IBM Advance Toolchain for Linux on Power 14.0-0 is now available! Learn more
This self-contained toolchain does not rely on the system toolchain and requires minimal dependencies. Nor does it override the default Linux distribution toolchain (it is installed in /opt). The latest release includes current stable versions of the following packages:
GNU Compiler Collection (gcc, g++ and gfortran), plus individually optimized gcc runtime libraries for supported POWER processors
GNU C library (glibc), individually optimized for supported POWER processors
GNU Binary Utilities (binutils)
Decimal Floating Point Library (libdfp), optimized with hardware DFP support for POWER
IBM Power Architecture Facilities Library (PAFLib)
Plus several support libraries (libhugetlbfs, Boost, zlib, etc)
Why should I use Advance Toolchain?
The Advance Toolchain provides toolchain functionality earlier and a group of optimized libraries. AT is highly recommended when you want to build an optimized CPU-bound application on POWER or want some of the new toolchain functionalities on POWER before they make it into a distribution. Also, you must use AT when you link with a library built with AT.
In some scenarios you will not get many advantages using the Advance Toolchain, and it will be easier to use the distribution's toolchain that usually performs quite well. Such cases include building applications that are not CPU-bound and on I/O constrained environments.
Advance Toolchain features
Support for big endian (ppc64) and little endian (ppc64le)
POWER8 optimized runtime libraries
POWER9 optimized runtime libraries
POWER10 optimized runtime libraries
Advance Toolchain is supported by IBM
To find out which toolkit release is optimized for your distribution and version, see the installation page. Always choose the latest version available.
POWER8 optimized scheduler
POWER8 Crypto Operations enablement
POWER8 Fusion enablement
POWER8 Transactional Memory enablement
Did you know?
The Advance Toolchain provides cross compilers that run on Intel x86 and generate code for Power which allows teams to start developing by compiling and linking an application targeted for the POWER architecture without requiring access to an actual POWER system. The binaries produced can then be run in a POWER runtime environment (either real or emulated).