Good to see another video addressing the main problem with Raptor Lake - bad voltage settings with the main cause being bad LLC settings. I like that you also included the LLC settings for MSI and Asus.
Thank you! Glad you found it helpful. Proper LLC settings are often overlooked but make a huge difference in stabilizing voltage and temps. I’ll keep covering key BIOS tweaks to help get the best out of Raptor Lake! 🚀💻
You're very welcome! I'm glad to hear it's working great for your i7 13700K with better temps and performance! 🎉 If you ever want to explore more optimizations, stay tuned - I’m working on some deeper guides. Enjoy your setup! 😊
I can't thank you enough bro. From 1450V down to 1350V and the 14900KF doesn't constantly spike anymore from 40-80°C while running a game + video at the same time. Great video man, tysm
You're very welcome! I'm really glad the settings worked out for you and helped stabilize your 14900KF while keeping the temps in check. Those constant spikes can be super frustrating, so it's great to hear they're no longer an issue. Thanks for the feedback, and enjoy the smoother performance!
Thanks for your interest! I'm currently finishing up the final tests to ensure stability across different setups. The detailed undervolting guide should be uploaded very soon-stay tuned! 😊
Thank you for the video. Semi intens loads were causing thermal throttling under load before using the settings. Now, it reaches a maximum 90C during CPU burn-in. My specs are an MSI Z790-A DDR4 version with a 13700K processor. Gaming sessions used to also always hit thermal throttling but now only reach a maximum of about 78°C. I will report back if I encounter any issues with gaming or stability.
You're welcome, and thanks for sharing your experience! It’s great to hear that the settings helped reduce thermal throttling and improved your gaming temps significantly. With a 13700K, hitting a max of 78°C during gaming is solid. Keep monitoring performance and stability, and feel free to update if you run into anything. Happy gaming! 🎮🔥
Yes, you can follow the same general steps from the video for your i5-14600KF with the Gigabyte Z690M DS3H DDR4 motherboard. The settings should work well as a safe starting point, especially for undervolting and optimizing power limits. Feel free to check out my other videos for more detailed guides on fine-tuning or if you need any adjustments specific to your setup! 😊
I9 14900kf user here mines been fine from day 1 of use had it since october last year the voltages are with in spec no undervolt no nothink no blue screens no crashes the thing is chilled as hell with a 420mm aio
That’s awesome to hear! Sounds like you got a great chip with solid silicon quality. 💪 The 420mm AIO is definitely doing its job keeping things cool. If you apply the settings from the video, you might be able to achieve even better efficiency or unlock a bit more performance. Worth giving it a shot if you’re up for it! 🎉
@@saveroomorg yeah i hit lucky I guess it crushes games paired with a 4090 and ddr5 64gb ram and 4tb pro 990 ssd I will try your setting see what extra I get out of it thanks dude 👍 also the aio is a arctic 420 aio with upgraded p140 max fans case fans 7 arctic p120 max fans highest temps on the cpu 65° to 70° depending on game mostly 65° tho 😀
You're very welcome! 😊 I'm glad to hear your 13900K is running cooler now-great job! Let me know if you have any other questions or tweaks you'd like to explore. Happy gaming and productivity! 🙌
Why are you setting AC/DC Load line to Power Saving when you already set the AI AC Load Line to 55 on Vr config? as far i understand selecting a profile for the AC/DC Load Line changes the value for the AI AC LL( the one you already set to 55), at that point isnt better to set an offset for undervolting? Or setting the AI AC LL to 55 is just to stop CEP from triggering and lowering your performance.
Setting the AC/DC Loadline to 'Power Saving' is intended to complement the IA AC Loadline set to 55 in the VR configuration. The AC/DC Loadline profile primarily affects how the CPU handles voltage requests under different loads. While IA AC Loadline limits dynamic spikes and ensures stability, the 'Power Saving' AC/DC Loadline profile helps reduce power consumption in steady-state scenarios, especially under lighter loads. Offset tuning is definitely an option, and I plan to cover it in more detail in my next video. However, the goal of this video is to make CPU usage safe and prevent possible degradation while using Intel Defaults and CEP enabled. Undervolting options are somewhat limited in this specific case, but the settings shown should strike a balance between performance and safety. Feel free to experiment carefully, and stay tuned for the next video where I’ll dive deeper into undervolting and offsets
I understand your frustration-ASRock motherboards can indeed have different layouts and terminology, making it tricky to follow general guides. I'll work on providing more brand-specific instructions in the future to help with this. In the meantime, try referring to your motherboard manual for equivalent settings, or feel free to ask here with specific options you're struggling with. I'll do my best to guide you
@saveroomorg so i used 1.400 instead 1400 for the voltage but my performance dropped on half and my cpu was sitting 30 degrees no matter what, I'm trying to translate the settings but is a performance overkill. Tbh without proper guide can't do. it. My opinion now is to sit with the bios and if cpu degrade it have 5 years warranty anyway. Btw it cannot go above 80 degrees in any case with artcic cooler 3 420.
Great video. I recently purchased a 14600kf and MSI B760 Gaming Plus MB, in HWinfo the VID MAX is between 0.95-1.04 and cpu temperatures between 35C and 70C depending on load, feels like Im safe with the current settings or should I still go through your steps?
Thanks for the kind words! 😊 Your temps and VID MAX seem pretty safe, especially with the range you're seeing. If you're happy with the performance and stability, you might not need to make changes. However, applying the settings in the video can help ensure long-term safety and potentially lower temps further. It's worth a try if you want to optimize, but it’s not absolutely necessary if everything is working perfectly for you right now. 👍
You're very welcome, my friend! 😊 If you're following the settings from this video, it doesn’t matter whether undervolt protection is active or disabled because Intel defaults will rewrite it anyway. Just stick to the guide, and you'll be in a safe and optimized zone! 👍
I'm having some really weird stability problems and could use some advice. I was using an i5-13400F without any issues, but I recently upgraded to an i5-14600KF, which I installed brand new. My motherboard (H610M S2H REV 1.2) was already updated to the latest BIOS version before I installed the 14600KF. This BIOS version includes Intel's new microcode, which should address compatibility issues. Despite this, just three days after switching to the 14600KF, I started experiencing instability: the screen suddenly goes black, audio and Caps Lock remain responsive for about 5 seconds, and then the system completely freezes. It won’t reboot unless I hold the power button for several seconds. I’ve been searching everywhere for answers and came across your videos (great content, by the way!). I followed your recommended BIOS settings, but the issues persist. How is it possible that a brand-new CPU, installed on a motherboard with the correct, updated BIOS, still has these problems? Any advice on what might be going on or how to fix it would be greatly appreciated.
Hi, Thanks for reaching out! Your setup should work fine, but a few things might be causing the instability: - Check Cooling & Pressure - Ensure your cooler is mounted correctly and pressure isn’t too tight on the CPU. Also, verify the thermal paste application. - Power Supply - Confirm your PSU can handle the 14600KF, which draws more power than the 13400F. - RAM Stability - Run a test (e.g., MemTest86) to ensure your RAM is stable with the new CPU. Lastly, the H610 board might be pushing its limits with the 14600KF. If issues persist, try testing the CPU on a Z690/Z790 motherboard. I’m also finalizing an updated undervolting guide to help address these cases-stay tuned!
Fantastic guide! I was wondering if it would work for my setup: i9-14900KF, Gigabyte Z790 UD AX, RTX 4080S, AIO 280 mm. In general, would it be safe to use the same values you recommend in the video? Specifically: 1) Is ‘IA AC Loadline’ also 55 in my case? 2) Shouldn’t the ‘IA DC Loadline’ be the same as ‘IA AC Loadline’ (Intel set them both to 90)? 3) PL1, PL2 and ICCMax (in accordance to Intel specification) in my case are 253W for PLs and 307A for ICCMax - Is it necessary to set those values when we are using the ‘Intel Default Settings: Performance’, which sets the mentioned values automatically? (This can be verified e.g. with HWinfo64). 4) If the need arises, can I lower the PLs (e.g. to 180W) to decrease the CPU temp? Will it be safe/recommended to do? 5) Is 'CPU Internal AC/DC Loadline' also ‘power saving’ in my case? I will wait for your response before making any changes in the BIOS.
Thanks for your detailed questions and glad you liked the guide! Here's how I would address your setup: 1. IA AC Loadline (55): Yes, you can start with 55 for your setup as it works well across most Gigabyte motherboards. It's a safe value that balances stability and thermals. 2. IA DC Loadline: It’s not really necessary to adjust the DC Loadline as well. I’d recommend keeping it as it is unless you notice instability. 3. PL1, PL2, and ICCMax: If your system is already using Intel Defaults (verified via HWinfo64) and you’re not facing throttling or instability, there’s no need to manually set these values. However, if you want to ensure stability during heavy workloads, matching Intel’s specs (253W for PLs, 307A for ICCMax) is a good approach. 4. Lowering PLs (e.g., to 180W): Yes, lowering PLs can reduce CPU temps during sustained workloads. It’s safe to do and recommended if you prefer cooler operation over peak performance. Just be aware that lower PLs might impact multi-core performance under heavy loads. 5. CPU Internal AC/DC Loadline ('Power Saving'): You can start with ‘Power Saving,’ but for the i9-14900KF, ‘Performance’ or even ‘Turbo’ might be more suitable, especially if you prioritize maximizing performance over minimal power consumption. Make changes gradually and test stability after each adjustment. If you encounter any issues or have more questions, feel free to ask! 😊
Hey man wanted to say thanks for the video, followed all settings other than putting it into power saving mode and using High llc. Was hitting 95’c on simple games like overwatch but now only seeing 75’C. And no longer do I hear my cpu throttling and ramping the fans up. Thank you! Edit: Nvm still hitting 97’c just when simply loading games. Wanted to see how hot fortnite would run even tho I dont play it and just in the loading screen it hit 97’c…
Thanks for sharing your experience, and I’m glad the initial changes helped reduce the temperatures to some extent! However, hitting 97°C while loading games indicates there’s still room for improvement. What cooling system are you using? If it's an AIO, make sure the pump and fans are operating at optimal settings. Also, check for proper thermal paste application and overall airflow in your case-ambient temperature can also play a role.
@@saveroomorgIm pretty sure it is an AIO issue as I dont believe the TDP of my current one is high enough for my cpu. Going to need a new case to put a 360aio in there which I am going to do soon.
My 13600K requires CPU Lite Load 12 to be stable (default was 18 after latest bios / microcode 0x12B) I haven't changed anything else other than Lite load type to MSI (instead of Intel) and of course im using the Intel default profile, perhaps my CPU is starting to degrade? I have until 2027 to RMA, currently it's maxing out at 1.35V VCORE with HWInfo monitoring all day, CPU was purchased on launch (Oct 2022) MSI Pro Z690-A DDR4, in OCCT my IA Domain loadline is showing 1.100 / 1.100 mOhm.
Hi, I did everything from your video on my i5 13600kf gigabyte b660m games x these tweaks made my CPU stable and reduced idle consumption and my Cinebench scores remained almost the same I have one question. I need to leave the CPU Vcore load calibration at medium or high. In the video you set it to medium but on the screen you draw it high? I'll stay with this for now, thanks! Likee
Thanks for your feedback! I’m really glad the tweaks worked well for your 13600KF setup and that you’re seeing stable results with reduced idle power. 😊 Regarding the CPU Vcore Load Line Calibration: Medium is the setting I use for my setup, and it’s what I’d recommend as a starting point. However, High is a suitable value for most CPU units if you’re looking for a bit more stability. If your system is stable and performing well, you’re all set. 👍 Keep up the great work!
Thanks for sharing your results! The drop in Cinebench score when using power-saving mode is expected, as this setting prioritizes lower power consumption over performance. If you're seeing the same temps but a significant performance loss, it may be worth revisiting other settings like Loadline Calibration or PL1/PL2 limits to fine-tune the balance. If you’re looking for a better balance of performance and efficiency, I’d recommend trying "Performance" or higher mode instead of "Power Saving" and ensuring you’ve followed the undervolting steps exactly as shown in my video. Let me know how it works out! 😊
For MSI motherboards, there's a detailed guide with instructions on the right side of the screen in the video-be sure to follow those settings first. If you have any questions or run into issues after applying them, feel free to ask. Happy tweaking! 😊
If you're happy with your system's current performance and stability, there's no need to switch. This guide is specifically designed for those using Intel Defaults with CEP enabled, as it addresses scenarios where those settings might be preferred. If that's not your case, you can stick with the settings from my previous tutorial. 😊 Small reminder: the Ultimate Guide, which will refine and improve on all previous versions, is in the works-stay tuned! 🙌
This has been an awesome fix, thank you! I've also installed a contact frame that got my temps down and extra 10°c. However, on an all core test in Cinebench R23, the performance cores are nerfed down the 5.1Mhz on my 14700K, despite there being temp headroom. Any adjustments, on top of the advice here that I can use the increase this? My temps don't go above 77°c on the package.
Glad to hear the guide worked for you and that the contact frame brought temps down even further! 🎉 As for the performance cores dropping to 5.1GHz during an all-core load, this is likely due to power limits or BIOS settings. Make sure your PL1 and PL2 limits are set high enough (e.g., 253W) and that your IA AC Loadline is configured correctly (55 is recommended in most cases). Also, ensure the "Turbo Boost Power Time" setting isn't limiting performance. If you’ve already applied these tweaks and still see throttling, you might need to look into increasing your VRM-related limits or checking your LLC (Load Line Calibration) settings. Let me know if you need more detailed guidance! 💡
Hello! I left a comment on one of your videos about undervolting some time ago! I recently came across another one of your videos, and after having my defective AIO replaced, I decided to give undervolting another try. I have an i7 14700K and a Gigabyte Z790 Pro X. After setting all the parameters, including a CPU Vcore offset of -0.105V, my temperatures only dropped slightly, about 3-4 degrees. However, I’m facing an issue with constant temperature spikes: for example, my CPU often jumps from 39°C to 70°C several times per second without any noticeable change in activity. I can’t seem to go below 38°C when idle, even though many people with similar setups report reaching around 28°C, and some don’t even exceed 62°C while gaming. I know my CPU tends to run hot, but it’s frustrating to see so many similar setups with much better temps! I’ve done a lot of research, and my airflow and everything else seems fine. Do you have any advice for better undervolting in my case? It doesn’t seem to make much of a difference for me. I see saw much good things on undervolting, I hope I can find stability too Sorry for the long message, and thank you!
Hi there! 😊 Thanks for sharing your experience! I’m glad you’re giving undervolting another shot after fixing your AIO issue. Let’s break it down step by step: 1️⃣ Temperature Spikes: Sudden jumps from 39°C to 70°C are normal on modern CPUs, especially with the 14700K. These chips boost aggressively for quick task completion, causing rapid temperature changes. It’s part of their design and doesn’t necessarily indicate a problem. 2️⃣ Idle Temps: 38°C at idle might seem high, but it depends on several factors like: - Ambient room temperature. - BIOS settings (some settings keep cores in higher power states). - Background processes in Windows. - Make sure to minimize background activity and check task manager for unnecessary services. 3️⃣ Gaming Temps: If your gaming temps exceed 80°C, there may still be room for improvement. Double-check your cooler’s contact with the CPU (thermal paste, mounting pressure, etc.). 4️⃣ Undervolting Improvements: -0.105V is a great start! If stable, try increasing the offset slightly (e.g., -0.110V or -0.115V) in small steps while monitoring stability with stress tests (Cinebench R23, OCCT, etc.). 5️⃣ Other Tweaks: If undervolting isn’t making a big difference, try adjusting the CPU Lite Load setting in your BIOS. On Gigabyte boards, lower values (e.g., 4-5) can reduce power consumption and temps under load. 💡 Lastly, don’t stress over comparisons online. Every setup is unique-airflow, case design, and silicon quality all play a role. What matters most is that your system runs cool, stable, and performs without throttling. Let me know how it goes, and feel free to ask if you need more guidance! 😊
Hello, i have i9 14900kf and my mobo is a prime z790-p wifi. Im not getting the turbo power options. I was wondering if theres was another way to limit the power output.
