Ryvs Core i5-4590, same app version, same work unit: Some more info on my program: it uses only 64-bit integer arithmetic (no SSE, AVX etc.) and fits in 8 MB 元 cache, so it doesn't really depend on memory speed or AVX performance. It's not that bad, because this program has been developed and optimized precisely for Haswell (I did all optimizations and run time tests of the program on Core i7-4770K). After comparing data from the same version 1.10 it appears to be 8% slower than Core i7-5960X. So I wrote initially that it's 20% faster than Core i7-5960X, but I compared data from old version (1.05) with data from new version of the program (1.10). I could be thermally throttled, I'm bouncing off 90C on stock cooler and a screaming fan, hence a low worker number.
BOINC CHANGE CPU PERCENTAGE LINUX CODE
Seems like it uses the Phenom code path, I can't remember which instructions sets are available but I doubt it will be anything recent Using zero-padded FMA3 FFT length 128K, Pass1=512, Pass2=256
I copied the BOINC folder from a retired system, so ignore the wu from 2016.
I7-7700K - Built-in BOINC CPU Benchmarks: 5995 FP MIPS, 17285 Integer MIPS I7 4790k - Built-in BOINC CPU Benchmarks: 5205 FP MIPS, 18482 integer MIPS I7-6700K - Built-in BOINC CPU Benchmarks: 5139 FP MIPS, 17144 Integer MIPS I5 4670K - Built-in BOINC CPU Benchmarks: 4966 FP MIPS, 17212 Integer MIPS I5 3570K - Built-in BOINC CPU Benchmarks: 4437 FP MIPS, 11119 integer MIPS I7 4770K - Built-in BOINC CPU Benchmarks: 4260 FP MIPS, 15349 Integer MIPS I3 5005U - Built-in BOINC CPU Benchmarks: 1709 FP MIPS, 5071 Integer MIPSĮ5 2630v1 - Built-in BOINC CPU Benchmarks: 2734 FP MIPS, 7937 Integer MIPS If you have a Ryzen CPU and have done some BOINC on it, please post your runtimes here We can start with this thread and possibly expand this to a public Google Sheet or something if there's enough demand. Hey everyone, I think it would be a great starting point if we compile all the AMD Ryzen performance stuff for BOINC into a centralized area.
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