They require overclocking RAM pros!
They require overclocking RAM pros!
Your RAM specs are 32GB LPDDR5X with M.2 slot, using Z690 + i9 motherboard. For stable performance, consider standard timings like 1066/1333/1600 and a voltage around 1.25V. The TCWL setting isn’t needed here since you’re not using it; just ensure your BIOS is set correctly. TCWL vs TCL are different settings—TCWL adjusts timing parameters, while TCL changes clock speeds. Secondary and tri-triary timings may need tweaks depending on your chipset, but check your motherboard manual for guidance.
tCWL refers to writing data to the memory chip, while tCL means reading from it. tCWL is significant but not as crucial as tCL. It seems unlikely that your BIOS lacks tCWL support—what board are you using? The key timing parameters you need to focus on include tRRD, tFAW, tREFI, tRFC, and the primaries. Besides these, many other timing details also play a vital role. Based on the kit version, it's a Micron 16Gb Rev B board, which should perform well with speeds around 3800-4000MT/s in gear 1. If you're using Gear 2 (not advised unless memory bandwidth is a priority), you can expect over 4800MT/s, though it may be challenging. The primary timings are solid and the voltage tolerance is good, so starting at 1.5V VCCSA works well for achieving 4000MT/s in gear 1. For voltages around 1.35V VCCSA, you can reach higher speeds, but results will vary per model.
They offer two types of boards—MSI or Asus. You need low latency with stable performance. Adjusting the settings increases stability but can affect speed. Tighter timings mean shorter delays per operation, improving speed, while looser settings give more time for operations and better consistency. High-frequency kits demand very loose timings to maintain stability, but you may need to reduce speed initially before optimizing.
I'm still trying to understand which section the guide refers to as being opposite of what I mentioned. It seems there might be a misunderstanding, and clarifying this would help.