Hi! For MSI motherboards, I don’t suggest any Turbo Power options in the video. It might require enabling 'Expert Mode' or looking for settings named differently.
For the i3-14100, setting PL1 and PL2 to 110W is reasonable for keeping temps in check while ensuring consistent performance. As for the core current limit, you can set it to around 90-100A, which should be sufficient for this CPU without causing instability. If you encounter any issues, you can adjust it slightly higher while monitoring the temps and stability. Let me know how it works out or if you need further assistance!
Great question! These settings significantly improve power efficiency by reducing unnecessary voltage and heat output while maintaining stable performance. In many cases, the efficiency becomes much closer to AMD CPUs, depending on the workload. It's a nice balance between performance and power consumption!
Hi! On ASUS motherboards, Unlimited ICCMAX is usually off by default. You would need to manually enable it if you want it active. However, I generally recommend setting ICCMAX manually rather than using Unlimited to prevent potential overcurrent issues. Let me know if you need help with specific settings!
The 14900KF is a powerful CPU, but it does run hotter and is more prone to degradation compared to earlier Intel generations, especially if pushed hard without proper tuning. If you're planning to use it, I highly recommend applying safe settings like undervolting and limiting power consumption, as shown in my guides. This will help maintain performance while reducing wear on the CPU over time. Make sure to pair it with a robust cooling solution, such as a high-quality 360mm AIO or a top-tier air cooler, especially if you're in a warmer climate. With proper tuning and cooling, the 14900KF can be a great choice for high-end builds. Let me know if you need any setup tips!
The value of 55 for the AC Loadline is chosen because it tends to be suitable for most CPU units, considering the variability introduced by the silicon lottery. This setting strikes a good balance between performance and safety, ensuring stable operation while minimizing potential voltage spikes or overvolting risks. Lowering it to 45 might result in lower performance, while increasing it to 65 could lead to unnecessary heat and potential degradation. That said, you can fine-tune this value if you're comfortable experimenting, but always monitor temps and stability closely when making changes.
@@saveroomorg thanks for the clarification... I have it on 55 and max voltage locked to 1.360 on i5-14600K with adaptive offset to -0.162mv and it hits barely 80 degrees under heavy load, and its good enough for me considering all Intel Defaults and protections are in place
That’s a solid approach if you’re comfortable with manual tuning! Disabling Intel defaults gives you more control, and combining undervolting with manually setting PL1 and PL2 can really help optimize both performance and thermals. If everything is stable, it sounds like you’ve got a great setup! If you’re interested in exploring another method, I’d recommend checking out my easy undervolting video-it’s designed for those looking to optimize without too much hassle. ruclips.net/video/LZA-h9yUV50/видео.htmlsi=mx2g7jMdfF66Ty7S Let me know if you have any questions! 😊
The overclocked 12900K can achieve performance close to a factory-set 14900K, but I’d suggest sticking with the 12900K for a few reasons: - Degradation Concerns: Reports of degradation are less common with the 12900K compared to the newer CPUs like the 14900K, especially when overclocking is done with care. - Thermal and Power Management: The 12900K is already a powerful CPU, and with proper tuning, it can offer excellent performance without pushing the limits as aggressively as the 14900K. - Cost Efficiency: Since you already own the 12900K, it makes more sense to maximize its potential rather than investing in a 14900K, which may require additional cooling upgrades due to its higher thermal demands. With a good cooling solution and careful overclocking, the 12900K remains a solid choice that balances performance and longevity.
Glad to hear you found a setup that works for you! The XOC BIOS and manual tuning can definitely give you great control over your system. For those not ready to dive into that level of customization, my guide offers a safer initial setup with room for future optimization. Feel free to share your settings or tips- it might help others experiencing similar crashes! 🚀🖥️
I'm planning to build a pc for music production but now it is ok to buy i7 14700k or should i go for some other cpu please tell me im a bit confused because of this intel 14th gen degradation thing
The i7-14700K is a powerful CPU for music production, offering excellent multi-core performance for DAWs and plugins. The concerns about Intel 14th-gen degradation mostly stem from improper settings or overvolting. As long as you use the right settings (like those shown in my videos) and ensure proper cooling, the CPU should perform reliably. If you're still unsure, the i7-13700K or AMD Ryzen 7 7800X3D are great alternatives with proven stability. Let me know if you need help deciding!
Yo! Congrats on getting the i7-14700KF! First, definitely update your motherboard to the latest BIOS version to ensure compatibility and stability with your CPU. After that, check out my video guide for optimizing BIOS settings-it covers safe and effective configurations to improve performance and reduce temps. If you’re unsure about anything, feel free to ask, and I’ll help you out!
Hey there! I am trying to perform the steps to change the IA AC load line to .5 or even 1400 but it wont let me, its just stuck on auto. Is there an option in bios that will enable me to make these changes? Please let me know thank you
Hi! If the IA AC Loadline option is stuck on auto, it's likely due to your motherboard's BIOS settings or restrictions. Check if there’s an advanced mode or ‘Expert Mode’ in your BIOS-this often unlocks more settings. On some motherboards, you may need to enable specific options like 'Voltage Optimization' or 'Overclocking Mode' to make changes. Let me know your motherboard model, and I’ll try to guide you further!
@saveroomorg thank you! Its z790 ASUS ROG E-gaming wifi 2 board. I read reviews and nearly all the forums in the q and a and support threads. Result: this is quite possibly the worst board ive ever had to deal with. Im gonna just move on to a MSI z790 board instead. What resolved my issues was performing a wipe of my computer and reseting everything. It runs like brand new again. Thank you so much though
Hi, I have a 14700k and an MSI Z790 TOMAHAWK. After updating my BIOS from microcode 0x12B - my processor started heating up to 50+ at idle. Nothing in the system or my PC has changed other than the BIOS update. I just go into the BIOS and my CPU heats up to 51-54 degrees there with a Vcore of 0.930. That's just insane! I also noticed that if I hover over the rewind bar in my RUclips player during playback and the little preview picture comes up, my CPU starts consuming 1.430V and 5.2Hz, but it's loaded at 10%. Also, the temperature increases drastically and the cooling system starts working at full capacity, because the processor is heating up to 90+ degrees. Please help. I'm already tired of the cooling system noise and the perpetual CPU surges that cause the cooling system to run at 100% capacity Before the update the idle temperature was around 30 degrees Celsius
It sounds like you're experiencing issues with power management and voltage behavior after the BIOS update. Did you watch my video and apply all the steps I outlined?
I am on a msi motherboard when I set cpu lite load control to advanced I dont see IA AC load line it only shows me cpu ac load line which cant be put to 0.5 should I do 50 or am I doing something wrong?
It sounds like you're using an MSI motherboard where the terminology and options differ slightly. Here's what you can do: On MSI boards, instead of "IA AC Load Line," you'll see "CPU AC Load Line." The value to set depends on how the board interprets this setting. Here's a recommendation: - Set CPU AC Load Line to "50": MSI uses a different scale for load line settings, and "50" should closely match the intended result of 0.5 on other boards. - Double-check BIOS Version: Ensure your BIOS is up to date since older versions might lack the exact setting mentioned in guides. - Enable Advanced CPU Settings: Sometimes, settings are hidden under advanced options or profiles. Double-check if enabling advanced CPU configurations reveals more options. If you follow my video instructions and adjust settings like CPU Lite Load and CPU AC Load Line appropriately, you should be fine. Let me know how it works out! 😊
@@KorayRuthlessvillian Locking all P-cores is not necessary unless you're looking to achieve very specific performance tuning. For most users, letting the system dynamically manage core clocks works well and keeps efficiency high. To limit the voltage to 1.4V on an MSI motherboard, adjust the CPU Core Voltage in the BIOS. Look for "CPU Core Voltage" or "CPU Voltage Mode" settings, and set it to "Override Mode" or "Offset Mode" with a maximum value of 1.4V. You can also tweak LLC (Load Line Calibration) settings to manage voltage more precisely under load.
on an MSI motherboard i couldn't find 25% of the setting you described like IA AC Loadline or ICC max's and tbh it looks like its okay just a little bit overvolting can you ask someone with an MSI z790 14th gen 14600 i5 on MSI spewcific instructions, because they dont match yours
MSI motherboards often have different terminology or group certain settings under less obvious menus compared to other brands, so it can be tricky to find the exact options. For IA AC Loadline or ICC Max, MSI might combine them into settings like CPU Lite Load, CPU Core Voltage settings, or other load-line-related options. If you're only experiencing slight overvolting, MSI's default behavior with the Lite Load setting can sometimes be a bit conservative. I recommend starting with a "CPU Lite Load" value between Mode 3 to Mode 5, as it usually balances voltage and stability for most CPUs. If specific settings aren't available or are hidden, focus on undervolting via a VCore Offset, setting reasonable power limits (PL1/PL2), and adjusting Lite Load. These should keep the system running efficiently. I'll keep an eye out for MSI-specific guides for your 14600 and Z790 setup! Meanwhile, try these tweaks and let me know how it works. 😊
12th-gen CPUs generally don’t have the same issues as the 14th gen, but it’s always a good idea to keep an eye on temps and voltages. If you’re running into any concerns or just want to optimize your setup, you can follow the settings from my videos-they're safe for both 12th and 13th gen too. Let me know if you have any specific questions!
I’m currently getting a 13700k and a Aorus pro x motherboard and I’m new to pc gaming do you have any steps on how to get the optimal performance for ddr5 6400mhz 32gb memory without risking any issues to my new system and sacrificing fps
Congratulations on your new build! 🎉 If you want to keep CEP and Intel default settings enabled, I recommend following the current video step-by-step as an initial setup. This will ensure safe and optimized performance for your system. I'm also working on the next level of optimizations specifically for CEP and Intel defaults, so stay tuned! If you’re open to further tuning, you can try my easy undervolting guide for even better performance and lower temperatures: ruclips.net/video/LZA-h9yUV50/видео.htmlsi=1REbUx5LkM3CJAgj Let me know if you need more help, and enjoy your gaming experience! 🎮🔥
Hello , After microcode 12B update , my i5 13600k pcore never boosts to 5.1 GHZ ..it gets locked at 4.8ghz when cinebench r23 is running . Any idea what could be the issue here ? My mobo is asus rog strix b 760i gaming ...also seting ac line load to 0.5 reduces the perfomance tpo much on my motherboard ..r23 result goes to 13k ..on stock 12b microcode it is 19.3k and on older microcode ..i can get upto 22k
Hi there! The behavior you're describing is likely due to the new microcode update. The 0x12B microcode changes how power delivery and boosting work, leading to stricter limits and potentially lower performance in some scenarios. For your case, I suggest carefully revisiting my video and following the steps exactly as shown - only apply the settings demonstrated. Avoid additional tweaks like drastically changing AC Loadline values unless necessary, as they can heavily impact performance, as you’ve noticed. Feel free to share your updated results after applying the video settings! 😊
And another funny thing I wanted to highlight from your video is the ac line value set to 0.9 to 1.1 ohm being high . Asus defaults this value to 1.7 ohm and this was always the case even with older microcodes 😬if not for this degradation issue , I would have never noticed this ..
@@Nerdram It's interesting how ASUS has defaulted the AC line value to 1.7 ohm for so long. It definitely explains why some setups were running hotter than expected even before the newer microcode updates. This value being higher can increase voltage requests and, over time, might contribute to the degradation issues we've been seeing. Lowering it to 0.55 ohm, as suggested in the video, helps balance performance and longevity better. It’s good that you caught it now - it’s definitely one of those settings that often gets overlooked unless you're digging into the details.
On the last 2 asus bios i make typical svid behavior, my cb23 Score goes down. IA cep and SA cep are enabled Sync acdc loadline and LLC4. Will it be same with newest microcode update 0x12b?
That’s an interesting observation. With the newer microcode updates like 0x12b, you might see some differences in behavior, as Intel has been tweaking how the SVID and voltage management work. Typically, enabling IA CEP and SA CEP, along with Sync AC/DC Loadline and LLC4, should provide a good balance, but results can vary depending on your specific setup. If you’re seeing a drop in Cinebench scores with typical SVID behavior, it might be worth experimenting with advanced SVID behavior or making slight adjustments to the loadlines to see if that helps recover performance. Also, if you haven’t already, you might find my undervolting video helpful-it’s a step-by-step guide that works well with the latest BIOS updates. Let me know how it goes! 😊
Hello mate, it this option also avalaible if i have i7 13700k, and motherboard B760M GAMING X DDR4 (rev. 1.0), or i need to buy a Z motherboard? Thank you for answer.
Hi! Yes, most of the options should be available on your B760M GAMING X DDR4 motherboard with the i7-13700K. However, B-series motherboards typically have fewer tuning options compared to Z-series boards. If you're aiming for advanced overclocking features or more control over power limits, a Z-series motherboard would be a better choice. That said, you can still apply many of the settings from the video. Let me know if you have specific questions!
Just wondering, is this going to be necessary for an i5 13500? It's just a regular 13500 (No Letters), 65W TDP. Checked the wattage while rendering a 4K video, and it maxed out at 115W for a few seconds and went back down.
For an i5-13500, these settings might not be strictly necessary since it’s a 65W TDP chip, and your usage seems within normal limits. If you’re not facing thermal or stability issues, you can stick with your current setup. However, undervolting can still help optimize temps and power consumption for long-term use, especially during sustained workloads. You can try following my video step by step if you'd like to experiment, but only change the settings I show. Let me know how it goes! 😊
Your setting helped me lower the temp on 13700k, in Cine multicore i got 66-85°. I change CPU/VRM to Turbo, because Cine scores were too low. Just after 0x12b i got 85°-100°c, even though i mounted Thermalright LGA frame + AIO Lianli 24, only on P-core 5-7 the others are 10° below, so maybe is a problem of thermal paste. Now i have 2 problems, hope you want help me: *1* - After 0x12b, when in indle my PC auto restart at random between 1-30 minutes. Only on Win10, Linux is ok. Enabling every cstate, reboots occur after 3-4h. Disabling the C-state, prevent any random reboots. Do you have an idea on how to configure the C-states, to avoid reboots, without crippling the c-state? Event viewer give me this error "dam.sys not loaded", I know that dam is the major cause of restarts, freezes etc *2* - I should reach 5.40Ghz, but it remains 5.30Ghz During maximum effort tests, it never reaches 5.40Ghz From the bios screen the frequency indicates 5300Mhz
Thanks for sharing your experience, and I’m glad the settings helped with temps in Cinebench! Your setup with the Thermalright LGA frame and LianLi AIO looks solid, but let’s address the issues step by step: 1. Random Restarts on Idle (C-States and Event Viewer Error) First, I recommend checking stability by reverting to Intel defaults in the BIOS. Don’t worry about temps during this phase-focus on stability testing first. If the system is stable with defaults, carefully revisit my video and apply only the specific settings I demonstrate, nothing extra. For the C-states, random reboots often indicate instability. Disabling C-states entirely might work temporarily, but it’s better to fine-tune them. In the BIOS, try enabling only C1E and disabling deeper C-states (C3/C6/C7) to see if that resolves the issue. Also, ensure "Package C-state Limit" is set to "Auto." Regarding the "dam.sys not loaded" error, it could relate to a driver issue in Windows. Make sure your chipset and power management drivers are up to date and run a system file check (sfc /scannow) to verify the integrity of your system files. 2. Frequency Cap at 5.30GHz Instead of 5.40GHz The frequency cap might be due to thermal throttling or power limits. While 5.40GHz is the advertised max, it’s only achievable under specific conditions (like light single-core loads). In multicore scenarios or heavy stress tests, it’s normal for the CPU to remain slightly below the peak clock. Double-check your power limits (PL1/PL2) and ensure they match the values shown in my video. Also, verify that Enhanced Turbo or similar options in your BIOS are enabled. If power and thermal settings are fine, and you’re still seeing this issue, it might simply be silicon behavior on your specific chip. Let me know how it goes after testing these steps! 😊
@@saveroomorg I really appreciate your help. Until bios 0x129 i never had any reboots, they start with 0x12b update, so It's not your settings fault. I've been doing some testing, in the last days Mobo = Gigabyte z790 gaming x (no options for C3 from bios) CPU = 13700K XMP = Disabled Package C-state Limit = Auto Bios settings = Default *Test results:* Enabling *every* C-State = Reboots - Vcore 0.036v (minimum) Enabling *every* C-state but C6/7 in auto = Reboots in few minutes Vore 0.036v (minimum) Enabling *only* C1E = NO Reboots - Vcore 0.780v (minimum) Enabling *only* C6/7 = NO Reboots - Vcore 0.788v (minimum) Enabling *only* C8 = NO Reboots - Vcore 0.036v (minimum) Enabling *only* C10 = NO Reboots - Vcore 0.780v (minimum) Disabling *only* C6/7 = NO Reboots - Vcore 0.780v (minimum) Disabling *only* C8 = NO Reboots - Vcore 0.780v (minimum) Disabling *only* C10 = NO Reboots - Vcore 0.36v (minimum) IMHO it has to do with some error in how Win10 handles the combination of multiple c-states, and the minimum voltage, because Linux is stable. For now from bios (not from Win10) i disabled C6/7 (if I'm not mistaken shouldn't be critical on desktop).
