Glad to hear the settings worked out so well for you! Dropping 10 degrees while boosting performance is exactly what we aim for. Appreciate the feedback, and happy gaming! 👑
Hi, thank you for your step-by-step tutorial. I did everything according to your instructions and the results are wonderful. I have an Intel Core I7-14700K processor on a Gigabyte Z790 UD AX board. Results on default settings: Cinebench: 33k pts, maximum 100 degrees Celsius, power consumption 253W. Results after undervolting: Cinebench: 32k pts, maximum 75 degrees Celsius, average 62, power consumption: 170W. 3% efficiency for aprox. 25 degrees less and 83W less power consumption. Sounds like a great deal. Because it is great. Thanks again.
That's fantastic to hear! Dropping 25°C and 83W for just a 3% performance trade-off is indeed a win, especially with the 14700K on a board like the Z790 UD AX. That lower temperature and power draw will definitely pay off in the long run, too! Thanks for sharing your results, and I'm thrilled the tutorial made such a difference. Enjoy the cooler, more efficient setup!
Glad to hear the guide helped you out! A 10°C drop at idle and 15°C under full load is a huge improvement-great work dialing in those settings! Enjoy the cooler temps, and feel free to reach out if you have any more questions. Happy gaming (or working) with that optimized setup!
@ thank you! I had previously adjusted things but after that BIOS update which enforced the Intel recommended settings I had lost them and forgot how to change them. The fact yours is on Gigabyte helped a lot too as most guides are on Asus. I also noticed temps stay stable no matter which power plan I’m on whereas before I could only use Power Saving without temps going crazy.
Thanks a lot for the Video. I was looking for a good Tutorial for the latest Gigabyte Bios. Before all off the undervolting my i7 13000k was hitting 100 °C and after with a offset of -80 its at max 86 °C. And even the Cinebench score improved. I was really shocked that my CPU was Throtteling with a 360 AIO. Without undevolting this CPU really has bad Temps.
*You're very welcome! I'm glad the video helped. It’s impressive to see how much of a difference undervolting can make, especially with that -80mV offset bringing your temps down so much. Undervolting really helps these CPUs perform better without hitting those extreme temperatures. If you have any more questions or need further tweaks, feel free to ask.*
@@saveroomorg Hey, i saw some other guides and videos where also the cache voltage is reduced via offset. Does that make a difference? I only saw that on asus motherboard so i dont know how to do that on gigabyte. And also what should i set the Load-Line Calibration (LLC)? What is the best for undervolting without hurting performance? Thanks for your help
@@HeroHakuu Hi! There are definitely a lot of guides out there, but in my video, I’ve applied official Intel information to ensure accurate and safe settings. Since the settings you’ve used have worked for you with the same or even higher benchmark values, I recommend keeping them as is. For the 13700K, setting the power limits to 253W is a good balance, and 86°C is a solid temperature for a fully loaded CPU. In the video, I also cover Load-Line Calibration (LLC), and I’d suggest sticking to the settings I demonstrate. Unnecessarily increasing LLC can lead to higher temps and is generally only needed for overclocking or if your CPU becomes unstable at lower voltages. The goal of the video is to keep Intel CPUs cool and safe from degradation.
Thank you very much for the perfect video tutorial. My Gigabyte Z690 with 13600KF makes me really happy now. It is unbelievable how the consumption and temperature have decreased and at the same time the performance has increased. However, I can't get to 1.05, it already crashes with Cinebench, 0.75 is fine.
Thank you so much for your kind words! I’m really glad to hear the tutorial helped and that your Gigabyte Z690 with the 13600KF is running smoothly now. It’s amazing how tuning can reduce power consumption and temperature while boosting performance, right? Regarding the offset, every CPU behaves a bit differently due to silicon variance, so it’s completely normal that you can't reach 1.05 without crashing. If 0.75 is stable for you, that’s great! Stability is key, and you’ve found the sweet spot for your setup. Let me know if you have any other questions, and happy gaming🎮
Great video. How many Watts do you recommend for undervolting the i7-13700K? I want to keep the CPU a bit cooler without sacrificing almost any FPS in games
Thanks for the kind words! For the i7-13700K, I’d recommend setting the power limits (PL1 and PL2) to 253W. This helps keep your CPU cool without sacrificing too much performance. Start with a lower voltage offset, like -0.020V, and gradually work up to around -0.090V, checking for stability along the way. Every CPU is different due to silicon quality, so your ideal settings might vary.
It depends on your CPU really, I have 13700kf and I have underclocked by 100mhz on both P and E cores, set CPU Load Line to 9 and undervolted by -0.080 offset. This results on 180W usage on full load, dropped from 280W on default. Only %3 performance loss in CineBench23, from 30500 to around 29500. In gaming you don't even feel the difference.
@@bilbobaggins8794 Thanks for sharing your setup! That’s a solid configuration for managing power and temperature without sacrificing much performance. Dropping 100W at full load with just a 3% hit in Cinebench scores is impressive, and it’s good to hear there’s no noticeable impact in gaming. For anyone looking to optimize power efficiency, your approach with a slight underclock and -0.080 offset is a great example.
Merci beaucoup pour ton soutien ! Ça fait super plaisir d’entendre ça, et bienvenue parmi les abonnés ! 😊 N’hésite pas à poser des questions si tu en as, je suis là pour aider.
Can you make a video on the adaptive offset undervolt because this really really tanks performance and some (me especially after fighting with my bios for the last 4 days to find the perfect AC, DC, offset amount and LLC to not burn my house down during a stress test) would really appreciate it. Kudos for the vid though!
Thanks for your comment! I totally understand how frustrating it can be to dial in the perfect undervolt, especially with all the BIOS settings like AC, DC, offset, and LLC. It’s definitely a more complex process! The good news is, I’m already working on creating an ultimate undervolting guide that will cover everything-from easy, straightforward settings to more complex but highly efficient undervolting approaches. I’ll be diving into adaptive offset undervolting in detail to help with situations like yours. Make sure to subscribe so you don’t miss it! I think you’ll find it really helpful. Thanks again for the support!
got a question sorry im a noob to bios settings anyways if i leave the dynamic vcore at 50 instead of the 105v that you have it at will i lose performance or gain?
*No problem at all! If you keep the dynamic Vcore at -0.050V instead of -0.105V, you shouldn't experience any performance drop. The only difference may be slightly higher temperatures, but this really depends on your specific CPU unit since it's all about the silicon lottery. Just monitor your temps, and you should be good to go! If you have more questions, feel free to ask!*
Very nice! I updated my gigabyte z790 gaming x ax (rev. 1.1) with i7-13700k from bios v. F4 to F11. Before update my voltages rarely went above 1.4v in idle or gaming (not sure about heavy load. Temps atleast were super high, close to 100c in video rendering) After bios update I only enabled XMP and Re-Size bar and went with Intel defaults. Now voltages went as high as 1.47v in gaming, temps were normal gaming temps. Then I followed your settings basically everything, expect I left Turbo Power Limits on auto. Now voltages never goes to 1.4v in gaming (max was 1.38v) and temps were super cool 76c in video rendering (before it was close to 100c). Im little worried about random reboots, since others have had issues with this motherboard and this bios version. I'll try to update if I encounter anything abnormal. Btw FPS in CS2 seemed to stay the same, which is super nice. Thank you for your video!
