Intel C++ Composer XE CCX999WSGE01 Data Sheet
Product codes
CCX999WSGE01
Intel® Compilers deliver industry-leading performance. And they are compatible with leading compilers.
Highlights of Intel Composer XE
Products
Products
Take Advantage of Multicore
Intel Composer XE products include a variety of parallel
development models, supporting multiple approaches to
parallelism. Intel Composer XE offers Coarray Fortran for both
shared- and distributed-memory hardware configurations,
support nearly all of Fortran 2003 and key features in the
Fortran 2008 standard. For C++ developers, Composer XE
products offer enhanced vectorization capabilities with SIMD
pragmas and array notations. The parallelism components are
easily integrated into existing applications, help preserve the
investment in your existing code, and speed development.
Composer XE parallel programming models offer more choices
to match the parallel programming needs of businesses today
and into the future.
development models, supporting multiple approaches to
parallelism. Intel Composer XE offers Coarray Fortran for both
shared- and distributed-memory hardware configurations,
support nearly all of Fortran 2003 and key features in the
Fortran 2008 standard. For C++ developers, Composer XE
products offer enhanced vectorization capabilities with SIMD
pragmas and array notations. The parallelism components are
easily integrated into existing applications, help preserve the
investment in your existing code, and speed development.
Composer XE parallel programming models offer more choices
to match the parallel programming needs of businesses today
and into the future.
Multiple programming models are supported in Intel Composer XE
products.
Intel TBB is a C++ template library that can be used to enable
general parallelism. It includes scalable memory allocation,
load-balancing, highly efficient task scheduling, a thread-safe
pipeline and concurrent containers, high-level parallel
algorithms, and numerous synchronization primitives.
general parallelism. It includes scalable memory allocation,
load-balancing, highly efficient task scheduling, a thread-safe
pipeline and concurrent containers, high-level parallel
algorithms, and numerous synchronization primitives.
Intel® Cilk Plus is a unique feature in Intel® C/C++ that
provides two technologies for parallelism. It includes new
keywords that extend the C/C++ language to make it easier to
implement data parallelism. It also introduces vector notations
for arrays that simplify vectorization, which can lead to
enhanced application performance. The combination offers
superior functionality by combining advanced vectorization
features with array notation and high-level loop-type data
parallelism and tasking parallelism.
provides two technologies for parallelism. It includes new
keywords that extend the C/C++ language to make it easier to
implement data parallelism. It also introduces vector notations
for arrays that simplify vectorization, which can lead to
enhanced application performance. The combination offers
superior functionality by combining advanced vectorization
features with array notation and high-level loop-type data
parallelism and tasking parallelism.
OpenMP* and MPI* are both supported in all Composer XE
products. Intel® Compilers continue to fully support the latest
standard in OpenMP programming and, for developers of
cluster-based applications, support is included for Intel® MPI
Libraries.
products. Intel® Compilers continue to fully support the latest
standard in OpenMP programming and, for developers of
cluster-based applications, support is included for Intel® MPI
Libraries.
Intel® Math Kernel Library (Intel® MKL) is a computing math
library of highly optimized, extensively threaded math
routines for applications that require maximum performance.
Core math functions include BLAS, LAPACK, ScaLAPACK1,
sparse solvers, fast Fourier transforms, vector math, and
more.
library of highly optimized, extensively threaded math
routines for applications that require maximum performance.
Core math functions include BLAS, LAPACK, ScaLAPACK1,
sparse solvers, fast Fourier transforms, vector math, and
more.
Intel® Integrated Performance Primitives (Intel® IPP) is an
extensive library of multicore-ready, highly optimized
software functions for multimedia, data processing, and
communications applications. Intel IPP offers thousands of
optimized functions covering frequently used fundamental
algorithms.
extensive library of multicore-ready, highly optimized
software functions for multimedia, data processing, and
communications applications. Intel IPP offers thousands of
optimized functions covering frequently used fundamental
algorithms.
Rogue Wave IMSL* Fortran Library is included in a special
edition called Intel Visual Fortran Composer XE with IMSL for
Windows. With over 1,000 algorithms, the IMSL Fortran
Library is the most comprehensive math and statistics library
available. Highly accurate and reliable, it contains proven
technology that has been thoroughly tested, well documented,
continuously maintained and used by developers worldwide
for more than four decades.
edition called Intel Visual Fortran Composer XE with IMSL for
Windows. With over 1,000 algorithms, the IMSL Fortran
Library is the most comprehensive math and statistics library
available. Highly accurate and reliable, it contains proven
technology that has been thoroughly tested, well documented,
continuously maintained and used by developers worldwide
for more than four decades.