@@jackburton5085 Thanks for sharing such detailed test results! It’s really helpful for pinpointing the issue. Based on your findings, it does seem like a Windows 10-specific issue with how it handles the interaction of multiple C-states, particularly when combined with low Vcore values. Disabling C6/C7 in the BIOS as you've done is a reasonable workaround, especially since these states aren't as critical for desktop systems. It also aligns with the fact that Linux remains stable, which rules out hardware faults. If you want to further optimize, you could: - Try testing the latest Windows 10 updates or even consider Windows 11, as it handles power states differently and might resolve these issues. - Check if there's a newer BIOS version addressing these microcode issues, as manufacturers sometimes patch power state-related instabilities in updates. Your current workaround (disabling C6/C7) is safe and won't impact performance significantly, especially since desktop workloads rarely rely heavily on deep C-states. Let me know if any other issues pop up! 😊
@@saveroomorg After another reboot, with c6 disabled. So i tried to enable all c-states, but disabling "Race to halt (RTH)". For no no reboots. I'll try the new win updates, hopefully, also in a new bios but Gigabyte is slow in releasing them. edit Question: I was wondering if it would be wise to undervolt like this after your settings: -"Vcore Voltage Mode" = Adaptive -"Internal CPU Vcore Offset" = -0.075V to begin with. Edit: *Reboots defeated* As I wrote in the other message, disabling some c-states like C8-10, makes things better, i read that many ppl with my same mobo *Gigabyte z790 Gaming x* recommending this: C-state = Enabled CPU Enhanced Halt(C1E) = Enabled C6/C7 State Support = Enabled C8 State Support = Disable C10 State Support = Disable Package C State limit = Auto C7s *I left the PC on idle, al,la day and night, it works perfectly, I have not had any more reboots.* I just hope that removing the C8-10s doesn't cause any problems with the CPU.
I'm going through something weird problem, i have micro stuttering on windows and games, im running the latest version of W11. I have already tried everything and I don't know what else to do, my cpu is an i9 13900k, at 4080 super, and 32gb ddr5 ram. this micro stuttering have something to do with bios settings?
Micro stuttering can indeed be related to BIOS settings, but it can also be influenced by other factors like driver issues, power settings, or software conflicts. For your i9-13900K and 4080 Super, here are a few things you can try: - BIOS Settings: Ensure that you're not running overly aggressive power limits or undervolting that could cause instability. You might want to try resetting to default settings or using more conservative ones to see if it improves. - CPU & GPU Drivers: Make sure your drivers (especially for your GPU) are up to date. Sometimes a simple driver update can make a big difference. - Power Settings: In Windows, go to Power Settings and make sure you're using a high-performance plan. Sometimes, power-saving settings can cause micro stuttering. - Thermal Throttling: Check your temperatures to make sure neither the CPU nor GPU is throttling due to high temps. If you've already tried everything, it might help to revert to stock BIOS settings and then reapply any tweaks incrementally to find the sweet spot. If you need more guidance, feel free to check out my videos on optimizing BIOS settings for better performance and stability!
I tested the method mentioned in this video. My problem was the same as yours and this problem had caused my life expectancy to decrease. I accidentally saw this video and tested it and it was surprisingly effective to the extent that the stuttering and the game and Windows stuttered severely. It did not disappear, but I got rid of the stuttering of the computer screen and game every 2 minutes or a few seconds. Maybe it only happens once in 20 minutes. I recommend that you also watch this video carefully and make the changes. 🤍
I understand your frustration! ASRock BIOS menus can indeed differ significantly from other brands, making it tricky to find the right settings. I'm currently working on a more detailed guide that includes ASRock motherboards. Stay tuned, and if you have specific settings or questions in the meantime, feel free to share them-I’ll do my best to help!
@saveroomorg That’s great, in the meantime I actually and did the following: long and short duration both on 180 cap voltage -50 with level 3 compensation (I do not have 1 and 2 for some reason) limited IA VR Voltage limit to 1.400 AC and DC Loadline both on 0.72 I’m having about ~10 degrees difference and didn’t notice any big performance drops or instability, but I’m wondering is there a better way to do this
Just lock SA and Vcore to 1.434v, sync all cores and raise p, e and l3 as high as this voltage will support while being under 250w TDP and set LLC to 6.
That’s a solid approach for maximizing performance if you’re into manual tuning! For those looking for a safer, beginner-friendly setup, I cover adaptive undervolting and balanced BIOS tweaks in my videos. Stability and efficiency can go hand in hand! 🔧💻
Absolutely! Locked voltages can be great for max performance but sacrifice power efficiency and thermals during lighter tasks. Variable clocks with adaptive voltage keep the system cooler and quieter while still delivering top performance when needed. It's all about finding the right balance for your use case! 🔧🔥💻
Also, just tried one more run. Disabled the Intel graphics, thanks to your suggestion, but kept the old F10 bios, and got like -10°C on both max and average temp, with CB R23 Score of 34793. Which is actually the best score I ever had on this PC. Very pleased with temps drop to 82°C max and 70°C on average under 100% load. That is actually incredible news since in general use CPU never reaches such loads, so should run much cooler when gaming.
*That's great to hear, and I'm glad the temps have dropped so much! It's awesome that you got your best CB R23 score and a noticeable reduction in temps. Disabling the Intel graphics can definitely help with reducing temperatures since it's not using resources for the iGPU when not needed.*
Ever since I reinstalled Windows 11 I've been having an issue that I can't tell if it's my if it's my graphics card or not I have a 4070 TI super with a an i7 and my screen after playing a game for a few minutes or to an hour it randomly depends my screen will go black my computer will freeze or it will reset itself and relaunch windows I have uninstalled the driver's reinstall the drivers my friend told me that it could be that my computer is not getting enough power that could very well be that could be the case but I'm not sure after watching this video I found out a lot of things like the Intel situation and what's going on with them having settings I would really appreciate it if somebody could get in contact with me and step-by-step guide me through what I could do to fix it and I am not going to lie to you guys I have spent three days back-to-back trying to troubleshoot and fix and everything the last thing I want to do is reinstall windows again just to run into the same problem every time that I try to play games I can go in and play a game and then a few minutes later or a few hours later I'm magically get a black screen sometimes I get audio and then sometimes when it stops it'll just reset itself or stay frozen and the weird part is is after reinstalling Windows 11 it did this before and reinstalling my Graphics drivers and everything it's still not working till this happened before Windows 11 it happened right when I upgraded two windows 11 cuz I was on Windows 10 but I had to reinstall Windows 11 again because I got corrupted files from going from Windows 10 to 11 instead I reinstalled Windows 11 got everything set up and I'm still having this issue@@saveroomorg
@@Sliceofgaming55 That's a good point, but AC and DC Load Lines don't need to match. They serve different purposes: AC Load Line affects transient response, while DC Load Line handles steady-state voltage. In my video, I focus on settings that ensure safe undervolting and stable performance for most setups without overcomplicating things. However, if you're interested in a deep dive into these specifics, I might consider covering them in a future guide!
@@zionjackson7617 It sounds like a frustrating issue. First, make sure your PSU is at least 750W and properly connected to the GPU and motherboard. Monitor your temps using HWMonitor or MSI Afterburner to ensure there's no overheating. Also, check if your BIOS is up to date and install the latest chipset and GPU drivers. You could stress test your GPU with FurMark to check for stability issues. Make sure to disable overlays like GeForce Experience and Discord, and close any unnecessary apps while gaming. It might help to reinstall your GPU drivers using DDU for a clean installation. Check Windows Event Viewer for any critical errors during crashes, and run a memory test with Windows Memory Diagnostic. If the problem continues, it could be a hardware issue, so you might want to reach out to GPU support. Hope this helps!
Unfortunately my 13700k Z690 Aorus Elite AX DDR4 is now running hotter with the 0x12B update despite the same setup in this video. It actually ran cooler using your Dynamic VCore Undervolt tuning from the previous video with a Dec 2022 BIOS, but under heavy load editing photo or video was hitting 100C. I used that undervolt still, but it doesn't work anymore with the new BIOS. Now at idle, it won't go below 80C and hits 90-100C doing nothing. Definitely might have a bad processor, but it has not crashed yet. It just runs very hot even with my Arctic 280MM AIO which was perfectly fine when all parts were new and even hit 31000 on Cinebench R23 multicore. Now it can barely get 24000... Hopefully you'll have some settings I can try before I take apart my PC to diagnose this.
My 13700k is also running hotter after the undate, I cannot even launch some simple games like Rocket League without spiking to 100'c ( my idle is fine though roughly 35'c) with a coolermaster ML240. Did the video fix your issues?
The higher temps you're experiencing are actually how the new microcode is designed to work. The settings from the video won’t drastically change these behaviors but will definitely help protect your CPU from overvolting and degradation as much as possible. I’m already working on a final undervolting video that will be an all-in-one guide with more theory included. In the meantime, I recommend updating to the latest BIOS and following my previous undervolting guide with Intel defaults and CEP disabled. This method has worked well across a variety of Intel CPUs and motherboards and should be the best option in your case. ruclips.net/video/LZA-h9yUV50/видео.htmlsi=ullielx06QnuWqzP 13700K is a hot CPU, but your cooling setup seems solid. Do you use the contact frame from the cooling system? Let me know your results.
It seems the new microcode is pushing CPUs to run hotter under load, which aligns with its design changes. The video settings won’t drastically change this behavior but are focused on preventing overvolting and degradation. If your idle temps are fine but load temps spike, you might want to try the previous undervolting guide I shared here: ruclips.net/video/LZA-h9yUV50/видео.htmlsi=ullielx06QnuWqzP. Disabling Intel defaults and CEP has worked well for others with similar setups, and it should help reduce those spikes. For your Cooler Master ML240, make sure your airflow is optimized, and reapply thermal paste if needed. Let me know how it goes after trying the undervolt guide!
@@saveroomorg this is something I didn't expect, but my motherboard was not reacting to PWM properly after the BIOS update, even when hitting F7 to reset to Defaults. I had to clear CMOS and then reset defaults with F7, and now PWM works and my temps are normal! I do use an Adaptive Vcore undervolt at -0.100 as it doesn't trigger CEP and idle is now back to 32-38C and under load comfortably at 80-85C not going over 1.4v on the processor using that 1400 limit!
@@G98SH I made a reply, but if you didn't see, you might have issues with the BIOS update like me interfering with how your fans work with PWM. For some reason, it stopped working after my update and I had to clear CMOS to get the motherboard back to normal again and also reverting to Default settings before making changes. Everything is normal again! Good luck!
Updating your BIOS to version 15.01 with the 0x12B microcode is generally safe, especially if it includes stability improvements or compatibility fixes for your system.
@@saveroomorg i think i saw on website my motherboard it's only 0x12B microcode only...my question is 0x12B microcode does improve stability to my motherboard? i'm using b660m pro rs
Yes, the same principles work for the 14900K as well. You can follow the steps in this video for a safe starting point. The main difference might be adjusting the power limits- setting PL1 and PL2 to around 253W should work well. If you're unsure or want a more tailored setup, stay tuned-I'm working on more detailed guides for various CPUs, including the 14900K! 😊
@saveroomorg thanks ...but I have some issues that when I set pl1=pl2=253 temprature still spike to 95 on maximum load ... I am using ANT ESPORTS ICE-240 ARGB 240mm liquid cooler and from india where in summers temperature spike to 47°c.....should I change liquid cooler also....btw thanks for your feedback I am surely waiting for next video on 14900k
@@honeykaushal6865 You're welcome! The purpose of this video was to make the CPU safe under Intel Defaults, and temperatures spiking up to 95°C is expected during maximum load under these settings-Intel has designed their CPUs to handle this safely. However, it's definitely not the most optimal or long-term safe temperature. For now, I suggest checking out my easy undervolting guide, which can help significantly lower temperatures and improve efficiency while maintaining performance - ruclips.net/video/LZA-h9yUV50/видео.htmlsi=1O7iRfg_1ni80yY6 Your liquid cooler should generally be sufficient, but with ambient temperatures reaching 47°C, it may struggle during extreme loads. Once you apply the undervolting steps, see how it performs-upgrading the cooler might not be necessary if temps stabilize. Stay tuned 😊
@@saveroomorg thanks a lot I will definitely do it .......and plz suggest good liquid cooler for my surroundings ambient temperatures if it required in advance.....
@@honeykaushal6865 Ideally you want a 14900K paired with a 360mm AIO. The best air coolers approach similar performance to many 240mm AIO coolers so while there is a benefit to 240mm AIO coolers over air coolers it is often not very substantial and with a power hungry chip like the 13th and 14th gen i9 CPUs the far more substantial benefit of a 360mm AIO is almost necessary. Your liquid cooler is generally sufficient, sure, but not recommended. If your case is compatible with a 360mm radiator consider upgrading to the Arctic Liquid Freezer III 360 AIO.
nabling C-States and CEP is a good start if you're aiming to optimize power consumption and keep things within spec. With CPU Lite Load set to Intel default, it's likely running conservatively, which is fine for stability but may result in higher-than-necessary voltages. If you’re checking VCore and find it stable with defaults, you can leave it as is, but for better efficiency, try adjusting the CPU Lite Load value to something like Mode 3 or 5. This should still align with Intel's spec but reduce overvolting slightly.
Friend, after the settings I'm having a problem with the error "Kernel-Power Critical Error 41 (63)" Do you have any tips that I can change in the settings?
The "Kernel-Power Critical Error 41 (63)" usually points to an issue causing unexpected shutdowns or restarts, often related to power delivery or system stability. Start by adjusting the undervolt and LLC settings, set it to the next higher step, as these are the most common culprits. Let me know how it goes! 😊
@@denerpatrick Yes, just try High or Performance mode. It will provide a bit more voltage and temperature, but it can stabilize the system, which is fine since we’ve already limited the CPU voltage.
@@saveroomorg Friend, thanks for getting back to me. I still face the restart, important! It only happens when I leave the PC idle, for example: browser open and the HWiNFO monitor, with a game in the background. If I'm using or playing, it doesn't happen. I changed the Load Line to "Performace" and VP to Hight, it still didn't solve the problem, in Windows all the suspension settings are disabled. Different from your settings are: PL1/PL2 = 253 and Core Current Limit(Amps) 307. My setup is = i7-14700K (Raptor Lake) Z790 Gaming X AX v1
@@denerpatrick It sounds like the issue could be related to how your system handles power when idle. Does the system run stable on Intel Defaults or on my previous undervolting guide?
you’re capping the voltage instead of fixing the cause of high vcore voltage. simply sync all cores at the correct voltage sweetspot for your chip. 14900ks is about x56. still using apex encore bios v1286 and no degradation no microcode
Thank you for sharing your approach! While syncing all cores can work well for enthusiasts familiar with manual overclocking, my guide focuses on a safer, more universally applicable method that works across different setups, even for users new to BIOS tuning. By capping the voltage and enabling Intel's default power management features, I aim to balance performance, thermals, and long-term stability without risking instability or requiring extensive manual tuning. I'm also working on a more in-depth guide for undervolting and performance optimization. This video was just the initial step toward safe and stable tuning. Thanks again for your input!