Thanks for sharing your experience! It sounds like the BIOS update made a significant difference for your setup. It's great to hear that your voltages and temperatures have improved, especially during video rendering! Keeping the Turbo Power Limits on auto can sometimes help maintain stability while still allowing for better performance. I’ve never faced random reboots, but I understand your concerns, especially with the Z790 and this BIOS version. It might be worth keeping an eye on it and updating the BIOS if you encounter any issues. Also, try adjusting your undervolting values if needed. Glad to hear the performance stayed consistent too! If you have any more questions or need further assistance, feel free to reach out. Happy gaming!
Unlock the full potential of your Intel 13th and 14th Gen CPUs 13600K,13700K,13900K, 14600K,14700K,14900K while reducing heat and power consumption! In this video, we walk you through the step-by-step process of undervolting on Gigabyte Z790, Z690, B760, and B660 motherboards. Learn how to adjust BIOS settings to safely lower CPU voltage, enhance stability, and prevent performance degradation due to the latest microcode updates. We also cover tips on using ThrottleStop, avoiding CPU throttling, and what you need to know about Intel's microcode 0x129 update in light of the recent CPU degradation concerns. This guide is perfect for both beginners and advanced users looking to optimize their system's performance without sacrificing stability. #IntelUndervolt, #BIOSSettings, #GigabyteUndervolt, #Microcode0x129, #ThrottleStop, #IntelCPUDegradation2024, #Z790Undervolt, #Z690BIOSSettings, #HowtoUndervoltGPU, #CPUThrottlingFix, #RaptorLakeBIOSUpdate, #GigabyteMotherboardTips, #UndervoltingGuide, #IntelStabilityPatch, #CPUVoltageReduction.
I just want to say thank you so much for your recent video. I have a Gigabyte z790 Aorus Elite AX with an i5 13600k and RTX 3060 12GB. I've tried using settings from other videos, but either ended up with crashes or simply unable to boot. Your video was easy to follow, and the only thing I changed slightly was using -.075v in Dynamic Vcore. MSFS 2020 in VR is my main testing choice as I've reached 100 Celsius with the Intel default settings, no overclock, but with your settings, I'm now hitting no higher than 78 C, with no loss of performance. I hope your video gets a lot more views, as it's straightforward to follow, and is truly appreciated. 👍
@@brett3613 Thank you so much for your kind words, bro! It really means a lot to me. I’m glad to hear the settings work for you-knowing that helps me feel like I’ve reached my goal.🙌
@@saveroomorg Hey, after playing more MSFS 2020 VR this morning and encountering slight stuttering for a few seconds while flying over mountains at times, I thought it might be that your settings were a bit too low, but that wasn't the case, as I reverted back to stock and ended up with the same stutter that only seems to occur in specific areas of the map for some reason. So I went back to your settings, and have been enjoying much lower temps and smooth gameplay in some other VR games I've played. Thank you again.
@@brett3613 *Hi, if you think the issue might be caused by the undervolt settings, I suggest reducing the undervolt value or adjusting the "Loadline Calibration" settings. You can try setting it to "Low," "Medium," or "High." Just be careful, as it might increase CPU temperatures. However, the voltages should remain stable since Voltage and Watts limits are already set.*
@@saveroomorg I just honestly think now that in MSFS, specifically, there are going to be stutters every now and then due to amount of info being streamed while flying. I just happened to fly over a few areas I hadn't before while testing your settings, but as mentioned, when I defaulted back to Intel stock, the exact same stutters occurred, so it wasn't your settings causing it. I also did a stress test with your settings, and everything ran like a charm with the highest temp reaching 83 C at any point, compared to 100 C with Intel stock. Your settings are great. 😃
i did everything you said, my watts consumption dropped from 165W to 125 W and performance in cinebench from 23500 to 14600 :D. Having I5 13600KF and gigabyte B760m. Why so huge drop at performance ?
I followed your instructions to a detail and unfortunately, it did not work. My PC froze, I got blue screen and now it takes longer time to hear that beep from the motherboard when turning the PC on. What could be the problem? I have i9 14900k CPU.
Sorry to hear you're having trouble! It sounds like the system might be struggling with the settings. For the i9 14900K, I’d recommend starting with a smaller undervolt - try an offset around -0.020V and gradually increase it if the system remains stable. Additionally, set ICCMAX to 400A, but no higher, as pushing it further can cause instability. Ensure that the PL1 and PL2 are set around 253W for better stability. If the PC continues to freeze or crash, you might want to try enabling *Intel Default Settings* to see if the CPU can handle it. If possible, could you also share the BSOD error code? That can give us more insight into what’s going on. Let me know how it goes.
I have a 14900k I followed all your settings and i put the offset on -0.0050 PL1 and PL2 are also 170 i noticed under Cinebench 23 under full load my temps are stable @ 70c full load which is nice and voltage never goes past 1.4V on burst but stay around 1.1V under load clock speeds under load are at 4.2ghz under the this benchmark but i got an error during my benchmark so something isnt stable. I have Gigabyte pref on Optimized also ,I use a NH-DH15 air cooler.
Thanks for sharing your experience! For the 14900K, I recommend setting PL1 and PL2 to 253W to provide the necessary power for optimal performance and stability during benchmarks. Your temperatures at 70°C under full load are good, but if you’re experiencing instability, that might be due to the lower power limits. Since you’re at an offset of -0.050V, consider adjusting the voltage or incrementing your offset in small steps to improve stability. Also, keep in mind that for such a powerful CPU, an air cooler might not be sufficient. If your temps start going higher, you might want to consider setting PL1 to 125W and PL2 to 188W. However, I highly recommend using a water cooler for the 14900K to really unlock its potential. The NH-D15 is solid, but water cooling will provide better thermal management. Keep experimenting, and let me know how it goes!
I used these on my i9-13900k and my temps were really good but my game ended up crashing like 20 mins in what settings should i change to make sure it doesnt happen
I'm glad to hear your temps were good, but I'm sorry to hear about the game crashing! For the i9-13900K, I recommend trying the following adjustments: - Undervolt Gradually: If you’re using a significant undervolt, try reducing it slightly (e.g., go from -0.100V to -0.050V) and see if stability improves. - Check Power Limits: Ensure that PL1 and PL2 are set to around 253W for better stability, as this will help prevent throttling. - Adjust ICCMAX: Set ICCMAX to 400A, as pushing it higher can lead to instability. Keep an eye on your system's performance and stability as you make these changes. If you have any further issues, feel free to share more details, and I'll do my best to help!
