Purchased a new GPU, but it caused my PC to crash after just 30 minutes of gaming—several components failed.
Purchased a new GPU, but it caused my PC to crash after just 30 minutes of gaming—several components failed.
PCI card is installed on the CPU, not the motherboard. I need to determine if the motherboard is still working. I searched eBay and checked compatibility, but a cheap Xeon E5 1650v3 6-core board for £15 might not arrive until next week—it could be unavailable. Could you have a checklist to verify the motherboard functionality?
I might have to apply the dish washer soon. There’s some thermal paste left in my B350 CPU socket, and I’m not entirely confident I removed everything. I used iso paste in large amounts and q-tips for the pins—same setup except I used paper towels instead. It could still work, but I’m really unsure.
It's a small compressor with limited pressure—ideal for airbrushing, not powerful enough for heavy tools. It works well for reaching tight spots. For another CPU option, I won't try it. I plan to purchase a budget Xeon from eBay, but delivery will be delayed until Black Friday sales close. If needed, I might borrow some money and switch to an AM5-based setup since Raptor Lake isn't worth the effort. If it broke a week ago, I'd go with the 7700X (good value at the discount), plus an Asus X670E Creator and 32 GB of 5600MHz DDR5 RAM instead of a GPU. That way I could still get decent performance from the 1080Ti.
Additionally, I've completed further troubleshooting. The BIOS was updated using the EZFlash USB method, which worked successfully. Now I can enter BIOS settings and adjust various parameters. All storage devices, including NVMe, are being detected. However, the process stops after the system loads the screen. I've tested different drive setups, attempted to run an installer from USB (including using no drives), launched a live Linux environment, and even disconnected everything except one RAM stick. Each time it freezes at the same point. The motherboard shows a green signal and grants full control over the system (QCODE AA). After several loading cycles, the whole system becomes unresponsive—unable to reset properly. It stays stuck in QCODE 00 or 03, with some fans spinning slowly, and remains unresponsive until I press the reset button for a few seconds or flip the power switch on the PSU. The key takeaway here is that I can now reliably connect the display port to the GPU (remember these HEDT platforms didn't support iGPUs) and enter BIOS to modify settings. After that, progress stops.
Ah, well it seems the conductive aspect isn't the main issue, but I was worried it might affect the contacts. The amount of thermal paste used isn't huge, yet it still left a lot of residue. The Q-tips were too large for the socket holes, so I had to use isopropyl alcohol and applied surface tension to remove them. So essentially, it should work, right? The CPU pins are fine too—just a few traces remain (though I'll need to verify again).