7:42 Its safe now. Proceeds to show 20+ BIOS settings changed in conjuction with ''Intel default settings''. Seriously. If I ran the older BIOS with no microcode upgrades but with all the limits in place not to cook the CPU, would that be fine also? I seriously don't want to be going through this settings once again. Let alone do all the testing. I've done plenty testing with previous bios [F10] and it works fine on first sight? 14700K, 360 AIO, Z790 Gaming X AX [F10 bios], 2x16GB DDR5 XMP1 @6000Mhz - Internal Vcore offset = -0.100V - AI VR = 1400mV - PL1 = PL2 = 253W - ICCMax = 307A - Enhanced multi-core performance = disabled - Under voltage protection = disabled - XMP = XMP1 [2x16GB DDR5 @6000Mhz] CB R23 Score of 34429 Results: - V core: 1.344V - Power: 228,3W -Temp: 91°C max -Temp: 80°C average - VID: 1.335V - Vcore: 156A - VRVcc: 190A
I totally understand not wanting to go through all the settings again! However, I would still recommend using the latest BIOS with the settings from my video for the best stability and performance. Older BIOS versions, like F10, might work fine now, but they may miss out on some important fixes or optimizations that come with newer releases. While your current setup with the older BIOS might seem stable, the newer BIOS versions tend to offer improvements that could help with long-term stability and reduce any potential issues down the line. If you’re happy with your current results and don’t mind the risk of missing out on optimizations, that’s totally fine, but just keep in mind that updating BIOS can often fix things we don’t realize could cause problems later
Yea at intel default vid goes up to 1.44v ... I set it at 1.35v at a clock of 5.6ghz . Seems to me intel just don't care , they also ruined the setting boost clock at x amount of cores.
You're absolutely right - Intel's default settings can be overly aggressive with voltage, leading to unnecessarily high temps and power draw. Setting a manual voltage of 1.35V with a 5.6GHz clock is a smart move for better efficiency and performance. The loss of finer-grained control like per-core boost clocks is frustrating, but manual tuning like yours ensures you're not leaving performance on the table while maintaining better thermal behavior. Great job fine-tuning your setup!
The 1.7 mOhm reading you're seeing is likely your VRM's load line calibration (LLC) setting affecting voltage delivery. It's not inherently bad, but it may lead to higher voltage spikes under load, which could increase temperatures and long-term wear on your CPU. For the i5-12400F, I recommend checking your BIOS LLC setting and adjusting it to a value that balances stable voltage with minimized overshoot. Many motherboards have options like "Medium" or "Auto" that work well for stability. You can also consider undervolting slightly to reduce overall voltage and temperatures. Let me know if you'd like more specific guidance on tuning!
Great job optimizing your setup! Those are excellent results with a solid R23 score and max temps staying at 80°C without throttling. Your undervolt and AC load adjustments clearly worked well for your system. Keep an eye on stability in daily use, but it looks like you’ve hit a sweet spot. Well done! 😊
had to change offset mode to -0.05 but i went from 17k cb rating to 13,5k not to good but it is what it is do you think i should get a new cpu from intel and set up it like that aswell or do you think im good to go now ? and ty for the rest helped cuz i only tried the offset thing but i did it now with the ac voltage and it should be fine
Hey, glad the rest of the settings helped! However, I’m not recommending touching offsets in the video. Instead, the focus is on limiting voltages and power limits to achieve a balance between performance and thermals. Using offset mode can lead to performance drops, as you've noticed. If your CPU doesn’t handle even Intel Default settings properly, it might be a bad sign. I’d recommend checking if an RMA is an option, just to rule out any potential hardware issues. Otherwise, if your system is stable, try reverting the offset changes and carefully follow the steps in the video to set power and voltage limits instead. Let me know how it works out!
@saveroomorg so what's the solution for this same as you mentioned.? In this video.. also I'm brother by the non stop fan spikes . Even on idle it will spike and go down.. like waves of fan speeds up and down . For no reason
@@RUclips2020N You can definitely try these settings on your Lenovo Legion with the i9-13900HX, but keep in mind that laptops have different thermal and power constraints compared to desktop setups. It’s important to ensure your cooling system is sufficient before adjusting power limits or undervolting. For adjusting settings, you would likely need access to BIOS or a software like Intel XTU or ThrottleStop, depending on what your system allows. However, laptop BIOS settings are often more limited compared to desktops, so you may not have full control over power limits or voltage.
@@saveroomorg thanks actually i am not able to do this as i dont have access to such settings. i m trying throttle stop -/ HW / XTU - but basically what are the values i need to see (my microcode current code is 127) - if i need to chk what is the value if its already taken care off.
I have i5 13600kf amd rx 6800 xt gigabyte b760m dsh3 ddr4, pc freezs while gaming can't move mouse or keyboard i shut down it , i used occt test it freezs whit no error too while under load cpu +ram
It sounds like your system is experiencing stability issues under load. Here are some steps you can try: - Check Temperatures: Use monitoring software like HWMonitor or HWInfo to check your CPU and GPU temperatures under load. High temps could indicate cooling issues. - Update BIOS: Make sure your motherboard BIOS is updated to the latest version. Gigabyte often releases updates to improve stability and compatibility. - Power Supply: Ensure your PSU is sufficient for your setup. The RX 6800 XT and i5-13600KF can draw significant power under load. - Memory Settings: If you're using XMP for your RAM, try disabling it temporarily to see if it stabilizes. Sometimes memory overclocking can cause freezing. - BIOS Settings: Apply Intel default settings and configure power limits (PL1/PL2) and IA AC/DC load lines appropriately. Check my videos for detailed guidance. - OCCT Testing: Since your system freezes under CPU + RAM load, test each component individually (e.g., just CPU or just RAM) to identify the cause. - Driver Updates: Ensure all your drivers, including GPU and chipset drivers, are up-to-date. If none of these steps help, it could be a hardware issue (like PSU, RAM, or motherboard). Let me know how it goes, and I’ll help you troubleshoot further! 😊
@saveroomorg hi, I have 750 w PSU , I used ur settings in this video and disabled xmp profile , tested ram using memtest 0 error, and right now I found out that freesync is causing freez in a forum, i disabled it and test don't cause freezs anymore, I guess it's the problem I'll update you if it's the problem in a week, it might be a good information to share with others in ur next vidéos freesync causing PC to freeze
The video focuses on ensuring safe and optimized settings, even with the latest firmware updates. If you've already explored those updates, that's great! But for anyone unsure or new, it's always good to have a clear guide to get started. 😊
14 дней назад
Привет у меня z690 13600k нет таких настроек в биосе помоги пожалуйста
Привет! Если в BIOS твоей Z690 материнской платы с 13600K нет нужных настроек, возможно, они скрыты или зависят от версии BIOS. Попробуй перейти в режим 'Advanced Mode' или включить 'Expert Mode' (если доступно). Иногда для открытия таких настроек нужно включить 'CPU Overclocking' или 'Voltage Control'. Напиши точную модель материнской платы, и я постараюсь помочь более детально.
I would recommend against using someone else's BIOS settings file, as every setup is unique, and even small differences in components or silicon quality can lead to different results. Instead, I suggest following the step-by-step instructions in my video guide. This way, you can adjust the settings to match your specific system for the best results and stability. You'll be all set with that approach! Let me know if you need any help along the way.
You lose massive performance with the intel default setting and you should be undervolting anyway so idk why you’re keeping a poorly optimized general bios profile enabled for a chip that gets an optimized profile released for every mono worth a damn out of the box. Sure they caused degradation issues but they left the option available for you to tune it yourself and warned you it WOULD DEGRADE FASTER IF YOU IVERCLOCK. Ppl can’t blame Intel when we overclocking does what overclocking does when done poorly.
The main purpose of this video is to demonstrate how to achieve a 100% safe setup while keeping CEP and Intel defaults enabled, ensuring long-term stability and preparing for future optimizations. I aim to cover the entire spectrum of how Intel CPUs can be managed safely, from secure stock settings to advanced tuning. While undervolting and custom BIOS profiles can unlock more performance, not everyone is comfortable with those adjustments. This guide serves as a foundational approach for those prioritizing stability and reliability. Stay tuned, as I'm already working on more in-depth optimizations that build upon this setup! 😊💪
Thank you so much for the kind offer, but no need to pay or donate! I really appreciate your support. I’m working on covering settings for more motherboards, including ASUS boards, so stay tuned for future videos. 😊 Your patience means a lot-I'll do my best to make it helpful for you! Could you let me know your setup-CPU, motherboard model, and any specifics?
@ Absolutely, I actually did try, but wasnt sure and its hard to follow when I see different thing on the screen. I recently build i5 14600kf asus b760i strix, 64gb trident z 6000mhz cl32, noctua nh9L, nr200p case.. everything is good but I want temperatures from the cpu a bit lower if I could, I got the latest bios, thats the first thing I done when I booted for the first time, just not so skilled in this area. Thank you
Hi, dear friend, Thank you for your work! I would like to share my experience in CPU undervolt tuning. I use a 360-size water cooling system; otherwise, our PCs are the same and I was glad to find your videos. The first time I did everything as you showed in the first video ruclips.net/video/LZA-h9yUV50/видео.htmland got a 24050 score in Cinebench. The max temperature was 73-75°C, and the VCore was -0.060. After watching your new video, I decided to try to do everything as you did, but this time I only got 23000 points in Cinebench. I'm not sure why it came in lower than that. The temperature remained the same, around 73-75°C. Honestly, I don't know whether to keep the first option or the second one. Both methods are good and show great results. Is it critical that I lost more than 1000 points in Cinebench? Also, I disabled the C-States Control feature because my motherboard makes a slight beeping noise when it is enabled. Thanks
Hi, Aleksandr, Thank you for sharing your experience! Both methods show great results, and the Cinebench score drop isn’t critical if your system remains stable and meets your needs. If the higher score matters for your workload, the first method might be preferable. Otherwise, the second approach provides safety and efficiency. Disabling C-States Control is fine if it prevents unwanted noise, especially with no impact on performance or stability. I’m also running final tests on my ultimate undervolting guide and plan to share it soon once it proves stable across multiple systems. Stay tuned, and thanks again for your support!
@@saveroomorg "I lowered the VCore voltage to -0.075. Previously, I couldn't do this and would get a blue screen at -0.055. Maybe the new BIOS version influenced this. My power limits are set to Intel POR, which is 181W for both PL1 and PL2. With the VCore reduced to -0.075, I achieved stable and smooth operation. The unnecessary aggression of the processor disappeared. It didn't affect the processor's performance negatively; on the contrary, it improved. I work with very large databases. The maximum temperature in tests is 67 degrees. Cinebench consistently shows 24100 points. No temperature spikes as before, when it would jump from 44 to 62 degrees in seconds upon opening a video or Slack/Discord. When running a game on max graphics and watching a stream on Twitch on a second 2K monitor, the temperature is 38-43 degrees. It's just magical. You're doing great, and thank you again. These processors are not so bad if you find the right approach. I want to lower the VCore voltage further to -0.100, but I'm not sure if this is feasible for my processor."
I disabled integrated graphics settings if you're on the k series. And I just undervolt to offset -0.050, -0.075 is also ok but i got stable performance with max temp of 60c when gaming. I just left everything alone. Don't forget to enable resize bar. And I'm not using xmp and if you are just leave your max speed to 5600mt/s max or just turn off xmp and leave default speed ram to 4800
XMP is perfectly fine if its values are better than manual overclocking. It's a convenient and safe option for most users. I’m also thinking about creating a memory overclocking guide if there’s enough interest. Let me know if that’s something you’d find helpful! 💻🚀
@saveroomorg my pc crashes whenever I use xmp for some reason. 13600k, aorus z690 elite ax mobo. Latest bios. That's why I leave it on 4800mhz. Anything above that I get random crashing sometimes 5 hours later sometimes 10 minutes on
Glad I waited and went with Intel 14600KS for $219 Trounces AMD even if AMD is 400 dollars. I checked, watched all the videos. DDR5 6200 stable @ 6200 as advertised, Thanks Patriot/Hynix! Built all new innards to replace my i7 4790/DDR3 system for $564 Running my first NVMe ever, glad I read a LOT and went Crucial Gen. 4 best bang for buck (PC MAG awards, etc. CT1000T500SSD8) 14600KS flies, and runs cool. Also from reading a lot, it has the lowest memory latency of any Intel CPU, and only a couple AMD were lower and more than double what I paid for. X3D CPUs do poorly at MM, compared to mine, also X3D gaming is only a little better, IF you stick to 1080p Do not buy the hype!
Good to see another video addressing the main problem with Raptor Lake - bad voltage settings with the main cause being bad LLC settings. I like that you also included the LLC settings for MSI and Asus.
Thank you! Glad you found it helpful. Proper LLC settings are often overlooked but make a huge difference in stabilizing voltage and temps. I’ll keep covering key BIOS tweaks to help get the best out of Raptor Lake! 🚀💻
Works great with my i7 13700K. Temps are great and performance improved aswell. Thank you!
You're very welcome! I'm glad to hear it's working great for your i7 13700K with better temps and performance! 🎉 If you ever want to explore more optimizations, stay tuned - I’m working on some deeper guides. Enjoy your setup! 😊
I can't thank you enough bro. From 1450V down to 1350V and the 14900KF doesn't constantly spike anymore from 40-80°C while running a game + video at the same time.
Great video man, tysm
You're very welcome! I'm really glad the settings worked out for you and helped stabilize your 14900KF while keeping the temps in check. Those constant spikes can be super frustrating, so it's great to hear they're no longer an issue. Thanks for the feedback, and enjoy the smoother performance!
Hello, when will your in detail undervolting video be uploaded?
Thanks for your interest! I'm currently finishing up the final tests to ensure stability across different setups. The detailed undervolting guide should be uploaded very soon-stay tuned! 😊
Thank you for the video. Semi intens loads were causing thermal throttling under load before using the settings. Now, it reaches a maximum 90C during CPU burn-in.
My specs are an MSI Z790-A DDR4 version with a 13700K processor. Gaming sessions used to also always hit thermal throttling but now only reach a maximum of about 78°C. I will report back if I encounter any issues with gaming or stability.
You're welcome, and thanks for sharing your experience! It’s great to hear that the settings helped reduce thermal throttling and improved your gaming temps significantly. With a 13700K, hitting a max of 78°C during gaming is solid. Keep monitoring performance and stability, and feel free to update if you run into anything. Happy gaming! 🎮🔥
It is safe/good to do the same settings from your video to i5-14600kf with Gigabyte Z690M DS3H DDR4?
Yes, you can follow the same general steps from the video for your i5-14600KF with the Gigabyte Z690M DS3H DDR4 motherboard. The settings should work well as a safe starting point, especially for undervolting and optimizing power limits.
Feel free to check out my other videos for more detailed guides on fine-tuning or if you need any adjustments specific to your setup! 😊
I9 14900kf user here mines been fine from day 1 of use had it since october last year the voltages are with in spec no undervolt no nothink no blue screens no crashes the thing is chilled as hell with a 420mm aio
That’s awesome to hear! Sounds like you got a great chip with solid silicon quality. 💪 The 420mm AIO is definitely doing its job keeping things cool. If you apply the settings from the video, you might be able to achieve even better efficiency or unlock a bit more performance. Worth giving it a shot if you’re up for it! 🎉
@@saveroomorg yeah i hit lucky I guess it crushes games paired with a 4090 and ddr5 64gb ram and 4tb pro 990 ssd I will try your setting see what extra I get out of it thanks dude 👍 also the aio is a arctic 420 aio with upgraded p140 max fans case fans 7 arctic p120 max fans highest temps on the cpu 65° to 70° depending on game mostly 65° tho 😀
Thank you so much 🙏, now running much cooler; i913900k here. Amazing video!
