Server and HPC tools | Help and tutorials

Porting HPC applications to Arm

Detailed instructions for building scientific applications, benchmarks and libraries using the Arm suite of HPC software tools.

Porting and tuning

System Administration

Configure your HPC environment. Download, install, license, and see the release history for your HPC software tools.

System Administration

Compile C/C++

Use Arm C/C++ Compiler to optimize HPC codes for Armv8

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Reference Guide
Tutorials
Known issues
Troubleshoot your code

Compile Fortran

Use Arm Fortran Compiler to optimize HPC codes for Armv8

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Reference Guide
Tutorials
Known issues
Troubleshoot your code

Math Libraries

Use Arm Performance Libraries to tune for Arm architectures.

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Reference Guide
Tutorials
Known issues
Troubleshoot your code

Run and analyze SVE binaries

Use Arm Instruction Emulator to emulate and run SVE binaries on Armv8-A platforms

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Reference guides
Tutorials

Debug

Use Arm DDT to find and fix code problems.

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User Guide
Tutorials
Video tutorials
Known issues
Troubleshoot your code

Profile

Use Arm MAP to show which lines of code take the most time and why.

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User Guide
Tutorials
Video tutorials
Known issues
Troubleshoot your code

Analyze

Use Arm Performance Reports to characterize and understand the application run performance.

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User Guide
Tutorials
Video tutorials
Known issues
Troubleshoot your code

Trials

If you want to trial or evaluate any of the tools, request an evaluation license.

Note: You do not need to install Arm Licence Server if you are trialing the tools with an evaluation license.

Licensing - Arm Licence Server

If you have purchased a floating license for one or more of the Arm HPC tools, you must download, install, and run Arm Licence Server before running your licensed Arm tool.

For more information about how to do this, see Arm Licence Server.

Trends to Watch in HPC

In this blog, Brent Gorda discusses a few key trends that will impact the future of high-performance computing.

25 days ago by Brent Gorda

October 18 - 10^18 - Exascale day, a reason for optimism

Supercomputer step functions and scientific advancements go hand in hand. The next step function in Supercomputing is exascale, or 10^18 flops per compute cycle. Fujitsu’s A64 FX CPU is considered the first exascale class architecture, utilizing…

1 months ago by Brent Gorda

Hyperscale Computing and EDA in the Cloud on Arm Servers

Read this guest blog from Frank Schirrmeister, Cadence.

1 months ago by Frank Schirrmeister

A new approach to software is needed to unleash the full power of multicore…

Read this guest blog from Rolland Dudemaine, VP Engineering, eSOL Europe.

1 months ago by Rolland Dudemaine

Why Arm’s SVE will bring Vector Computing from HPC to the Edge

The Arm Scalable Vector Extension, or SVE, is an extension of the AArch64 instruction set and is supported in the Arm Neoverse V1 core. It is a key technology for improving the performance of HPC and ML applications.

2 months ago by Brent Gorda

Assessing Seismic Wave Modelling on AWS Graviton2 with SW4Lite

In this blog we demonstrate that the single-node price/performance of SW4Lite on AWS Graviton 2 offers an average of 25% cost reduction compared to competitive options and on multi-node performance shows near linear speed-up up to 8 nodes.

2 months ago by Conrad Hillairet

Increasing the Pace of Innovation with Arm and AWS for Silicon Design using…

Co-authors: Bhumik Patel – Director, Software Ecosystem, Tim Thornton – Director, Arm Engineering Arm & AWS have partnered to drive rapid silicon design using Electronic Design Automation (EDA) software and tools by providing the bene...

3 months ago by Bhumik Patel