Zen 3 RAM OC is stuck after the first day. Planning to attempt again.
Zen 3 RAM OC is stuck after the first day. Planning to attempt again.
Latency shlatency is often disappointing, and theory doesn’t always match real-world results. You need to examine actual performance data through proper testing, rather than relying solely on concepts. Using theory to control everything leads to pitfalls like PSU tierlists and overpriced builds that offer little real advantage over cheaper options. The 3600c18 performs better than the 3200c16 in this regard. A 1.5V supply is a perfectly reasonable daily voltage; if you’re overly cautious, there’s no point investing time. Focus on achieving meaningful improvements instead of chasing marginal gains for trivial benefits. My approach skips arbitrary safety thresholds and prioritizes performance goals, ensuring I invest effort where it matters most. This means I don’t waste hours chasing small increases when a 1% gain versus a 7% gain is better because I reduced my voltage to 1.65V rather than 2V on DDR3 or lowered it to 1.5V compared to 1.7V on DDR4. Tighten the TRDRs and set everything to 1, then go. No need for extra stability tweaks or time-consuming adjustments—just set it and forget it. Five minutes can yield around a 3% improvement, which makes total sense. Time isn’t wasted if you’re not rushing through it. Only when you waste effort like a clumsy knee does I disagree. I’ve never seen significant RAM degradation; sticking to 2.4V+ is safe for now, or lower voltages (even 2.2V) will still hold up for a while. Just test some reliable chips like CJ-R or similar, and you’ll see what works.
I’d prefer focusing on performance targets, but I also value personal objectives and the time spent troubleshooting my computer. Balancing reliability with growth in gaming, writing, and tech is important. It’s easy to lean too far in one direction if you’re not careful. Thanks for the guidance!
Even though my idea of a glory run matches what you call a daily OC, it’s mainly because I’m an obsessed OC fan. Most people who share this interest only do it alongside me or others who think the same. If you want a bit more speed, tightening the TRFC might help—though I’m not sure if it works with higher voltages on the chip. It should be straightforward since it’s just one timing test.
Update from @WereCat – everything ran super smoothly! .1 climbed high and I’m consistently landing at 120 on 1% lows. It’s making high SBMM in Fortnite much easier to track. Thanks a ton!
I attempted to upgrade Teamgroup RAM using the same specifications as 3200 CL16 20-20-40-60. Successfully ran 3600 CL18 at 1.4V, but encountered issues during the AIDA64 memory stability test and occasionally with OCCT. After several attempts—including trying 3400—I found that running everything at 3200CL16 was the only stable option. SorryClaire, I recommend testing those two programs to check for errors. My assessment was that Teamgroup 3200CL16 isn’t reliable for OC. I ended up purchasing a 3600 RAM module and installing it in another system.