i5 6600k OC?
i5 6600k OC?
So I'm just starting out with overclocking and I'm really nervous because I might make a mistake. I need some advice before jumping in.
I have an i5 6600k and I want to boost it to around 4.2 to 4.4Ghz. The main concern is the voltage setting—it's unclear what a safe starting point should be, since different CPUs handle it differently.
Anyone have experience or tips on how to approach this safely?
Here’s what I have:
Specs: i5 6600k
Motherboard: Gigabyte z170xp-SLI
RAM: 16GB AVXir LED
Storage: 1TB HDD
Power Supply: EVGA 750w PSU
GPU: ASUS STRIX ROG 1070 OC Edition
i had an h7 with a 6600k and it performed well. i don’t believe I had a golden chip, and i was running at around 4.4ghz with a 1.3v setting, while using prime95(v28). the h7 stayed under 80c. your board has any pre-set overvoltage protections? if yes, you can try one and monitor the voltage. some boards handle it better than others.
keep the voltage stable around 1.3 or lower for continuous use, adjusting based on temperature.
if you need to manually adjust, perform a stress test with the default settings, record the voltage during full load, then set the multiplier to 100mhz above stock in bios. restart the test—success should follow, but run it for about 15 minutes. increase the multiplier by another 100mhz if needed.
So I'm just starting out with overclocking and I'm really nervous because I'm worried I might make a mistake. I need some advice on how to do this safely. I'm thinking of upgrading my i5 6600k to get around 4.2 to 4.4Ghz. The main concern is the voltage setting—I have no idea what a safe starting point should be since different CPUs behave differently. Would anyone be willing to guide me and share some tips? Thanks!
Maxalge :
Okok959 :
Just to start, I’m totally new to overclocking and I’m really nervous because I worry I might break something.
Now that I’m clear on that, I want to upgrade my i5 6600k to get a 4.2 to 4.4Ghz boost. The main concern is the voltage—I have no idea what a safe starting point should be, since different CPUs handle it differently.
Would anyone have some advice or tips on how to approach this safely?
Here’s what I have:
Specs: i5 6600k
Gigabyte z170xp-SLI motherboard
16GB AVXir RAM
1TB HDD
EVGA 750W power supply
ASUS STRIX ROG 1070 OC Edition
Thanks!
It’s actually quite simple, but you’ll need an aftermarket CPU cooler first. I’ve got a Cryorig H7 that works well—should it be sufficient?
Okok959:
maxalge :
Ok so just for starters, I'm a total newbie with overclocking and I'm really nervous because I could end up breaking something.
Now that I'm clear on that, I'm planning to upgrade my i5 6600k. I want a boost between 4.2 to 4.4Ghz. The main concern is the voltage... I don't even know what a safe starting point should be since different CPUs handle it differently.
Would anyone have some advice or tips on how to do this safely?
Details:
i5 6600k
Gigabyte z170xp-SLI card
16 GB AVXir RAM
1 TB HDD
EVGA 750W power supply
ASUS STRIX ROG 1070 OC Edition
Thanks!
It's actually quite simple, you should consider getting an aftermarket CPU cooler before starting. I have a Cryorig H7 which seems to work well. Will that be sufficient?
Yes
http://www.overclock.net/t/1570313/skyla...statistics
I had an H7 with a 6600k and it performed well. I don’t believe I had a golden chip, and I was running at around 4.4ghz with a 1.3v setting or so. The Prime95 (v28) stayed under 80c even then.
Does your board come with any pre-set overclocking instructions? If yes, you could try one and monitor the voltage. Some boards handle it nicely, while others might damage the chip.
I prefer to maintain the voltage at that cooler around or below 1.3 for continuous use, adjusting based on temperature.
If you decide to do manual overclocking, perform a stress test using the default settings and record the voltage during full load. Then adjust the multiplier to 100mhz above stock, run the test again, and continue increasing by 100mhz each time until it boots successfully. After that, increase the multiplier further and repeat the process.
Keep monitoring the temperature closely—ideally under 80°C during heavy load, but a brief spike up to 90°C is acceptable. You don’t need to push it too hard, and you likely won’t need to reach 4.2–4.4ghz.