The CPU is still overclocking when idle, assistance is required.
The CPU is still overclocking when idle, assistance is required.
This problem appeared only yesterday after I updated my Drivers with Aorus. I also added two extra RAM sticks. The CPU is operating between 3800-3900MHz. Its original speed is 3400MHz, so it seems the frequency is being overclocked? If that’s the case, I’d like to prevent this from happening. Games have crashed to Desktop and now refuse to load. I’m using CAM to track speeds, but the readings are wrong—the fan speed is showing 1900RPM for the GPU, even though I can see it isn’t spinning, thanks to the glass cover on the case. When I run Aorus Engine, CAM immediately sets the speed to 0rpm as expected. I’ve heard from several forums that CAM isn’t very reliable, so I uninstalled it and restarted my PC after updating Windows. Still, games crash to Desktop. After reinstalling CAM, the problem remains unchanged; both Task Manager and CAM display identical CPU load and clock speed values. I’m confused because after the update, the clock speed exceeds the stock frequency even when idle, with no programs running.
Yes, install and then boot into BIOS.
Did you not set XMP in BIOS for your memory? If not, try that. That will use timings the DIMM manufacture think are optimal for them. Then just use that and try to see if it will pass Memtest, since you apparently did not set XMP previously.
If it doesn't pass then look for a DRAM Multiplier setting or DRAM CLOCK or something like that. That should be on AUTO...click on it and LOWER it to 2133. That's the LOWEST default DDR4 clock speed, usually anything will operate there. This is pretty basic, it should be...
Using AMD, especially with Ryzen, behaves differently from Intel. The 3400 MHz figure refers to the base clock, not the processor’s stock speed. By default, it increases up to a maximum of 3900Mhz when power and thermal capacity allow, and under suitable processing conditions, it remains light—often using just one or two cores. When idle, it reduces to the base clock or even lower to conserve energy, which is uncommon in Windows. It typically runs between 3.5-3.9Ghz during moderate to heavy tasks, adjusting based on workload. Under extreme heat from intense processing, it may cut below the base clock to safeguard the chip, though this can be avoided with better cooling. With superior cooling, you can maintain higher speeds even in demanding situations—possibly reaching around 3800Mhz. In some cases, especially with PBO and excellent cooling, Ryzen 2000 models can exceed their rated boost limits, which is essentially overclocking.
Are you suggesting this is typical behavior and that lower clock speeds often mean overload?
I’m not sure what would trigger my game to crash yet—I haven’t tried other games.
The Minecraft version with over 400 mods needs around 7-9gigs of RAM, which might be the issue.
It could also be a corrupt save file.
My experience is that after updating the Aorus Engine, the crashes started.
Other than that, I’m mainly worried about how the clocking works. I haven’t really studied it, but I’ve built three PCs before and am still learning.
Yes, it's typical.
I'm uncertain about Aorus Engine but I haven't encountered any issues with the tools from any motherboard maker. Many users face similar challenges and often remove them. Memory consistency might also be an issue based on your configuration and BIOS version.
You added two additional RAM modules? That means combining RAM? It's uncertain if mixing RAM from different kits will work stably. Take out the extra RAM and check the system.
It doesn't matter if the RAM is the same brand and model. They aren't part of the same kit. The RAM from a kit is assured to function properly since they were made in the same batch and checked.
This will be the next step.
Testing completed so far; removed old RAM from slots 2 and 4, installed new RAM sticks. Outcome was positive.
Swapped in new RAM into slots 1 and 3, 2 and 4, then tested again. Result remained positive.
Repeated process using original RAM. Result stayed positive.
All four RAM modules should now be installed.
I plan to run the system in BIOS, verify the revision level, and adjust it for stability. The challenge is determining the stable revision—do you have the expertise for that? Maybe.
Running four DIMMs can sometimes appear unreliable when aiming for higher clock speeds. However, running four at 2400 is likely acceptable. Still, performing a memory diagnostic would be wise. You can use MemTest or simply type "Memory Diagnostic" in Cortana's search bar, and Windows will restart into a memory test mode. Run it at least twice, as it will take a considerable time with 32Gb.