Compare RAM speeds and their timing characteristics. Analyze how data transfer rates relate to latency and clock speeds.
Compare RAM speeds and their timing characteristics. Analyze how data transfer rates relate to latency and clock speeds.
Focus on the key timings here. Refine one at a time and test. Maintain the 1T command speed. Set the memory voltage to 1.36V instead of 1.35V to handle any voltage drop. You can also turn off power-down mode, which will stop the memory from throttling or saving power.
I'm back on 1T again. Your advice about keeping voltage consistent and using 1.36 helped. Do you think a lower CL is better than faster memory? When you raise the memory speed from 15 to 17 to 17 again to 36 to 69 to 1, which timing settings should you adjust?
Reduce the latency of the Cas system, maintain identical timing, boost frequency until instability occurs.
I'm back with 2T and XMP. The standard 3600MHz setting isn't reliable on 1T when things get busy. I'll experiment with various XMP profiles—there are two of them available.
It will require some testing and adjustment. You're heading in the correct direction. Most outcomes depend on your decisions. Minor adjustments work best.