No, you can't have a bad motherboard. It's a hardware component, so its condition is physical.
No, you can't have a bad motherboard. It's a hardware component, so its condition is physical.
The system has been steadily worsening over time. Initially it was assembly-related, not posting, so I needed to use the BIOS flashback USB. Later, system issues arose and I faced a series of troubleshooting steps. At first, everything seemed normal except for driver problems and corruption. I ran Memtest86 twice; A2 was fine, but B2 DIMM failed, so I removed it and reformatted C: drive. I also updated Windows Media Tool to a newer version, but the problem persisted. After formatting again, I considered skipping some of the extra software and just installing GPU/Adrenalin and Windows updates. Still, the RAM RGB isn’t responding, even though it worked during the last Windows install. I’m planning to replace the GPU and reinstall drivers, then test with my old GTX 1070 to confirm if the issue is with the GPU or drivers. Despite weeks of work on a brand-new PC, I’m worried about the high cost and regret. My 15-year-old gaming PC is actually running better now.
I get it. If you decide to reset and attempt again, use the nVidia board and keep RAM/drives minimal. Just install Windows updates (which contain a GPU driver) and nothing else. Then try once more to play the game. However, it seems the motherboard might be damaged in some way.
Testing will take roughly five hours, so I’ll do extra checks while I sleep. (I need to finish some tasks even with crashes and glitches.) I’ll switch the 'good' RAM stick to B2 and test if it boots or allows memtest. If not, I’ll use the faulty stick in A2 and run a test. In either scenario—if the A2 RAM fails in B2 or the bad stick passes in A2—it usually indicates a motherboard issue. I’ve added some masking tape and labeled the B2 stick “B2 - Fail” to keep things clear. Technically, A1 and B1 don’t need to function perfectly right now, as long as they work overall for future upgrades. On the 17th, I plan to temporarily install all four RAM slots and see if memtest encounters problems (especially if the new dual dimm kit behaves unexpectedly).
I replaced the RAM DIMM T1 (the quality one that was always in A2) with slot B2 and ran memtest—it succeeded. This suggests the motherboard’s DIMM slots are working, but the RAM in B2 is still defective. It doesn’t clarify why drivers are failing, data gets corrupted, or the system freezes after removing T2. I’m now trying to figure out why my video drivers are acting strangely, particularly since this $600 card is no longer available anywhere except for a lower price on Amazon (I paid $360). Could using just one power cable for the GPU be contributing to these problems? The PSU instructions seem a bit confusing—some recommend using the "CPU/PCI" socket with the GPU cable, while others suggest a different setup. I’m trying to follow the advice carefully to get the best power delivery, but the GPU isn’t drawing much power even when I lower the voltage, which might be why the issues persist.
The new RAM arrived a bit too soon, so I installed it immediately. After running Memtest86, things didn’t go well—failure detected. Then something odd happened: I accessed the BIOS, turned on Expo mode, and reran Memtest86. This time it passed! So the RAM seems unstable when Expo is active, but works fine otherwise. This suggests the default configurations might be shaky, while overclocked and tuned settings are stable. I’m still a bit puzzled. The Kingston FURY Beast RGB 32GB (2 x 16GB) DDR5 5600 model KF556C36BBEAK232 is technically about 400ms slower (5600 vs 6000), and the RGB lighting is extremely bright—some find it too intense.
I’d consider using a different power supply. Its rating is sufficient, but a faulty one could cause problems. Could you confirm whether you used the correct power supply for the GPU? It’s possible I overlooked it. Did you attempt to run the setup without the GPU and rely solely on the built-in graphics? All the power cables arrived with the correct supply, not another one. Pin configurations can vary even with the same lineup. I’d test connecting both 8 pins from the power supply to the motherboard, running without the GPU and using only the CPU’s built-in graphics. I encountered a missing GPU driver issue that traced back to an incorrect power supply. It’s working normally until I apply more stress.
Evaluating the system without the GPU and relying on internal components is... somewhat limited. It might work in certain situations, but my goal is to identify any issues or see if the new hardware meets expectations. For instance, how would I precisely assess a game's performance when the onboard GPU struggles to handle 1440p or 120fps? While the PC might function, it would likely be at a lower capacity—perhaps only 1080p. The power supply cables are the ones included, and I avoid mixing them because their pin configurations differ, especially at the PSU end. It seems unlikely that combining both power sources would resolve the problem; it’s more about the available outlets. I’m unsure how to test gaming performance without a capable GPU, since benchmarks wouldn’t reflect real-world results. It’s possible my choice of games contributed to the issues, as some problems were reported years ago and haven’t been fixed. Others may have switched to different titles that worked for them, but not for my setup. At most, it would confirm whether the onboard graphics operate correctly and don’t interfere with the GPU. If the onboard GPU could deliver 1440p/120FPS, I wouldn’t bother using it at all. That would be a powerful built-in GPU, especially on a budget board that could otherwise offer similar performance. I’ll try an alternative approach: unplug CPU_2, rewire with the PSU power plug to the GPU, and use dedicated twin power connectors without the pigtail setup. Most suggest this isn’t necessary unless I’m planning to overclock the CPU, which I’m not. Power consumption would likely be minimal, and it’s unlikely to prevent the system from starting. There’s a small chance it might stop powering on during boot, but that seems unlikely. I’ve spent hours on other titles like Conan Exiles, which runs smoothly at 1440p around 130fps. However, it freezes and crashes intermittently—often during intense gameplay or when running multiple sessions. This inconsistency is puzzling, especially since similar issues have been reported years ago with no lasting fixes. Some users have tried workarounds, but none worked for me. I’ve invested time in games such as Fallout 76 and Valheim, which also exhibit similar stutters. While others have noted these problems and shared fixes, they haven’t resolved mine. The gameplay feels inconsistent, with random freezes that disrupt progress. Overall, this setup is a frustrating challenge to diagnose, especially when deadlines are tight. Returning the SSD feels reasonable since it’s slow, and a faster M.2 drive would be beneficial—though SATA SSDs are becoming outdated. The cost of replacement is around $132 if I return it, but time is running out. Personally, I’m not demanding much from my machine, and I’m willing to adapt. Still, I need a solid test title to confirm whether the system is truly functioning as expected.
alright more information time. yaaay fun. not really. So.. second RAM kit was working fine - and then I got contacted that my first kit I saved (for price reduction notice) - was now, cheaper than the kit that is currently in it (the second kit)... so I bought.. The Third Kit. We are now running G.Skill (again) 6000, with CAS 30. (the original plan) and I decided to go ahead and swap some power cables.. but noticed... in the light - (cuz it was very dark and I guess I didn't notice the first time...) this PSU has.. many sockets. This is and image of the 'white version' of my PSU, for easy viewing. SO I figured "lets just plug them all in" so top left is a sata, for my single SSD. (seems wasteful.. kinda wish I didn't buy an SSD now) then skip, then PCIe/CPU is 1 of the GPU - then motherboards needs. bottom left is skipped until PCIe/cpu - GPU, skip, CPU, CPU My new problem : everything is stuttery. In games, I chug along. I can feel the frame drop. in Youtube videos, they frequently stutter/pause while audio is going. So something is not right. I can only think of "power issue" at this point - unless this ram is... terrible. Are there ANY differences with the PCIe/CPU sockets? (at all..) I thought they were all wired/volted the same on the PSU end, and only on the component end would they have different pin outs... meaning it didn't matter which ones I used.... but .. maybe I need to use the ones on the 'bottom' only? (all 4 would be in use) should I swap the CPU ones with GPUs? (the original only used the 1 PCIe/CPU on the top row, and used both pig tails on the GPU end)