Ryzen 5 1600 Noob Overclock
Ryzen 5 1600 Noob Overclock
The optimal approach is to execute your most challenging software. There are numerous instances where everything functions during testing yet encounters BSODs or issues with certain software. Few applications can maintain the system under full load for extended periods.
I just tested my overclock R5 1600 at 3.85 GHz with 1.3V and a large OCCT dataset for three hours. Everything worked fine, except for a crash at 1.2875V (just a small difference of 0.0125V).
My question: do I need to adjust the voltage or lower the MHz to gain some buffer? Yes, how much should I change? Thanks.
Hey,
I’m not an expert, but from what I understand: stable performance at 1.30V means you risk crashing if you use a lower voltage as you did. So, if you want lower voltages, you might need to reduce the clock speed. You could try higher clocks in that voltage range—it’s not that high.
In my setup, my motherboard doesn’t support LLC control, but I have some good news! After installing an older WC H80i on a Ryzen, I achieved very low temperatures (around 55°C during stress tests, ambient 30-35°C). Once I made adjustments, it stabilized at 4.00GHz at 1.23125V, and the stuttering I mentioned earlier disappeared.
I upgraded my RAM to 16GB at 3000MHz, reinstalled the OS, but nothing worked.
After days of searching, I finally found a solution: I reinstalled Windows 10 build 1607 (Creators Edition), updated important settings, and blocked further upgrades. Now I can play without that annoying stuttering!
For overclocking, it seems every chip behaves differently—some handle higher clocks with lower voltages, others get stuck at lower speeds with higher voltages. In your case, you should aim for higher clocks at 1.30V. If that’s not possible, increasing the voltage might help, though it could lead to higher temperatures. You might need a better CPU cooler to manage heat. But remember, 3.85GHz is quite high!
I hope this helps! See you soon!
Thank you for clarifying your point.
CountMike's thoughts on the matter. By the time you complete all those tests, you'll cut its lifespan in half. I disagree a bit. Although I'm not an expert, based on what I've learned from forums, watching guides, and doing some tests, if you apply a bit of "common sense" regarding voltages and temperatures, you won't have to worry too much! Of course, if you go too far, it might end up with a fried chip.