Features
Easy and quick to use
VTune Amplifer XE features a number of new pre-defined performance profiling experiments for quickly getting detailed profiling information without having to know microarchitectural details.
Powerful analysis
After profiling, take advantage of a number of new analysis features such as the timeline, filtering and frame analysis to turn data into actionable information.
Works on threaded and non-threaded code
Identify threads and synchronisation objects that can impact performance and see the distribution of work to threads and identify load imbalances.
Call graph profiling
Determines calling sequences and graphically displays the critical path, allowing you to see which functions took the most time to process or were blocked the longest.
Counter monitor
Quickly identify system level performance issues using the Counter Monitor to track system activity and resource consumption during runtime.
Low overhead
Reduce the performance cost of profiling by using VTune Amplifer XE to make data collection faster and results more accurate.
Works with standard builds
Use your normal production build with symbols from your normal compiler or assembler. No special debug builds are required.
Works with C++, Fortran, assemly and more!
VTune Amplifer XE supports compilers from any vendor that follow platform standards including Microsoft, GCC and Intel.
High compatibility
Choose either the Windows or Linux version for profiling on Windows 7, Vista, XP, Windows Server, RHEL, Fedora and SUSE. The Windows version integrates into Microsoft Visual Studio 2005, 2008 and 2010 or can be run standalone.
No root privileges required for Linux version
VTune Amplifer XE for Linux does not require root privileges for basic performance security analysis.
Works on both Intel and non-Intel processors
Many of VTune Amplifer XE's features work on both Intel and other compatible processors. Results can be saved and analysed on any compatible processor but some on-chip performance monitoring features do require a genuine Intel processor for data collection.