRO :)
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1) New monitoring and the redesign of the HYBRID OC tab
* The information about the switched off cores and CCDs has become more clear.
* Color indication of cores that are active (orange) and those that are sleeping (green).
* Added information about PBO2 limits (THM, TDC, EDC and PPT).
* Added information about the memory controller (FCLK effective frequency , MEMCLK effective frequency and UCLK effective frequency).
* Added information about DRAM bandwidth (UMC RD and UMC WR).
* Added information about current AMD Curve Optimizer values.
* EDC throttler - information about the current level of CPU load.
* Added information about HOT SPOT and L3 CACHE temperatures.
* The best cores (by CPPC) are marked with an asterisk.
* Added possibility to customize sensors (value processing and visibility).
* Information from 23 sensors is available for each core.
* Monitoring has been optimized, reducing the use of CPU time.
* Reserved space for GPU monitoring.
* The CO tables for HYBRID OC are now combined with the PROFILES tab for greater ease of use.
* The color indication of voltages for the profiles will help you determine which voltage is energy efficient and which is not.
* CO tables can be hidden for visual comfort.
* HYBRID OC got a frequency limiter for each of the cores. These values are filled in automatically during diagnostics, but can be changed by the user. Thanks to this innovation the stability of HYBRID OC has been improved.
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2) Redesigned AMD PBO2 tab and improved CO search
* Added ability to enable/disable AMD PBO2 (it was impossible to choose what to do in the previous version).
* Added the ability to zero the CO values for each CCD individually.
* AMD PBO2 now becomes part of the HYBRID OC profiles (I will talk about the future merge in May) therefore backup creation or download functions are now supported.
* Dynamic PBO2 - this feature is in development.
* The search for CO values has been significantly refined with the new approach (pdf - guide is attached to the post). Of course, calibrations are planned.
* Improved diagnostics customization: selection of voltages for testing as well as FFT MAX (previously FFT MAX = FFT MIN).
* Added 3 presets with diagnostic settings (LIGHT, NORMAL and HEAVY) for users who want ease of use.
* By default, the user gets the most optimal settings for testing. 1-click concept.
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3) Safety of the diagnostic process and other improvements
* If you were using AMD PBO2 but it crashed HYDRA ASSISTANT will help you to solve the problem the next time you start the application.
* A new PHOENIX (restore the diagnostic process after a failure) was created to secure diagnostic data. Only available for AMD PBO2 diagnostics. Temporarily.
* For all types of diagnostics, the "stay awake" function is enabled by default to avoid the screen turning off or the system falling asleep.
* Fixed and finalized PBO control for Cezanne processors.
* The screen zoom factor is used to correctly load the location of the application.
* Added a large number of tooltips.
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4) COMPARE tab
* Now the user has the ability to compare not only the default system state with HYBRID OC, but also the default state with AMD PBO2.
* For more information the graphs have a caption which comparison mode was used.
* Also added is a graph with temperature comparison.
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>> VIRUSTOTAL REPORT <<
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I am insanely grateful for everyone's support. These letters mean a lot to me. Now, with your permission, I want to spend a week resting so that I can start preparing the May update with renewed vigor. Believe me, I have something to surprise both you and AMD :)
Comments
F
Not every version i believe but for example the next version 1.1G has massive changes to the diagnosis process so it is of course recommended to do a new diagnosis.
에르도
I wonder if I have to diagnose again whenever a new version comes out. Please reply.
Artem Batogovsky
Вітаю! Дякую за гарний інструмент. На віндовс 10 все було чудово, але потім оновився до віндовс 11 та отримав проблему - по перше в тих же тестах частота ядер та результати стали гіршими хоча налаштування наче не змінювались (в режимі PBO2). Крім того якщо гідра працює незалежно від режиме отримую постійні ривки в іграх, наприклад Witcher 3, раз на 30 секунд - 1 хвилину. Якщо гідру вимикаю - ніяких ривків нема. Я також використовую переназначення кращих ядер, бо мій процессор по замовчанню чомусь вважає що найгірше ядро то найкраще =) В чому може бути проблема, яке позбутись підвисань? І чи можна якось переназначити кращі-гірші ядра "назавжди" ? Чи в біос чи ще якось?
I wonder if anyone tests this before going live, completely buggy. On Dynamic, CCD1 stays on 546mhz during AVX2 test, complete mess
holy jeebus i dont have that patience lol. i ll do the anti bad joojoo dance so it doesnt whea error you lol
That’s good to know! I was about to comment and ask if anyone else had issues running the PBO CO test on heavy. I’m 3 days in and currently on step 43. 😅 Hoping for that same stability you’ve got!
