Safe OC configurations for Ryzen 7 3700x with stock cooler
Safe OC configurations for Ryzen 7 3700x with stock cooler
Hi. I recently assembled a rig using the specifications you mentioned. At first, I wasn’t very familiar with BIOS and OC configurations. The PC store (which had assembled the system and set the BIOS) simply told me to keep everything as it was. However, during a benchmark test, I noticed that my processor, RAM, and video card were all underperforming significantly compared to expectations. I ran the benchmark using Userbenchmark. It seemed the settings from the PC store didn’t properly optimize my components. Typically, I’d choose Eco, Default, or OC settings for older systems, but for this new rig, I was overwhelmed by the numerous BIOS options and only managed to activate the XMP feature, which adjusted the RAM speed from 2314 to 3000. I searched for guides on properly configuring OC, but I’m still confused about all the terms and settings. Eventually, I decided to use the built-in app with my motherboard and updated everything. The next benchmark showed much better results.
BM results
I’m still concerned even after receiving a good review. There were performance notes indicating that my processor and video card were underperforming as expected.
I’m hoping someone can assist me in fully optimizing my OC settings, preferably using manual BIOS configurations. I also observed that every time I restart the App Center, it reverts to default, requiring me to reapply Smartboost Auto tuning. If possible, could you provide a step-by-step guide for adjusting the BIOS settings? I’m very sorry for asking too many questions and would appreciate any help. I’d like to optimize my settings so that the processor runs at a minimum of 4.1 GHz and my RAM operates smoothly alongside it, ideally using the included stock cooler. I’m quite anxious about changing BIOS settings because I worry they might damage the RAM or processor and void my warranty.
Processor: AMD Ryzen 7 3700X (3.6/4.4 GHz)
Motherboard: AM4 Gigabyte x750 Aorus Elite
Video Card: Gigabyte RTX 2070 Super Gaming OC (8GB)
RAM: Gskill Trident Z (16GB x2, DDR4 3000 CL 16)
Power Supply: Seasonic Focus+ 750W 80+ Gold Full Modular
Operating System: Windows 10 Pro
App Settings
So, with Ryzen 3xxx series CPU's, they are pretty much maxed out. Although there is a little OC headroom, there isn't much there. You can certainly hit an all core OC of 4.0/4.2ghz, but that is actually worse performance in many tasks, than simply using PBO, or the Auto OC feature. Specially for gaming, where single core speed matters most. So in a lot of cases, it's better to allow PBO and auto OC do it's thing, than OC all core to a lesser speed. Here's a good OC'ing guide to start with: https://forums. Great for beginners to learn how to do it right. Whilst we can give guidelines on what settings to use, only you can determine how far to push YOUR CPU. All chips are different and settings that work on one, may not on another. You have to do some work here. They key is to test for stability along the way, to ensure the results you get are sustainable and repeatable.
According to Keith12, AMD has reached its limits for processor overclocking. When using boosting, the system automatically increases performance under light, fluctuating loads but then reduces speed and voltage as temperatures climb to maintain stability. Fascinating! The safest and simplest approach is to ensure you have the most recent BIOS—preferably with AGESA 1003abba or 1004b—and the latest AMD chipset drivers available from the official AMD site. After that, activate PBO in the BIOS settings, typically found under Advanced CPU Options. Adjust the following parameters as recommended:
- Global C-state Control: Enabled
- Power Supply Idle Control: Low Current Idle
- CPPC: Enabled
- CPPC Preferred Cores: Enabled
- AMD Cool'n'Quiet: Enabled
- PPC Adjustment: PState 0
These changes optimize boosting performance for your motherboard. For more control, you can push the PBO limits to their maximum (PPT, TDC, EDC). Additionally, fine-tuning the VCore voltage offset is possible, but avoid overriding it—excessive positive offsets risk exceeding the 1.5V threshold at light loads, while too low a negative offset may slow clock speeds.
A better solution would be using a more powerful cooler, as boosting performance diminishes when temperatures rise above 75–80°C. Maintaining good cooling ensures longer boosted operation. Good luck!
Thank you very much for your responses.
@drea.drechsler and @keith12, I will follow the information you gave me. I removed the EasyTune app from my Gigabyte Aorus App center to avoid any conflicts with the settings you recommended.
Thanks a lot!