Overclocking Tips & Cooling Issues
Overclocking Tips & Cooling Issues
CPU model: Intel i5-6600k 3.5 Ghz Skylake
Cooler brand: Corsair H100i GTX
Motherboard: ASUS Maximus VIII Hero LG1151
RAM specification: G.Skill Ripjaw V DDR4-2400 (2 x 8GB)
Storage solution: Seagate 2TB SSHD
GPU: Nvidia GeForce GTX 660 Ti
Operating system: Microsoft Windows 7 Professional 64-bit
OS version: 6.1.7601 Service Pack 1 Build 7601
Since purchasing the H100i GTX, I've encountered several issues with their software and its functionality, even at full performance. While it maintains CPU cooling under stock configurations, I haven't attempted overclocking due to uncertainty about its effectiveness.
[Link to discussion thread] This could provide more insight into the problems I'm facing.
I've extensively researched online about using the Corsair Hyper 212 EVO air cooler, which has proven reliable for overclocking the i5-6600k up to 4.4GHz without issues. Fortunately, I still have that cooler available. Honestly, I only bought the H100i GTX because it was nearby and convenient for setting up my PC immediately—otherwise, I would have delayed it.
Financially, this was a costly choice. I must admit I've been regretting it since then, but I believed it would improve performance given my overclocking plans. After reviewing several discussions, I'm questioning whether the benefits truly justified the expense.
Any feedback or suggestions would be greatly appreciated.
I'm hoping to upgrade to a 4.0-4.5GHz range soon. My current cooling setup includes:
- Cooler Master Hyper 212 EVO (air cooler)
- Corsair H100i GTX (water cooler)
Thank you for your support!
Attempt to adjust the CPU voltage to 1.25, set the multiplier to 42 and start booting. If the system boots successfully, return to BIOS and activate XMP select profile 1, then restart if everything is fine. Confirm temperatures during operation. Then consider two options: increase the multiplier to 43 and observe, or gradually reduce the voltage from 1.25 down to 1.23 while keeping stability, for example by lowering the vCore voltage step by step.
I don't really prefer big air coolers compared to standard water coolers, but it's hard to deny this model is decent. I'd try increasing the overclocking and check how it performs. If temperatures rise too much, then consider if the cooler might be the issue.
I also wanted to add some details on how to apply an Overclock using my ASUS Maximus VIII Hero. I've read articles and watched videos, but no one with my setup has shared exactly what to do. Many people suggested just boosting the multiplier and keeping the Base Clock at 100. I didn't find any instructions for changing a multiplier. My current setup has a stock of 100 Base Clock with an x35 multiplier.
Each BIOS has its own unique characteristics. Refer to your motherboard manual to locate the multiplier setting. If you're just starting with overclocking, it's best to avoid adjusting BCLK and focus on multiplier-based tuning. As you become more comfortable, you can incorporate additional fine-tuning steps.
You won't be able to replicate someone else's setup perfectly, even if they have identical hardware. Each chip reacts differently, so you must experiment carefully and gradually adjust your clock speed. With practice, you'll improve.
Your BIOS might include an auto-overclock option. Testing it could help you reach the desired performance.
For more details, see this guide: http://www.overclock.net/t/1570313/skyla...statistics
Great work Asus...
Following the guide I shared will provide a detailed insight into the overclocking process and ensure it's done safely.
So, I checked my BIOS for around 30 minutes, then reviewed the manual in the CPU/BIOS section or chapter several times. I didn’t find anything about a multiplier. I’m wondering if you or anyone else might know what I’m after?
You’re right, this is my first time overclocking, so maybe the wording was different from what I expected. I didn’t see anything about multiplying or numbers like x35 or x40.
From what I understand, as a beginner overclocker, I should just tweak the multiplier and let everything else handle automatically? Or should I adjust the voltage myself? By the way, the guide I was referring to actually matches the one you linked, right?
Increase the multiplier gradually and perform stress tests at each stage while keeping an eye on temperatures. If issues arise, slightly raise the voltage to check for stabilization and keep pushing higher clock speeds. Just avoid excessive voltage or unsafe temperature spikes, and you should be okay. This guide will help you do it correctly.
Sure, please wait a moment while I check that for you! Thank you for your patience!