Overclocking Basics
Overclocking Basics
X570e works fine, but the socket only supports scaling up to around 1.019. Going beyond that will be very challenging. If you need higher performance, it’s definitely hot when I increase the frequency or adjust the vDIMM settings.
Other discussions and tutorials about boosting a 2200G suggest using SOC at .12 for optimal stability, which is what I’ll follow.
Fk.... I attempted to boot my PC at 3.725GHz with a voltage of 1.3V, it worked initially but then crashed. After forcing a restart, it reached the desktop and crashed again. I checked the BIOS, reset everything to defaults, and Windows Startup Repair appeared. Then power went out in the middle of that process.
I managed to boost the CPU speed on Ryzen 3 2200G to 3.9 GHz stable at 1.3125V. Should I increase the voltage and try higher? This was set in Ryzen Master. Adjusting the BIOS settings could be risky. Later, I pushed it up to 4.0 GHz at 1.375V stable. What should I do next? I’m aiming to lower it to 4GHz for better performance. TofuHaroto, sorry for the interruption—your advice is welcome!
No worries. Well reading through this. For the soc. Don't go over 1.2. As for voltage. This is zen + so it can handle higher voltages. I'm going to assume that's 1.375 with an offset. If it's static remove it or just downclock to 3.9 as the voltages are way more reasonable. One thing is that ryzen is pretty maxed out, out of the box. So it doesn't have a big overclock headroom. Enabling pbo will save you a lot of hassle unless you it's fun for you.
Need some guidance on adjusting your BIOS settings? At this frequency and voltage, your system is running smoothly but slightly under the optimal range. Consider setting the dynamic Vcore to a value that matches your thermal profile—often around -0.1 to -0.3 is a safe starting point.
I would simply connect to DVID. I’d rely on hwinfo64 for this analysis.
I'm unsure about the safe voltage levels for the second generation Ryzen. I recommend checking reliable sources—third generation doesn't handle as high a voltage as the first. I wouldn't rely on sensors for perfect accuracy, and it seems many tech reports might be understating things. EDIT: It appears to be 2200g, which aligns with the first generation. That voltage should be fine if the readings are correct.
They’re noting a discrepancy where the voltage reads 1.3125V (set by Ryzen Master) but appears as 1.278V... That’s concerning. During testing, idle temperatures stayed between 35-45°C and loads 66-70°C. When auto Dynamic Vcore was enabled in BIOS, idle dropped to 50-57°C and loads reached 73-80°C. Now the motherboard shows 1.380V. It seems the reported voltage is increasing when it shouldn’t. Also, idle temps are fluctuating rapidly every second.
You're free to experiment with the video file, but I usually suggest sticking to Auto mode. Hwinfo64 tends to be fairly reliable, though neither tool is entirely perfect.