Need help i5-6600k Overlocking
Need help i5-6600k Overlocking
Hi All,
I just upgraded my system and the components are on their way.
CPU: Intel i5-6600k (new)
MOBO: Asus Z170a Gaming Pro Carbon RGB (new)
RAM: GSkill Ripjaws V 16GB (8GBX2) DDR4 2800 (new)
PSU: Aerocool Strike-X Power 600W (from previous build)
Cooling: Corsair H55 (from previous build)
GPU: MSI GTX 980ti (second hand)
I’m eager to try overclocking on my 6600k but don’t know where to start. I found many tutorials, but I need a more detailed guide or specific steps. With my current H55, do you think overclocking is possible? I prefer staying between 4.0 and 4.2ghz and want something safe, avoiding anything too high. If my existing build can handle these numbers, could you walk me through the process step by step? Also, keep in mind that it’s quite hot in our country, which might raise the temperature further.
Thanks in advance.
Really think about swapping that PSU before starting anything. It's of very low quality and poses a risk to other parts in the setup. Running it in a hot environment will only make it worse. Using this PSU with such a system is like playing with fire, especially when adding overclocking—it's like pouring gasoline into the mix. For a gaming rig, particularly one that's overclocked, you need a top-notch, reliable PSU. Aerocool doesn't meet those standards.
You should really think about swapping that PSU before starting anything. It's of very low quality and poses a risk to other components in the system. Running it in a hot environment will only make it worse. Using it with such a setup is risky, especially with overclocking—adding more stress like pouring gasoline into the mix. For a gaming system, particularly one that's overclocked, you need a high-quality, stable PSU. Aerocool doesn't meet those standards.
Thank you. Unfortunately, I have a limited budget right now because I didn't factor that in. I'm looking for something affordable and saw the "Seasonic M12II-620 EVO 620Watts 80Plus Bronze Full Modular." Would you mind if I check if that would be suitable?
You should really think about swapping that PSU before starting anything. It’s of very low quality and poses a risk to other parts in the system. Running it in a hot environment will only make it worse. Using it with such a setup is risky, especially if you add overclocking—it’s like adding gasoline to a fire. For a gaming system, particularly one that’s overclocked, you need a high-quality, stable PSU. Aerocool doesn’t meet those standards.
Thank you.
I’m looking for something more affordable and saw the "Seasonic M12II-620 EVO 620Watts 80Plus Bronze Full Modular." Would that be a good option?
You should seriously think about swapping that PSU before starting anything. It's of very low quality and poses a risk to other parts in the system. Running it in a hot environment will only make it worse. Using it with such a setup is risky, especially with overclocking—adding more stress like pouring gasoline into the mix. For a gaming rig, especially one that's overclocked, you need a reliable, high-quality PSU. Aerocool doesn't meet those standards.
Thank you. Unfortunately, my budget is limited right now because I didn’t factor this in. I’m hoping to find something cheaper and saw the "Seasonic M12II-620 EVO 620Watts 80Plus Bronze Full Modular." Would that be a good option for you?
That’s a much better PSU.
Appreciate your help. I’ll go with that one. But let's get back to the main point—can a H55 support this build? If yes, what’s the best way to reach a 4–4.2ghz configuration?
You should seriously think about swapping that PSU before starting anything. It’s of very low quality and poses a risk to other parts in the setup. Running it in a hot environment will only make it worse. Using it with such a system is risky, especially if you add overclocking—it’s like adding gasoline to a fire. For a gaming rig, particularly one that’s already overclocked, you need a reliable, high-quality PSU. Aerocool doesn’t meet those standards.
Thank you. Unfortunately, my budget is limited right now because I didn’t factor this in. I’m hoping to find something more affordable and saw the "Seasonic M12II-620 EVO 620Watts 80Plus Bronze Full Modular." Would that be suitable?
That’s a much better option.
Appreciate your assistance. I’ll go with that one. But let’s get back to the main point—can a H55 manage this build? If yes, what’s the best way to achieve a stable 4–4.2 GHz?
I’m skeptical. A small cooler like the H55 probably won’t handle heavy overclocking, especially in warmer conditions. Wait until you assemble the system and check the temperatures at default settings. There’s no one who can tell you exactly what to do, as each CPU overclocks differently. Proceed slowly, test stability regularly, and keep an eye on the temps. There are plenty of guides online that explain the basics of overclocking and stress testing.
[http://www.overclock.net/t/1570313/skyla...statistics]
You need to seriously think about swapping that PSU before starting anything. It's of very low quality and poses a risk to other parts in the system. Running it in a hot environment will only make things worse. Using it with overclocking is risky—like adding gasoline to a fire. For a gaming setup, especially one that's already overclocked, you should get a high-quality, stable PSU. Aerocool doesn't meet those standards.
Your budget is limited right now because I didn’t factor this in. I’m looking for something affordable and noticed the "Seasonic M12II-620 EVO 620Watts 80Plus Bronze Full Modular." Would that work?
That’s a much better option.
Appreciate your help—I’ll go with that. But let's stick to the original issue: Can a H55 manage this overclocking? If yes, what’s the best way to get a stable 4–4.2ghz?
I’m skeptical about a small cooler like the H55 handling heavy overclocking, especially in warm conditions. Assemble the system once you have the parts and check temperatures at stock settings. No one can tell you exactly what to do—each CPU overclocks differently. Proceed slowly, test stability, and follow the guides available online for basic adjustments and stress tests.
Here’s a useful link: http://www.overclock.net/t/1570313/skyla...statistics
Even without OCing, the PSU poses a risk to the system. Cheap PSUs lack proper protection components and often exhibit weak voltage regulation and ripple, potentially harming hardware.