No, it won't bottleneck. The Ryzen 5 3600 handles the 2080 Super's demands well.
No, it won't bottleneck. The Ryzen 5 3600 handles the 2080 Super's demands well.
Slightly so, not due to single-channel memory but because of limited capacity when using only 8GB. In most games, the difference in FPS between single and dual channels is minimal, though some titles may struggle with single-channel usage. The CPU's performance will be constrained a bit, but it shouldn’t be enough to justify upgrading to a new processor or platform (Intel).
The system runs at 3.6 GHz with a 16 GB RAM configuration, and your GPU utilization stays around 80-90% during most games at 1440P. This range is typical and not necessarily a bottleneck unless you notice performance drops.
It seems you're asking about a few things at once. First, lowering the CPU frequency might help with cooling, but it doesn't fix all performance issues. Second, regarding the Wraith Prism—checking if someone has one available at a lower price could be worth looking into.
I plan to purchase the Snowman T6 Ultra and test it at 1.4V 4.3 GHz.
Dual/single channel RAM impacts CPU performance beyond just FPS. It can help reduce the bottleneck when your GPU is under load, like in BF1 where CPU and GPU usage are high. Switching to dual channels may lower the bottleneck effect.
Dual channel setup is excellent for handling multiple tasks at once. Games that utilize many cores tend to run smoother with two memory sticks. Definitely consider adding another identical stick of RAM. It can significantly boost overall system performance, particularly when juggling several applications.
That voltage seems quite high, maybe I should let PBO operate independently after the cooler is ready. I configured mine to CCX1 4.2 and CCX2 4.15 GHz around 1.3V, and it’s been stable so far—though I’m not entirely sure if that was correct.
You recently purchased the CPU and are currently using a 3600 processor paired with an Arctic Freezer 34. You've managed to maintain a stable overclock at 4.4Ghz with a voltage of 1.3V, and everything is running smoothly without any issues. Based on your experience, the default settings tend to get quite hot. When you use the stock cooler and leave the settings unchanged, temperatures rise significantly—often exceeding 90 degrees during intensive tasks like Cinebench or rendering. However, after installing the Arctic Freezer, the temperature drops to around 80 degrees. At full load, I'm drawing 90W while maintaining a stable 4.4Ghz and 1.3V. Even with demanding workloads such as Blender, Max, or high-end rendering, the system stays cool, rarely surpassing 79 degrees. I've experimented with higher voltages (like 4.5V, 1.30625V, 1.3125V) in software like Cinebench Prime95, but the system remains stable without crashes. It seems a more robust cooler and increased voltage could help push the temperature even lower.