You're very welcome! 😊 I'm glad to hear your 13900K is running cooler now-great job! Let me know if you have any other questions or tweaks you'd like to explore. Happy gaming and productivity! 🙌
Why are you setting AC/DC Load line to Power Saving when you already set the AI AC Load Line to 55 on Vr config? as far i understand selecting a profile for the AC/DC Load Line changes the value for the AI AC LL( the one you already set to 55), at that point isnt better to set an offset for undervolting? Or setting the AI AC LL to 55 is just to stop CEP from triggering and lowering your performance.
Setting the AC/DC Loadline to 'Power Saving' is intended to complement the IA AC Loadline set to 55 in the VR configuration. The AC/DC Loadline profile primarily affects how the CPU handles voltage requests under different loads. While IA AC Loadline limits dynamic spikes and ensures stability, the 'Power Saving' AC/DC Loadline profile helps reduce power consumption in steady-state scenarios, especially under lighter loads.
Offset tuning is definitely an option, and I plan to cover it in more detail in my next video. However, the goal of this video is to make CPU usage safe and prevent possible degradation while using Intel Defaults and CEP enabled. Undervolting options are somewhat limited in this specific case, but the settings shown should strike a balance between performance and safety.
Feel free to experiment carefully, and stay tuned for the next video where I’ll dive deeper into undervolting and offsets
My bios won't let me change anything
it's really difficult to do this on asrock mobo whitout proper guide for the brand, numbers are different. Menus are different...
I understand your frustration-ASRock motherboards can indeed have different layouts and terminology, making it tricky to follow general guides. I'll work on providing more brand-specific instructions in the future to help with this. In the meantime, try referring to your motherboard manual for equivalent settings, or feel free to ask here with specific options you're struggling with. I'll do my best to guide you
@@saveroomorgplease
@saveroomorg so i used 1.400 instead 1400 for the voltage but my performance dropped on half and my cpu was sitting 30 degrees no matter what, I'm trying to translate the settings but is a performance overkill. Tbh without proper guide can't do. it. My opinion now is to sit with the bios and if cpu degrade it have 5 years warranty anyway. Btw it cannot go above 80 degrees in any case with artcic cooler 3 420.
Great video. I recently purchased a 14600kf and MSI B760 Gaming Plus MB, in HWinfo the VID MAX is between 0.95-1.04 and cpu temperatures between 35C and 70C depending on load, feels like Im safe with the current settings or should I still go through your steps?
Thanks for the kind words! 😊 Your temps and VID MAX seem pretty safe, especially with the range you're seeing. If you're happy with the performance and stability, you might not need to make changes. However, applying the settings in the video can help ensure long-term safety and potentially lower temps further. It's worth a try if you want to optimize, but it’s not absolutely necessary if everything is working perfectly for you right now. 👍
Friend, just wanted to thank the confgs for helping.
One question, should I leave undervolt protection active or disabled?
You're very welcome, my friend! 😊 If you're following the settings from this video, it doesn’t matter whether undervolt protection is active or disabled because Intel defaults will rewrite it anyway. Just stick to the guide, and you'll be in a safe and optimized zone! 👍
@@saveroomorg Perfect!
Thank you, I made the settings and the gain in temperature and stability was truly incredible, thank you, friend!
I'm having some really weird stability problems and could use some advice. I was using an i5-13400F without any issues, but I recently upgraded to an i5-14600KF, which I installed brand new. My motherboard (H610M S2H REV 1.2) was already updated to the latest BIOS version before I installed the 14600KF. This BIOS version includes Intel's new microcode, which should address compatibility issues.
Despite this, just three days after switching to the 14600KF, I started experiencing instability: the screen suddenly goes black, audio and Caps Lock remain responsive for about 5 seconds, and then the system completely freezes. It won’t reboot unless I hold the power button for several seconds.
I’ve been searching everywhere for answers and came across your videos (great content, by the way!). I followed your recommended BIOS settings, but the issues persist.
How is it possible that a brand-new CPU, installed on a motherboard with the correct, updated BIOS, still has these problems? Any advice on what might be going on or how to fix it would be greatly appreciated.
Hi,
Thanks for reaching out! Your setup should work fine, but a few things might be causing the instability:
- Check Cooling & Pressure - Ensure your cooler is mounted correctly and pressure isn’t too tight on the CPU. Also, verify the thermal paste application.
- Power Supply - Confirm your PSU can handle the 14600KF, which draws more power than the 13400F.
- RAM Stability - Run a test (e.g., MemTest86) to ensure your RAM is stable with the new CPU.
Lastly, the H610 board might be pushing its limits with the 14600KF. If issues persist, try testing the CPU on a Z690/Z790 motherboard.
I’m also finalizing an updated undervolting guide to help address these cases-stay tuned!
Did u find any solution, I have same stability problem with i13600kf pc freez while gamine and in occt sse test
Fantastic guide! I was wondering if it would work for my setup: i9-14900KF, Gigabyte Z790 UD AX, RTX 4080S, AIO 280 mm. In general, would it be safe to use the same values you recommend in the video? Specifically:
1) Is ‘IA AC Loadline’ also 55 in my case?
2) Shouldn’t the ‘IA DC Loadline’ be the same as ‘IA AC Loadline’ (Intel set them both to 90)?
3) PL1, PL2 and ICCMax (in accordance to Intel specification) in my case are 253W for PLs and 307A for ICCMax - Is it necessary to set those values when we are using the ‘Intel Default Settings: Performance’, which sets the mentioned values automatically? (This can be verified e.g. with HWinfo64).
4) If the need arises, can I lower the PLs (e.g. to 180W) to decrease the CPU temp? Will it be safe/recommended to do?
5) Is 'CPU Internal AC/DC Loadline' also ‘power saving’ in my case?
I will wait for your response before making any changes in the BIOS.
Thanks for your detailed questions and glad you liked the guide! Here's how I would address your setup:
1. IA AC Loadline (55): Yes, you can start with 55 for your setup as it works well across most Gigabyte motherboards. It's a safe value that balances stability and thermals.
2. IA DC Loadline: It’s not really necessary to adjust the DC Loadline as well. I’d recommend keeping it as it is unless you notice instability.
3. PL1, PL2, and ICCMax: If your system is already using Intel Defaults (verified via HWinfo64) and you’re not facing throttling or instability, there’s no need to manually set these values. However, if you want to ensure stability during heavy workloads, matching Intel’s specs (253W for PLs, 307A for ICCMax) is a good approach.
4. Lowering PLs (e.g., to 180W): Yes, lowering PLs can reduce CPU temps during sustained workloads. It’s safe to do and recommended if you prefer cooler operation over peak performance. Just be aware that lower PLs might impact multi-core performance under heavy loads.
5. CPU Internal AC/DC Loadline ('Power Saving'): You can start with ‘Power Saving,’ but for the i9-14900KF, ‘Performance’ or even ‘Turbo’ might be more suitable, especially if you prioritize maximizing performance over minimal power consumption.
Make changes gradually and test stability after each adjustment. If you encounter any issues or have more questions, feel free to ask! 😊
Hey man wanted to say thanks for the video, followed all settings other than putting it into power saving mode and using High llc. Was hitting 95’c on simple games like overwatch but now only seeing 75’C. And no longer do I hear my cpu throttling and ramping the fans up. Thank you! Edit: Nvm still hitting 97’c just when simply loading games. Wanted to see how hot fortnite would run even tho I dont play it and just in the loading screen it hit 97’c…
I also set DC to 55 as well as AC loadline for stability
You don't have to set DC to 55. It works very different from people are thinking. Keep it around 90.
Thanks for sharing your experience, and I’m glad the initial changes helped reduce the temperatures to some extent! However, hitting 97°C while loading games indicates there’s still room for improvement.
What cooling system are you using? If it's an AIO, make sure the pump and fans are operating at optimal settings. Also, check for proper thermal paste application and overall airflow in your case-ambient temperature can also play a role.
@@saveroomorgIm pretty sure it is an AIO issue as I dont believe the TDP of my current one is high enough for my cpu. Going to need a new case to put a 360aio in there which I am going to do soon.
My 13600K requires CPU Lite Load 12 to be stable (default was 18 after latest bios / microcode 0x12B) I haven't changed anything else other than Lite load type to MSI (instead of Intel) and of course im using the Intel default profile, perhaps my CPU is starting to degrade? I have until 2027 to RMA, currently it's maxing out at 1.35V VCORE with HWInfo monitoring all day, CPU was purchased on launch (Oct 2022) MSI Pro Z690-A DDR4, in OCCT my IA Domain loadline is showing 1.100 / 1.100 mOhm.
Hi, I did everything from your video on my i5 13600kf gigabyte b660m games x these tweaks made my CPU stable and reduced idle consumption and my Cinebench scores remained almost the same
I have one question. I need to leave the CPU Vcore load calibration at medium or high. In the video you set it to medium but on the screen you draw it high?
I'll stay with this for now, thanks! Likee
Thanks for your feedback! I’m really glad the tweaks worked well for your 13600KF setup and that you’re seeing stable results with reduced idle power. 😊
Regarding the CPU Vcore Load Line Calibration: Medium is the setting I use for my setup, and it’s what I’d recommend as a starting point. However, High is a suitable value for most CPU units if you’re looking for a bit more stability. If your system is stable and performing well, you’re all set. 👍 Keep up the great work!
gigabyte b660m gaming x i7 12700k does poor with 7:22 power saving enabled. Cinebench score drops to 14500 from about 21500 but same temp.
Thanks for sharing your results! The drop in Cinebench score when using power-saving mode is expected, as this setting prioritizes lower power consumption over performance. If you're seeing the same temps but a significant performance loss, it may be worth revisiting other settings like Loadline Calibration or PL1/PL2 limits to fine-tune the balance.
If you’re looking for a better balance of performance and efficiency, I’d recommend trying "Performance" or higher mode instead of "Power Saving" and ensuring you’ve followed the undervolting steps exactly as shown in my video. Let me know how it works out! 😊
I have i9 14k with msi pro z790 a max wifi. Should i do ?
For MSI motherboards, there's a detailed guide with instructions on the right side of the screen in the video-be sure to follow those settings first. If you have any questions or run into issues after applying them, feel free to ask. Happy tweaking! 😊
I followed your undervolt tutorial you released 4 months ago, should i change all those settings and do this instead?
If you're happy with your system's current performance and stability, there's no need to switch. This guide is specifically designed for those using Intel Defaults with CEP enabled, as it addresses scenarios where those settings might be preferred. If that's not your case, you can stick with the settings from my previous tutorial. 😊
Small reminder: the Ultimate Guide, which will refine and improve on all previous versions, is in the works-stay tuned! 🙌
This has been an awesome fix, thank you! I've also installed a contact frame that got my temps down and extra 10°c.
However, on an all core test in Cinebench R23, the performance cores are nerfed down the 5.1Mhz on my 14700K, despite there being temp headroom.
Any adjustments, on top of the advice here that I can use the increase this? My temps don't go above 77°c on the package.
Glad to hear the guide worked for you and that the contact frame brought temps down even further! 🎉
As for the performance cores dropping to 5.1GHz during an all-core load, this is likely due to power limits or BIOS settings. Make sure your PL1 and PL2 limits are set high enough (e.g., 253W) and that your IA AC Loadline is configured correctly (55 is recommended in most cases). Also, ensure the "Turbo Boost Power Time" setting isn't limiting performance.
If you’ve already applied these tweaks and still see throttling, you might need to look into increasing your VRM-related limits or checking your LLC (Load Line Calibration) settings. Let me know if you need more detailed guidance! 💡
Which contact frame did you use?
Hello!
I left a comment on one of your videos about undervolting some time ago! I recently came across another one of your videos, and after having my defective AIO replaced, I decided to give undervolting another try.
I have an i7 14700K and a Gigabyte Z790 Pro X. After setting all the parameters, including a CPU Vcore offset of -0.105V, my temperatures only dropped slightly, about 3-4 degrees. However, I’m facing an issue with constant temperature spikes: for example, my CPU often jumps from 39°C to 70°C several times per second without any noticeable change in activity.
I can’t seem to go below 38°C when idle, even though many people with similar setups report reaching around 28°C, and some don’t even exceed 62°C while gaming. I know my CPU tends to run hot, but it’s frustrating to see so many similar setups with much better temps!
I’ve done a lot of research, and my airflow and everything else seems fine. Do you have any advice for better undervolting in my case? It doesn’t seem to make much of a difference for me. I see saw much good things on undervolting, I hope I can find stability too
Sorry for the long message, and thank you!
Hi there! 😊
Thanks for sharing your experience! I’m glad you’re giving undervolting another shot after fixing your AIO issue. Let’s break it down step by step:
1️⃣ Temperature Spikes:
Sudden jumps from 39°C to 70°C are normal on modern CPUs, especially with the 14700K. These chips boost aggressively for quick task completion, causing rapid temperature changes. It’s part of their design and doesn’t necessarily indicate a problem.
2️⃣ Idle Temps:
38°C at idle might seem high, but it depends on several factors like:
- Ambient room temperature.
- BIOS settings (some settings keep cores in higher power states).
- Background processes in Windows.
- Make sure to minimize background activity and check task manager for unnecessary services.
3️⃣ Gaming Temps:
If your gaming temps exceed 80°C, there may still be room for improvement. Double-check your cooler’s contact with the CPU (thermal paste, mounting pressure, etc.).
4️⃣ Undervolting Improvements:
-0.105V is a great start! If stable, try increasing the offset slightly (e.g., -0.110V or -0.115V) in small steps while monitoring stability with stress tests (Cinebench R23, OCCT, etc.).
5️⃣ Other Tweaks:
If undervolting isn’t making a big difference, try adjusting the CPU Lite Load setting in your BIOS. On Gigabyte boards, lower values (e.g., 4-5) can reduce power consumption and temps under load.
💡 Lastly, don’t stress over comparisons online. Every setup is unique-airflow, case design, and silicon quality all play a role. What matters most is that your system runs cool, stable, and performs without throttling.
Let me know how it goes, and feel free to ask if you need more guidance! 😊
Hello, i have i9 14900kf and my mobo is a prime z790-p wifi. Im not getting the turbo power options. I was wondering if theres was another way to limit the power output.
Hi! For MSI motherboards, I don’t suggest any Turbo Power options in the video. It might require enabling 'Expert Mode' or looking for settings named differently.
Hello can u tell me the settings for i314100 i did power limit 1 and 2 to 110 but idk what so set core current limit thank u
For the i3-14100, setting PL1 and PL2 to 110W is reasonable for keeping temps in check while ensuring consistent performance. As for the core current limit, you can set it to around 90-100A, which should be sufficient for this CPU without causing instability. If you encounter any issues, you can adjust it slightly higher while monitoring the temps and stability. Let me know how it works out or if you need further assistance!
How much does this affect power consumption? Are we seeing more comparable performance to AMD CPUs, in terms of efficiency, with these settings?
Great question! These settings significantly improve power efficiency by reducing unnecessary voltage and heat output while maintaining stable performance. In many cases, the efficiency becomes much closer to AMD CPUs, depending on the workload. It's a nice balance between performance and power consumption!
Hi, does ASUS Unlimited ICCMAX auto on or off ?
Hi! On ASUS motherboards, Unlimited ICCMAX is usually off by default. You would need to manually enable it if you want it active. However, I generally recommend setting ICCMAX manually rather than using Unlimited to prevent potential overcurrent issues. Let me know if you need help with specific settings!
@saveroomorg With Asus it's always set to Auto. Can you tell me what I have to set manually? That would be really nice.
@@horstmayer4564 Keep it off and set the value for you CPU as it is shown in the table in the video.
