Aida64 did not succeed, however other tests passed.
Aida64 did not succeed, however other tests passed.
Hello,
I've been optimizing my system for a while now.
Ryzen 5 1600 3.7GHz @1.250v
RAM XMP 3000MHz (running at 2666) – 2x8GB
MOBO is ROG Strix B350-F with the latest BIOS 4009
So far, these tests confirm I've met my goals:
memtest86 4 pass, 10 pass
HCI at 1000%
prime95 small fft 15 min
ASUS RealBench 1 hour (with 8GB RAM)
prime95 blend 4 hour (with 90% RAM)
BUT
my computer completely shuts down in AIDA in just 18 minutes (CPU, FPU, CACHE, MEMORY)
blank screen, can't force shutdown, so I have to power off from the PSU.
AIDA is supposed to be lighter than these tests, right?
I don’t understand what’s happening, please help me.
Thank you.
Miftamail.huda :
Shektron :
Have you tried reinstalling AIDA64? If it's the sole stress test causing issues, perhaps that's the cause... Maybe.
I haven't done it yet; I'm planning to use only Prime 95 for CPU and memtest86&HCI for memory. Those options seemed to be the best.
Would you agree?
In general, using more stress tests helps ensure stability – sometimes certain tests miss problems while others catch them. Relying on just one test might not be ideal. But since you're only experiencing issues with AIDA64, you could let it pass temporarily. Also, increasing the voltage isn't solving the problem, and your overclock seems to be...
You might not have run the tests long enough—Prime95 for an hour could have uncovered problems. In reality, a 3.7 GHz processor should be manageable even on the default cooler, so perhaps another factor is at play. Try executing Prime95 and AIDA64 for at least 30 minutes, with one hour suggested as a longer duration.
Thanks for the quick reply.
I mentioned using Prime95 blend test for 4 hours plus, and there were no errors.
Are you talking about a small FFT test for one hour?
Yes, definitely not temperature issues—AIDA said the temp was 57 when it crashed. I have an H100 AIO cooler.
I think you might be running low on voltage for 3.7, which could be causing some instability. I’d increase the power a bit and check if it resolves the issue, assuming your temperatures are stable at the current level.
You’re safe at 1.30v; you can go up to that and do further tests.