Overclocking Intel i7 6700k?
Overclocking Intel i7 6700k?
Processor: i7 6700k
RAM: Corsair Dominator Platinum 2x8gb 3000mhz
Motherboard: MSI M7 Z170A
PSU: EVGA Supernova 650w G1 80+ GOLD
GPU: MSI GAMING X 1080
COOLER: Corsair H80iv2
I'm trying to boost my RAM and CPU stability. The M7 comes with built-in OC settings, but they often fail at higher speeds. I can keep things steady around 4.8ghz with my RAM at 3200mhz. I'm just starting out with overclocking and wasn't sure if the default settings on the board matched what a custom setup would do. Raising it to 5.0ghz causes crashes. I'm not sure if XMP or regular RAM overclocking would help. I'm hoping someone can assist me. Cheers.
Read this carefully
Check out the guide at the provided link for detailed information on Intel Skylake overclocking.
Usually I avoid auto or software overclocking and prefer doing it directly in BIOS. What voltage are you currently using to achieve 4.8Ghz? For instance, I maintain a stable 4.8Ghz at around 1.39V, which is the typical range most people reach (though not everyone will). It really depends on the chip's capabilities.
For my daily use, I lower it to 4.7Ghz at 1.33V, and for benchmarking, I push it up to 4.9Ghz at 1.425V.
Achieving 5.0Ghz will be quite challenging; only a limited number of Skylake chips can handle it with reasonable voltage, and I’m unsure if your cooler can manage the heat. The higher the clock speed, the more...
Read this carefully
Check out the guide at the provided link for detailed information on Intel Skylake overclocking.
Usually I avoid auto or software overclocking and handle it directly in BIOS. What voltage do you currently use to achieve 4.8Ghz? For instance, I maintain a stable 4.8Ghz at around 1.39V, which is the typical range most users reach (though some may exceed it). This really depends on the chip's capabilities.
For continuous use, I lower it to 4.7Ghz at about 1.33V, and for benchmarking, I push it up to 4.9Ghz at 1.425V.
Reaching 5.0Ghz will be challenging; only a limited number of Skylake chips can handle it with reasonable voltage, and it’s unlikely your cooler will cope with the heat.
Increasing the clock speed means more voltage is required for stability, which in turn generates more heat. Overclocking the CPU might interfere with RAM performance, so you should check if the issue lies with the RAM or the CPU itself. Adjusting VCCIO and VCCSA Voltage manually may be necessary since XMP won’t suffice at higher speeds.
Here’s a revised version of your text:
I’d normally avoid auto-overclocking or software-based boosts and prefer doing it directly through the BIOS. What voltage are you currently using for a 4.8Ghz performance? For instance, I maintain stable speeds at around 1.39V, which is typical for most users (though some might exceed it). The actual limit depends on your chip’s capabilities. For continuous use, I lower it to 4.7Ghz at 1.33V, and for benchmarking, I occasionally push it up to 4.9Ghz at 1.425V.
Achieving 5.0Ghz will be quite challenging—only a few Skylake chips can handle it with reasonable voltage, and I’m unsure if your cooler can manage the heat. As clock speeds increase, the required voltage also rises, leading to more heat generation. Overclocking the CPU might interfere with RAM stability, so you’ll need to check whether the issue lies with the RAM or the CPU itself. Adjusting VCCIO and VCCSA manually could be necessary since XMP settings won’t suffice.
I’m currently stable at a 4.8 overclock with 1.368V, and I suspect my RAM might be failing when I try to go beyond that. What adjustments would you make to VCCIO and VCCSA to achieve this? I don’t necessarily want to hit 5.0; I just aim for safe performance at the highest stable setting. I still maintain around 30C idle and 45–50C during gaming, so I need clear guidance on safely pushing RAM and CPU limits to reach 4.9—or a manual approach without relying on preset BIOS settings.
The instructions in the guide about tweak town are not set in stone; they vary based on your specific chip. It's best to perform a RAM test separately to confirm whether you're dealing with RAM or the CPU.
BigBoomBoom :
Check this out
http://www.tweaktown.com/guides/7481/twe...index.html
Usually I avoid auto overclock or software tweaks and handle it directly in BIOS. What voltage are you aiming for to reach 4.8Ghz? For instance, I maintain a steady 4.8Ghz at around 1.39V, which is the typical sweet spot for most users (though some might exceed it). It really depends on the chip's capabilities. For my daily tasks, I lower it to 4.7Ghz at 1.33V, and for benchmarking, I push up to 4.9Ghz at 1.425V.
Achieving 5.0Ghz will be quite challenging—only a few Skylake chips can handle it with reasonable voltage, and I’m worried the cooler won’t cope with the extra heat. The higher the clock speed, the more voltage and heat you need, which can affect both CPU and RAM stability. Overclocking the CPU might interfere with RAM performance. You’ll need to check if the issue lies in the RAM or the CPU itself. Adjusting VCCIO and VCCSA Voltage manually may be necessary since XMP won’t suffice at higher speeds.
Thanks for the insight. I managed a stable 4.8Ghz with 1.355V.