I'm building a new rig now, how safe is to buy and go with 14900kf at this point?
The 14900KF is a powerful CPU, but it does run hotter and is more prone to degradation compared to earlier Intel generations, especially if pushed hard without proper tuning. If you're planning to use it, I highly recommend applying safe settings like undervolting and limiting power consumption, as shown in my guides. This will help maintain performance while reducing wear on the CPU over time.
Make sure to pair it with a robust cooling solution, such as a high-quality 360mm AIO or a top-tier air cooler, especially if you're in a warmer climate. With proper tuning and cooling, the 14900KF can be a great choice for high-end builds. Let me know if you need any setup tips!
@saveroomorg yeah i plan to do your guide and pair with artcic liquid cooler iii 360
Why 55 value on AC loadline? Why not 45? or 65? I mean is there a s pecific reason for that value?
The value of 55 for the AC Loadline is chosen because it tends to be suitable for most CPU units, considering the variability introduced by the silicon lottery. This setting strikes a good balance between performance and safety, ensuring stable operation while minimizing potential voltage spikes or overvolting risks.
Lowering it to 45 might result in lower performance, while increasing it to 65 could lead to unnecessary heat and potential degradation. That said, you can fine-tune this value if you're comfortable experimenting, but always monitor temps and stability closely when making changes.
@@saveroomorg thanks for the clarification... I have it on 55 and max voltage locked to 1.360 on i5-14600K with adaptive offset to -0.162mv and it hits barely 80 degrees under heavy load, and its good enough for me considering all Intel Defaults and protections are in place
I disabled intel default settings and under volted and set pl1 and pl2 manually
That’s a solid approach if you’re comfortable with manual tuning! Disabling Intel defaults gives you more control, and combining undervolting with manually setting PL1 and PL2 can really help optimize both performance and thermals. If everything is stable, it sounds like you’ve got a great setup!
If you’re interested in exploring another method, I’d recommend checking out my easy undervolting video-it’s designed for those looking to optimize without too much hassle. ruclips.net/video/LZA-h9yUV50/видео.htmlsi=mx2g7jMdfF66Ty7S
Let me know if you have any questions! 😊
Ive been wondering if a overclocked 12900k would have similar stable performance to a factory setting 14900k
The overclocked 12900K can achieve performance close to a factory-set 14900K, but I’d suggest sticking with the 12900K for a few reasons:
- Degradation Concerns: Reports of degradation are less common with the 12900K compared to the newer CPUs like the 14900K, especially when overclocking is done with care.
- Thermal and Power Management: The 12900K is already a powerful CPU, and with proper tuning, it can offer excellent performance without pushing the limits as aggressively as the 14900K.
- Cost Efficiency: Since you already own the 12900K, it makes more sense to maximize its potential rather than investing in a 14900K, which may require additional cooling upgrades due to its higher thermal demands.
With a good cooling solution and careful overclocking, the 12900K remains a solid choice that balances performance and longevity.
After horrible crashes on new bios and 14700k a new build I went to xoc bios on Tachyon and did manual settings. Can't be happy enough
Glad to hear you found a setup that works for you! The XOC BIOS and manual tuning can definitely give you great control over your system. For those not ready to dive into that level of customization, my guide offers a safer initial setup with room for future optimization. Feel free to share your settings or tips- it might help others experiencing similar crashes! 🚀🖥️
thanks, i will waiting for more
You're welcome! More content is on the way, stay tuned!
I'm planning to build a pc for music production but now it is ok to buy i7 14700k or should i go for some other cpu please tell me im a bit confused because of this intel 14th gen degradation thing
The i7-14700K is a powerful CPU for music production, offering excellent multi-core performance for DAWs and plugins. The concerns about Intel 14th-gen degradation mostly stem from improper settings or overvolting. As long as you use the right settings (like those shown in my videos) and ensure proper cooling, the CPU should perform reliably. If you're still unsure, the i7-13700K or AMD Ryzen 7 7800X3D are great alternatives with proven stability. Let me know if you need help deciding!
yo i will get a new i7 14700kf from intel what should i do ? should i just download the newest bios version or should i set up sth
Yo! Congrats on getting the i7-14700KF! First, definitely update your motherboard to the latest BIOS version to ensure compatibility and stability with your CPU. After that, check out my video guide for optimizing BIOS settings-it covers safe and effective configurations to improve performance and reduce temps. If you’re unsure about anything, feel free to ask, and I’ll help you out!
@@saveroomorg Aight thank you will do that so should i not do the fix for the voltage that you explained in the video so with the degradation ?
Hey there! I am trying to perform the steps to change the IA AC load line to .5 or even 1400 but it wont let me, its just stuck on auto. Is there an option in bios that will enable me to make these changes? Please let me know thank you
Hi! If the IA AC Loadline option is stuck on auto, it's likely due to your motherboard's BIOS settings or restrictions. Check if there’s an advanced mode or ‘Expert Mode’ in your BIOS-this often unlocks more settings. On some motherboards, you may need to enable specific options like 'Voltage Optimization' or 'Overclocking Mode' to make changes. Let me know your motherboard model, and I’ll try to guide you further!
@saveroomorg thank you! Its z790 ASUS ROG E-gaming wifi 2 board. I read reviews and nearly all the forums in the q and a and support threads. Result: this is quite possibly the worst board ive ever had to deal with. Im gonna just move on to a MSI z790 board instead. What resolved my issues was performing a wipe of my computer and reseting everything. It runs like brand new again. Thank you so much though
Hi, I have a 14700k and an MSI Z790 TOMAHAWK. After updating my BIOS from microcode 0x12B - my processor started heating up to 50+ at idle. Nothing in the system or my PC has changed other than the BIOS update. I just go into the BIOS and my CPU heats up to 51-54 degrees there with a Vcore of 0.930. That's just insane! I also noticed that if I hover over the rewind bar in my RUclips player during playback and the little preview picture comes up, my CPU starts consuming 1.430V and 5.2Hz, but it's loaded at 10%. Also, the temperature increases drastically and the cooling system starts working at full capacity, because the processor is heating up to 90+ degrees. Please help. I'm already tired of the cooling system noise and the perpetual CPU surges that cause the cooling system to run at 100% capacity
Before the update the idle temperature was around 30 degrees Celsius
Did you do what he showed in the video?
It sounds like you're experiencing issues with power management and voltage behavior after the BIOS update. Did you watch my video and apply all the steps I outlined?
I am on a msi motherboard when I set cpu lite load control to advanced I dont see IA AC load line it only shows me cpu ac load line which cant be put to 0.5 should I do 50 or am I doing something wrong?
It sounds like you're using an MSI motherboard where the terminology and options differ slightly. Here's what you can do:
On MSI boards, instead of "IA AC Load Line," you'll see "CPU AC Load Line." The value to set depends on how the board interprets this setting. Here's a recommendation:
- Set CPU AC Load Line to "50": MSI uses a different scale for load line settings, and "50" should closely match the intended result of 0.5 on other boards.
- Double-check BIOS Version: Ensure your BIOS is up to date since older versions might lack the exact setting mentioned in guides.
- Enable Advanced CPU Settings: Sometimes, settings are hidden under advanced options or profiles. Double-check if enabling advanced CPU configurations reveals more options.
If you follow my video instructions and adjust settings like CPU Lite Load and CPU AC Load Line appropriately, you should be fine. Let me know how it works out! 😊
@@saveroomorgwould you recommend locking all p cores aswell? Also how do I limit voltage to 1400w on msi mother board
@@KorayRuthlessvillian Locking all P-cores is not necessary unless you're looking to achieve very specific performance tuning. For most users, letting the system dynamically manage core clocks works well and keeps efficiency high.
To limit the voltage to 1.4V on an MSI motherboard, adjust the CPU Core Voltage in the BIOS. Look for "CPU Core Voltage" or "CPU Voltage Mode" settings, and set it to "Override Mode" or "Offset Mode" with a maximum value of 1.4V. You can also tweak LLC (Load Line Calibration) settings to manage voltage more precisely under load.
Is it better to put cpu lite load to the lowest level.like 8 or 9 or put it on advanced and put it to 0.5?
I have an asus mobo and i can't change the IA AC load line, is set to auto and cannot change it for some reason, any solution?
on an MSI motherboard i couldn't find 25% of the setting you described like IA AC Loadline or ICC max's and tbh it looks like its okay just a little bit overvolting can you ask someone with an MSI z790 14th gen 14600 i5 on MSI spewcific instructions, because they dont match yours
MSI motherboards often have different terminology or group certain settings under less obvious menus compared to other brands, so it can be tricky to find the exact options. For IA AC Loadline or ICC Max, MSI might combine them into settings like CPU Lite Load, CPU Core Voltage settings, or other load-line-related options.
If you're only experiencing slight overvolting, MSI's default behavior with the Lite Load setting can sometimes be a bit conservative. I recommend starting with a "CPU Lite Load" value between Mode 3 to Mode 5, as it usually balances voltage and stability for most CPUs.
If specific settings aren't available or are hidden, focus on undervolting via a VCore Offset, setting reasonable power limits (PL1/PL2), and adjusting Lite Load. These should keep the system running efficiently.
I'll keep an eye out for MSI-specific guides for your 14600 and Z790 setup! Meanwhile, try these tweaks and let me know how it works. 😊
Damn !! Is the 12th gen affected as well?
12th-gen CPUs generally don’t have the same issues as the 14th gen, but it’s always a good idea to keep an eye on temps and voltages. If you’re running into any concerns or just want to optimize your setup, you can follow the settings from my videos-they're safe for both 12th and 13th gen too. Let me know if you have any specific questions!
I’m currently getting a 13700k and a Aorus pro x motherboard and I’m new to pc gaming do you have any steps on how to get the optimal performance for ddr5 6400mhz 32gb memory without risking any issues to my new system and sacrificing fps
Congratulations on your new build! 🎉 If you want to keep CEP and Intel default settings enabled, I recommend following the current video step-by-step as an initial setup. This will ensure safe and optimized performance for your system. I'm also working on the next level of optimizations specifically for CEP and Intel defaults, so stay tuned!
If you’re open to further tuning, you can try my easy undervolting guide for even better performance and lower temperatures: ruclips.net/video/LZA-h9yUV50/видео.htmlsi=1REbUx5LkM3CJAgj
Let me know if you need more help, and enjoy your gaming experience! 🎮🔥
Hello ,
After microcode 12B update , my i5 13600k pcore never boosts to 5.1 GHZ ..it gets locked at 4.8ghz when cinebench r23 is running . Any idea what could be the issue here ? My mobo is asus rog strix b 760i gaming ...also seting ac line load to 0.5 reduces the perfomance tpo much on my motherboard ..r23 result goes to 13k ..on stock 12b microcode it is 19.3k and on older microcode ..i can get upto 22k
I would just use the old bios and lock the voltage limit to 1.4V.
Or you could try to disable C1E.
Hi there!
The behavior you're describing is likely due to the new microcode update. The 0x12B microcode changes how power delivery and boosting work, leading to stricter limits and potentially lower performance in some scenarios.
For your case, I suggest carefully revisiting my video and following the steps exactly as shown - only apply the settings demonstrated. Avoid additional tweaks like drastically changing AC Loadline values unless necessary, as they can heavily impact performance, as you’ve noticed.
Feel free to share your updated results after applying the video settings! 😊
And another funny thing I wanted to highlight from your video is the ac line value set to 0.9 to 1.1 ohm being high . Asus defaults this value to 1.7 ohm and this was always the case even with older microcodes 😬if not for this degradation issue , I would have never noticed this ..
@@Nerdram It's interesting how ASUS has defaulted the AC line value to 1.7 ohm for so long. It definitely explains why some setups were running hotter than expected even before the newer microcode updates. This value being higher can increase voltage requests and, over time, might contribute to the degradation issues we've been seeing.
Lowering it to 0.55 ohm, as suggested in the video, helps balance performance and longevity better. It’s good that you caught it now - it’s definitely one of those settings that often gets overlooked unless you're digging into the details.
On the last 2 asus bios i make typical svid behavior, my cb23 Score goes down. IA cep and SA cep are enabled Sync acdc loadline and LLC4. Will it be same with newest microcode update 0x12b?
That’s an interesting observation. With the newer microcode updates like 0x12b, you might see some differences in behavior, as Intel has been tweaking how the SVID and voltage management work. Typically, enabling IA CEP and SA CEP, along with Sync AC/DC Loadline and LLC4, should provide a good balance, but results can vary depending on your specific setup.
If you’re seeing a drop in Cinebench scores with typical SVID behavior, it might be worth experimenting with advanced SVID behavior or making slight adjustments to the loadlines to see if that helps recover performance.
Also, if you haven’t already, you might find my undervolting video helpful-it’s a step-by-step guide that works well with the latest BIOS updates. Let me know how it goes! 😊
Hello mate, it this option also avalaible if i have i7 13700k, and motherboard B760M GAMING X DDR4 (rev. 1.0), or i need to buy a Z motherboard? Thank you for answer.
You are using i7 and using b motherboard lol 😂 who scammed you ? Prefer z motherboards for i7 and i9
@anubhavsyal4909 what about..ASROCK Z790M PG Lightning / D4???
@@radkavojtelova9308 dont go for as rock and all go for the things which are common in your region like mine gigabyte asus in india
Hi! Yes, most of the options should be available on your B760M GAMING X DDR4 motherboard with the i7-13700K. However, B-series motherboards typically have fewer tuning options compared to Z-series boards. If you're aiming for advanced overclocking features or more control over power limits, a Z-series motherboard would be a better choice. That said, you can still apply many of the settings from the video. Let me know if you have specific questions!
Just wondering, is this going to be necessary for an i5 13500? It's just a regular 13500 (No Letters), 65W TDP. Checked the wattage while rendering a 4K video, and it maxed out at 115W for a few seconds and went back down.
For an i5-13500, these settings might not be strictly necessary since it’s a 65W TDP chip, and your usage seems within normal limits. If you’re not facing thermal or stability issues, you can stick with your current setup. However, undervolting can still help optimize temps and power consumption for long-term use, especially during sustained workloads. You can try following my video step by step if you'd like to experiment, but only change the settings I show. Let me know how it goes! 😊
Your setting helped me lower the temp on 13700k, in Cine multicore i got 66-85°. I change CPU/VRM to Turbo, because Cine scores were too low.
Just after 0x12b i got 85°-100°c, even though i mounted Thermalright LGA frame + AIO Lianli 24, only on P-core 5-7 the others are 10° below, so maybe is a problem of thermal paste.
Now i have 2 problems, hope you want help me:
*1* - After 0x12b, when in indle my PC auto restart at random between 1-30 minutes. Only on Win10, Linux is ok.
Enabling every cstate, reboots occur after 3-4h. Disabling the C-state, prevent any random reboots.
Do you have an idea on how to configure the C-states, to avoid reboots, without crippling the c-state?
Event viewer give me this error "dam.sys not loaded", I know that dam is the major cause of restarts, freezes etc
*2* - I should reach 5.40Ghz, but it remains 5.30Ghz
During maximum effort tests, it never reaches 5.40Ghz
From the bios screen the frequency indicates 5300Mhz
Thanks for sharing your experience, and I’m glad the settings helped with temps in Cinebench! Your setup with the Thermalright LGA frame and LianLi AIO looks solid, but let’s address the issues step by step:
1. Random Restarts on Idle (C-States and Event Viewer Error)
First, I recommend checking stability by reverting to Intel defaults in the BIOS. Don’t worry about temps during this phase-focus on stability testing first. If the system is stable with defaults, carefully revisit my video and apply only the specific settings I demonstrate, nothing extra.
For the C-states, random reboots often indicate instability. Disabling C-states entirely might work temporarily, but it’s better to fine-tune them. In the BIOS, try enabling only C1E and disabling deeper C-states (C3/C6/C7) to see if that resolves the issue. Also, ensure "Package C-state Limit" is set to "Auto."
Regarding the "dam.sys not loaded" error, it could relate to a driver issue in Windows. Make sure your chipset and power management drivers are up to date and run a system file check (sfc /scannow) to verify the integrity of your system files.
