#Failed intel burn test full

It will have its own 'silicon lottery' and a particular point of instability, in addition to your individual memory kit's own stability characteristics. In particular though, it's not just the memory subsystem you're overclocking here, you're really overclocking the interconnect as well. Someone also suggested Intel Burn Test as a test that might catch some instabilities that Prime95 misses in a reply and then deleted it for some reason (why?). There is pretty broad consensus that Prime95 is a good stability test for CPUs. I was just giving generic advice on overclocking. Obviously you want to focus your testing on whatever subsystem you're trying to OC. Or maybe something that's really hammering throughput or something (database loads come to mind).

Yeah, blend is probably better if you're going for RAM overclocking. Prime95 SmallFFT is way way more stress than you would ever put a CPU under in any real-world load, and like an overpressured proof shot it's not really the best thing in the world for the processor to do this nonstop. If your data assurance requirements exceed one 'proof test' shot, so to speak, then you have no business using overclocked CPUs at all. Usually fails within the first 5 seconds, if you make it to 1 min then you have a very solid chance of making it the whole way. So why not just test for an hour and call it good? An hour of super abnormally high stress is more than enough to validate it for standard usage in my opinion. I doubt many CPUs are suddenly erroring out for the first time at 23 hours. That's nice in theory but in practice if it's gonna crash it's gonna do it quick. > run prime95 small FFTs albeit at 90C for 24 hours with no issues then your OC should as well Given how much power AVX consumes I wouldn't be surprised if throttling it even let you clock the rest of the core higher.

#Failed intel burn test full

> The way I see it is an over clock is only stable if it can run the same applications as a stock clocked chip could at full bore for the same time periods.ДЄVX has been on a separate clock/offset for a while now, and many OC'ing motherboards will let you tweak it. Running a processor at triple its nominal TDP nonstop for a prolonged period with most of that power going though a few specific execution units simply cannot be healthy for it.) (Note that while this article is regarding Haswell-E, the same logic really applies to Broadwell-E as well as Ryzen 5 and 7. Running Prime95 for like a half hour is fine and a great stability test, but 24H+ runs are extremely unnecessary and potentially damaging.) Electromigration seems like a likely culprit meaning time is a key factor. With a heavy overclock it can pull 300W+ (potentially above 400W) on HEDT processors and OEMs like Asus have warned that it may cause damage. Modern CPUs are not designed for a program that is so small it fits into uop cache and runs AVX nonstop. (one note: I would not leave Prime95 running for prolonged periods of time. The rest are all kinda interchangeable as far as I'm concerned. Prime95 is real sensitive to instability and odds are good that if it's gonna crash it'll crash in the first 10 seconds.Д«eyond that, just pick your burner application of choice and let it run for an hour while you go watch a movie. If your system will handle 15-30m of Prime95 SmallFFT then you're pretty much good to go.