Ryzen 5 3600 voltage
Ryzen 5 3600 voltage
Hey there, I’m not super familiar with overclocking, but I know my CPU was running hot—staying around 70-80°C when idle and spiking to 85°C under full load at 4.0 GHz. After some research, I found a video suggesting lowering the voltage. Now I’m keeping it at 4.1 GHz with 1.2 volts, which is a bit lower than the default setting. Temperatures are great—40-50°C idle and under 65°C during games. I’m curious about the long-term safety, since some people worry it might not be enough even if there are no crashes or blue screens. I’ve checked my hardware monitor and see the max value is capped at 1.2, but I’m not sure what’s happening during gameplay. Maybe adding some screenshots after a few sessions would help clarify things. Thanks for any advice!
It seems the setup could benefit from a better cooler. Switching to stock might not be optimal—upgrading and enabling PBO could boost performance instead. The CPU should handle 4.4GHz with adequate cooling.
I was experiencing very high temperatures with the stock cooler, so I switched to an Arctic 34 gaming duo. My GTX 1660 Super is a bit of a bottleneck, so I'm wondering if it's worth enabling PBO and running at 4.4 GHz, considering my cooler too.
Esports is just like stocks—performance depends on market conditions. If you want to dip a lower price, consider checking the esports scene and maybe grab a Wraith Prism cooler for a budget-friendly touch. A friend with an R7 upgrade could even help out if you need it.
You made the correct choice by lowering the voltage from 1.3V, which could have been unsafe for Zen 2 CPUs and might affect performance. Consider running CPU benchmarks like Prime95 and Cinebench R23 if you're worried 1.2V is too low. Also, enable PBO if possible—this adjusts your CPU clock and voltage to auto, and you can tweak the PPT limit if needed. Arctic 34 esports duo works well.
When adjusting PPT limits or testing undervolt settings, the results might seem similar to the tester, yet differ from the original poster’s experience. The stock cooler is built to manage CPUs at default temperatures of 90°C or below, while tower coolers struggle with the VRM area cooling. The Wraith Prism was recommended because airflow works best when directed onto components rather than passing over them. To determine the optimal voltage, run the system with only PBO enabled and execute a small FFT analysis. Allow temperatures to settle (maintaining under 90°C if possible) before checking the v-core. This core serves as the reference for overclocking; most chips in the 3000 series should target around 1.28V, allowing a ±5% TDP variation. Generally, a slight under-voltage pairs well with PBO overclocking. This processor can exceed Zen+ speeds, reaching up to 4.1GHz with PBO + 200MHz and the 2700X flagship model.
got the cooler for almost a year, so yea no point in changing it since it s doing fin, like at 4.1 ghz max 65 degrees, idk but i am happy
I activated PBO, adjusted the clock speed and voltage settings, but after a Cinebench test my temps were higher than expected. I’m confused because the CPU ran at 1.4 volts and stayed around 4.2 GHz for most of the time, even with temperatures between 75–85°C. When I manually lowered the voltage to 4.2 GHz and fixed it at 1.2, the performance was similar but temperatures stayed much lower. There must be something I’m missing.
As I continue to study this, my confusion grows. What’s the distinction between a 4.1 GHz chip running at 1.2 volts versus a 4.0–4.2 GHz processor with PBO enabled that uses about 1.4 volts? It seems to generate more heat while delivering similar performance. Am I misunderstanding something?
Have you ever refreshed the information on this motherboard? It could assist with the issue at hand. Performance remains consistent, dropping from 4GHz to 4.2GHz. The latter frequency aligns with the CPU's need to raise single-core speeds, while also showing elevated vcore during XFR boosts. When PBO is turned on, aim for a clock speed above 200MHz to achieve better vcore performance.