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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

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 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! 🎮🔥

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 😀

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! 💡

Yes, it should work on your i7-13700K with the ASUS Prime Gaming Z790 motherboard. Just make sure your BIOS is updated to the latest version and follow the steps carefully. If you encounter any differences in menu names or options, feel free to ask for help! 👍

@saveroomorg ok thank you very much. yes indeed in my bios I can't find all the steps you do.

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!

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

Absolutely, it's worth trying with the i5-14600K! Just make sure your BIOS is updated to the latest version to ensure compatibility and stability. Follow proper settings like tuning the power limits (PL1/PL2) and IA AC/DC Load Line for better thermals and efficiency. If you're unsure, check out my guides-they should help you get the most out of your 14600K safely! 😊

Thank you so much for the kind words! 🎉🎉🎉 I'm really glad you enjoyed it. Stay tuned-there’s more helpful content on the way! 😊

You're very welcome! I'm glad you found it helpful. 😊 Let me know if you have any questions or need further assistance! 🚀

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 ?

You're welcome! Setting the power limit to 180W instead of 170W shouldn't cause any problems for your processor. The i5-14600KF can handle it just fine as long as your cooling solution is adequate to keep temperatures under control. Keep an eye on your temps during heavy workloads to ensure everything is running smoothly. Congrats on your new CPU!

@saveroomorg Got it, thanks. And in general, all these machinations with enabling and disabling settings for the processor, will not have a negative effect? Now I have a temperature of 46-54 in games

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

You're very welcome! I'm glad the settings helped bring those temps down significantly-99°C is definitely too high for gaming. Keeping it at 70-75°C is much safer and better for your CPU's longevity. If you need any further tweaks or have other questions, feel free to ask!

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.

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!

Installing a Thermal Grizzly frame is a great step to protect your CPU investment, especially with high-performance setups like yours. Even without pre-frame benchmarks, you can be confident it’s helping with thermal efficiency and long-term reliability. The upgrade from a Z390 Godlike and 9900K to a Z890 Maximus Extreme with the 285k is a huge leap-enjoy the incredible performance boost! If you decide to test further or tweak settings, let me know how it goes!

@@saveroomorg sure will i also went from pcie 3.0 samsung 970 pro to pcie 4.0 samsung 990 pro i wanted one of the pcie 5.0 drives that have like a 15k gb/s but they are pricey and i spent $1000 on a fancy mother board with a 5' screen lol and then the new dominator titanium 96gb kit wasnt cheap but if you go to the new 200 series make sure you get the fastest speed ram possible i got 6600mhz i wish i got 9600mhz. This processor benefit's like extremely the faster ram you can run. thats to anyone going to any new 200 series chip and is reading this

Hi! Fast Boot is designed to speed up the boot process by skipping some hardware initialization steps. For most systems, enabling Fast Boot won't cause any issues and can make startup quicker. However, if you frequently access the BIOS or switch hardware configurations (e.g., adding drives or peripherals), it might be better to leave it disabled to ensure everything initializes properly. If you're unsure, you can enable it and see how your system behaves. It’s easy to switch back if needed!

@@saveroomorg im sorry you did a really good job on the settings for the bios but having to do all this for my cpu just to not “burn itself” to death is too much. I ended up switching to AMD, I now have a Ryzen 9 7900X. And I’m loving it tbh. Thank you for everything tho!

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 setup and impressive R23 score! The undervolt looks solid, and keeping the IA VR voltage limit at 1.4V is a good safety margin. Your AC/DC loadlines and Vcore settings seem well-optimized for both performance and thermals. If everything is stable and temps stay under control, you’re in a sweet spot. Let me know if you’re considering any further tweaks.

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.

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

These settings aim to balance performance and thermals. If you're noticing a drop in frequencies, it could be due to power or thermal limits being hit. You might want to double-check your power limits (PL1/PL2) and ensure adequate cooling. Try 253W power limits. Let me know if you'd like further guidance!

You're welcome! That's a fantastic improvement-glad the guide helped bring those temps down. If you have any other questions or want to fine-tune further, feel free to ask. Great work!

@@saveroomorg you are good man , i want to know about undervolting is bad for the cpu or not

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

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."

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!

Hi! Unfortunately, the i7-13700F can indeed run quite hot, and in some cases, water cooling becomes necessary for optimal thermal performance. Before investing in a new cooler, I recommend trying the undervolting method in the video. This method can significantly reduce temperatures without a major loss in performance. If undervolting doesn’t resolve the issue, then I’d suggest considering a high-quality water cooling solution, as it’s better suited for handling the heat output of this CPU. At any case 87C under stress testing quite decent temps BTW. Let me know how it goes or if you have further questions!

@@saveroomorg ok, thanks. I guess the reason I asked was because the CPUs you were talking about in your vid were Ks, and I didn't know if it still applied to my 13700f. I only barely understand this stuff but ik I'm fairly good at copying what someone else does(lol), so I guess I was worried about how much to change the numbers on this CPU. I got a Gigabyte mb coming later this week, so I should be able to actually change some settings in the bios, unlike with my current mb that came with this Acer( P05-650).

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!

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! 😊

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

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

You're welcome, and happy New Year to you too!

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.

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

Great to hear that the settings are working for you with such stable temperatures! A loss of 800 points in Cinebench R23 is a reasonable trade-off for better thermals and system stability, especially given your focus on audio and video editing, where sustained performance is more critical than peak scores.

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! 🙌

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! 😊

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! 😊

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! 😊

You're welcome! I'm glad you found the video helpful. Feel free to refer back anytime, and don't hesitate to ask if you have more questions. Happy tweaking! 😊

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! 🙌

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.

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 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.

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! 😊

You're very welcome! 😊 I'm glad to hear it worked for your setup. Sometimes finding the right config can be tricky, but it’s awesome that you’ve got it up and running. If you have any more questions or need further tweaks, feel free to ask!