Hi ! I have an i7 14700k and a z790 aorus elite pro X and I did all the steps until disable integrated graphics, and my minecraft crash after 3-4 sec, do you have any idea which of this settings causing this? When I reactivated the integrated grahicds and set the dynamic core to normal like before it was fixed but more temperature D:
Hi! Thanks for sharing your experience. Regarding the dynamic Vcore, I recommend watching this specific point in the video: th-cam.com/video/LZA-h9yUV50/w-d-xo.htmlsi=2fUt9Dq8-1sja509&t=234. Make sure the settings match your system and follow the instructions closely, as this can have a significant impact on stability. As for the integrated graphics, if you're not using it, you can leave it disabled, but if you’re still experiencing crashes, try enabling it again or adjusting the dynamic Vcore to a less aggressive undervolt (e.g., -0.050V) to see if that helps stabilize things. Let me know how it goes!
I get some watch dog errors on some games. Now i have my own set up i did . Its rare snd typically in like shaders like wukong get crashes or blue screens? Any idea? I think i have most things set to default and vcore to -04 so nothing crazy and turned of intel settings. I got 14700k. I think my core clock is set to auto not normal whats that difference?
It sounds like your system might need a bit of tweaking to improve stability, especially if you’re seeing watchdog errors and blue screens in certain games. Here are a few things you could try: - Vcore Offset: Since you’re using -0.040V, you might try reducing the offset slightly, maybe around -0.020V to see if stability improves. Sometimes even small changes can make a big difference. - Core Clock Settings: When set to Auto, the core clock allows the CPU to dynamically adjust based on load, potentially boosting higher than the Normal setting, which can sometimes push voltage or heat limits. If stability is an issue, you might try setting the clock to Normal to see if it smooths things out. - Intel Power Settings: If you’ve disabled Intel-specific settings, such as Turbo Boost, turning them back on could help with performance management and system balance. - Check Memory and Driver Updates: Outdated drivers or memory misconfigurations can sometimes trigger these errors, especially in games with heavy shader use. Give these a shot and let me know if it helps! If the issue persists, sharing any additional error codes would be useful to troubleshoot further.
i have a 13700kf, and read that for PL1 we should not go over the base power limit mentioned by intel, which is 125W, while PL2 is 253W, do you recommend first trying to just undervolt without changing power limits and test my temps/voltage and then if i want a further temperature decrease i can change my PL2 limit to make it lower? (180-200W)
*For the 13700KF, Intel's default settings for PL1 and PL2 are both set to 253W in Performance mode. You can either set this manually as shown in the video or leave it as is. Just don’t forget to apply the rest of the settings. The main approach should work for all Intel CPUs, although values might vary. After applying these settings, my CPU no longer hits the limits. It should work for you as well.*
@@saveroomorg Thanks, i think I will first try intel default settings with some undervolt without changing power limits and see how my numbers are before changing anything else.
@@ja1nam431 *Sure, it’s up to you, of course. But I’d be careful with the "Intel Default Settings" profile. It can push your CPU voltage up to 1.55V, which is quite high. Also, consider voltage spikes-they’re more dangerous for the CPU than the "Power Limit." The values I shared earlier are from Intel’s official recommendations for each CPU model. I just gathered all the data and compiled it into the video to make it straightforward to follow and apply. Feel free to ask any further questions.*
@@saveroomorg yes i saw some people get high voltage which is why i will probably test then under volt when i have the chance since i am away at the moment
Hi iam a resident surgeon,i also do gaming,, i was having some overheating issue so i followed the above guide ,, now my pc wont start . . Any help please 🙏
Hi! Thanks for reaching out, and sorry to hear you're running into issues. Since your PC isn’t starting after applying these settings, here are a few steps to get things back on track: 1. Reset the BIOS: Power down, unplug your PC, and locate the CMOS battery on your motherboard. Remove it for about 5-10 seconds, then place it back. This should reset your BIOS to default settings. 2. Check Power Limits and Voltage: If you can get into the BIOS again, start with Intel’s default settings, then gradually apply any changes from the guide. 3. Double-Check Connections: Just to be safe, ensure all power cables are properly connected. Give these a try, and let me know if anything changes!
@@saveroomorg thank u gentle man. I unplugged CMOS , reset BIOS default. But how do I undervolt, i play games and when i increase the graphics it crashes idk the issue. Just playing with low graphics now ... i 7 14700k Rtx 4070 super Ddr5 32 gigs Z790 UD AC gigabyte motherboard.. It's a terrible build .. crashes whenever I sit to play
@@yashadiwal5712 Since the 14700K runs hot, let’s start with a few checks and steps that might help improve stability without disabling the Intel GPU, as well as ensure your cooling setup is optimal. Undervolting: In your BIOS, look for the Dynamic Vcore setting. Start with a small negative offset, like -0.050V, to help lower temps without causing instability. Since the 14700K runs hot, undervolting can make a difference, but it’s essential to go gradually. Cooling Check: With a powerful CPU and GPU like yours, good thermal management is crucial. Double-check the cooler installation, ensuring the thermal paste is evenly applied and that the cooler itself is properly seated. Also, ensure that your case has good airflow. Power Limits: You can set the Turbo Power Limits (PL1 and PL2) in your BIOS to around 200-230W. This should help reduce crashes from sudden power spikes, especially during gaming. Driver & BIOS Updates: Make sure your motherboard BIOS and GPU drivers are updated to the latest versions, as these often include stability fixes. Stress Testing: After these adjustments, run a stress test (like Cinebench) to monitor for stability before gaming. Let me know how it goes, and if the system remains stable! This should help reduce crashes while still giving you a smooth gaming experience.
For the i7-14700KF with the Arctic Freezer 280mm, starting with a -0.050V offset should be a safe approach to reduce temps without pushing things too far. It should give you a bit of extra cooling without much impact on stability. You can test it out, monitor your system, and adjust further if needed. Let me know if you notice any difference in temperatures or stability!
@@nooralden4482 I'm currently working on a complete guide for undervolting, covering both Intel settings and CEP options. In the meantime, feel free to follow this guide-it's designed to keep your setup safe and stable. Stay tuned for the full guide!
