Configuration Details
Configuration Details
After testing, you'll see the real value of RAM overclocking—it's a process of trial and error with precise timing. If you're familiar with the work and aim to explore new options, that works well. Also, are you using DDR5? Which CPU model are you running? Keep in mind that high speeds aren't guaranteed yet, as DDR5 is still in its early stages.
I will call @RONOTHAN## since he actually has DDR5. I wouldn't waste time on tiny adjustments like .625; skip them and jump to .25 or .5. If stability is uncertain, try larger steps around 1.45v or 1.5v instead. This mainly helps save time because testing those small values feels unnecessary when you can estimate the voltage needed and narrow down increments until you find a stable setting.
Buildzoid accompanies you through your challenging mission to secure the DDR5-8000, calling the 1 Hour edition a daunting task. Updated on June 10, 2023 by cautiouslyoptimistic
Many of these configurations seem quite relaxed, especially the tRRDs which likely handle 8/4 instead of 16/8. I haven't encountered a kit that avoids tRDRD timings at 16/8. A few adjustments are needed, such as avoiding tWR or tWTR settings. These options don't exist on Intel and are determined by separate timing parameters like tWRPRE, tWRRD, and others—often CAS latency is involved, though possibly additional timings exist. Setting them too tightly at DDR5 8000 is challenging for most modules, and for tWRRD timings 64/48 appears most restrictive. Running closer to 68/52 seems safer, as these settings don't hurt performance much and tend to cause issues after a few hours rather than quickly. The only timing that could be too tight is tCKE, though most sticks handle it fine. On the rare side, I've seen one kit needing 12+ for stability in TM5 1usmus_v3, failing after a few minutes at lower settings or showing errors after 1–2 hours instead of the usual quick crashes.