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  • How to Run an Optimized HPL Linpack Benchmark on AMD Ryzen Threadripper . . .
    The AMD Ryzen Threadripper 2990WX with 32 cores is an intriguing processor I've been asked about performance for numerical computing and decided to find out how well it would do with my favorite benchmark the "High Performance Linpack" benchmark This is used to rank Supercomputers on the Top500 list It is not always simple to run this test since it can require building a few libraries from
  • Linpack performance Haswell E (Core i7 5960X and 5930K)
    The first thing I usually run on new Intel hardware is the Linpack parallel benchmark optimized with the MKL numerical libraries This will usually get you close to theoretical peak double precision numerical performance I’ve got some numbers for the new Core i7 5960X and 5930K processors
  • Ryzen 7950x Zen4 AVX512 Performance With AMD AOCCv4 HPL HPCG HPL-MxP
    This post is a first-look at performance of the Ryzen7 7950x CPU using the latest AMD compiler release with support for Zen4 arch including AVX512 vector instructions Performance is tested using the HPC standard benchmarks, HPL (High Performance Linpack), HPCG (High Performance Conjugate Gradient) and the newer HPC Top500 benchmark, HPL-MxP (formerly HPL-AI)
  • AMD Ryzen 3950x Compute Performance Linpack and NAMD
    "AMD 3900X (Brief) Compute Performance Linpack and NAMD" I was pretty impressed with performance but was wishing that there was a more optimal BLAS library for the Zen2 architecture There is now a newer version 2 0 of the AMD "BLIS" library and it gives significantly better performance with Linpack than v1 3 that was used in the older post
  • Haswell Floating Point Performance - Puget Systems
    I was doing some system testing on a nicely configured dual Intel Xeon node using the optimized Linpack benchmark 1 from the Intel MKL 2 (Math Kernel Library) and was really impressed with the performance numbers I was seeing I had a couple of new Haswell systems set up so decided to run the same benchmark code on those too
  • WSL2 vs Linux (HPL HPCG NAMD) - Puget Systems
    Linpack usually give the best performance with a problem size that uses 80-90% of memory On the Linux run I used approx 80% of 64GB and on WSL approx 90% of 56GB for a problem size of Ns=81088 for both On to the results! HPL Linpack, Linux Native vs WSL2 (Ryzen 5800X) Linpack benchmark is the "standard HPC" performance measure
  • Outstanding Performance of NVIDIA A100 PCIe on HPL, HPL-AI, HPCG . . .
    HPL: The HPL Linpack benchmark is used to rank the Top500 supercomputers and is an optimized measure of double precision floating point performance from matrix operations The benchmark finds a solution to large dense sets of linear equations
  • AMD Ryzen 7950X Scientific Computing Performance - 7 Optimized . . .
    This post presents scientific application performance testing on the new AMD Ryzen 7950X I am impressed! Seven applications that are heavy parallel numerical compute workloads were tested The 7950X outperformed the Ryzen 5950X by as much as 25-40% For some of the applications it provided nearly 50% of the performance of the much larger and more expensive Threadripper Pro 5995WX 64-core
  • Intel Broadwell Xeon E5 2600v4 performance test - Puget Systems
    Broadwell Xeon E5 2687W v4 Linpack 1078 GFLOP s! That is outstanding performance from a single node dual socket system! By comparison the testing I did with its Haswell predecessor 2687W v3 10-core gave 788 GFLOP s Keep in mind that the v3 version had 2 fewer cores and I ran that test with a smaller (16GB) problem size, and an older version of
  • AMD Threadripper 3990x 64-core Linpack and NAMD Performance (Linux)
    64 cores! The latest AMD Threadripper is out, the 3990x 64-core I've spent the last couple of days running benchmarks and have some results showing raw numerical compute performance using my standard CPU testing applications HPL Linpack and the molecular dynamics program NAMD The 3990x is a great processor with exceptional performance Especially for NAMD! (There were some difficulties and





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