My computer refuses to post with any form of RAM overclock.
My computer refuses to post with any form of RAM overclock.
I assembled my initial gaming PC in April this year, and initially everything functioned well. I enabled the XMP profile for my RAM to reach 3200mhz instead of the default 2133mhz, and activated "Game Boost" for automatic CPU overclocking. After that, I encountered a problem with the RAM and had to replace it with Corsair. Once I received the new RAM, everything worked properly again. I continued using XMP and Game Boost. Recently, I've noticed occasional issues where my PC fails to boot. While I can use it for long gaming sessions without problems, I sometimes turn it off and come back an hour later only to find it still won't start. I’m uncertain about the exact cause, but since I connected the PSU directly to the wall and not overclocking, the booting has been more stable. I attempted to re-enable XMP for my RAM, but it didn’t work. I also tried the "Memroy try It!" feature to force it to run at 3200 (with no success) and then 3000 (also unsuccessful).
My motherboard includes a second CPU power socket, labeled for "exrtreme overlockers," which I never used. I don’t even have a 4-pin cable for it. I suspect the problem might be related to using just one CPU cable instead of the appropriate one.
I’m wondering if others have experienced similar issues and what solutions they used. Although I’m not a heavy user, I purchased 3200mhz RAM and want to ensure it can run at that speed.
System details:
- MB: MSI MPG z390 gaming pro carbon
- CPU: i5 9600k
- RAM: Corsair Vengeance RGB Pro 3200mhz
- PSU: Corsair RM1000i
- GPU: MSI 1660ti Armor OC 6G
Disable the automatic CPU overclocking
Use the CPU at its standard speed and configure RAM to XMP
I’m almost certain the issue stems from the automatic overclocking feature
What factors might lead to this malfunction despite regular use over months? Could it be related to the condition of your initial RAM unit?
If you disconnect the power or switch off the power supply in the back of the computer, the RAM must be preserved. In some situations, especially during a high overclock on RAM, this can prevent it from starting initially and may cause multiple reboots before it stabilizes. The key is to avoid unplugging your computer or turning off the power supply whenever you can. Wait through the process—power loss overnight might have triggered the RAM to reset. A few seconds of interruption could be enough, but once it starts working again, it will keep doing so until another outage occurs. Using an uninterruptible power backup would likely prevent this problem, except during extended outages.
Interesting, I wasn't aware of that... So you're suggesting that if my computer fails to post—like spinning fans and lights up briefly before shutting down—I should just wait until it restarts? I used to have to reset the CMOS each time it happened.
your psu has a cable to supply power to the board. Begin with xmp, avoid using game boost. If the boot is stable, gradually increase the cpu speed and monitor voltages to ensure they stay within safe limits.
Ddr4 works fine at 1.5v. There are two main concerns. The first is an unstable RAM OC—it's only 99% stable, with the remaining 1% occurring outside normal usage, which rarely causes problems except during startup. The second issue involves using Game Boost. It doesn't just boost CPU speeds; it interferes with numerous BIOS settings you don’t even notice, such as USB, PCIe, and RAM transmission speeds, timing, and latencies. This isn’t a tailored program for your specific hardware—it’s a generic one that makes decisions on the fly without understanding context. It applies broad adjustments that aren’t always helpful. Every CPU, GPU, and RAM has unique requirements; this software only covers the basics and lacks precision. It’s a poor choice overall and more of a marketing tactic than a genuine solution.