Concerns about overheating in Ryzen 3 2200G
Concerns about overheating in Ryzen 3 2200G
Ryzen 3 2200G is a Zen generation chip built on 14nm technology, equipped with Wraith Stealth as a solid stock cooler. It features heat transfer paste applied between the die and the lid. The Ryzen 3200G is a Zen+ model (second generation), using 12nm process, with solder joints instead of paste. This change may slightly boost thermal performance, potentially reducing power usage or enabling parts of the chip to enter low-power states when not needed. Both CPUs share a 65w TDP, but the 3200G is expected to draw only a few watts less due to improved efficiency from the 12nm process.
The stock Wraith cooler relies on airflow through its fins and case fans for cooling. With a larger heatsink and more fins, it can dissipate heat more effectively. The fan must work harder, running at higher speeds and producing more noise. In contrast, the heatpipes in the upgraded cooler push heat into the fins efficiently, allowing the fan to operate more smoothly with less speed variation.
You’re using a better cooler with heat pipes, which helps move heat away quickly from the surface and spread it across the fins. The case fan can then maintain stable temperatures. The larger heatsink provides more surface area for heat exchange, but it also demands more airflow to function optimally.
Your previous posts didn’t mention the motherboard, so I’m assuming you’re asking about its impact on performance. If you have a specific board model, it could affect cooling and power efficiency. Also, running the system in single-channel mode with just one RAM stick is outdated; upgrading to dual-channel would significantly improve performance.
OP is working with Gammaxx S40 instead of Wraith Stealth LM > Solder. Dropping liquid metal will lower the temperature by roughly 13°C, which should bring the solder down about 10°C. I understand that Hyper212 outperforms Gammaxx 300 or stock wraith stealth—though honestly, Wraith might still be better since Gammaxx fans are really bad. But a 30-degree Delta? Not worth it. My concern about the contact remains.
Begin by adjusting the negative VCORE offset. A value of -50 millivolts works well (0.05 volts); you may go lower if needed. Perfectly fine to reduce it further. Best approach is to pair a gentle overclock with a slight undervolt.
Many tinkerers are active here. At 75°C it's more than enough for the CPU under full load in a warm setting. You began proposing extreme adjustments before confirming with the original poster whether the fan curve was changed. Some standard fan curves prioritize quieter operation over speed, which naturally allows temperatures to climb to 75°C, especially in a hot room. We really don't know the case or fan setup—possibly a very restricted airflow design.