sp00n
Find other programs to test with besides Prime95
Other programs might be even better suited for stability testing on edge cases, however they need to be able to be called from the command line and they need to stop or write an error log when an error happens, similar to what Prime95 does.
Aida64 Engineering Portable Trial might be worth a shot.
y-cruncher can be called from command line. It does give stop errors. It has an option to write an output file. Not sure if errors are written to that file as well..
What is the option for the output file? The v8 branch has support for y-cruncher, but I couldn't find a way to generate a log file for it.
You are right. I must have misread some documentation but as far as i can see there is no option for an output file. It does give outputs in the console window. So you could try and write the console window stuff to a txt file with some commands? https://helpdeskgeek.com/how-to/redirect-output-from-command-line-to-text-file/
Unfortunately I can't. I tried to use > logfile.txt and > logfile.txt 2>&1, but the only thing that appears in there is the "^C" when I abort the now blank screen with CTRL+C.
So apparently it does capture the output, but it doesn't write it to a file. Maybe you could give it a try?
Also, there is actually an -o option for writing an output file, but it doesn't do anything at least for stress testing (and in fact it even gives me an "Invalid Parameter: -o" message when I try to use it).
I used a program recently which was able to find instability way quicker than anything else in regards to boost clock instability.. check this out.. it doesn't give errors the machine literally reboots if it hits a unstable core. I would recommend running this and output it into a file Boosttester.exe > Boost.log before beginning a much lengthier and deeper test core cycler offers. https://github.com/jedi95/BoostTester
I used a program recently which was able to find instability way quicker than anything else in regards to boost clock instability.. check this out.. it doesn't give errors the machine literally reboots if it hits a unstable core. https://github.com/jedi95/BoostTester
I've used BoostTester before as well, but only to get a glimpse at the maximum possible boost clocks. The program has zero error checking algorithms (you can look at the source code), so it's only useful if your cores are still in a highly unstable state. I could basically run it for hours with -30 on all cores without a problem.
I used a program recently which was able to find instability way quicker than anything else in regards to boost clock instability.. check this out.. it doesn't give errors the machine literally reboots if it hits a unstable core. https://github.com/jedi95/BoostTester
I've used BoostTester before as well, but only to get a glimpse at the maximum possible boost clocks. The program has zero error checking algorithms (you can look at the source code), so it's only useful if your cores are still in a highly unstable state. I could basically run it for hours with -30 on all cores without a problem.
I think it depends on the Chip/Board.. I have a 5900x on a Crosshair Impact which passed 48 hours "All" Prime95 Corecycler but it would randomly reboot in certain games .. Running boosttester had it reboot on the first round on the weaker cores, there was more than one! Couldn't get instability on any other tests including AIDA64.. perhaps nothing pushes the boost clocks the same way? I have no idea but it was my experience. My other boards and CPUs didn't experience this at all and Corecycler alone did the trick.
Linpack Extreme uses CLI to run benchmarks and stress tests and does print a results.txt file.
