Intel C Plus Plus Compiler v10.1.014

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Intel C Plus Plus Compiler v10.1.014

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The Professional Edition combines a high performance compiler with Intel® Threading Building Blocks (Intel® TBB), Intel® Integrated Performance Primitives (Intel® IPP) and Intel® Math Kernel Library (Intel® MKL). While these libraries are available separately, the Professional Edition creates a strong foundation for building robust, high performance parallel code at significant price savings.

New – Intel Compiler Suite Professional Edition for Windows. This suite includes all the features of the Intel C++ Compiler Professional Edition, but also includes the Intel Visual Fortran Compiler for Windows for a more complete solution at significant price savings.


Features

Performance

Consider the Intel C++ Compiler Professional Edition to maximize performance. The built-in optimization technologies and multi-threading support help create code that runs best on the latest multi-core processors.

Advanced Optimization Features

Software compiled using the Intel C++ Compilers for Windows benefits from advanced optimization features, a few of which are explained briefly here, with links to more complete descriptions:
>> Multi-Threaded Application Support, including OpenMP and auto-parallelization for simple and efficient software threading.
>> Auto-vectorization parallelizes code to utilize the Streaming SIMD Extensions (SSE) instruction set architectures (SSE, SSE2, SSE3, SSSE3, and SSE4) of our latest processors.
>> High-Performance Parallel Optimizer (HPO) restructures and optimizes loops to ensure that auto-vectorization, OpenMP, or auto-parallelization best utilizes the processor’s capabilities for cache and memory accesses, SIMD instruction sets, and for multiple cores. This revolutionary capability, new in version 10, combines vectorization, parallelization and loop transformations into a single pass which is faster, more effective and more reliable than prior discrete phases.
>> Interprocedural Optimization (IPO) dramatically improves performance of small- or medium-sized functions that are used frequently, especially programs that contain calls within loops. The analysis capabilities of this optimizer can also give feedback on vulnerabilities and coding errors, such as uninitialized variables or OpenMP API issues, which cannot be detected as well by compilers which rely strictly on analysis by a compiler front-end.
>> Profile-guided Optimization (PGO) improves application performance by reducing instruction-cache thrashing, reorganizing code layout, shrinking code size, and reducing branch mispredictions.
>> Optimized Code Debugging with the Intel® Debugger improves the efficiency of the debugging process on code that has been optimized for Intel® architecture.