Should I Overclock?
Should I Overclock?
Hi
I've been considering overclocking this setup to maximize performance, but I'm concerned about its impact on longevity. Some old forums from 2013 mentioned it was barely functional then. With such a high-end rig, should I wait until I hit specific frame rates before attempting overclocks? Thanks!
Sure, that's correct. OCing doesn't significantly shorten lifespan unless you push it too hard. For the 7700k, use a 1.4v 4.8GHz OC and run stability tests in 3D Mark, Unigine Heaven, and Prime 95.
Sure, that's correct. OCing doesn't significantly shorten lifespan unless you push it too hard. For the 7700k, use a 1.4v 4.8GHz OC and run stability tests in 3D Mark, Unigine Heaven, and Prime 95.
Chugalug_ :
Yeah, its fine.
OCing doesn't reduce lifespan at all unless you go really heavy into it.
For the 7700k apply a 1.4v 4.8GHz OC and stress test it for stability in 3D Mark, Unigine Heaven and Prime 95.
Wow, very quick and concise.
Thanks for the response.
I was thinking of using the built in DIP5 function from the ASUS motherboard to start off, do you know if this feature is any good at overclocking?
Secondly, do you know any really good overclocking guides so I can learn what to watch for and how to fine-tune it?
Thanks!
That's not ideal, it adds too much voltage. Also, set the LLC (Load line calibration) to high in the motherboard settings to prevent voltage drop. If it works, try adjusting to 4.9, then 5GHz. The 1.4v setting is the maximum I'd use on that chip personally; I only apply it on prebuilt rigs because it's safe and just a bit more voltage raises temperatures slightly.
Chugalug_:
That's not good, it adds too much voltage. Also, set the LLC (Load line calibration) to high in the module settings to prevent voltage drop. If it stays stable, try 4.9 then 5GHz. The 1.4v is the maximum I'd use on that chip personally; I only apply it because it's safe for prebuilt rigs and just a bit extra increases temperatures. Alright, I'll try it. Thanks for the tips. Any guides you have? I'm a complete beginner, first time building, learning everything about overclocking but there are SO MANY resources out there.
Voltage will decrease below the level you configured, making LLC set to high the optimal choice for balanced control without excessive overshoot. Keep in mind, 1.4v at 4.8GHz needs verification; if unstable, try 4.7GHz and retest. If stable, proceed to 4.9 at the same voltage and repeat testing.
Chugalug_:
Voltage will drop below your target, so setting it high gives the best balance with tight control without overshooting. Keep in mind, 1.4v at 4.8GHz isn't stable—try 4.7GHz first, retest, and decide. If stable, move to 4.9 at the same voltage and repeat. I'm careful—what's the safest starting point? Could you suggest a gradual increase from 1.35v @ 4.6GHz up to something like 1.36v @ 4.65GHz? I’m not sure if that’s practical, but I’m open to your idea.
You can, yeah, but 1.4 4.7/4.8GHz is perfectly fine, just chuck it on, there's no damage at all even if the system drops from instability. It's more save than people make it out to be.
You can drop the voltage bit by bit once you've found your OC.
It's highly exaggerated on the internet, people think if you OC you're going to blow up your components or break stuff, but so long as you're not a mong about it it's fine.
You should adjust the settings in BIOS or use AI Suite 3. Both methods modify BIOS configurations, and AI Suite can also affect them.