I use Intel 13700K chip with Gigabyte Z690I AORUS Ultra DDR4 motherboard (F29E BIOS version). When I adjust according to the instructions in your video (with Intel Default Setting is Disabled), the temperature drops 20 Degrees, but I get BSOD when I run CineBech for about 5 minutes. But when I turn on Intel Default Setting again (still keep the remaining parameters according to your video), my computer doesn't get BSOD anymore, the temperature increases by about 5 Degrees. Is this abnormal? thanks you
Thanks for your comment! It sounds like you’re on the right track, but I recommend following the video step by step without skipping any parts, as I go into a lot of detail to ensure everything works smoothly. For your 13700K, I suggest setting the power limits to 253W and keeping Intel Default Settings off, as enabling them can cause the CPU to run hotter. For undervolting, start with a lower voltage offset, like -0.020V, and then gradually increase it step by step up to -0.090V. Be sure to test stability after each step to avoid issues like the BSOD you're experiencing. Keep in mind that every CPU is different in terms of silicon quality, so some chips may require different voltage settings to remain stable. Please follow the video carefully without jumping ahead to avoid potential issues, and feel free to reach out if you have any more questions!
I haven't had these settings up for too long but for some reason after I did this my MSI Afterburner stopped displaying my GOU temperature and I can't get it to work again, it displays FPS and the cpu temp on games, quite strange.
@@alexangell903 As I mentioned earlier, please follow the video step by step. Skipping any part can lead to different results. Also, make sure to carefully listen to the details I cover in the video, as I’ve addressed all the cases you're referring to.
@@alexangell903 como te va? para no tener problemas con el afterburner no deberias desactivar la igpu del micro, seguro tenes como en mi caso un 13 - 14 k, al desactivar el video del micro te deja de dar esos datos en los programas de informacion... Saludos.
Thanks for the update. I’d actually recommend sticking with your current BIOS version, whatever it is, as there have been a lot of reports about instability with recent updates. For the guide itself, it doesn’t matter much, since we’re setting all the limits manually. You can follow the guide as is, and everything should work fine. I’d also suggest waiting for a stable main BIOS version before updating to newer releases. Better to be safe and avoid unnecessary issues!
@@saveroomorg Are all 13th and 14th gen cpus affected? Like every single unit? I have 13700k since february 2023. My pc is almost constantly running, I play demanding video games on it and work on it and I had absolutely 0 issues with it. I am afraid that installing any microcode updates will do more harm than good :/
@@GrimmJow010 You're right-all 13th and 14th gen CPUs are indeed affected by the issue, but the impact can vary from system to system. If you haven't experienced any crashes or performance drops so far, you’re among those with a setup handling it well. The microcode update is intended to provide a safety net, especially for more extreme workloads or setups that could encounter issues over time. If stability concerns come up or if a stable BIOS version with the fix is released, then updating could be a smart move. But if everything’s solid now, you’re in a good spot!
@@saveroomorg I've read the main thing they did is lower the voltage which on my end actually looks fine (like for others after the microcode update) so dunno if I should touch it - especially after reading that some people had issues AFTER installing the microcode. Will do more research probably.
Sorry to hear about the blue screen! 😊 It sounds like the system might be a bit unstable with the current settings. I’d recommend reducing the undervolt slightly and testing again. For example, if you’re using an offset of -0.100V, try lowering it to -0.050V and see if that improves stability.
bonjour je vois mon pc plus rapide avec mon i9 13900k et chauffe moins encore merci sa fonctionne après le cpu graphics voltage j'ai laissé en auto puis perfomance cpu clock ratio c'étais déjà a 30 au lieu de 35 je dois quand même modifier cela ou non
*Bonjour ! Content que ton PC fonctionne plus rapidement et chauffe moins. Pour le CPU Clock Ratio, si tu le laisses en auto, le système utilisera les paramètres par défaut, qui sont généralement bien équilibrés pour la stabilité et les performances. Si tu n'as pas besoin de pousser au maximum, tu peux le laisser en auto sans souci - ça va garantir des réglages optimaux sans avoir à t'en occuper.*
@@H3TONY66 T’inquiète pas, tous ces réglages ne risquent rien pour ton processeur tant que t’as bien suivi les étapes du tuto. L’undervolting et les ajustements des limites de puissance sont safe si tu les fais correctement. En fait, ça peut même prolonger la durée de vie de ton CPU en réduisant la chaleur et la conso d’énergie. Assure-toi de bien régler les limites de puissance (PL1/PL2) pour ton processeur à pas plus de 253W, et la limite de voltage à pas plus de 1.400V. Ça va aider à garder le tout stable et éviter la surchauffe. Suis bien toutes les étapes et surveille les températures.
@@saveroomorg merci pour ton retour. Mon CPU de jeu monte à 60 degrés max, donc je pense que j'ai tout bien fait. J'ai même lancé Cinebench et il n'y a pas eu de crash.
@@H3TONY66 Merci pour ton retour ! Je suis vraiment heureux d’entendre que la vidéo t’a aidé. C’est super que ton CPU ne monte qu’à 60 degrés max, ça veut dire que tout est bien réglé. Le fait que Cinebench se soit bien déroulé sans crash est un excellent signe de stabilité. Si tu as d'autres questions ou si tu veux partager tes résultats, n'hésite pas !
Pas mal pour ta config ! Avec un 13900KF à 5,4 GHz sur les P-Cores et 1,28V, tu as des températures solides à 85°C avec un watercooling 240. Si tu cherches à descendre un peu plus en température, tu pourrais envisager un léger undervolt. Sinon, tes valeurs sont déjà bien optimisées pour cette puissance !
*In my guide, I don’t use MSI Afterburner at all, so I’m not sure what you're referring to. The steps I covered don’t involve disabling graphics through Afterburner. If you’re following a different setup, let me know, and I’ll try to help, but for my video, you won’t need MSI Afterburner.*
@@saveroomorg I think he's referring to the part of the video at 4:25, where you mention to disable internal graphics, as long as you don't use them. :)
@@brett3613 Ah, got it! Yes, at 4:25, I do mention disabling internal graphics if you’re not using them. That’s just to prevent the integrated GPU from consuming unnecessary resources. Thanks for pointing that out.
@@saveroomorg I have the 13900k .. what I was saying is , after I did everything my gpu was not detected on afterburner .. I just enable on setting and that fix it
I have 14700k and I made all the settings. The temperature dropped by 10 degrees and performance increased. Thank you King
Glad to hear the settings worked out so well for you! Dropping 10 degrees while boosting performance is exactly what we aim for. Appreciate the feedback, and happy gaming! 👑
Hi, thank you for your step-by-step tutorial. I did everything according to your instructions and the results are wonderful.
I have an Intel Core I7-14700K processor on a Gigabyte Z790 UD AX board.
Results on default settings:
Cinebench: 33k pts, maximum 100 degrees Celsius, power consumption 253W.
Results after undervolting:
Cinebench: 32k pts, maximum 75 degrees Celsius, average 62, power consumption: 170W.
3% efficiency for aprox. 25 degrees less and 83W less power consumption. Sounds like a great deal. Because it is great.
