Ryzen 5 1600 o/c question!
Ryzen 5 1600 o/c question!
Hello guys, I saw many videos on youtube about safe over clock of ryzen 5 1600 with stock wraith spire cooler, I just want to push mine at 3,7-3,8 tops. I only want it to be stable with safe temps considering its a new CPU, I would sacrifice 100-200mhz in order to have it cooler and more stable. My question is about voltages. Some people just raise the multiplier and when they reach the frequency they want, they save and reboot, leaving anything to auto, some other manually set voltages. I would appreciate your help and experience since it's the first time I try to over clock and that's because I found it pretty easy with ryzen, or at least it seems easy. I got Asus prime b350 plus mobo, in case you wonder, and ram corsair vengeance 16gb 3000mhz. If you got any tested stable settings to give me it would be awesome!
Thank you in advance
Begin by overclocking the BIOS and avoid using any tools that operate within Windows, even if you are aware of it. Keep the voltage at its default level initially (auto settings might apply more than needed). Gradually increase the multiplier, then perform stress tests to check stability and temperature levels. If stable but warm, reduce the voltage; if cool but inconsistent, raise it. If both conditions persist, lower the voltage and clock speed. Always adjust in the smallest increments possible.
Begin by boosting the BIOS overclock settings and avoid using any external tools that operate within Windows, even if you're familiar with them. Keep the voltage at its default level initially—stock clock voltages are usually optimal. Gradually increase the multiplier value. Execute stress tests to confirm stability and monitor temperatures. Should the system remain stable yet elevated, reduce the voltage; if overheating persists, lower it further. When temperatures drop but performance remains inconsistent, consider increasing the voltage. If both issues persist, decrease the voltage and clock speed (though this may indicate a misalignment). Always adjust clocks and voltages incrementally, retesting after each change to ensure safety for your CPU and motherboard. Never exceed 1.4V on the CPU unless using extreme cooling methods like liquid nitrogen. Remember, each processor behaves uniquely—results depend heavily on individual hardware.
The system will automatically adjust the voltage settings based on the values you choose, maintaining a consistent limit of 1.425 for core and 1.35 for memory. It dynamically changes the voltages depending on the situation rather than keeping low voltages constant. This approach may offer better safety compared to manual adjustments.
The auto-settings adjust voltages based on what your CPU requires at specific speeds. It usually works well and reduces your effort, but it often applies higher voltages than necessary. This increases heat production, and during aggressive overclocking, it can push the voltage beyond safe limits, potentially damaging your CPU. That's why I generally discourage using those "features."
Setting it to 1.4V only indicates that the mainboard will try to provide a voltage of 1.4V when the CPU operates at maximum speed.
Depending on the mainboard's quality, the actual voltage might be slightly higher, though it should remain very close to the target value most of the time.
When the CPU is idle and runs slower, the mainboard will adjust the voltage accordingly. This happens automatically without any need from you.
Regarding your question: As mentioned earlier, you shouldn't notice a 1.3V reading under full load if you choose 1.4V. Lower voltages won't pose a risk to your CPU.
Thanks for clarifying! My plan is to stick with the Asus Prime B350 Plus unless I decide to switch to the Asus B350-F Strix. It should be one of the top options with solid reviews. I’m unsure if these models can meet your requirements in terms of voltage, stability, RAM, and temperatures, but I’m hoping they’ll work as expected.