Hi guys, I am trying to get AMD PBO CO2 values, but verification crashing on CORE 2 even with positive CO2 value 10. Is it normal? Or am I doing something wrong? ***HYDRA 1.1F PRO by 1usmus*** 05/19/2022 14:23:41 Microsoft Windows NT 6.2.9200.0 NVIDIA GeForce RTX 3070 AMD64 Family 25 Model 33 Stepping 0, AuthenticAMD AMD Ryzen 9 5900X 12-Core Processor ASUS ROG STRIX B550-I GAMING BIOS ver. 2603 SMU ver. 56.69.00 TABLE ver. 3672069 DRAM speed 3600 MHz Creating a basic configuration file for settings... Creating a basic configuration file for profiles... Phoenix ready! The search a CO for PBO2 has begun... Checking stability in a single-threaded load: STEP #1 CORE#1 CO: -10 14:25:42: BACKUP#1: saving intermediate values... 14:25:45: BACKUP#2: saving intermediate values... 14:25:45: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.351 TARGET DLDO VID: 1.297 FREQUENCY: 4674 TEMPERATURE: 73.9 14:26:54: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.351 TARGET DLDO VID: 1.327 FREQUENCY: 4700 TEMPERATURE: 74 14:28:03: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.324 FREQUENCY: 4700 TEMPERATURE: 73.4 14:29:13: Test #4 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.322 FREQUENCY: 4700 TEMPERATURE: 73.2 14:30:22: Test #5 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 At this CO CORE#1 is unstable, the CO is reduced. STEP #1 CORE#1 CO: -9 14:31:04: BACKUP#1: saving intermediate values... 14:31:07: BACKUP#2: saving intermediate values... 14:31:07: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.323 FREQUENCY: 4700 TEMPERATURE: 71.9 14:32:16: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#1 is unstable, the CO is reduced. STEP #1 CORE#1 CO: -8 14:33:22: BACKUP#1: saving intermediate values... 14:33:25: BACKUP#2: saving intermediate values... 14:33:25: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.33 FREQUENCY: 4700 TEMPERATURE: 72.1 14:34:34: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.348 TARGET DLDO VID: 1.308 FREQUENCY: 4674 TEMPERATURE: 73.4 14:35:43: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.307 FREQUENCY: 4674 TEMPERATURE: 73.2 14:36:52: Test #4 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.307 FREQUENCY: 4674 TEMPERATURE: 73.2 14:38:02: Test #5 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 At this CO CORE#1 is unstable, the CO is reduced. STEP #1 CORE#1 CO: -7 14:38:20: BACKUP#1: saving intermediate values... 14:38:23: BACKUP#2: saving intermediate values... 14:38:23: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.336 FREQUENCY: 4700 TEMPERATURE: 72 14:39:33: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.314 FREQUENCY: 4674 TEMPERATURE: 73.2 14:40:42: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.314 FREQUENCY: 4674 TEMPERATURE: 73.3 14:41:51: Test #4 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.314 FREQUENCY: 4674 TEMPERATURE: 73.3 14:43:00: Test #5 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.351 TARGET DLDO VID: 1.312 FREQUENCY: 4674 TEMPERATURE: 72.9 14:44:09: BACKUP#3: saving intermediate values... 14:44:09: BACKUP#4: saving intermediate values... Current CO values CORE | CO C01 -7 C02 -10 C03 -10 C04 -10 C05 -10 C06 -10 C07 -15 C08 -15 C09 -15 C10 -15 C11 -15 C12 -15 STEP #2 CORE#2 CO: -10 14:44:12: BACKUP#1: saving intermediate values... 14:44:15: BACKUP#2: saving intermediate values... 14:44:15: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -9 14:44:30: BACKUP#1: saving intermediate values... 14:44:33: BACKUP#2: saving intermediate values... 14:44:33: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -8 14:44:44: BACKUP#1: saving intermediate values... 14:44:47: BACKUP#2: saving intermediate values... 14:44:47: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -7 14:45:10: BACKUP#1: saving intermediate values... 14:45:13: BACKUP#2: saving intermediate values... 14:45:13: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.32 FREQUENCY: 4824 TEMPERATURE: 72.4 14:46:22: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -6 14:46:34: BACKUP#1: saving intermediate values... 14:46:37: BACKUP#2: saving intermediate values... 14:46:37: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.356 TARGET DLDO VID: 1.248 FREQUENCY: 4 TEMPERATURE: 51.9 14:54:29: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -5 14:54:40: BACKUP#1: saving intermediate values... 14:54:43: BACKUP#2: saving intermediate values... 14:54:43: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.298 FREQUENCY: 4774 TEMPERATURE: 74.4 14:55:52: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -4 14:56:04: BACKUP#1: saving intermediate values... 14:56:07: BACKUP#2: saving intermediate values... 14:56:07: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -3 14:57:14: BACKUP#1: saving intermediate values... 14:57:17: BACKUP#2: saving intermediate values... 14:57:17: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.326 FREQUENCY: 4800 TEMPERATURE: 72.8 14:58:26: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -2 14:58:39: BACKUP#1: saving intermediate values... 