Learning to boost RAM performance is a new experience.
Learning to boost RAM performance is a new experience.
16-16-16-36 is optimal. 14-14-14-32 offers the highest value but has a higher price.
Enable DOP, set frequency to 3600MHz and boost voltage. Use max memory voltage at 1.5V—higher isn’t always better, sometimes it doesn’t improve if voltage stays the same or rises. SOC should sit between 1.05V and 1.15V, typically around 1.1V, though some CPUs perform best at slightly different levels. Expect timing sequences like 18-20-20-40, though I’m not sure if your board can maintain those speeds at higher frequencies without dropping out entirely, possibly resulting in 24-26-26-46.
Thanks for your reply. I'll start looking into DOCP, SOC, and similar topics.
Using RAM OC offers two main options: boost the frequency or tighten the timings to cut latency. In both cases, voltage typically rises. Based on your configuration, I recommend aiming for higher frequency as you intended. Here’s a suggested approach: configure your XMP profile to establish a baseline. Begin with 3400Mhz and set DRAM voltage at 1.375V. If the system boots stably, gradually increase frequency until instability appears, then raise the DRAM voltage further while adjusting timings slightly. Share your outcomes when you’re ready.
Use the thaiphoon burner to retrieve information from your RAM, save it in XML format, import it into the Ryzen Drm Calculator, choose your desired frequency (3600 is fine), click calculate safe. This will display all timings, sub-timings, and voltages you need to record. Enter these details in the BIOS settings and proceed. If issues arise, gradually increase the DRAM voltage up to a maximum of 1.45 or 1.5. Once booted, perform a stress test with AIDA or similar software.