Intel® VTune™ Performance Analyzer
Intel® VTune™ Performance Analyzer makes application performance tuning easier with a graphical user interface and no recompiles required. It is compiler and language independent so it works with C, C++, Fortran, C#, Java, .NET and more†. Unlike some products that offer only call graph analysis or only a limited set of sampling events, VTune analyzer offers both with an extensive set of tuning events for all the latest Intel® processors.
Intel® VTune™ Performance Analyzer 9.0 for Windows
Deliver Faster Code - Deliver fast software on the latest 64-bit multi-core systems running Microsoft Windows Vista, Windows XP or Windows Server. Locate performance bottlenecks without recompilation and with very low overhead (under 5%). Analyze the results using a graphical interface with strong Visual Studio and .NET integration. Quickly drill down to the source to identify problematic lines of code.
Optimize Multi-Core Performance - Intel® Thread Profiler included! Not getting the performance you expected after threading your application? Intel® Thread Profiler helps you tune multi-threaded code, for optimized performance on today’s multi-core processors.
Highlights
- 32 and 64-bit support for Microsoft Windows Vista, Windows XP and Windows Server. (details)
- Integrated with Microsoft Visual Studio 2005 and 2008.
- Supports the latest Intel quad-core processors. (details)
- Highlights thread overhead and synchronization impact with Intel Thread Profiler.
- Multi-threading support for load balancing and idle time identification.
- Works with all compiled languages & compilers† (C, C++, Fortran …)
- Optimize Microsoft .NET applications including C# and Visual Basic.
- Tune remote Linux systems from Your Windows Desktop.
Intel® VTune™ Performance Analyzer 9.0 for Linux
Intel® VTune™ Performance Analyzer for Linux is a fully Linux-based solution indispensable for making your software run its fastest on single and multi-core systems. It analyzes applications without recompilation or linking on handheld through supercomputer systems. It is robust with large applications (over 1 GB of source code¹) and multi-core, multiprocessor, and NuMA systems using the latest Intel® processors.