Guide to Overclock Ryzen 1600
Guide to Overclock Ryzen 1600
Hey everyone,
I need some advice on overclocking my Ryzen 1600. My motherboard is an MSI B350 Gaming Plus, and I'm using the Crucial 2400Mhz (4x4) with the AMD Stock Cooler included. Some people say it's possible to reach 3.8Ghz, but I want to know the right voltage settings and whether I should do the overclock through AMD Ryzen Master or directly in the BIOS.
Currently, I play PUBG and CS GO. Will these games notice any improvement in performance after increasing the clock from 3.4Ghz to 3.8Ghz? Like an FPS boost?
Thanks,
Marco
Similar to the video you shared, always check via the BIOS—it provides better stability. Ryzen Master usually applies auto settings, which can cause over-voltage issues. Aim for around 1.35 vcore with a multiplier of 38 for a 3.8ghz frequency. Begin at a lower setting and gradually increase it during stress tests using tools like Prime95 to ensure stability. For best results, monitor temperatures with HWmon while pushing the CPU to its limits. The ideal temperature range is 29-35°C during idle, 45-60°C during gaming, and 70-80°C under full load. If you reach 80°C or higher during stress, reduce the voltage and settle for a lower setting like 3.7°C to maintain cooler operation.
Similar to the video you shared, always check via the BIOS—it's much more reliable. Ryzen Master usually applies auto settings, which might cause over-voltage. Aim for around 1.35 vcore with a multiplier of 38 for a 3.8ghz setting. Begin low and gradually increase, using stress tests like Prime 95 to ensure stability, then reach your highest stable overclock. While the stock cooler works, consider using HWmon to keep an eye on CPU temperatures during stress.
Ideally, expect idle temps between 29-35°C, gaming temps 45-60°C, and full load around 70-80°C. If you reach 80°C or higher during stress, reduce the voltage and settle for a lower value like 3.7 to maintain better performance.
My 1600x runs at 3.85ghz with 1.3 vcore, reaching about 75°C under stress. I use a Wraith Max cooler and can push it slightly higher, though results vary by chip. Theoretically, it could support another 100MHz.