Yes, you can easily set up a custom SPD profile.
Yes, you can easily set up a custom SPD profile.
You're considering ways to enhance your system performance. There are options available, but they may not be necessary. You can adjust memory timings directly in the BIOS instead of creating a new SPD profile. If you're aiming to overclock your memory setup, providing details like the CPU model, motherboard, exact RAM specifications, and any memory IC information would help guide the right approach.
I'm just trying to mess around tbh to see if it improves performance at all in games. I already overclocked it to 6000mt but gigabyte have this ram booster feature that gives some more overclock but it seems to just apply random timings. It's something like going from thr xmp cl36 to cl40 because they just worked out some generic timings for that feature. so I thought i could just edit the timings my self and use one of the slots on the ram to save it(in the end) but I'm just trying to work out if there was a good way to work out all the numbers to apply. Is there some tool you can use to try work out better timings than what's on the box out the factory. I'm just using a basic Kingston 5400mt kit since I needed something low profile and it was the only option I could see at the time for a reasonable price.. not sure on the ic(not able to check dor a coupe days) but I know it's using hynix modules
Sure, you can adjust the timing settings, which is essentially memory overclocking. Even if the clock speed remains unchanged, tuning the timings can still be beneficial. Start by identifying the memory IC on your RAM modules, as this greatly influences the appropriate settings. A common tool for this is Thaiphoon Burner. If that fails—especially with DDR5—I can try entering a few settings manually to check if the system boots. Understanding your motherboard and CPU is crucial since Intel and AMD handle timing calculations differently. For example, the same memory package might boot with tRFC 300 on an Intel board but not below tRFC 500 on an AMD board. Generally, at DDR5 6000, most modules use CL30-38-38-30 at 1.35V for primary timings, with secondary timings remaining stable.