Boosting on R5 3600
Boosting on R5 3600
Hi,
I'm beginning my PC build after months of waiting, and I chose the Ryzen 5 3600 processor.
With a B450 Aorus Pro motherboard, the CPU cooler is Hyper 212 RGB BE, which is quite basic.
I mainly play games for extended periods without streaming, and I aim for the CPU to last many years.
I don’t want to overclock and prefer avoiding it. The area where I live tends to be hot, so keeping the system cool is essential.
I’m okay with stock speeds if they perform well, but some sources suggest undervolting due to high temperatures since the default voltage is quite high.
If I stick with the stock 3.6GHz, what should I aim for in terms of undervolting?
If I opt for a safe boost to 3.9–4.0–4.1GHz, which option is more reliable long-term?
How should I balance core clocks and voltage settings? What are the safe voltage ranges for this processor?
Do I need to test everything in the lab just to ensure it runs smoothly at normal temperatures?
What temperatures should I expect from my cooler?
Based on your experience, what are the best safe clock speeds and voltages for this CPU?
I need to be ready tomorrow after finishing the build, so any advice would be greatly appreciated.
Thanks for your help!
Obviously, the lower clock leads to reduced heat generation and less degradation, making it 'safer'. However, even 4.1 won't be unsafe as long as temperature remains acceptable and voltage stays within normal limits. A Hyper 212 will manage the cooling effectively, and when left in AUTO mode, the algorithm handles voltage adjustments so that's also addressed.
What's the rest of the setup?
Do you intend to cap performance at 60fps maximum (vysnc) when using a 60Hz monitor?
This is because if so, you can likely turn off PBO entirely in the BIOS.
By default, the Ryzen processor can easily exceed 60fps.
The GPU is an RTX 2060 with a 60Hz monitor, and I plan to upgrade soon to 1080p at 144Hz. Using this 60Hz display will limit the maximum refresh rate to 60. If I turn off PBO in BIOS, what changes will occur? Should I adjust it manually instead of relying on Ryzen Master? Please clarify the first question. Thanks!
The automatic performance increase on Ryzen relies mainly on temperature, with optimal results when it's below 62-65°C. Temperatures above 70°C start to reduce the boost noticeably.
The only task is to manage temperatures with a suitable CPU cooler...allow the CPU to manage voltage and clock speed as intended. Under-volting is only necessary if cooling isn't sufficient.
This 60Hz monitor will cap performance at 60fps on the display.
A 60Hz screen can support more than 60fps, provided you turn off Vsync in the NVIDIA settings, enable triple buffering, and keep frame rates steady. Even with these adjustments, the GPU processes frames faster, reducing lag significantly.
Switching from an HDMI cable to a standard DVI cable might cause minor screen tearing or artifacts, but it’s acceptable for higher refresh rates during gaming.
The higher the temperature, the quicker my CPU ages, doesn't it? For clocks, it's not automatic and I need to adjust it manually with Ryzen Master. Still didn't get answers about the undervolt issue because I have a good cooler. Probably that's why.
It's true, temps matter, but I'm seeking guidance on managing it without dealing with the undervolt issue since I likely won't take that step.
I really value this advice, though—it feels like DVI is becoming outdated and I might wait for a better option.
Please keep it focused, as I haven't received clear responses to my questions in the thread.
Thanks for your support!
Temperature and high voltage are both aging factors, but it's hard to pinpoint an exact answer since no two CPUs or systems are the same. The goal is to discover a balance that maintains performance. You'll need to experiment to find the right approach.
Obviously, a lower clock speed leads to reduced heat generation and less wear, making it a safer choice. However, even 4.1 won’t be dangerous as long as the temperature stays under control and the voltage remains stable. A Hyper 212 should manage the cooling effectively, and when left in AUTO mode, the system adjusts voltage according to the algorithm, which is also accounted for.
The best approach is to balance the VCore and clocks by allowing the processor’s built-in optimizations to handle the task automatically. This is the definitive answer, as it is highly optimized and operates at a pace beyond human understanding.
There’s no need to perform bench tests if you keep voltage and frequency in AUTO mode.
Addressing question 2, 3, and 4 has been resolved.
For question 1, the exact undervolt level depends on your processor’s capabilities and the motherboard configuration. If you decide to undervolt, do so only through small incremental adjustments using OFFSET settings.
Run Benchtest with CineBench 20, performing both multithread and single-thread tests before considering it stable. It’s straightforward to damage performance in one test; single-thread results are more indicative of gaming performance, which is heavily influenced by the GPU.