Transferred from the [Bit Ruiwang Group Software Division] Intel? Software Development Products is a complete set of tools to help developers easily create the fastest software on the Intel architecture.
Intel? C compiler and Intel? Fortran compiler helps your program run at the fastest speed. The optimization of the compiler contains SSE2 and Intel® ITANIUM® 2 processors in the Intel® Pentium® 4 processor. Software Pipelining. IPO and PGO provide more advanced program performance. The Intel Compiler provides you with multi-threaded code development with automatic parallel processing mechanisms and OpenMP *!
Intel? C Compiler for Microsoft Windows * provides a sufficient source code and Object code, compatible with Microsoft Visual C .NET, which is also compatible with Microsoft Visual Studio .NET. More information...
Intel? C Compiler for Linux * provides advanced compatibility with GNU C / C , powerful C ABI consistency, extensive GCC ductility support, and you can create kernel. More information .. .
Intel? Fortran Complier for Microsoft Windows * provides plugins compatible with Microsoft Visual Studio 6.0 and .NET environment, and there are currently many places to be compatible with Compaq Visual Fortran (CVF), such as installation CVF 6.6 development environments can pass through the system Command line uses a compiler. More information...
Intel? Fortran Compiler for Linux * greatly enhances Linux and Industry Level Support level, providing the ability to handle large Endian files, fully support Linux Distribution, complete ISO Fortran 95 compatibility, and mix C / Fortran language support. More information...
Intel? VTune? Analyzers Intel? VTune? Performance Analyzer Helps you identify performance bottlenecks in your program code. VTune? Analyzers can collect, analyze, and display software performance data - some guidance from the overall browsing to a special function, module or program. More information ... Watch FLASH Demo
Intel? VTUNE? Performance Analyzer for Linux provides a fully localized Linux solution to help you collect, analyze, and display performance data in your Linux program. Watch Flash demo
Intel? Performance INTEL? Integrated Performance Primitives (Intel® IPP) Developers for multimedia programs. Intel? IPP provides a general signal, image, voice, graphics, sound processing, vector processing, and matrix mathematics, as well as audio, video, speech digital signal codec, complex complications Primitives. Intel? IPP can provide a single, thread secure, optimized API: Intel? Pentium 4, Intel? Xeon, Intel? ITANIUM, and Intel? XScale MicroarchIutIn, Intel® Xscale MicroarchIutIn ...
Intel? Integrated Performance Primitives (Intel? IPP) for Intel? PCA Application Processors Intel? Integrated Performance Primitives for Intel? PCA Applications Processor support Intel? IPP performance for Intel? PXA250 and PXA210 processor program. With up to 3,000 functions for signals and image processing. Speech CODECS function for G.723.1 and GSM-AMR, MP3, and AAC Audio Codec. More information ... Intel? Math Kernel Library (Intel? MKL) is used for users who need scientific computing, engineering applications, and financial fiscal software. Intel? MKL provides a set of functions related to linear algebra, fast Fourier transform, and vector math, available for fastest Intel® Pentium 4, Intel? Xeon and Itanium 2 processors. Intel? MKL provides a built-in parallel mechanism (thread) that provides excellent scaling (Scaling) in many programs. More information...
Intel? Thread Checker Intel? Thread Checker for Microsoft Windows * Helps programmers quickly find and patch Win32 * - and bugs in the OpenMP-Threaded program. Intel? Thread Checker can find very difficult thread errors that you need to find for a few hours or even weeks within a few hours. These errors sometimes can't find the traditional tools or software.
THREAD PROFILER THREAD PROFILER is a new plugin for VTune® Performance Analyzer, which can display thread workload imbalances. Thread Profiler helps programmers adjust the performance of the OpenMP-Threaded program and greatly simplify the task of adjustment program performance by vividly displaying real-time working conditions of each thread in image form. ??
