The SoC voltage rise enhances stability for the Ryzen 2000.
The SoC voltage rise enhances stability for the Ryzen 2000.
Someone imagined you'd switch to a different SK Hynix lineup and end up with wildly different outcomes? That's insane. You might want to boost SOC, but if you need to hit 1.20v for full stability, the package isn't worth it. It's such a frustrating problem. I own three SK Hynix units—Vengeance 3000mhz with four sticks and a PNY set that I didn’t install on my Ryzen rig. I pushed it on my Intel machine instead, and it ran smoothly. Still, the 2700X is super sensitive to memory kits.
In fact, the initial module was a micron, and I had no understanding of this subject when I made the purchase.
Micron's reception with Zen+ varies; most units performed adequately. Be mindful that frequencies above 2933mhz don't ensure success. My 2700X responded better with a more relaxed tRC and tRFC settings, though I'm unsure of the reason. Many users claim tighter timings for stability, but perhaps my configuration wasn't optimized. It's important to maintain memory stability during overclocking—aim for under 40c while testing. Stability tends to drop around 50c and higher, depending on frequency and Vdimm. Overclocking involves a lot of trial and error, so patience is key. If you're facing performance issues under load, consider trying a different kit after exhausting your current options.
Checked performance over 1 hour on each SSE and AVX2 units. Looks stable, but extending the test might give clearer insights.
Current progress is fine; consider testing with Testmem5. Do you see WHEA_LOGGER errors in your EventViewer?
It operated briefly using the standard settings. Not sure if that's acceptable. From the user's perspective, the anta777 extreme config is the default. Yes, I suspect WHEA_LOGGER errors are appearing in the event viewer. I attempted to include those logs in the pass but they didn't provide much information.
Read all components to understand how CBA affects memory retention during testing
It doesn't look correct; please click Load config & exit and choose [email protected]. WHEA_LOGGER shouldn't be overlooked, as your SoC voltage might have been too low. Have you adjusted the SoC voltage to at least 1.1v? Just avoid setting it too high, since I've noticed that raising it above 1.2v often triggers WHEA_LOGGER issues.