About VSIPL++

application/pdf Data Sheet
application/pdf Building Signal-Processing Applications for the Cell Broadband Engine
text/html Evaluation Request

Manuals

text/html Quickstart
application/pdf Quickstart
text/html Tutorial
application/pdf Tutorial
application/pdf VSIPL++ API Specification (Serial)
application/pdf VSIPL++ API Specification (Parallel)
text/html API Reference

Mailing Lists

icon Announcements
icon Development

Sourcery VSIPL++ 1.2

Sourcery VSIPL++ 1.2 contains more: more portability, more performance, more parallelism, and more productivity. And since Sourcery VSIPL++ uses the open-standard VSIPL++ API, upgrading to Sourcery VSIPL++ 1.2 just means recompiling your application.

More Portability...

Microsoft Windows

Sourcery VSIPL++ now supports the Microsoft Windows operating system, running on IA32 processors.

Solaris

Sourcery VSIPL++ now supports the Solaris operating system, running on SPARC processors.

Intel C++ Compiler

You can now compile Sourcery VSIPL++ with the Intel C++ Compiler. Intel C++ 9.1 is supported on both GNU/Linux and Microsoft Windows.

More Performance...

Mercury Scientific Algorithm Library

Sourcery VSIPL++ now makes use of more SAL library functions to deliver better performance on Mercury MCOE systems.

Intel Performance Primitives

Sourcery VSIPL++ now makes use of more IPP functions to deliver better performance on Intel hardware.

Single-Instruction Multiple Data Instructions

Sourcery VSIPL++ now takes more advantage of the performance capabilities offered by SIMD hardware, such as the PowerPC Altivec instructions and the Intel/AMD Streaming SIMD Extensions (SSE).

Much, much more...

A large number of performance improvements have been made to eliminate unncessary data movement, reduce overhead, and improve parallel performance.

More Parallelism...

Support for Mercury's Parallel Acceleration System

Sourcery VSIPL++ can now use the PAS API on Mercury MCOE systems.

Improved performance with Verari MPI/Pro

Sourcery VSIPL++ has now been tuned to provide improved throughput when using MPI/Pro on Mercury MCOE systems.

More Productivity...

Integrated Profiling

Extensions to the VSIPL++ API provide the ability to gather performance data about your application as it runs.

Matlab I/O Support

You can now read and write data files in the Matlab file format.

Convenient Binary Packages

Sourcery VSIPL++ packages for both GNU/Linux and Microsoft Windows are now available.

Simplified Source Builds

You can now build Sourcery VSIPL++ from source code without using a Fortran compiler.