Ryzen 5 5600x experienced random crashes or reboots without BSOD, but all standard solutions didn't work.
Ryzen 5 5600x experienced random crashes or reboots without BSOD, but all standard solutions didn't work.
I own a 5600x that's been performing excellently despite being new. It hasn't crashed at all. All cores are running the 4.65ghz boost via PBO, and I'm really satisfied. It looks like you've swapped parts for nearly everything except the main board. I'm curious if something is to blame, especially since you're encountering RAM and boot drive errors. It's the most frustrating part to replace, but it seems like the main issue.
I haven't checked yet. Would you like me to look for the latest BIOS updates?
There are past experiences related to the Gigabyte X570 Aorus Elite and BIOS configurations. It could assist you—my setup took around five days to stabilize, though I still encountered bluescreens occasionally. XMP High Frequency Support Level 2 DRAM Voltage 1.4, SOC (different reason, keep unchanged), and matching CPU/cram parameters: CPU core voltage loadline calibration, Vcore SOC line calibration, both set to high.
Can you send that stress.txt file? This really looks like a faulty CPU.
Finally, everything is sorted! I was really busy the past week, so I’m catching up now. Thanks to everyone for your feedback—it really guided me correctly. Once I manually adjusted all the memory configurations, speeds, and voltage, everything worked perfectly without any crashes or errors (refer to the attached image).
However, there’s more to discuss. My in-depth research led me to the problem with early batch Ryzen 5 models (x570) that struggle to run RAM even when the manufacturer lists it. Asus has fixed many issues with updates, but with the introduction of PBO 2 and AGESA, it’s unclear what’s happening—especially for my setup with Gigabyte, known for its unconventional frontend design.
In my case, even with eom listed RAM like my forgivable Crucial Micron E-die and XMP 2.0, it still failed. So I manually set all parameters. The key takeaway is that I decided to reset the BIOS to its default settings, then tried running it again and gradually adjusted settings. This helped me identify which parameters should stay as stock and which can be tweaked safely (not just memory).
I went to the "Save and Exit" page to reset the BIOS with an option called "Load Optimized Defaults." (see picture 2). I hadn’t used this before, as during previous crashes I’d reinstalled or updated the BIOS multiple times, which always reset everything back to defaults. This is why all settings revert to the original state.
Right before resetting, I noticed a bottom description saying: "Automatically load BIOS optimal settings." Note: this is suggested after a BIOS update. Is it necessary after updating? Wait, what? So, after flushing the old BIOS and installing a fresh one, it shouldn’t run with default settings even though all parameters should reflect that?
GIGABYTE x570 BIOS flush or update doesn’t force memory pools to rewrite settings—it needs user intervention. (confused) Guess what? After applying "Load Optimized Defaults," it runs 1000% stable on the stock configuration. GIGABYTE, please!
Problem resolved (verify above). Also, I nearly sent a return merchandise authorization for the silicone. Here are the diagnostic findings for the Ryzen 5 5600X 6-core processor: VID 1030, temp max 69.11°C, energy efficient 4.27. Your CPU is a standout sample. For overclocking suggestions (P1 profile): 1150 mV voltage, 4525 MHz. For overclocking (P2 profile): 1300 mV, 4775 MHz. For undervolting (P2 profile): 1025 mV, 4275 MHz.
1.3v and 4.75 GHz, performance is decent. That's unusual after the BIOS update—it usually restarts the BIOS. I didn't expect this, especially since I haven't used a Gigabyte board or a 5000 series chip. I currently have a 3800x and a B550 Gaming Edge Wi-Fi, but I didn't explore the optimized defaults setting in BIOS. I might try it anyway, maybe adjusting the BIOS settings could help. My motherboard appears to provide around 1.47V to the CPU, which might resolve the issue. I'm skeptical though, because the BIOS typically resets after an update.
It’s clear from what you shared that even the reset instructions mention a note about BIOS updates. This likely explains why it works—ensuring compatibility or proper setup. I’m not very familiar with board design details, but this guidance probably addresses a specific requirement. Let me know if it affects your plans compared to flashing or upgrading BIOS. It seems like a Gigabyte-related consideration.
Lastly, I managed to appreciate the CPU performance, and it really impressed me. I'm using PBO + 50 with negative curve per core and air cooling. All cores run at 4650 MHz, 1.25V, around 77°C. Single core hits 4700 MHz, 1.19V, 53°C. I don't prioritize maximum OC draw as much as maintaining a stable temperature below 1.3V—still the same 7 nm process but with better efficiency. Thanks again.