Intel Visual Fortran Compiler - Application - V11

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Get the best performance from your Fortran applications on Intel processors. Intel Visual Fortran Compiler for Windows is an ISO Fortran 2003 compatible compiler. It fully supports multi-core Intel processors along with existing Intel processors and architectures. Advanced optimization features deliver outstanding application performance on the latest Intel processors.

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Intel Visual Fortran Compiler V11 for Windows

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Intel Visual Fortran Compiler for Windows accelerates your software development, shortens your configuration time and improves your software performance while preserving your development investment.

The compiler also delivers these benefits:

• Support for the multi-core Intel processors along with existing Intel processors and architectures
• Optimization improvements include the ability to vectorize parallel loops, and a new "Software-based Speculative Pre-Computation" feature that can improve performance on Intel processors with Hyper-Threading Technology
• Compatibility with Compaq Visual Fortran, which makes it easier to move and preserve your investment in software development
• Advanced optimization features for the latest Intel processors to help deliver outstanding application performance
• Integrates into Microsoft Visual C++ .NET development environment
• Professional Edition includes IMSL Fortran Library 5.0
• Stores floating-point operations in a highly optimized, floating-point emulation library so performance-sensitive applications can run at higher execution speeds
• Improves application performance dramatically by using the Interprocedural Optimization (IPO) in programs containing many small- or medium-sized functions that are used frequently, especially for programs that contain calls within loops.
• Takes advantage of the processor microarchitecture by more effectively using instruction paging and cache memory. Makes better branch predictions with Profile-Guided Optimization (PGO) by reducing instruction-cache thrashing, reorganizing code layout and reducing branch mispredictions
• Run time checking for uninitialized variables, which can help users eliminate programming errors
• Hides memory access latency with data prefetching, which moves prefetch
• instructions for selected data items into cache memory. This can provide significant performance improvement for applications that are more compute intensive.
• Increases development efficiency, reduces defects, and increases application performance with the Compiler Code-Coverage Tool
• Speeds QA testing with the Compiler Test-Prioritization Tool
• Supports IntelExtended Memory 64 Technology (IntelEM64T)
• Supports the IntelDebugger