14:58:42: BACKUP#2: saving intermediate values... 14:58:42: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.34 TARGET DLDO VID: 1.314 FREQUENCY: 4774 TEMPERATURE: 73.2 14:59:52: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: -1 15:00:04: BACKUP#1: saving intermediate values... 15:00:07: BACKUP#2: saving intermediate values... 15:00:07: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.318 FREQUENCY: 4774 TEMPERATURE: 72.6 15:01:16: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 0 15:01:27: BACKUP#1: saving intermediate values... 15:01:30: BACKUP#2: saving intermediate values... 15:01:30: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.324 FREQUENCY: 4774 TEMPERATURE: 72.8 15:02:40: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 1 15:02:54: BACKUP#1: saving intermediate values... 15:02:57: BACKUP#2: saving intermediate values... 15:02:57: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 2 15:03:39: BACKUP#1: saving intermediate values... 15:03:42: BACKUP#2: saving intermediate values... 15:03:42: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.351 TARGET DLDO VID: 1.316 FREQUENCY: 4750 TEMPERATURE: 72.6 15:04:51: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 3 15:05:04: BACKUP#1: saving intermediate values... 15:05:07: BACKUP#2: saving intermediate values... 15:05:07: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.322 FREQUENCY: 4750 TEMPERATURE: 72.4 15:06:17: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.304 FREQUENCY: 4724 TEMPERATURE: 73.2 15:07:26: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 4 15:07:56: BACKUP#1: saving intermediate values... 15:07:59: BACKUP#2: saving intermediate values... 15:07:59: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.328 FREQUENCY: 4750 TEMPERATURE: 72.2 15:09:09: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.351 TARGET DLDO VID: 1.312 FREQUENCY: 4724 TEMPERATURE: 73.6 15:10:18: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.353 TARGET DLDO VID: 1.312 FREQUENCY: 4724 TEMPERATURE: 73.4 15:11:27: Test #4 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 5 15:12:04: BACKUP#1: saving intermediate values... 15:12:07: BACKUP#2: saving intermediate values... 15:12:07: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.314 FREQUENCY: 4724 TEMPERATURE: 72.3 15:13:17: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 6 15:14:05: BACKUP#1: saving intermediate values... 15:14:08: BACKUP#2: saving intermediate values... 15:14:08: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.348 TARGET DLDO VID: 1.32 FREQUENCY: 4724 TEMPERATURE: 72 15:15:17: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.326 FREQUENCY: 4724 TEMPERATURE: 73.5 15:16:27: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.326 FREQUENCY: 4724 TEMPERATURE: 73.5 15:17:36: Test #4 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 7 15:17:50: BACKUP#1: saving intermediate values... 15:17:53: BACKUP#2: saving intermediate values... 15:17:53: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.328 FREQUENCY: 4724 TEMPERATURE: 72.3 15:19:02: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 8 15:19:13: BACKUP#1: saving intermediate values... 15:19:16: BACKUP#2: saving intermediate values... 15:19:16: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.313 FREQUENCY: 4700 TEMPERATURE: 72.3 15:20:25: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.318 FREQUENCY: 4700 TEMPERATURE: 73.4 15:21:34: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.318 FREQUENCY: 4700 TEMPERATURE: 73.3 15:22:44: Test #4 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.318 FREQUENCY: 4700 TEMPERATURE: 73.6 15:23:53: Test #5 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 9 15:24:45: BACKUP#1: saving intermediate values... 15:24:48: BACKUP#2: saving intermediate values... 15:24:48: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.318 FREQUENCY: 4700 TEMPERATURE: 72 15:25:57: Test #2 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.354 TARGET DLDO VID: 1.324 FREQUENCY: 4700 TEMPERATURE: 73.2 15:27:06: Test #3 started! FFT MIN: 84 FFT MAX: 84 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.352 TARGET DLDO VID: 1.325 FREQUENCY: 4700 TEMPERATURE: 73.6 15:28:15: Test #4 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 TELEMETRY VOLTAGE: 1.35 TARGET DLDO VID: 1.302 FREQUENCY: 4674 TEMPERATURE: 73.4 15:29:25: Test #5 started! FFT MIN: 1344 FFT MAX: 1344 SMT: OFF DURATION: 60 At this CO CORE#2 is unstable, the CO is reduced. STEP #2 CORE#2 CO: 10 15:30:08: BACKUP#1: saving intermediate values... 15:30:11: BACKUP#2: saving intermediate values... 15:30:11: Test #1 started! FFT MIN: 4 FFT MAX: 4 SMT: OFF DURATION: 60 The "STOP" button is pressed. Stopping the process... TELEMETRY VOLTAGE: 0 TARGET DLDO VID: 0 FREQUENCY: 0 TEMPERATURE: 0 15:30:18: Stress test stopped. Phoenix deactivated!
