Enhance performance by boosting your Corsair RAM.
Enhance performance by boosting your Corsair RAM.
Hello, I'm working on boosting your DDR4 RAM speed from 3000MHz to 3600MHz. The specifications are 2x8GB with 15-17-17-35 voltage rails at 1.35V. You're thinking you can push it to 3200MHz without issues, and the OCCT test showed it was stable for about 15 minutes—maybe a bit longer would help. I'm looking for tips on adjusting timings or other settings to try. Thanks!
First, identify the memory ICs on your chips to determine the appropriate voltage range. You can check Thaiphoon Burner or Corsair labels for version numbers. While manual decoding is possible, searching online with the version details usually works faster. After setting the correct DRAM voltage, adjust the primary capacitors to values like 20-24-24-50 and aim for the highest bootable frequency that passes memory-heavy tests. This ensures performance improves alongside stability. Depending on your system, tweak other parameters—Intel may require specific controller voltages, while AMD needs SOC voltage at 1.15V and precise FCLK settings. Keep boosting frequency until benchmarks fail. Once stable, reduce timings slightly for consistency, then proceed to secondary and tertiary settings. After completing all primary adjustments, focus on memory stress testing by slightly increasing primaries if issues arise. Finally, conduct an extended overnight test to confirm full reliability.
Check ram ics using the thaiphoon burner. A quick screen capture of the burner helps identify the right model. Make sure your RAM is properly configured; at higher frequencies this can become an issue, but for lower speeds below 4000 it should be fine. However, you might want to avoid setting excessive voltages in the primaries—TRFC will handle performance better than just using CAS. It’s best to tighten the primaries first, though I don’t recommend overloading them with more than 0.1V. Redirect the rest of the voltage to the subtimings. Trfc should improve a bit from the volt adjustment, but be careful not to let it consume too much power like CAS does. Other subtimings are less critical except for TR3C, TRD-L/S, TFW, and all tertiary stages. Subtimings aside, focus on trfc and related parts for better results.