Ryzen 3 2200G
Ryzen 3 2200G
Start by thinking about getting a reliable aftermarket CPU cooler. Maintaining a cool CPU is especially crucial when using an APU. With a Ryzen APU, decide which aspect—GPU or CPU—offers the greater performance gain. Memory speed also plays a key role, particularly for GPU performance. However, avoid trying to adjust overclock settings for all three components simultaneously.
If gaming graphics are your main focus, prioritize overclocking the GPU, paying close attention to memory speed for best results. Once you achieve a stable memory overclock, shift your efforts to the CPU.
But if productivity apps are more important, then tackle the CPU first, followed by memory and finally the GPU.
In the end, the order in which you work may not significantly impact the final overclocking outcome. What matters most is sticking to a structured approach to prevent frustration.
Additionally, consider using AMD's overclocking tool, RyzenMaster, which provides helpful guidance for optimizing Ryzen processors.
Start by thinking about getting a quality aftermarket CPU cooler. Maintaining CPU temperature is especially crucial when using an APU. With a Ryzen APU, decide which performance aspect you want to prioritize: GPU or CPU. Memory speed also plays a role, particularly for GPU performance. However, avoid trying to overclock all three components simultaneously.
If gaming graphics are your main focus, then prioritize GPU overclocking. Good memory speed is essential for the best graphics results. Once you achieve a stable memory overclock, move on to the CPU.
But if productivity apps are more important, then tackle the CPU first, followed by memory and finally the GPU. In the end, it probably doesn’t significantly affect your final overclocking outcome which area you address first. It’s better to stick to a methodical approach to prevent frustration.
I also recommend using AMD’s overclocking tool, RyzenMaster. It offers helpful guidance for properly overclocking Ryzen processors.
Thanks for your response! My first attempt was to increase my RAM from 2400mhz to 2667mhz. After booting into Windows, it took about 15-25 minutes. The screen turned blue, so I reset to the default 2400mhz. Then I tried overclocking the CPU to 3.7 with a voltage of 1.4V using RyzenMaster. However, after applying the changes, Windows wouldn’t boot and there was no display at all—not even the motherboard loading screen.
Does your memory stick appear in the motherboard's QVL? I wouldn't attempt to overclock it beyond the rated speeds unless the CPU and GPU are also stable first. Each processor handles timing differently—my 2200G runs at 3800 MHz on the CPU side and 1100 MHz on the GPU side. My GPU performance is generally lower than average, and I'm working closely with the motherboard manufacturer (Asus). This setup also includes two 8GB (16GB total) of 3200MHz RAM; the Ryzens, particularly the 2200G, prefer higher timing RAM, and a dual stick configuration would be ideal—but it's quite sensitive to RAM selection, which is why confirming compatibility with the manufacturer is crucial. I've experienced this firsthand after completing my first build in 15 years and discovering that things are more complex than they seem. 😉
Good luck, and consider reaching out to MSI tech support if needed.
mobo support page: https://www.msi.com/Motherboard/support/B350M-Pro-VDH
mobo vendor list for RAM using 2200G: https://www.msi.com/Motherboard/support/...ort-mem-13
Here’s a rewritten version of your text:
I wanted to thank you for your response. Initially, I increased my RAM's speed from 2400mhz to 2667mhz. After booting into Windows, it took around 15 to 25 minutes, and then the screen turned blue. I returned to the standard 2400mhz settings. Then I attempted to overclock the CPU to 3.7 with a voltage of 1.4V using Ryzen Master software. Unfortunately, Windows wouldn’t boot, and there was no display at all—not even the motherboard loading screen.
I recommend avoiding CPU overclocking at this stage. It seems that optimizing memory for maximum speed is the better approach to get the most out of a Ryzen APU. However, it’s well known that, except for a few exceptions, DDR4 memory is still sold for Intel processors. Although recent BIOS updates have improved performance, they often reduce timings even for memory that has been set up and optimized for Ryzen.
Fortunately, there’s a tool called the DRAM calculator that can help identify the best timing settings tailored to your memory. You can find more information about it here:
https://forums.guru3d.com/threads/ryzen-...m4.422224/
There’s also a YouTube tutorial demonstrating how to use the tool, along with a step-by-step guide:
https://www.youtube.com/watch?v=Q9bekQTRnzY
Additionally, a video shows how to use another tool named Taiphoon to determine the exact DRAM chips in your memory modules. You can download the DRAM calculator from:
https://www.guru3d.com/files-details/dow...lator.html
For now, it’s best to stick with the memory’s rated clock speed and safe settings. You can revisit overclocking later, but always begin with safe settings at the target speed you’re testing.