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High Performance Computing Linpack Benchmark

See how your machine compares to the TOP500! HPL is a software package that solves a (random) dense linear system in double-precision (64-bit) arithmetic on distributed-memory computers. It can thus be regarded as a portable as well as freely available implementation of the High Performance Computing Linpack Benchmark.

Version: 2.3 License: BSD

GitHub

Maintainers	dstrubbe
Categories	science
Homepage	http://www.netlib.org/benchmark/hpl
Platforms	darwin
Variants	accelerate (Build with linear algebra from built-in Accelerate framework) atlas (Build with linear algebra from ATLAS) clang10 (Build using the MacPorts clang 10 compiler) clang11 (Build using the MacPorts clang 11 compiler) clang12 (Build using the MacPorts clang 12 compiler) clang13 (Build using the MacPorts clang 13 compiler) clang14 (Build using the MacPorts clang 14 compiler) clang15 (Build using the MacPorts clang 15 compiler) clang16 (Build using the MacPorts clang 16 compiler) clang17 (Build using the MacPorts clang 17 compiler) clang90 (Build using the MacPorts clang 9.0 compiler) gcc10 (Build using the MacPorts gcc 10 compiler) gcc11 (Build using the MacPorts gcc 11 compiler) gcc12 (Build using the MacPorts gcc 12 compiler) gcc13 (Build using the MacPorts gcc 13 compiler) mpich (Build using the MPICH compiler) openblas (Build with linear algebra from OpenBLAS) openmpi (Build using the OpenMPI compiler)

hpl (science/hpl) Add to my watchlist

"hpl" depends on

lib (2)

build (1)

Ports that depend on "hpl"

Port Health:

Installations (30 days)

1

Requested Installations (30 days)

1

hpl (science/hpl) Add to my watchlist 1

"hpl" depends on

lib (2)

build (1)

Ports that depend on "hpl"

Port Health:

Installations (30 days)

1

Requested Installations (30 days)

1

hpl (science/hpl) Add to my watchlist