2. Frequency Cap at 5.30GHz Instead of 5.40GHz
The frequency cap might be due to thermal throttling or power limits. While 5.40GHz is the advertised max, it’s only achievable under specific conditions (like light single-core loads). In multicore scenarios or heavy stress tests, it’s normal for the CPU to remain slightly below the peak clock.
Double-check your power limits (PL1/PL2) and ensure they match the values shown in my video. Also, verify that Enhanced Turbo or similar options in your BIOS are enabled. If power and thermal settings are fine, and you’re still seeing this issue, it might simply be silicon behavior on your specific chip.
Let me know how it goes after testing these steps! 😊
@@saveroomorg
I really appreciate your help.
Until bios 0x129 i never had any reboots, they start with 0x12b update, so It's not your settings fault.
I've been doing some testing, in the last days
Mobo = Gigabyte z790 gaming x (no options for C3 from bios)
CPU = 13700K
XMP = Disabled
Package C-state Limit = Auto
Bios settings = Default
*Test results:*
Enabling *every* C-State = Reboots - Vcore 0.036v (minimum)
Enabling *every* C-state but C6/7 in auto = Reboots in few minutes Vore 0.036v (minimum)
Enabling *only* C1E = NO Reboots - Vcore 0.780v (minimum)
Enabling *only* C6/7 = NO Reboots - Vcore 0.788v (minimum)
Enabling *only* C8 = NO Reboots - Vcore 0.036v (minimum)
Enabling *only* C10 = NO Reboots - Vcore 0.780v (minimum)
Disabling *only* C6/7 = NO Reboots - Vcore 0.780v (minimum)
Disabling *only* C8 = NO Reboots - Vcore 0.780v (minimum)
Disabling *only* C10 = NO Reboots - Vcore 0.36v (minimum)
IMHO it has to do with some error in how Win10 handles the combination of multiple c-states, and the minimum voltage, because Linux is stable. For now from bios (not from Win10) i disabled C6/7 (if I'm not mistaken shouldn't be critical on desktop).
@@jackburton5085 Thanks for sharing such detailed test results! It’s really helpful for pinpointing the issue. Based on your findings, it does seem like a Windows 10-specific issue with how it handles the interaction of multiple C-states, particularly when combined with low Vcore values.
Disabling C6/C7 in the BIOS as you've done is a reasonable workaround, especially since these states aren't as critical for desktop systems. It also aligns with the fact that Linux remains stable, which rules out hardware faults.
If you want to further optimize, you could:
- Try testing the latest Windows 10 updates or even consider Windows 11, as it handles power states differently and might resolve these issues.
- Check if there's a newer BIOS version addressing these microcode issues, as manufacturers sometimes patch power state-related instabilities in updates.
Your current workaround (disabling C6/C7) is safe and won't impact performance significantly, especially since desktop workloads rarely rely heavily on deep C-states. Let me know if any other issues pop up! 😊
@@saveroomorg
After another reboot, with c6 disabled. So i tried to enable all c-states, but disabling "Race to halt (RTH)". For no no reboots.
I'll try the new win updates, hopefully, also in a new bios but Gigabyte is slow in releasing them.
edit
Question: I was wondering if it would be wise to undervolt like this after your settings:
-"Vcore Voltage Mode" = Adaptive
-"Internal CPU Vcore Offset" = -0.075V to begin with.
Edit: *Reboots defeated*
As I wrote in the other message, disabling some c-states like C8-10, makes things better, i read that many ppl with my same mobo
*Gigabyte z790 Gaming x* recommending this:
C-state = Enabled
CPU Enhanced Halt(C1E) = Enabled
C6/C7 State Support = Enabled
C8 State Support = Disable
C10 State Support = Disable
Package C State limit = Auto C7s
*I left the PC on idle, al,la day and night, it works perfectly, I have not had any more reboots.*
I just hope that removing the C8-10s doesn't cause any problems with the CPU.
I'm going through something weird problem, i have micro stuttering on windows and games, im running the latest version of W11. I have already tried everything and I don't know what else to do, my cpu is an i9 13900k, at 4080 super, and 32gb ddr5 ram. this micro stuttering have something to do with bios settings?
Micro stuttering can indeed be related to BIOS settings, but it can also be influenced by other factors like driver issues, power settings, or software conflicts. For your i9-13900K and 4080 Super, here are a few things you can try:
- BIOS Settings: Ensure that you're not running overly aggressive power limits or undervolting that could cause instability. You might want to try resetting to default settings or using more conservative ones to see if it improves.
- CPU & GPU Drivers: Make sure your drivers (especially for your GPU) are up to date. Sometimes a simple driver update can make a big difference.
- Power Settings: In Windows, go to Power Settings and make sure you're using a high-performance plan. Sometimes, power-saving settings can cause micro stuttering.
- Thermal Throttling: Check your temperatures to make sure neither the CPU nor GPU is throttling due to high temps.
If you've already tried everything, it might help to revert to stock BIOS settings and then reapply any tweaks incrementally to find the sweet spot. If you need more guidance, feel free to check out my videos on optimizing BIOS settings for better performance and stability!
I tested the method mentioned in this video. My problem was the same as yours and this problem had caused my life expectancy to decrease. I accidentally saw this video and tested it and it was surprisingly effective to the extent that the stuttering and the game and Windows stuttered severely. It did not disappear, but I got rid of the stuttering of the computer screen and game every 2 minutes or a few seconds. Maybe it only happens once in 20 minutes. I recommend that you also watch this video carefully and make the changes. 🤍
I really need this for ASRock mobo, I cannot find anything trustworthy and the setting you showed aren’t the same for me:(
I understand your frustration! ASRock BIOS menus can indeed differ significantly from other brands, making it tricky to find the right settings. I'm currently working on a more detailed guide that includes ASRock motherboards. Stay tuned, and if you have specific settings or questions in the meantime, feel free to share them-I’ll do my best to help!
@saveroomorg
That’s great, in the meantime I actually and did the following:
long and short duration both on 180 cap voltage -50 with level 3 compensation (I do not have 1 and 2 for some reason) limited IA VR Voltage limit to 1.400
AC and DC Loadline both on 0.72
I’m having about ~10 degrees difference and didn’t notice any big performance drops or instability, but I’m wondering is there a better way to do this
Just lock SA and Vcore to 1.434v, sync all cores and raise p, e and l3 as high as this voltage will support while being under 250w TDP and set LLC to 6.
A lot of us like to use variable clocks. Locked voltages take away a lot of the benefits of this.
That’s a solid approach for maximizing performance if you’re into manual tuning! For those looking for a safer, beginner-friendly setup, I cover adaptive undervolting and balanced BIOS tweaks in my videos. Stability and efficiency can go hand in hand! 🔧💻
Absolutely! Locked voltages can be great for max performance but sacrifice power efficiency and thermals during lighter tasks. Variable clocks with adaptive voltage keep the system cooler and quieter while still delivering top performance when needed. It's all about finding the right balance for your use case! 🔧🔥💻
thanks for the video.
You're very welcome! I'm glad you found it helpful. 😊 Let me know if you have any questions or need further assistance! 🚀
Also, just tried one more run. Disabled the Intel graphics, thanks to your suggestion, but kept the old F10 bios, and got like -10°C on both max and average temp, with CB R23 Score of 34793. Which is actually the best score I ever had on this PC. Very pleased with temps drop to 82°C max and 70°C on average under 100% load. That is actually incredible news since in general use CPU never reaches such loads, so should run much cooler when gaming.
*That's great to hear, and I'm glad the temps have dropped so much! It's awesome that you got your best CB R23 score and a noticeable reduction in temps. Disabling the Intel graphics can definitely help with reducing temperatures since it's not using resources for the iGPU when not needed.*
@@saveroomorgyou didn’t talk about how you have to get the ac and dc load line to match
Ever since I reinstalled Windows 11 I've been having an issue that I can't tell if it's my if it's my graphics card or not I have a 4070 TI super with a an i7 and my screen after playing a game for a few minutes or to an hour it randomly depends my screen will go black my computer will freeze or it will reset itself and relaunch windows I have uninstalled the driver's reinstall the drivers my friend told me that it could be that my computer is not getting enough power that could very well be that could be the case but I'm not sure after watching this video I found out a lot of things like the Intel situation and what's going on with them having settings I would really appreciate it if somebody could get in contact with me and step-by-step guide me through what I could do to fix it and I am not going to lie to you guys I have spent three days back-to-back trying to troubleshoot and fix and everything the last thing I want to do is reinstall windows again just to run into the same problem every time that I try to play games I can go in and play a game and then a few minutes later or a few hours later I'm magically get a black screen sometimes I get audio and then sometimes when it stops it'll just reset itself or stay frozen and the weird part is is after reinstalling Windows 11 it did this before and reinstalling my Graphics drivers and everything it's still not working till this happened before Windows 11 it happened right when I upgraded two windows 11 cuz I was on Windows 10 but I had to reinstall Windows 11 again because I got corrupted files from going from Windows 10 to 11 instead I reinstalled Windows 11 got everything set up and I'm still having this issue@@saveroomorg
@@Sliceofgaming55 That's a good point, but AC and DC Load Lines don't need to match. They serve different purposes: AC Load Line affects transient response, while DC Load Line handles steady-state voltage. In my video, I focus on settings that ensure safe undervolting and stable performance for most setups without overcomplicating things. However, if you're interested in a deep dive into these specifics, I might consider covering them in a future guide!
@@zionjackson7617 It sounds like a frustrating issue. First, make sure your PSU is at least 750W and properly connected to the GPU and motherboard. Monitor your temps using HWMonitor or MSI Afterburner to ensure there's no overheating. Also, check if your BIOS is up to date and install the latest chipset and GPU drivers. You could stress test your GPU with FurMark to check for stability issues. Make sure to disable overlays like GeForce Experience and Discord, and close any unnecessary apps while gaming. It might help to reinstall your GPU drivers using DDU for a clean installation. Check Windows Event Viewer for any critical errors during crashes, and run a memory test with Windows Memory Diagnostic. If the problem continues, it could be a hardware issue, so you might want to reach out to GPU support. Hope this helps!
Unfortunately my 13700k Z690 Aorus Elite AX DDR4 is now running hotter with the 0x12B update despite the same setup in this video. It actually ran cooler using your Dynamic VCore Undervolt tuning from the previous video with a Dec 2022 BIOS, but under heavy load editing photo or video was hitting 100C. I used that undervolt still, but it doesn't work anymore with the new BIOS.
Now at idle, it won't go below 80C and hits 90-100C doing nothing. Definitely might have a bad processor, but it has not crashed yet. It just runs very hot even with my Arctic 280MM AIO which was perfectly fine when all parts were new and even hit 31000 on Cinebench R23 multicore. Now it can barely get 24000... Hopefully you'll have some settings I can try before I take apart my PC to diagnose this.
My 13700k is also running hotter after the undate, I cannot even launch some simple games like Rocket League without spiking to 100'c ( my idle is fine though roughly 35'c) with a coolermaster ML240. Did the video fix your issues?
The higher temps you're experiencing are actually how the new microcode is designed to work. The settings from the video won’t drastically change these behaviors but will definitely help protect your CPU from overvolting and degradation as much as possible.
I’m already working on a final undervolting video that will be an all-in-one guide with more theory included. In the meantime, I recommend updating to the latest BIOS and following my previous undervolting guide with Intel defaults and CEP disabled. This method has worked well across a variety of Intel CPUs and motherboards and should be the best option in your case. ruclips.net/video/LZA-h9yUV50/видео.htmlsi=ullielx06QnuWqzP
13700K is a hot CPU, but your cooling setup seems solid. Do you use the contact frame from the cooling system?
Let me know your results.
It seems the new microcode is pushing CPUs to run hotter under load, which aligns with its design changes. The video settings won’t drastically change this behavior but are focused on preventing overvolting and degradation.
If your idle temps are fine but load temps spike, you might want to try the previous undervolting guide I shared here: ruclips.net/video/LZA-h9yUV50/видео.htmlsi=ullielx06QnuWqzP. Disabling Intel defaults and CEP has worked well for others with similar setups, and it should help reduce those spikes.
For your Cooler Master ML240, make sure your airflow is optimized, and reapply thermal paste if needed. Let me know how it goes after trying the undervolt guide!
@@saveroomorg this is something I didn't expect, but my motherboard was not reacting to PWM properly after the BIOS update, even when hitting F7 to reset to Defaults. I had to clear CMOS and then reset defaults with F7, and now PWM works and my temps are normal! I do use an Adaptive Vcore undervolt at -0.100 as it doesn't trigger CEP and idle is now back to 32-38C and under load comfortably at 80-85C not going over 1.4v on the processor using that 1400 limit!
@@G98SH I made a reply, but if you didn't see, you might have issues with the BIOS update like me interfering with how your fans work with PWM. For some reason, it stopped working after my update and I had to clear CMOS to get the motherboard back to normal again and also reverting to Default settings before making changes. Everything is normal again! Good luck!
should i update my bios i'm using i5 12400f to version 15.01 (update cpu microcode to 0x12B) is it safe or ......
Updating your BIOS to version 15.01 with the 0x12B microcode is generally safe, especially if it includes stability improvements or compatibility fixes for your system.
@@saveroomorg i think i saw on website my motherboard it's only 0x12B microcode only...my question is 0x12B microcode does improve stability to my motherboard? i'm using b660m pro rs
Does it works for 14900 k. ..plz share setting for 14900k .... thanks in advance
Yes, the same principles work for the 14900K as well. You can follow the steps in this video for a safe starting point. The main difference might be adjusting the power limits- setting PL1 and PL2 to around 253W should work well.
If you're unsure or want a more tailored setup, stay tuned-I'm working on more detailed guides for various CPUs, including the 14900K! 😊
@saveroomorg thanks ...but I have some issues that when I set pl1=pl2=253 temprature still spike to 95 on maximum load ...
I am using ANT ESPORTS ICE-240 ARGB 240mm liquid cooler and from india where in summers temperature spike to 47°c.....should I change liquid cooler also....btw thanks for your feedback I am surely waiting for next video on 14900k
@@honeykaushal6865 You're welcome! The purpose of this video was to make the CPU safe under Intel Defaults, and temperatures spiking up to 95°C is expected during maximum load under these settings-Intel has designed their CPUs to handle this safely. However, it's definitely not the most optimal or long-term safe temperature.
For now, I suggest checking out my easy undervolting guide, which can help significantly lower temperatures and improve efficiency while maintaining performance - ruclips.net/video/LZA-h9yUV50/видео.htmlsi=1O7iRfg_1ni80yY6
Your liquid cooler should generally be sufficient, but with ambient temperatures reaching 47°C, it may struggle during extreme loads. Once you apply the undervolting steps, see how it performs-upgrading the cooler might not be necessary if temps stabilize. Stay tuned 😊
@@saveroomorg thanks a lot I will definitely do it .......and plz suggest good liquid cooler for my surroundings ambient temperatures if it required in advance.....
@@honeykaushal6865 Ideally you want a 14900K paired with a 360mm AIO. The best air coolers approach similar performance to many 240mm AIO coolers so while there is a benefit to 240mm AIO coolers over air coolers it is often not very substantial and with a power hungry chip like the 13th and 14th gen i9 CPUs the far more substantial benefit of a 360mm AIO is almost necessary. Your liquid cooler is generally sufficient, sure, but not recommended. If your case is compatible with a 360mm radiator consider upgrading to the Arctic Liquid Freezer III 360 AIO.
imgonna enable C states and CEP and look for the Vcore, and i found CPU Lite but its back to intel defaul;t, it seems to matchch intel spec.
nabling C-States and CEP is a good start if you're aiming to optimize power consumption and keep things within spec. With CPU Lite Load set to Intel default, it's likely running conservatively, which is fine for stability but may result in higher-than-necessary voltages.
