EPYC 7351 + openSUSE

AMD EPYC 7351P 16-Core testing with a ASRockRack EPYCD8-2T (P1.20 BIOS) and NVIDIA GeForce GTX 750 Ti 2GB on openSUSE Leap 15.1Beta via the Phoronix Test Suite.

Compare your own system(s) to this result file with the Phoronix Test Suite by running the command: phoronix-test-suite benchmark 1902215-SP-EPYC7351O84
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Performance Per
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Date
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  Test
  Duration
EPYC 7351P
February 21 2019
  2 Minutes
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EPYC 7351 + openSUSEOpenBenchmarking.orgPhoronix Test SuiteAMD EPYC 7351P 16-Core @ 2.40GHz (16 Cores / 32 Threads)ASRockRack EPYCD8-2T (P1.20 BIOS)AMD Family 17h32768MB800GB INTEL SSDPE2ME800G4 + 16GB Voyager 3.0NVIDIA GeForce GTX 750 Ti 2GBNVIDIA Device 0fbcDELL P2415QMellanox MT26448 + 2 x Intel 10G X550TopenSUSE Leap 15.1Beta4.12.14-lp151.21-default (x86_64)KDE Plasma 5.12.7X Server 1.20.3nouveau 1.0.154.3 Mesa 18.3.2GCC 7.4.0btrfs3840x2160ProcessorMotherboardChipsetMemoryDiskGraphicsAudioMonitorNetworkOSKernelDesktopDisplay ServerDisplay DriverOpenGLCompilerFile-SystemScreen ResolutionEPYC 7351 + OpenSUSE BenchmarksSystem Logs- --build=x86_64-suse-linux --disable-libcc1 --disable-libssp --disable-libstdcxx-pch --disable-libvtv --disable-plugin --disable-werror --enable-checking=release --enable-gnu-indirect-function --enable-languages=c,c++,objc,fortran,obj-c++,ada,go --enable-libstdcxx-allocator=new --enable-linux-futex --enable-multilib --enable-offload-targets=hsa,nvptx-none=/usr/nvptx-none, --enable-ssp --enable-version-specific-runtime-libs --host=x86_64-suse-linux --mandir=/usr/share/man --with-arch-32=x86-64 --with-gcc-major-version-only --with-slibdir=/lib64 --with-tune=generic --without-cuda-driver --without-system-libunwind - Scaling Governor: acpi-cpufreq ondemand- __user pointer sanitization + Full AMD retpoline IBPB: conditional STIBP: disabled RSB filling + SSB disabled via prctl and seccomp

EPYC 7351 + openSUSEsvt-hevc: 1080p 8-bit YUV To HEVC Video Encodesvt-vp9: 1080p 8-bit YUV To VP9 Video Encodeprimesieve: 1e12 Prime Number Generationctx-clock: Context Switch TimeEPYC 7351P161.6868.3517.09168OpenBenchmarking.org

SVT-HEVC

This is a test of the Intel Open Visual Cloud Scalable Video Technology SVT-HEVC CPU-based multi-threaded video encoder for the HEVC / H.265 video format with a sample 1080p YUV video file. Learn more via the OpenBenchmarking.org test page.

OpenBenchmarking.orgFrames Per Second, More Is BetterSVT-HEVC 2019-02-031080p 8-bit YUV To HEVC Video EncodeEPYC 7351P4080120160200SE +/- 1.01, N = 3161.681. (CC) gcc options: -fPIE -fPIC -O2 -flto -fvisibility=hidden -march=native -pie -rdynamic -lpthread -lrt

SVT-VP9

This is a test of the Intel Open Visual Cloud Scalable Video Technology SVT-VP9 CPU-based multi-threaded video encoder for the VP9 video format with a sample 1080p YUV video file. Learn more via the OpenBenchmarking.org test page.

OpenBenchmarking.orgFrames Per Second, More Is BetterSVT-VP9 2019-02-171080p 8-bit YUV To VP9 Video EncodeEPYC 7351P1530456075SE +/- 0.18, N = 368.351. (CC) gcc options: -fPIE -fPIC -O2 -flto -fvisibility=hidden -mavx -pie -rdynamic -lpthread -lrt -lm

Primesieve

Primesieve generates prime numbers using a highly optimized sieve of Eratosthenes implementation. Primesieve benchmarks the CPU's L1/L2 cache performance. Learn more via the OpenBenchmarking.org test page.

OpenBenchmarking.orgSeconds, Fewer Is BetterPrimesieve 7.41e12 Prime Number GenerationEPYC 7351P48121620SE +/- 0.03, N = 317.091. (CXX) g++ options: -O3 -lpthread

ctx_clock

Ctx_clock is a simple test program to measure the context switch time in clock cycles. Learn more via the OpenBenchmarking.org test page.

OpenBenchmarking.orgClocks, Fewer Is Betterctx_clockContext Switch TimeEPYC 7351P4080120160200168