Thanks again.
That's fantastic to hear! Dropping 25°C and 83W for just a 3% performance trade-off is indeed a win, especially with the 14700K on a board like the Z790 UD AX. That lower temperature and power draw will definitely pay off in the long run, too! Thanks for sharing your results, and I'm thrilled the tutorial made such a difference. Enjoy the cooler, more efficient setup!
Very helpful guide thank you! You saved me about 10C from idle and about 15c under full load!
Glad to hear the guide helped you out! A 10°C drop at idle and 15°C under full load is a huge improvement-great work dialing in those settings! Enjoy the cooler temps, and feel free to reach out if you have any more questions. Happy gaming (or working) with that optimized setup!
@ thank you! I had previously adjusted things but after that BIOS update which enforced the Intel recommended settings I had lost them and forgot how to change them. The fact yours is on Gigabyte helped a lot too as most guides are on Asus. I also noticed temps stay stable no matter which power plan I’m on whereas before I could only use Power Saving without temps going crazy.
Thanks a lot for the Video. I was looking for a good Tutorial for the latest Gigabyte Bios.
Before all off the undervolting my i7 13000k was hitting 100 °C and after with a offset of -80 its at max 86 °C. And even the Cinebench score improved.
I was really shocked that my CPU was Throtteling with a 360 AIO. Without undevolting this CPU really has bad Temps.
*You're very welcome! I'm glad the video helped. It’s impressive to see how much of a difference undervolting can make, especially with that -80mV offset bringing your temps down so much. Undervolting really helps these CPUs perform better without hitting those extreme temperatures. If you have any more questions or need further tweaks, feel free to ask.*
@@saveroomorg Hey, i saw some other guides and videos where also the cache voltage is reduced via offset. Does that make a difference? I only saw that on asus motherboard so i dont know how to do that on gigabyte.
And also what should i set the Load-Line Calibration (LLC)? What is the best for undervolting without hurting performance?
Thanks for your help
@@HeroHakuu Hi! There are definitely a lot of guides out there, but in my video, I’ve applied official Intel information to ensure accurate and safe settings. Since the settings you’ve used have worked for you with the same or even higher benchmark values, I recommend keeping them as is. For the 13700K, setting the power limits to 253W is a good balance, and 86°C is a solid temperature for a fully loaded CPU.
In the video, I also cover Load-Line Calibration (LLC), and I’d suggest sticking to the settings I demonstrate. Unnecessarily increasing LLC can lead to higher temps and is generally only needed for overclocking or if your CPU becomes unstable at lower voltages. The goal of the video is to keep Intel CPUs cool and safe from degradation.
Thank you very much for the perfect video tutorial. My Gigabyte Z690 with 13600KF makes me really happy now. It is unbelievable how the consumption and temperature have decreased and at the same time the performance has increased. However, I can't get to 1.05, it already crashes with Cinebench, 0.75 is fine.
Thank you so much for your kind words! I’m really glad to hear the tutorial helped and that your Gigabyte Z690 with the 13600KF is running smoothly now. It’s amazing how tuning can reduce power consumption and temperature while boosting performance, right?
Regarding the offset, every CPU behaves a bit differently due to silicon variance, so it’s completely normal that you can't reach 1.05 without crashing. If 0.75 is stable for you, that’s great! Stability is key, and you’ve found the sweet spot for your setup.
Let me know if you have any other questions, and happy gaming🎮
Great video. How many Watts do you recommend for undervolting the i7-13700K? I want to keep the CPU a bit cooler without sacrificing almost any FPS in games
Thanks for the kind words! For the i7-13700K, I’d recommend setting the power limits (PL1 and PL2) to 253W. This helps keep your CPU cool without sacrificing too much performance. Start with a lower voltage offset, like -0.020V, and gradually work up to around -0.090V, checking for stability along the way. Every CPU is different due to silicon quality, so your ideal settings might vary.
It depends on your CPU really, I have 13700kf and I have underclocked by 100mhz on both P and E cores, set CPU Load Line to 9 and undervolted by -0.080 offset. This results on 180W usage on full load, dropped from 280W on default. Only %3 performance loss in CineBench23, from 30500 to around 29500. In gaming you don't even feel the difference.
@@bilbobaggins8794 Thanks for sharing your setup! That’s a solid configuration for managing power and temperature without sacrificing much performance. Dropping 100W at full load with just a 3% hit in Cinebench scores is impressive, and it’s good to hear there’s no noticeable impact in gaming. For anyone looking to optimize power efficiency, your approach with a slight underclock and -0.080 offset is a great example.
Merci beaucoup ! Ta vidéo est incroyable, je m’abonne 😊
Merci beaucoup pour ton soutien ! Ça fait super plaisir d’entendre ça, et bienvenue parmi les abonnés ! 😊 N’hésite pas à poser des questions si tu en as, je suis là pour aider.
Can you make a video on the adaptive offset undervolt because this really really tanks performance and some (me especially after fighting with my bios for the last 4 days to find the perfect AC, DC, offset amount and LLC to not burn my house down during a stress test) would really appreciate it. Kudos for the vid though!
Thanks for your comment! I totally understand how frustrating it can be to dial in the perfect undervolt, especially with all the BIOS settings like AC, DC, offset, and LLC. It’s definitely a more complex process!
The good news is, I’m already working on creating an ultimate undervolting guide that will cover everything-from easy, straightforward settings to more complex but highly efficient undervolting approaches. I’ll be diving into adaptive offset undervolting in detail to help with situations like yours.
Make sure to subscribe so you don’t miss it! I think you’ll find it really helpful. Thanks again for the support!
@@saveroomorg Thank you for listening to your viewers! Hoping to see the video release soon now that I finally have vacation!
got a question sorry im a noob to bios settings anyways if i leave the dynamic vcore at 50 instead of the 105v that you have it at will i lose performance or gain?
*No problem at all! If you keep the dynamic Vcore at -0.050V instead of -0.105V, you shouldn't experience any performance drop. The only difference may be slightly higher temperatures, but this really depends on your specific CPU unit since it's all about the silicon lottery. Just monitor your temps, and you should be good to go! If you have more questions, feel free to ask!*
Very nice! I updated my gigabyte z790 gaming x ax (rev. 1.1) with i7-13700k from bios v. F4 to F11. Before update my voltages rarely went above 1.4v in idle or gaming (not sure about heavy load. Temps atleast were super high, close to 100c in video rendering) After bios update I only enabled XMP and Re-Size bar and went with Intel defaults. Now voltages went as high as 1.47v in gaming, temps were normal gaming temps. Then I followed your settings basically everything, expect I left Turbo Power Limits on auto. Now voltages never goes to 1.4v in gaming (max was 1.38v) and temps were super cool 76c in video rendering (before it was close to 100c). Im little worried about random reboots, since others have had issues with this motherboard and this bios version. I'll try to update if I encounter anything abnormal. Btw FPS in CS2 seemed to stay the same, which is super nice. Thank you for your video!
