I tried something simple but I'm not sure what I did.
I tried something simple but I'm not sure what I did.
I followed these steps to resolve the problem. I purchased two additional 2x8GB sticks from GSKill's AEGIS DDR4 line, adding them to my existing 2x8GB to reach a total of 4x8GB. However, after installation, the PC wouldn't boot. I removed the cards but didn’t remember where the original ones were stored. I also couldn’t access the boot menu and the keyboard wouldn’t turn on. The machine runs an Asrock B450m micro Pro AMD Ryzen 5 1600 with 6 cores, Zodiac gaming GeForce 3050, and I attempted to install the four sticks using GSKill AEGIS DDR4. If possible, could you help identify which stick should be replaced with the original one? I followed a troubleshooting path: unplugged everything, reset CMOS, checked RAM placement, inspected internal wiring, removed the CMOS chip, took a 30-minute shower, reinstalled CMOS, reassembled everything, double-checked connections, and finally powered back up. The system booted after about 5 minutes but kept failing to start for roughly 30 seconds before shutting down. Any other advice or checks would be appreciated. I understand this was a costly purchase, so your guidance means a lot. You can find a list of all parts here: https://pcpartpicker.com/list/ZLjN9r
Mixed RAM sets often clash with each other. Varying speeds can be unpredictable, especially when the motherboard attempts to apply XMP (DOCP for Ryzen works similarly). If the RAM modules use different chips inside, they may refuse to cooperate. Stick to mixing RAM only if you enable all auto settings and let the board initialize during startup—this helps it discover timings. Resetting the CMOS on your main board usually restores normal operation or at least boots into BIOS, where it defaults to optimal settings. Adjusting voltage might have resolved minor issues, but it can still cause instability. If one kit matches closely in speed or timing, a slight boost could help, which is why it started working. Keep in mind, even small inconsistencies may lead to BSODs or other problems if the system isn't stable.
The ram cards are numbered 1.35... and all four come from the same supplier. Gskill aegis DDR4 2x8GB, though I purchased them individually. I’ll definitely run a memory test just to be sure. Regarding the original board, it should still function unless there’s damage. As for the Windows setup screen during shutdown, it’s likely a power-saving feature or a bug—try restarting and see if it clears. If you need more RAM, consider buying packs like 2x16GB or 4x8GB instead of a single unit.
The ram cards are numbered 1.35... and all four come from the same supplier. Gskill aegis DDR4 2x8GB, though I purchased them individually. I’ll definitely run a memtest just to be safe. Regarding the original board, I’m not sure if it will still function properly—please don’t try to boot it until you have another processor. For a 32GB setup, you’d need to buy it in sets like 2x16GB or 4x8GB. As for the Windows screen that appeared when shutting down, it seems abnormal and long; you may want to check the power settings or reset the system.
G.Skill doesn’t manufacture ICs themselves, so they source them from companies like Samsung, Micron, and possibly SK Hynix for RAM chips. Purchasing from these suppliers doesn’t ensure identical parts or compatibility with mismatched kits; they typically use whatever is available while adhering to the specifications of that particular RAM set. High-end kits are categorized and usually disclose their details, though some guesswork is needed—most 3200Mhz CL14 kits tend to be Samsung-branded because of their strong performance. It’s a bit unpredictable, but it seems unlikely that incorrect settings would damage a motherboard. The safest approach is to proceed cautiously. I’m not very experienced with RAM, but I believe there are ways to verify you’re getting the same product when buying separate units. I’ve tested mismatched configurations before, manually adjusted speed and voltage slightly above specs, and let the system handle timing. That worked for DDR3 systems. I haven’t encountered this issue before, so I wouldn’t be surprised if it remains stable under normal use. If you confirm stability and Windows continues to function normally, it might be worth further investigation.
Yes! The site offers a free version that works via USB and can be launched after booting.
First generation Ryzen demands precise RAM specs; four modules typically hover around 2133MHz with overclocked configurations, or they may fail entirely.
I resolved the issue by replacing the motherboard board and using older cards. The main concern was whether the motherboard got damaged during card swaps or if I broke the BIOS. After installing new cards, it became clear that I needed to uninstall updates before making changes or upgrading cards. The board has BIOS pins that allow restoring the BIOS instead of removing the CMOS battery. However, the case wasn’t supposed to include a CMOS battery for restoration, so leaving it out temporarily might be beneficial. I’m not sure, but my PC is still running.