Is it possible to boost the Ryzen 5 1600's performance by increasing voltage while reducing the stock safe settings?
Is it possible to boost the Ryzen 5 1600's performance by increasing voltage while reducing the stock safe settings?
Hello everyone,
I experimented with overclocking my Ryzen 5 1600 using its built-in cooler. I gradually raised the CPU speed, testing it for 15 minutes on aida64 and then running three consecutive sessions on cinebenchr15. I reached a maximum of 3.7 GHz at 1.2500V, but the system would crash during testing. Increasing the voltage to 1.3 didn’t provide stability, so I avoided going higher because of the stock cooler’s limitations. After further adjustments, I discovered that 3.7GHz remained stable even at a lower voltage of 1.2375V. My concern is whether I should continue lowering the voltage until instability occurs or keep it unchanged.
Here is my PCPartPicker link for the parts: https://pcpartpicker.com/list/2QL9m8
Thanks a bunch!
P.S. I’m planning to install an aftermarket cooler soon.
JaysonJacob shared his experience with overclocking a Ryzen 5 1600. He tested different frequencies and voltages, noting stability issues at higher settings. He seeks advice on whether to continue lowering voltage or maintain current settings.
Hello everyone,
I experimented with overclocking my Ryzen 5 1600 using its standard cooler. I gradually raised the CPU speed, testing with 15 minutes on aida64 and then multiple short runs on cinebenchr15. I reached up to 3.7 GHz at 1.2500V, but the system would crash during testing. Increasing the voltage to 1.3 didn’t provide stability, so I avoided it due to the stock cooler. After some adjustments, I found that 3.7GHz was stable even at a lower voltage of 1.2375V. My concern is whether I should continue lowering the voltage until instability occurs or keep it as it is.
Here’s the link to the parts I’m considering:
https://pcpartpicker.com/list/2QL9m8
Thanks a bunch!
P.S. I’m planning to install an aftermarket cooler soon.
No Problem if you go under the stock voltage, you likely have a solid CPU—not the best for high frequencies—but one that handles mid-range speeds well with low power, and the risk of undervolting is limited to crashes.
_MasterG_ :
JaysonJacob :
I attempted to boost the performance of my Ryzen 5 1600 using its standard cooler. I gradually raised the CPU speed, testing with a 15-minute run on aida64 and then multiple consecutive runs on cinebenchr15. I reached up to 3.7 GHz at 1.2500V, but the system would crash during testing. Increasing the voltage to 1.3 didn’t yield stable results; I wasn’t confident going beyond that with the stock cooler. After some adjustments, I discovered that 3.7GHz remained stable even at a lower voltage of 1.2375V (which was below the stock level). My concern is whether I should continue lowering the voltage until instability occurs or if I should leave it unchanged.
Here’s the link to the parts I’m considering:
https://pcpartpicker.com/list/2QL9m8
Thanks a bunch!
P.S. I’m planning to install an aftermarket cooler soon.
No problem if you stick with the stock voltage—you likely have a solid CPU, just one that handles high frequencies well but not at peak speeds. A slight undervoltage might cause crashes, but it’s probably manageable.
My idle temperatures are around 29°C at 3.7GHz and 1.2375V.
JaysonJacob shared his experience with overclocking his Ryzen 5 1600 using the stock cooler. He tested increasing the CPU frequency gradually, running tests on AIDA64 for 15 minutes and then multiple consecutive runs on cinebenchr15. He reached up to 3.7 GHz at 1.2500V, but experienced crashes at 3.8GHz. Raising the voltage to 1.3 was unstable as well. He found that 3.7GHz remained stable even at a lower voltage of 1.2375V. His main concern is whether to continue lowering the voltage until instability occurs or to leave it unchanged.
He also mentioned his PC part picker link and shared that his idle temperatures are around 29°C at 3.7GHz with 1.2375V. He noted that the processor seems to have a "voltage wall" preventing higher frequencies, which might explain the instability at higher voltages. He is considering whether to settle for 3.7GHz or push further after installing an aftermarket cooler. He advises caution and suggests consulting more details before making a decision.
I have an OC on my Ryzen 5 1600 up to 4.05ghz 1.4v using the stock cooler provided.
For a few weeks now I run it at around 3.6ghz at 1.1435v, while it normally stays between 1.2 and 1.35 under stock conditions.
I have 32c in idle and consistently less than 62c after a one-hour stress test.
I plan to purchase a better ventirad soon and push it to 4.2ghz with 1.45v when I cooldown to 1.45ghz, which significantly outperforms the Intel i7 6800k in single core and the i7 8700k in hyper threading.
I can also OC it to 4ghz at a slightly lower temperature of less than 1.375v.