NAG Partner - AMD
NAG and AMD have together produced a core numerical library optimized for existing and upcoming AMD processors including the AMD Opteron™ and AMD Athlon™ 64 processors. The release of the AMD Core Math Library (ACML) was announced on 1 July 2003.
ACML initially incorporates BLAS, LAPACK and FFT routines, which can be used by a wide range of software developers to obtain excellent performance from their applications running on AMD platforms.
NAG and AMD will continue to maintain and develop ACML so software developers will be able to rely on the proven accuracy, robustness and reliability of the library to give them the correct answers - quickly and efficiently.
"Developers using the NAG numerical libraries optimized for future eighth-generation AMD processors will be able to increase accuracy and reduce total development time for applications and systems running on the x86-64 architecture," said Rich Heye, vice president platform engineering and infrastructure, Computation Products Group, AMD.
Press Releases
The Future of Quantitative Computing - an interview in Financial Engineering News
NAG demonstrates the AMD Core Math Library at the AMD Opteron™ Processor Launch in New York - Press Release
AMD and NAG release intrinsics math library (libm) to open source community - Press Release
NAG announces availability of the NAG f95 Compiler for AMD64 and Linux
NAG announces numerical library optimised for AMD platforms to speed numerical computations - NAG - AMD
AMD CEO Hector Ruiz stresses the value of collaboration at LinuxWorld Keynote
NAG works with AMD to produce accurate, optimised numerical libraries for the AMD Opteron™ and eighth-generation AMD Athlon™ processors - NAG - AMD
Top tool vendors announce support for upcoming AMD Opteron™ and AMD Athlon™ processors based on Hammer technology - AMD
Notes:
If the software you want does not appear to be available for your computer, please contact NAG Contact Us. A version may be planned or nearly ready. If not, registering your interest helps NAG plan future versions and may ensure future availability.