Activating D.O.C.P. (xmp) together with operating rams at their designed velocities causes system instability.
Activating D.O.C.P. (xmp) together with operating rams at their designed velocities causes system instability.
Hey! You're dealing with a pretty common issue with high-frequency memory kits. The freezing and reboots when using the 3000 MHz Trident Z kit at 3000 MHz can be frustrating. Since lowering the frequency to 2133 or 2666 didn't help, here are some possible fixes:
1. **Check BIOS Settings** – Make sure your motherboard's BIOS is set to the correct memory speed (3000 MHz) and that it supports the 3000 MHz configuration.
2. **Update BIOS** – Ensure your motherboard's BIOS is up to date, as newer versions may include fixes for stability issues.
3. **Test with Different RAM** – Try swapping in a different RAM module (e.g., G.Skill Trident Z 2133 or 2666) to see if the problem persists.
4. **Use a Different CPU** – If possible, test with another CPU (like Ryzen 5 2600) to rule out compatibility issues.
5. **Check for Overclocking Conflicts** – Ensure you're not overclocking your system, as that can cause instability.
6. **Hardware Compatibility** – Verify that your motherboard supports the 3000 MHz configuration and that all components are compatible.
If none of these work, it might be worth reaching out to Asus support or checking community forums for more targeted advice. You're not alone in this—many users face similar challenges!
MOBO: Asus Prime B450 Plus (updated BIOS)
RAM: 2x8 G.Skill Trident Z RGB 3000 MHz
I've been facing the same issue with my setup too, which is really annoying. I think it might be a motherboard or chipset problem, but since I upgraded to the x570 and the issue continues, it could also be related to the RAM. My TUF Gaming X570 Wifi Board has a Ryzen 3 3200G and two Corsair Vengeance RAM sticks, so it's possible the memory is faulty. If someone can identify the problem, that would be great!
Yes, DDR4 3000 modules are compatible. If they display defects at 3000 rather than 2666/2866, they are likely faulty. Sometimes flipping the position resolves the issue, other times the error moves to the opposite slot (strong indication of defective RAM), and occasionally it stays in place (suggests a faulty board). Use memtest86 for a bootable check; the alternative version tends to miss errors frequently.