Thanks for sharing your experience! It sounds like the BIOS update made a significant difference for your setup. It's great to hear that your voltages and temperatures have improved, especially during video rendering! Keeping the Turbo Power Limits on auto can sometimes help maintain stability while still allowing for better performance.
I’ve never faced random reboots, but I understand your concerns, especially with the Z790 and this BIOS version. It might be worth keeping an eye on it and updating the BIOS if you encounter any issues. Also, try adjusting your undervolting values if needed.
Glad to hear the performance stayed consistent too! If you have any more questions or need further assistance, feel free to reach out. Happy gaming!
Unlock the full potential of your Intel 13th and 14th Gen CPUs 13600K,13700K,13900K, 14600K,14700K,14900K while reducing heat and power consumption! In this video, we walk you through the step-by-step process of undervolting on Gigabyte Z790, Z690, B760, and B660 motherboards. Learn how to adjust BIOS settings to safely lower CPU voltage, enhance stability, and prevent performance degradation due to the latest microcode updates. We also cover tips on using ThrottleStop, avoiding CPU throttling, and what you need to know about Intel's microcode 0x129 update in light of the recent CPU degradation concerns. This guide is perfect for both beginners and advanced users looking to optimize their system's performance without sacrificing stability.
#IntelUndervolt, #BIOSSettings, #GigabyteUndervolt, #Microcode0x129, #ThrottleStop, #IntelCPUDegradation2024, #Z790Undervolt, #Z690BIOSSettings, #HowtoUndervoltGPU, #CPUThrottlingFix, #RaptorLakeBIOSUpdate, #GigabyteMotherboardTips, #UndervoltingGuide, #IntelStabilityPatch, #CPUVoltageReduction.
I just want to say thank you so much for your recent video. I have a Gigabyte z790 Aorus Elite AX with an i5 13600k and RTX 3060 12GB. I've tried using settings from other videos, but either ended up with crashes or simply unable to boot. Your video was easy to follow, and the only thing I changed slightly was using -.075v in Dynamic Vcore. MSFS 2020 in VR is my main testing choice as I've reached 100 Celsius with the Intel default settings, no overclock, but with your settings, I'm now hitting no higher than 78 C, with no loss of performance. I hope your video gets a lot more views, as it's straightforward to follow, and is truly appreciated. 👍
@@brett3613 Thank you so much for your kind words, bro! It really means a lot to me. I’m glad to hear the settings work for you-knowing that helps me feel like I’ve reached my goal.🙌
@@saveroomorg Hey, after playing more MSFS 2020 VR this morning and encountering slight stuttering for a few seconds while flying over mountains at times, I thought it might be that your settings were a bit too low, but that wasn't the case, as I reverted back to stock and ended up with the same stutter that only seems to occur in specific areas of the map for some reason. So I went back to your settings, and have been enjoying much lower temps and smooth gameplay in some other VR games I've played. Thank you again.
@@brett3613 *Hi, if you think the issue might be caused by the undervolt settings, I suggest reducing the undervolt value or adjusting the "Loadline Calibration" settings. You can try setting it to "Low," "Medium," or "High." Just be careful, as it might increase CPU temperatures. However, the voltages should remain stable since Voltage and Watts limits are already set.*
@@saveroomorg I just honestly think now that in MSFS, specifically, there are going to be stutters every now and then due to amount of info being streamed while flying. I just happened to fly over a few areas I hadn't before while testing your settings, but as mentioned, when I defaulted back to Intel stock, the exact same stutters occurred, so it wasn't your settings causing it. I also did a stress test with your settings, and everything ran like a charm with the highest temp reaching 83 C at any point, compared to 100 C with Intel stock. Your settings are great. 😃
i did everything you said, my watts consumption dropped from 165W to 125 W and performance in cinebench from 23500 to 14600 :D. Having I5 13600KF and gigabyte B760m. Why so huge drop at performance ?
I assume you forgot to do this part: th-cam.com/video/LZA-h9yUV50/w-d-xo.htmlsi=hfK4Z-njBXVZgn2g&t=189
I followed your instructions to a detail and unfortunately, it did not work. My PC froze, I got blue screen and now it takes longer time to hear that beep from the motherboard when turning the PC on. What could be the problem? I have i9 14900k CPU.
Sorry to hear you're having trouble! It sounds like the system might be struggling with the settings. For the i9 14900K, I’d recommend starting with a smaller undervolt - try an offset around -0.020V and gradually increase it if the system remains stable.
Additionally, set ICCMAX to 400A, but no higher, as pushing it further can cause instability. Ensure that the PL1 and PL2 are set around 253W for better stability. If the PC continues to freeze or crash, you might want to try enabling *Intel Default Settings* to see if the CPU can handle it.
If possible, could you also share the BSOD error code? That can give us more insight into what’s going on. Let me know how it goes.
I have a 14900k I followed all your settings and i put the offset on -0.0050 PL1 and PL2 are also 170 i noticed under Cinebench 23 under full load my temps are stable @ 70c full load which is nice and voltage never goes past 1.4V on burst but stay around 1.1V under load clock speeds under load are at 4.2ghz under the this benchmark but i got an error during my benchmark so something isnt stable. I have Gigabyte pref on Optimized also ,I use a NH-DH15 air cooler.
Thanks for sharing your experience! For the 14900K, I recommend setting PL1 and PL2 to 253W to provide the necessary power for optimal performance and stability during benchmarks. Your temperatures at 70°C under full load are good, but if you’re experiencing instability, that might be due to the lower power limits.
Since you’re at an offset of -0.050V, consider adjusting the voltage or incrementing your offset in small steps to improve stability. Also, keep in mind that for such a powerful CPU, an air cooler might not be sufficient. If your temps start going higher, you might want to consider setting PL1 to 125W and PL2 to 188W. However, I highly recommend using a water cooler for the 14900K to really unlock its potential. The NH-D15 is solid, but water cooling will provide better thermal management. Keep experimenting, and let me know how it goes!
thanks
You are welcome!
I used these on my i9-13900k and my temps were really good but my game ended up crashing like 20 mins in what settings should i change to make sure it doesnt happen
I'm glad to hear your temps were good, but I'm sorry to hear about the game crashing! For the i9-13900K, I recommend trying the following adjustments:
- Undervolt Gradually: If you’re using a significant undervolt, try reducing it slightly (e.g., go from -0.100V to -0.050V) and see if stability improves.
- Check Power Limits: Ensure that PL1 and PL2 are set to around 253W for better stability, as this will help prevent throttling.
- Adjust ICCMAX: Set ICCMAX to 400A, as pushing it higher can lead to instability.
