Adjusting instructions for Asus X570-P and Ryzen 3700X
Adjusting instructions for Asus X570-P and Ryzen 3700X
Hi, I can assist with adjusting the BIOS settings for your Asus X570-P system. Let’s review the options for your Ryzen 3700X and G.Skill Aegis 2x16GB PC. Since you haven’t changed anything yet, we’ll focus on safe tweaks to improve performance and stability.
I had some uncertainty about the DOCP since the moment I tried to activate it, a discouraging message appeared, and I quickly turned it off. Thank you for your understanding. Right now, I prefer not to overclock; my main goal is to verify everything is functioning correctly and ensuring there are no bottlenecks.
The note essentially warns about exceeding manufacturer limits, though it seems focused more on legal concerns than technical fixes. I’d likely avoid enabling PBO since its benefits are usually small across typical tasks. Beyond DOCP and boot sequence settings, the BIOS offers limited adjustments.
I suggest adjusting RAM manually to its specified rate and configuring the voltage to 1.3500V. Monitor your CPU’s voltage closely; Asus boards often default to higher values at stock settings. For stable operation, follow these steps:
- Keep Asus’s EZ-Tuning Utility in ‘Normal’ mode.
- In Extreme Tweaker, enable Auto for all CPU parameters.
- Set RAM to its rated frequency (e.g., 3200MHz).
- Voltages:
- CPU Core – Manaul Mode: 1.2500V
- CPU SOC – Manual: VDDSOC 1.1000V
- DRAM – 1.3500V
- PLL – 1.8000V
- SB – 1.0500V
Some of these values were initially set to higher levels at default, which is why Asus tends to do so. For reliable long-term use, stick to these settings.
For stable performance, third-gen Ryzen chips thrive in cooler conditions. Reducing voltage to 1.2500V helps prevent degradation and extends lifespan. I’ve noticed improved stability and speed when lowering voltages while keeping temperatures down.
My best results came from setting my Corsair Vengeance 32GB 3200MHz CL16 to 3400MHz at 1.3500V, fine-tuning timings. This approach gave me the strongest performance boost.
Start with your RAM’s rated speed and adjust from there. For third-gen Ryzen, high voltages can cause issues—keeping them below 1.375V is generally safe for most users.
For more details on voltage challenges with Ryzen CPUs, see this helpful post: https://www.reddit.com/r/overclocking/co...for_zen_2/
Avoid fixing the VCORE voltage unless you're adjusting a multiplier. Keep it away from 1.25V; use an offset if you're concerned about excessive voltages.
Yup DOCP's warning essentially means you're pushing your RAM beyond its rated speed. For Ryzen chips, anything over 2800MHz is usually considered overclocking? DOCP is a reliable approach, but I only recommend manual OC settings when specific motherboard manufacturers (like Asus) push voltages well above specifications, which can harm CPU performance over time. PBO settings are suggested if you're doing OC, though actual gains are minimal. Personally, I didn’t see much benefit from it, so I kept my 3800x at stock. Better to lower CPU voltages, stick to specs for other parameters, and experiment with RAM speed and timings instead!
Your information comes from your own experience and notes. The reading of 1.2500V is considered low yet safe, and it generally helps reduce CPU temperatures. Your adjustment of setting a small offset might be a good precaution.
Various tasks need different power levels. Though 1.25V works for some jobs it won't suffice for others. Even if your system seems to run smoothly, it might just mean slower peak performance or clock adjustments. This results in reduced efficiency. If you're lowering your CPU voltage with a fixed setting, make sure the multiplier matches that voltage.
You can tolerate a bigger offset than .025V before the clock stretching starts. I can handle down to -.06875V before noticing it. You won’t see the effect just by checking speeds; in fact, you’ll observe speeds seeming higher due to cooler temperatures, so a benchmark is necessary. CB15 makes this process easier. And a 1.4V reading under light load is perfectly fine.