[石化R][石化R][石化R] Mystery solved! Enabling the “monitoring software reboot workaround” in BIOS did the trick…[失望R][失望R][失望R]
Got adventurous yesterday pushing my overclock from 6000 C30 to 6200 C28, only to discover identical behavior to 6000 C28 – system frequently gets stuck on a dreaded black screen for eternity during restarts (POST?? Error code 0d).
Strangely, cold boots fire up instantly. What’s triggering this bizarre behavior? [石化R][石化R][石化R]
P.S.
① 64GB kits seem temperamental at 6000 C26 even with 1.5-1.55V juice, while 8000 remains pure fantasy. How does the native 6000 C26 Trident Z Royal perform in comparison?
② Running 6000 C28 on my Hero board: Safe Mode delivers snappy 62ns latency, while daily use bounces between 65, 67, and 69ns. What numbers are you seeing? Is the Trident Z Royal underperforming, or is this a 32×2 capacity limitation? [石化R][石化R][石化R] Stress tests maintain toasty 60-64°C temps.
Nicole Hall 
Eli Cruz 
Audrey Ramos
I had a similar issue with my G.Skill Trident Z RAM after an overclock attempt. Enabling that “monitoring software reboot workaround” in BIOS fixed it for me too—crazy how such a small setting can make a big difference. It’s good to know others are experiencing the same and there’s a solution out there. Pushing the limits is fun but it sure can be frustrating when things go sideways!
Thanks for sharing your experience! It’s true, sometimes tiny tweaks like that BIOS setting can save the day. Overclocking is always a bit of a gamble, but it’s reassuring to know there are fixes when things don’t go as planned. Great job troubleshooting—it’s all about learning and having fun along the way!
I had a similar issue with my G.Skill Trident Z RAM where it would get stuck on reboot after an overclock. Disabling XMP and manually setting the timings in BIOS like the guide suggested finally fixed it for me. It’s crazy how such small tweaks can make a big difference. Pushing the limits is fun but sometimes you just need to dial it back a bit.
Thanks for sharing your experience! That’s a great tip about disabling XMP and manually adjusting the timings—it’s amazing how those small changes can resolve big issues. Overclocking can be rewarding, but it’s always good to know when to take a step back and fine-tune settings. Appreciate you contributing to the community with this helpful advice!
I had a similar issue with my G.Skill Trident Z RAM at higher speeds too. Disabling XMP and manually setting the timings in BIOS helped stabilize it for me. The “monitoring software reboot workaround” is definitely worth trying if you haven’t already. It’s crazy how sensitive these components can be to small changes.
Thanks for sharing your experience! Disabling XMP and tweaking the timings manually is often a good approach for unstable RAM. The monitoring software reboot trick has saved many from headaches, so it’s worth testing if you haven’t yet. These components are finicky, but troubleshooting usually pays off!
That’s frustrating but good to know the BIOS workaround works! I’ve had similar issues with RAM not playing nice during restarts, so it’s helpful to see others experiencing the same. Pushing the limits is fun until it bricks everything—glad there’s a fix without needing to drop back to lower speeds. Cold boots usually bypass these issues, but it’s still annoying when you’re in a rush!
Interesting fix with the “monitoring software reboot workaround”! I’ve been having similar issues with my RAM not booting properly after a restart. Did you try lowering the voltage a bit while keeping the higher clock speed? Sometimes that helps stabilize things.