Keep an eye on your system's performance and stability as you make these changes. If you have any further issues, feel free to share more details, and I'll do my best to help!
@@saveroomorg thank you, just to double check I should set both pl1 and pl2 both on 253W?
@@Arixfishy yes. As I wrote above - Ensure that PL1 and PL2 are set to around 253W
Hi ! I have an i7 14700k and a z790 aorus elite pro X and I did all the steps until disable integrated graphics, and my minecraft crash after 3-4 sec, do you have any idea which of this settings causing this? When I reactivated the integrated grahicds and set the dynamic core to normal like before it was fixed but more temperature D:
Hi! Thanks for sharing your experience. Regarding the dynamic Vcore, I recommend watching this specific point in the video: th-cam.com/video/LZA-h9yUV50/w-d-xo.htmlsi=2fUt9Dq8-1sja509&t=234. Make sure the settings match your system and follow the instructions closely, as this can have a significant impact on stability.
As for the integrated graphics, if you're not using it, you can leave it disabled, but if you’re still experiencing crashes, try enabling it again or adjusting the dynamic Vcore to a less aggressive undervolt (e.g., -0.050V) to see if that helps stabilize things.
Let me know how it goes!
I get some watch dog errors on some games. Now i have my own set up i did . Its rare snd typically in like shaders like wukong get crashes or blue screens? Any idea? I think i have most things set to default and vcore to -04 so nothing crazy and turned of intel settings. I got 14700k. I think my core clock is set to auto not normal whats that difference?
It sounds like your system might need a bit of tweaking to improve stability, especially if you’re seeing watchdog errors and blue screens in certain games. Here are a few things you could try:
- Vcore Offset: Since you’re using -0.040V, you might try reducing the offset slightly, maybe around -0.020V to see if stability improves. Sometimes even small changes can make a big difference.
- Core Clock Settings: When set to Auto, the core clock allows the CPU to dynamically adjust based on load, potentially boosting higher than the Normal setting, which can sometimes push voltage or heat limits. If stability is an issue, you might try setting the clock to Normal to see if it smooths things out.
- Intel Power Settings: If you’ve disabled Intel-specific settings, such as Turbo Boost, turning them back on could help with performance management and system balance.
- Check Memory and Driver Updates: Outdated drivers or memory misconfigurations can sometimes trigger these errors, especially in games with heavy shader use.
Give these a shot and let me know if it helps! If the issue persists, sharing any additional error codes would be useful to troubleshoot further.
i have a 13700kf, and read that for PL1 we should not go over the base power limit mentioned by intel, which is 125W, while PL2 is 253W, do you recommend first trying to just undervolt without changing power limits and test my temps/voltage and then if i want a further temperature decrease i can change my PL2 limit to make it lower? (180-200W)
*For the 13700KF, Intel's default settings for PL1 and PL2 are both set to 253W in Performance mode. You can either set this manually as shown in the video or leave it as is. Just don’t forget to apply the rest of the settings. The main approach should work for all Intel CPUs, although values might vary. After applying these settings, my CPU no longer hits the limits. It should work for you as well.*
@@saveroomorg Thanks, i think I will first try intel default settings with some undervolt without changing power limits and see how my numbers are before changing anything else.
@@ja1nam431 *Sure, it’s up to you, of course. But I’d be careful with the "Intel Default Settings" profile. It can push your CPU voltage up to 1.55V, which is quite high. Also, consider voltage spikes-they’re more dangerous for the CPU than the "Power Limit." The values I shared earlier are from Intel’s official recommendations for each CPU model. I just gathered all the data and compiled it into the video to make it straightforward to follow and apply. Feel free to ask any further questions.*
@@saveroomorg yes i saw some people get high voltage which is why i will probably test then under volt when i have the chance since i am away at the moment
@@ja1nam431did it help?
Hi iam a resident surgeon,i also do gaming,, i was having some overheating issue so i followed the above guide ,, now my pc wont start . . Any help please 🙏
Hi! Thanks for reaching out, and sorry to hear you're running into issues. Since your PC isn’t starting after applying these settings, here are a few steps to get things back on track:
1. Reset the BIOS: Power down, unplug your PC, and locate the CMOS battery on your motherboard. Remove it for about 5-10 seconds, then place it back. This should reset your BIOS to default settings.
2. Check Power Limits and Voltage: If you can get into the BIOS again, start with Intel’s default settings, then gradually apply any changes from the guide.
3. Double-Check Connections: Just to be safe, ensure all power cables are properly connected.
Give these a try, and let me know if anything changes!
@@saveroomorg thank u gentle man. I unplugged CMOS , reset BIOS default. But how do I undervolt, i play games and when i increase the graphics it crashes idk the issue. Just playing with low graphics now ... i 7 14700k
Rtx 4070 super
Ddr5 32 gigs
Z790 UD AC gigabyte motherboard..
It's a terrible build .. crashes whenever I sit to play
@@yashadiwal5712 Since the 14700K runs hot, let’s start with a few checks and steps that might help improve stability without disabling the Intel GPU, as well as ensure your cooling setup is optimal.
Undervolting: In your BIOS, look for the Dynamic Vcore setting. Start with a small negative offset, like -0.050V, to help lower temps without causing instability. Since the 14700K runs hot, undervolting can make a difference, but it’s essential to go gradually.
Cooling Check: With a powerful CPU and GPU like yours, good thermal management is crucial. Double-check the cooler installation, ensuring the thermal paste is evenly applied and that the cooler itself is properly seated. Also, ensure that your case has good airflow.
Power Limits: You can set the Turbo Power Limits (PL1 and PL2) in your BIOS to around 200-230W. This should help reduce crashes from sudden power spikes, especially during gaming.
Driver & BIOS Updates: Make sure your motherboard BIOS and GPU drivers are updated to the latest versions, as these often include stability fixes.
Stress Testing: After these adjustments, run a stress test (like Cinebench) to monitor for stability before gaming.
Let me know how it goes, and if the system remains stable! This should help reduce crashes while still giving you a smooth gaming experience.
i have i7 14700kf with arctic freezer 280m cooler
what if i used only the -0.50 settings that ok?
For the i7-14700KF with the Arctic Freezer 280mm, starting with a -0.050V offset should be a safe approach to reduce temps without pushing things too far. It should give you a bit of extra cooling without much impact on stability. You can test it out, monitor your system, and adjust further if needed. Let me know if you notice any difference in temperatures or stability!
@@saveroomorg what about the intel performence mode should be selected in bios also for more cpu life ans safety ?
@@nooralden4482 I'm currently working on a complete guide for undervolting, covering both Intel settings and CEP options. In the meantime, feel free to follow this guide-it's designed to keep your setup safe and stable. Stay tuned for the full guide!
