Overclocking setup for Ryzen 5 3600 with 16GB RAM and an Asus ROG Strix B450-F Gaming.
Overclocking setup for Ryzen 5 3600 with 16GB RAM and an Asus ROG Strix B450-F Gaming.
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I’m trying to boost my system performance. I started with my RAM, which is rated at 3200MHz CL16. After setting it to 1.36V, it reached 3600MHz for several stable runs. However, Prime95 reported an error after two hours, so I’m not sure if the issue lies with the RAM. Next, I checked my CPU and noticed that when I enable Core Performance Boost or Precision Boost, the clock speed jumps to around 4.05 GHz. This fluctuation seems normal for those settings. In idle mode, it stabilizes normally to save power. My CPU’s core voltage drops to about 1.4V under load, which is within expected ranges. I’m wondering if there are other settings with four levels in Auto that I could adjust, like a "Level 1" setting. Also, if I try overclocking to 4.1 GHz, it stays stable at that speed. When I leave the PC on for a few hours, power consumption seems minimal—does it drop significantly? If so, is there an option to lower power even when idle? Thanks for your help!
It's about the RAM. Gradually boost one at a time—if you're already shaky even with one tweak, things will only get worse during testing. No worries, that's typical for old stock chips; they often hit 1.4V under load, like my friend 3200G did while playing in BOTW with Yuzu. The voltage response on the original parts is why lowering it helps not just cool things down but also speeds up clocks because the CPU picks up cooler temps and runs faster. I suggest you try reducing the voltage first before adjusting any clock settings yourself. You can't judge it properly without testing both sides, but keep in mind your power use will rise if you stick to a fixed 4.1 base. That's why I think lowering the voltage on a Zen chip is more effective for me.
You adjusted the RAM to 1.35V with specific voltages and frequencies, ran Prime95 for 10 hours without issues. You disabled auto-enhancement settings and observed stable performance. The system reports low 12V readings, which you associate with past instability at higher clock speeds. It seems the current setup might be under stress due to high power usage and voltage constraints. Consider testing at lower voltages or a different PSU if you plan to increase frequency.
Focus on CPU Core Voltage and core clock performance when under load, rather than rail concerns.