Mike Z
this sounds awesome, thanks
dude it took me almost 36 hours but its stable as fuck lol. i suggest after its done go into your bios and check your ram.. cuz i was able to tighten and oc my ram a little more too.. went from 3866 16-20-19-19-38 to 3866 16-18-18-20-36 with 1.05 soc and 1.42 dram...i just stared at my new gpu for 36 hours and was waiting for it lol.
James Tiller
definitely something different with this build..... my 5950x is right at 23 hours of testing and showing no signs it is done. I am used to it taking half a day previously but this is a first.
what i do is use argus monitor (premium) or fancontrol free github project. and create profiles specific to hydra profiles. if you have external pinouts on your mobo for temperature readouts that would actually be the best route because hydra would probably base a lot of its overclock or undervolt parameters on those numbers. i dont trust the onboard temps unless theyre actually pinouts. just from my experience from being a somewhat hardcore overclocker.
https://community.amd.com/t5/drivers-software/ram-issues-depending-on-agesa-version-1-2-0-5-to-1-2-0-7/m-p/523779#M155678 public service announcement. please please please do not install any new agesa 1.2.7 beta updates. a lot of people are saying especially with aorus and asus tuf boards that the c state and other functions that hydra has options for disappeared on their bios screens. which may or may not affect performance and stability of your hydra settings.
Rory O'Donnell
it would be nice if we could configure a temperature value for a given profile, rather than a voltage
oh PS. will be working on only the am4 because i have no plans on going to am5 platform unless am4 becomes that useless which in the way that yuri's progression of the program is going and the way that a lot more aftermarket parts will be much cheaper in the next months like 4000+mhz kits with cl14 under 200 bucks for a 32gb kit yeah ill stick to am4. that and from my understanding ddr5 is running into a shit load of problems with a lot of current rendering software .
OK whoever responded to me i can't find my original post THANK YOU. i just ran the pbo2 find co and let it run. and 32k on r23 isnt bad what so ever. i did do a hardware mod with debauer and some other folks for pinouts but i managed to make the intel cryo cooler work properly with evc2 and the control module reflashed for amd and pbo2...i tested it with the 5800x because i was scared to get greedy and blow it up but managed to get the 5800x up to 5.8ghz and with the cryo on full send max temp at 1.475v was only 62degrees... now i just have to find a loophole so i can mass produce the module to fit and work with amd plug and play. i ll have a full write up and instruction guide (if you decide to attempt it) my only suggestion is make sure your b550 or x570 is a good overclocking board.. or your vrms will 100% fry lol. thanks to the guy that answered me tho i ll buy you a cookie if you pm lol
Brian Horlor
Has anybody else had issues with instability after a diagnostic OC? I asked the software for a moderate OC of my 5950X since I want some extra speed but I also don't want instability). When I'm not using it for work, I have BOINC running on 2/3 of the cores. However, a couple times a day, I look at my computer and it's rebooted and is sitting at the login screen. Event viewer says that the previous shutdown was unexpected but offers no other info. Hydra, though it's running, doesn't seem to say anything since it's not doing a diagnostic. I tested the stability with 30 mins of CB23 and 1 hour of OCCT with no issues. Any ideas?