I use Intel 13700K chip with Gigabyte Z690I AORUS Ultra DDR4 motherboard (F29E BIOS version). When I adjust according to the instructions in your video (with Intel Default Setting is Disabled), the temperature drops 20 Degrees, but I get BSOD when I run CineBech for about 5 minutes. But when I turn on Intel Default Setting again (still keep the remaining parameters according to your video), my computer doesn't get BSOD anymore, the temperature increases by about 5 Degrees. Is this abnormal? thanks you
Thanks for your comment! It sounds like you’re on the right track, but I recommend following the video step by step without skipping any parts, as I go into a lot of detail to ensure everything works smoothly. For your 13700K, I suggest setting the power limits to 253W and keeping Intel Default Settings off, as enabling them can cause the CPU to run hotter.
For undervolting, start with a lower voltage offset, like -0.020V, and then gradually increase it step by step up to -0.090V. Be sure to test stability after each step to avoid issues like the BSOD you're experiencing. Keep in mind that every CPU is different in terms of silicon quality, so some chips may require different voltage settings to remain stable.
Please follow the video carefully without jumping ahead to avoid potential issues, and feel free to reach out if you have any more questions!
I haven't had these settings up for too long but for some reason after I did this my MSI Afterburner stopped displaying my GOU temperature and I can't get it to work again, it displays FPS and the cpu temp on games, quite strange.
@@alexangell903 As I mentioned earlier, please follow the video step by step. Skipping any part can lead to different results. Also, make sure to carefully listen to the details I cover in the video, as I’ve addressed all the cases you're referring to.
@@alexangell903 como te va? para no tener problemas con el afterburner no deberias desactivar la igpu del micro, seguro tenes como en mi caso un 13 - 14 k, al desactivar el video del micro te deja de dar esos datos en los programas de informacion... Saludos.
0x12B microcode has been released and it may not be the last.
Thanks for the update. I’d actually recommend sticking with your current BIOS version, whatever it is, as there have been a lot of reports about instability with recent updates. For the guide itself, it doesn’t matter much, since we’re setting all the limits manually. You can follow the guide as is, and everything should work fine. I’d also suggest waiting for a stable main BIOS version before updating to newer releases. Better to be safe and avoid unnecessary issues!
@@saveroomorg Are all 13th and 14th gen cpus affected? Like every single unit? I have 13700k since february 2023. My pc is almost constantly running, I play demanding video games on it and work on it and I had absolutely 0 issues with it. I am afraid that installing any microcode updates will do more harm than good :/
@@GrimmJow010 You're right-all 13th and 14th gen CPUs are indeed affected by the issue, but the impact can vary from system to system. If you haven't experienced any crashes or performance drops so far, you’re among those with a setup handling it well. The microcode update is intended to provide a safety net, especially for more extreme workloads or setups that could encounter issues over time. If stability concerns come up or if a stable BIOS version with the fix is released, then updating could be a smart move. But if everything’s solid now, you’re in a good spot!
@@saveroomorg I've read the main thing they did is lower the voltage which on my end actually looks fine (like for others after the microcode update) so dunno if I should touch it - especially after reading that some people had issues AFTER installing the microcode. Will do more research probably.
i got blue screen after the first test 😊
Sorry to hear about the blue screen! 😊 It sounds like the system might be a bit unstable with the current settings. I’d recommend reducing the undervolt slightly and testing again. For example, if you’re using an offset of -0.100V, try lowering it to -0.050V and see if that improves stability.
bonjour je vois mon pc plus rapide avec mon i9 13900k et chauffe moins encore merci sa fonctionne après le cpu graphics voltage j'ai laissé en auto puis perfomance cpu clock ratio c'étais déjà a 30 au lieu de 35 je dois quand même modifier cela ou non
*Bonjour ! Content que ton PC fonctionne plus rapidement et chauffe moins. Pour le CPU Clock Ratio, si tu le laisses en auto, le système utilisera les paramètres par défaut, qui sont généralement bien équilibrés pour la stabilité et les performances. Si tu n'as pas besoin de pousser au maximum, tu peux le laisser en auto sans souci - ça va garantir des réglages optimaux sans avoir à t'en occuper.*
@@saveroomorg après sa ne risque en rien au processeur tout c'est paramètre effectué ?
@@H3TONY66 T’inquiète pas, tous ces réglages ne risquent rien pour ton processeur tant que t’as bien suivi les étapes du tuto. L’undervolting et les ajustements des limites de puissance sont safe si tu les fais correctement. En fait, ça peut même prolonger la durée de vie de ton CPU en réduisant la chaleur et la conso d’énergie.
Assure-toi de bien régler les limites de puissance (PL1/PL2) pour ton processeur à pas plus de 253W, et la limite de voltage à pas plus de 1.400V. Ça va aider à garder le tout stable et éviter la surchauffe. Suis bien toutes les étapes et surveille les températures.
@@saveroomorg merci pour ton retour. Mon CPU de jeu monte à 60 degrés max, donc je pense que j'ai tout bien fait. J'ai même lancé Cinebench et il n'y a pas eu de crash.
@@H3TONY66 Merci pour ton retour ! Je suis vraiment heureux d’entendre que la vidéo t’a aidé. C’est super que ton CPU ne monte qu’à 60 degrés max, ça veut dire que tout est bien réglé. Le fait que Cinebench se soit bien déroulé sans crash est un excellent signe de stabilité. Si tu as d'autres questions ou si tu veux partager tes résultats, n'hésite pas !
Perso 13900kf a 5.4 p core 1.28v e core 40 tempa. 85 avec watercolling 280
Pas mal pour ta config ! Avec un 13900KF à 5,4 GHz sur les P-Cores et 1,28V, tu as des températures solides à 85°C avec un watercooling 240. Si tu cherches à descendre un peu plus en température, tu pourrais envisager un léger undervolt. Sinon, tes valeurs sont déjà bien optimisées pour cette puissance !
Disable graphics doesn’t show on Msi afterburner
*In my guide, I don’t use MSI Afterburner at all, so I’m not sure what you're referring to. The steps I covered don’t involve disabling graphics through Afterburner. If you’re following a different setup, let me know, and I’ll try to help, but for my video, you won’t need MSI Afterburner.*
@@saveroomorg I think he's referring to the part of the video at 4:25, where you mention to disable internal graphics, as long as you don't use them. :)
@@brett3613 Ah, got it! Yes, at 4:25, I do mention disabling internal graphics if you’re not using them. That’s just to prevent the integrated GPU from consuming unnecessary resources. Thanks for pointing that out.
@vitinvaldez4927 if you’re using an F-series CPU (like 14700KF), it doesn’t have integrated graphics, so this step wouldn’t apply.
@@saveroomorg I have the 13900k .. what I was saying is , after I did everything my gpu was not detected on afterburner .. I just enable on setting and that fix it