This model features a new 5600x build without a display. Possible CPU issue?
This model features a new 5600x build without a display. Possible CPU issue?
You're dealing with a tricky setup. Let's break down what might be going on and what you can try next.
First, your system is running a BIOS update from the 5600X to F64, which should have resolved compatibility issues. However, the fact that you're still missing a display and the GPU fans aren't spinning suggests deeper problems.
Here are some potential steps:
1. **Check the GPU connection** – Make sure the RX 6600 XT is properly seated in the PCIe slot. Try connecting it to a different GPU if possible, or test with another GPU to rule out a faulty card.
2. **Verify power delivery** – The 500W PSU might not be delivering enough wattage consistently, especially under load. Consider switching to a 750W PSU if you're serious about performance and stability.
3. **Inspect the CPU cooler** – Even though you mentioned checking it, ensure the cooler is properly installed and functioning. A failing cooler can cause fans to stop spinning.
4. **Test with a different RAM configuration** – Try using the 8x16GB setup again, but ensure all modules are seated correctly and the memory is recognized.
5. **Run a stress test** – Use tools like Prime95 or FurMark to see if the CPU throttles under load. This can help identify thermal throttling or other performance bottlenecks.
6. **Check for BIOS compatibility** – Confirm that the latest BIOS version (F64) is fully compatible with your hardware. Sometimes minor tweaks or patches help.
7. **Consider a different power supply** – If the 500W unit is unstable, upgrading to a more reliable 750W or better might be necessary.
If none of these resolve the issue, it could point to a hardware fault—especially with the GPU fans not spinning. In that case, you might need to consider replacing the GPU or consulting a professional.
Let me know what you try next, and we can dig deeper!
There are several chances the board might be faulty because of manufacturing differences between boards and CPUs. It seems the 5600X isn't working well for some reason. This could be a chance to replace it with a newer model instead of sticking with the older one. It might be a dead CPU, though I don't think so—just consider that you haven't run many diagnostics yet, so it might take some trial and error to find something different that works.
The board may be more prone to issues because of manufacturing differences between boards and CPUs. It seems the 5600x isn't fitting well, which presents a chance to upgrade to a newer model instead of sticking with the older one. The new board should work with the updated BIOS, but changing it might not be necessary if it's supposed to function. Tomorrow I'll try the 5600x on another AM4 system to confirm if the CPU is the problem.
Sure, I understand. If you want people to simply confirm you're correct, just let us know.
Occasionally you need to acknowledge that a new CPU might be defective. Besides checking it in another setup, you can test the 5600X on your machine and observe if it functions. Also, a 500W power supply is sufficient for the system to start and operate smoothly even under light usage. Good luck!
Sure, just confirming you're on the right track. It's about stepping outside your comfort zone and trying new things.
It looks like your previous message suggests the faulty CPU is the most probable cause. You likely checked the essential steps and would advise returning the item for repair. There’s no justification for a functional CPU to reject a good board with an updated BIOS.
I'm also thinking about this. I need my PC for work today, so after finishing, I'll compare the new 5600x with my 5700x from both systems. If the 5700x runs smoothly on the new build, it's likely the updated CPU, unless the 5600x fails on my machine. Thanks for your help!
seems like someone hasnt been building pcs for very long edit : yeah that's a thing that can occur if there's something wrong with the board. The board costs less than the cpu to manufacture despite being 10x the size and having more components. So normal diagnostic workflow is to replace the part that is most likely to have a fault. Since the board has to be equally as functional as the cpu you replace it first , then the cpu. This is of course if you don;t do any crosschecking with other boards or cpus.
I was just talking about it. There’s no solid justification for a functional CPU to be turned off by an updated BIOS. What I’ve come up with is more of a guess, but really, building computers is all about trying things out. Experience gives you more options than quick answers ever could.