If you’re checking VCore and find it stable with defaults, you can leave it as is, but for better efficiency, try adjusting the CPU Lite Load value to something like Mode 3 or 5. This should still align with Intel's spec but reduce overvolting slightly.
@@saveroomorg intel default regarding to which bios wave?
Friend, after the settings I'm having a problem with the error "Kernel-Power Critical Error 41 (63)"
Do you have any tips that I can change in the settings?
The "Kernel-Power Critical Error 41 (63)" usually points to an issue causing unexpected shutdowns or restarts, often related to power delivery or system stability. Start by adjusting the undervolt and LLC settings, set it to the next higher step, as these are the most common culprits. Let me know how it goes! 😊
@@saveroomorg In this case, would it change to 56 and instead of Power Saving, would it change to Performace?
@@denerpatrick Yes, just try High or Performance mode. It will provide a bit more voltage and temperature, but it can stabilize the system, which is fine since we’ve already limited the CPU voltage.
@@saveroomorg Friend, thanks for getting back to me.
I still face the restart, important! It only happens when I leave the PC idle, for example: browser open and the HWiNFO monitor, with a game in the background.
If I'm using or playing, it doesn't happen.
I changed the Load Line to "Performace" and VP to Hight, it still didn't solve the problem, in Windows all the suspension settings are disabled.
Different from your settings are: PL1/PL2 = 253 and Core Current Limit(Amps) 307.
My setup is = i7-14700K (Raptor Lake) Z790 Gaming X AX v1
@@denerpatrick It sounds like the issue could be related to how your system handles power when idle. Does the system run stable on Intel Defaults or on my previous undervolting guide?
you’re capping the voltage instead of fixing the cause of high vcore voltage. simply sync all cores at the correct voltage sweetspot for your chip. 14900ks is about x56. still using apex encore bios v1286 and no degradation no microcode
Thank you for sharing your approach! While syncing all cores can work well for enthusiasts familiar with manual overclocking, my guide focuses on a safer, more universally applicable method that works across different setups, even for users new to BIOS tuning.
By capping the voltage and enabling Intel's default power management features, I aim to balance performance, thermals, and long-term stability without risking instability or requiring extensive manual tuning.
I'm also working on a more in-depth guide for undervolting and performance optimization. This video was just the initial step toward safe and stable tuning. Thanks again for your input!
7:42 Its safe now. Proceeds to show 20+ BIOS settings changed in conjuction with ''Intel default settings''.
Seriously. If I ran the older BIOS with no microcode upgrades but with all the limits in place not to cook the CPU, would that be fine also? I seriously don't want to be going through this settings once again. Let alone do all the testing. I've done plenty testing with previous bios [F10] and it works fine on first sight?
14700K, 360 AIO, Z790 Gaming X AX [F10 bios], 2x16GB DDR5 XMP1 @6000Mhz
- Internal Vcore offset = -0.100V
- AI VR = 1400mV
- PL1 = PL2 = 253W
- ICCMax = 307A
- Enhanced multi-core performance = disabled
- Under voltage protection = disabled
- XMP = XMP1 [2x16GB DDR5 @6000Mhz]
CB R23 Score of 34429
Results:
- V core: 1.344V
- Power: 228,3W
-Temp: 91°C max
-Temp: 80°C average
- VID: 1.335V
- Vcore: 156A
- VRVcc: 190A
I totally understand not wanting to go through all the settings again! However, I would still recommend using the latest BIOS with the settings from my video for the best stability and performance. Older BIOS versions, like F10, might work fine now, but they may miss out on some important fixes or optimizations that come with newer releases.
While your current setup with the older BIOS might seem stable, the newer BIOS versions tend to offer improvements that could help with long-term stability and reduce any potential issues down the line.
If you’re happy with your current results and don’t mind the risk of missing out on optimizations, that’s totally fine, but just keep in mind that updating BIOS can often fix things we don’t realize could cause problems later
Yea at intel default vid goes up to 1.44v ...
I set it at 1.35v at a clock of 5.6ghz .
Seems to me intel just don't care , they also ruined the setting boost clock at x amount of cores.
You're absolutely right - Intel's default settings can be overly aggressive with voltage, leading to unnecessarily high temps and power draw. Setting a manual voltage of 1.35V with a 5.6GHz clock is a smart move for better efficiency and performance. The loss of finer-grained control like per-core boost clocks is frustrating, but manual tuning like yours ensures you're not leaving performance on the table while maintaining better thermal behavior. Great job fine-tuning your setup!
i have an i5 12400f and it says i have 1.7 mOhm, that is bad i guess ?
The 1.7 mOhm reading you're seeing is likely your VRM's load line calibration (LLC) setting affecting voltage delivery. It's not inherently bad, but it may lead to higher voltage spikes under load, which could increase temperatures and long-term wear on your CPU.
For the i5-12400F, I recommend checking your BIOS LLC setting and adjusting it to a value that balances stable voltage with minimized overshoot. Many motherboards have options like "Medium" or "Auto" that work well for stability. You can also consider undervolting slightly to reduce overall voltage and temperatures.
Let me know if you'd like more specific guidance on tuning!
Thanks ❤🔥
Thanks for tips. I dropped ac 65 and undervolted offes -cpu 0.100 and i get 38700 r23 score and 80max temp no throttle.
Great job optimizing your setup! Those are excellent results with a solid R23 score and max temps staying at 80°C without throttling. Your undervolt and AC load adjustments clearly worked well for your system. Keep an eye on stability in daily use, but it looks like you’ve hit a sweet spot. Well done! 😊
hi
so my pc keeps crashing all the time i got a 14700kf and will try this will inform you later
had to change offset mode to -0.05 but i went from 17k cb rating to 13,5k not to good but it is what it is do you think i should get a new cpu from intel and set up it like that aswell or do you think im good to go now ? and ty for the rest helped cuz i only tried the offset thing but i did it now with the ac voltage and it should be fine
Hey, glad the rest of the settings helped! However, I’m not recommending touching offsets in the video. Instead, the focus is on limiting voltages and power limits to achieve a balance between performance and thermals. Using offset mode can lead to performance drops, as you've noticed.
If your CPU doesn’t handle even Intel Default settings properly, it might be a bad sign. I’d recommend checking if an RMA is an option, just to rule out any potential hardware issues. Otherwise, if your system is stable, try reverting the offset changes and carefully follow the steps in the video to set power and voltage limits instead. Let me know how it works out!
@@saveroomorg ik but this is the only way it wokrs rn for me
Will this affect 13900hx ?
Unfortunately yes. Mobile CPUs are also affected.
@saveroomorg so what's the solution for this same as you mentioned.? In this video.. also I'm brother by the non stop fan spikes . Even on idle it will spike and go down.. like waves of fan speeds up and down . For no reason
can i do this with Lenovo Legion ? i9 13900HX ? how to do that
@@RUclips2020N You can definitely try these settings on your Lenovo Legion with the i9-13900HX, but keep in mind that laptops have different thermal and power constraints compared to desktop setups. It’s important to ensure your cooling system is sufficient before adjusting power limits or undervolting.
For adjusting settings, you would likely need access to BIOS or a software like Intel XTU or ThrottleStop, depending on what your system allows. However, laptop BIOS settings are often more limited compared to desktops, so you may not have full control over power limits or voltage.
@@saveroomorg thanks actually i am not able to do this as i dont have access to such settings.
i m trying throttle stop -/ HW / XTU - but basically what are the values i need to see (my microcode current code is 127) - if i need to chk what is the value if its already taken care off.
I have i5 13600kf amd rx 6800 xt gigabyte b760m dsh3 ddr4, pc freezs while gaming can't move mouse or keyboard i shut down it , i used occt test it freezs whit no error too while under load cpu +ram
It sounds like your system is experiencing stability issues under load. Here are some steps you can try:
- Check Temperatures: Use monitoring software like HWMonitor or HWInfo to check your CPU and GPU temperatures under load. High temps could indicate cooling issues.
- Update BIOS: Make sure your motherboard BIOS is updated to the latest version. Gigabyte often releases updates to improve stability and compatibility.
- Power Supply: Ensure your PSU is sufficient for your setup. The RX 6800 XT and i5-13600KF can draw significant power under load.
- Memory Settings: If you're using XMP for your RAM, try disabling it temporarily to see if it stabilizes. Sometimes memory overclocking can cause freezing.
- BIOS Settings: Apply Intel default settings and configure power limits (PL1/PL2) and IA AC/DC load lines appropriately. Check my videos for detailed guidance.
- OCCT Testing: Since your system freezes under CPU + RAM load, test each component individually (e.g., just CPU or just RAM) to identify the cause.
- Driver Updates: Ensure all your drivers, including GPU and chipset drivers, are up-to-date.
If none of these steps help, it could be a hardware issue (like PSU, RAM, or motherboard). Let me know how it goes, and I’ll help you troubleshoot further! 😊
@saveroomorg hi, I have 750 w PSU , I used ur settings in this video and disabled xmp profile , tested ram using memtest 0 error, and right now I found out that freesync is causing freez in a forum, i disabled it and test don't cause freezs anymore, I guess it's the problem I'll update you if it's the problem in a week, it might be a good information to share with others in ur next vidéos freesync causing PC to freeze
@@saveroomorg hey new update, the problem was one fauly ram I change it everything works fine , not a freesync problem thank you bro
Old news…most updated firmwares are available for a while
The video focuses on ensuring safe and optimized settings, even with the latest firmware updates. If you've already explored those updates, that's great! But for anyone unsure or new, it's always good to have a clear guide to get started. 😊
Привет у меня z690 13600k нет таких настроек в биосе помоги пожалуйста
Привет! Если в BIOS твоей Z690 материнской платы с 13600K нет нужных настроек, возможно, они скрыты или зависят от версии BIOS. Попробуй перейти в режим 'Advanced Mode' или включить 'Expert Mode' (если доступно). Иногда для открытия таких настроек нужно включить 'CPU Overclocking' или 'Voltage Control'. Напиши точную модель материнской платы, и я постараюсь помочь более детально.
can you please share bios settings as a file, to load from presets?
yes please +1
I would recommend against using someone else's BIOS settings file, as every setup is unique, and even small differences in components or silicon quality can lead to different results. Instead, I suggest following the step-by-step instructions in my video guide. This way, you can adjust the settings to match your specific system for the best results and stability. You'll be all set with that approach! Let me know if you need any help along the way.
You lose massive performance with the intel default setting and you should be undervolting anyway so idk why you’re keeping a poorly optimized general bios profile enabled for a chip that gets an optimized profile released for every mono worth a damn out of the box. Sure they caused degradation issues but they left the option available for you to tune it yourself and warned you it WOULD DEGRADE FASTER IF YOU IVERCLOCK.
Ppl can’t blame Intel when we overclocking does what overclocking does when done poorly.
The main purpose of this video is to demonstrate how to achieve a 100% safe setup while keeping CEP and Intel defaults enabled, ensuring long-term stability and preparing for future optimizations. I aim to cover the entire spectrum of how Intel CPUs can be managed safely, from secure stock settings to advanced tuning.
While undervolting and custom BIOS profiles can unlock more performance, not everyone is comfortable with those adjustments. This guide serves as a foundational approach for those prioritizing stability and reliability. Stay tuned, as I'm already working on more in-depth optimizations that build upon this setup! 😊💪
If i can ask you to to this same with asus board I would gladly pay or donate something...
Thank you so much for the kind offer, but no need to pay or donate! I really appreciate your support. I’m working on covering settings for more motherboards, including ASUS boards, so stay tuned for future videos. 😊 Your patience means a lot-I'll do my best to make it helpful for you!
Could you let me know your setup-CPU, motherboard model, and any specifics?
@ Absolutely, I actually did try, but wasnt sure and its hard to follow when I see different thing on the screen.
I recently build i5 14600kf asus b760i strix, 64gb trident z 6000mhz cl32, noctua nh9L, nr200p case.. everything is good but I want temperatures from the cpu a bit lower if I could, I got the latest bios, thats the first thing I done when I booted for the first time, just not so skilled in this area.
Thank you
Hi, dear friend,
Thank you for your work!
I would like to share my experience in CPU undervolt tuning. I use a 360-size water cooling system; otherwise, our PCs are the same and I was glad to find your videos.
The first time I did everything as you showed in the first video ruclips.net/video/LZA-h9yUV50/видео.htmland got a 24050 score in Cinebench. The max temperature was 73-75°C, and the VCore was -0.060.
After watching your new video, I decided to try to do everything as you did, but this time I only got 23000 points in Cinebench. I'm not sure why it came in lower than that. The temperature remained the same, around 73-75°C.
Honestly, I don't know whether to keep the first option or the second one. Both methods are good and show great results.
Is it critical that I lost more than 1000 points in Cinebench?
Also, I disabled the C-States Control feature because my motherboard makes a slight beeping noise when it is enabled.
Thanks
Hi, Aleksandr,
Thank you for sharing your experience! Both methods show great results, and the Cinebench score drop isn’t critical if your system remains stable and meets your needs. If the higher score matters for your workload, the first method might be preferable. Otherwise, the second approach provides safety and efficiency.
Disabling C-States Control is fine if it prevents unwanted noise, especially with no impact on performance or stability.
I’m also running final tests on my ultimate undervolting guide and plan to share it soon once it proves stable across multiple systems. Stay tuned, and thanks again for your support!
@@saveroomorg "I lowered the VCore voltage to -0.075. Previously, I couldn't do this and would get a blue screen at -0.055. Maybe the new BIOS version influenced this. My power limits are set to Intel POR, which is 181W for both PL1 and PL2.
With the VCore reduced to -0.075, I achieved stable and smooth operation. The unnecessary aggression of the processor disappeared. It didn't affect the processor's performance negatively; on the contrary, it improved. I work with very large databases.
The maximum temperature in tests is 67 degrees. Cinebench consistently shows 24100 points. No temperature spikes as before, when it would jump from 44 to 62 degrees in seconds upon opening a video or Slack/Discord.
When running a game on max graphics and watching a stream on Twitch on a second 2K monitor, the temperature is 38-43 degrees. It's just magical. You're doing great, and thank you again. These processors are not so bad if you find the right approach.
I want to lower the VCore voltage further to -0.100, but I'm not sure if this is feasible for my processor."
I disabled integrated graphics settings if you're on the k series. And I just undervolt to offset -0.050, -0.075 is also ok but i got stable performance with max temp of 60c when gaming. I just left everything alone. Don't forget to enable resize bar. And I'm not using xmp and if you are just leave your max speed to 5600mt/s max or just turn off xmp and leave default speed ram to 4800
XMP is perfectly fine if its values are better than manual overclocking. It's a convenient and safe option for most users. I’m also thinking about creating a memory overclocking guide if there’s enough interest. Let me know if that’s something you’d find helpful! 💻🚀
@saveroomorg my pc crashes whenever I use xmp for some reason. 13600k, aorus z690 elite ax mobo. Latest bios. That's why I leave it on 4800mhz. Anything above that I get random crashing sometimes 5 hours later sometimes 10 minutes on
😘👍
😊👍 Glad I could help!
Glad I waited and went with Intel 14600KS for $219 Trounces AMD even if AMD is 400 dollars. I checked, watched all the videos. DDR5 6200 stable @ 6200 as advertised, Thanks Patriot/Hynix! Built all new innards to replace my i7 4790/DDR3 system for $564 Running my first NVMe ever, glad I read a LOT and went Crucial Gen. 4 best bang for buck (PC MAG awards, etc. CT1000T500SSD8)
14600KS flies, and runs cool. Also from reading a lot, it has the lowest memory latency of any Intel CPU, and only a couple AMD were lower and more than double what I paid for. X3D CPUs do poorly at MM, compared to mine, also X3D gaming is only a little better, IF you stick to 1080p Do not buy the hype!
turn intel xmp off in the bios. stop with all this other stuff
Right! And while we're at it, let's turn off the CPU too-cooling problems solved instantly! 😎🔥
Thanks for tips. I dropped ac 65 and undervolted offes -cpu 0.100 and i get 38700 r23 score and 80max temp no throttle.
Great 👍