Optimized Math Libraries for Best Serial and Parallel Performance

Arm Performance Libraries Features
Increase Application Performance and Reduce Development Time Using Optimized Math Libraries
  • Get the best performance on any 64-bit Arm hardware used for scientific computing and HPC 
  • Rely on accurate results as our libraries are validated with the NAG test suite 
  • Get continuous performance improvements with frequent releases  
  • Get support from Arm engineers
  • Commercial 64-bit Arm Math Libraries with optimized BLAS, LAPACK and FFT

What Are Arm Performance Libraries

Arm Performance Libraries are a commercial math library that meets the needs of scientific computing and HPC community on Arm Architecture. 

Exploit the Parallelism of 64-bit Arm Hardware

Our algorithms have been written to exploit two major parallelism features available on Arm hardware – vector engine within a single core and large number of cores within the processor. This allows partners to fully exploit the parallelism available in the hardware.

Tuned Scientific Computing for 64-bit Arm Platforms

We work with many Arm-based hardware vendors to ensure that Arm Performance Libraries are tuned to a vendor’s micro-architecture, in order to get the best performance out-of-the-box.

Validated with NAG Suite, a De Facto Standard

Arm Performance Libraries are validated with the NAG suite, thereby ensuring accurate results when you use them in your scientific computing applications. 

Arm Performance Libraries Support

  • BLAS and LAPACK  

  • FFT with FFTW compatible API

  • Available for GCC and Arm Compiler

  • 64-bit Arm platforms including Cavium ThunderX2 and Qualcomm Centriq.

  • Leading Linux distributions including Red Hat 7.3+, SLES 12+ and Ubuntu 16.04+

Free Trial
Evaluate Arm Tools for Free

Get free access to Arm Forge and Arm Performance Reports and the Arm Allinea Studio. Take advantage of the following:

  • One week trial with free support
  • Scalable profiling for instructions, memory access, I/O, communication, multi-process and multi-threaded code
  • Scalable debugging with uniquely capable C++, C, Fortran and F90 debugging
  • Powerful reports for analyzing application performance at scale
  • Arm hardware-optimized commercial compiler and performance libraries
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Arm Product Support

Documentation and Resources

Find resources that describe how to develop, deploy and optimize enterprise and scientific HPC (High Performance Computing) applications, including:

  • Request HPC tools support
  • Supported platforms
  • User guides
  • Tutorials
  • Release history


Get Resources