Intel Inspector XE

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Intel Inspector XE 2011 for Windows OS  

Our prices include ComponentSource technical support and, for most downloadable products, an online backup and a FREE upgrade to the new version if it is released within 30 days of your purchase.  All sales are made on our standard Terms and Conditions and subject to our Return Policy. Please contact us if you require any licensing option not listed, including volume licensing and previous versions.

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What's new in Intel Inspector XE:

• New product that replaces Intel Thread Checker for Windows and Linux
• Standalone or IDE integration
• Memory Checker (New) - Memory errors like leaks and corruption
• Thread Checker (Improved) - Data races and deadlocks

Intel Inspector XE 2011 is a powerful and easy-to-use memory and threading error checking tool for C, C++, C# .NET, and Fortran developers designing serial and parallel applications on Windows and Linux based platforms.

Intel Inspector XE enhances developer productivity and facilitates application reliability, by effectively finding crucial memory and threading defects early in the development cycle. It gives detailed insights into application memory and threading behavior to improve application reliability. Intel Inspector XE makes it easier to find latent errors on the executed code path. It also finds intermittent and non-deterministic errors, even if the error-causing timing scenario does not happen. In addition, developers can test their code more often, without the need to use special test builds or compilers.

Intel Inspector XE Goes Right to the Source
Intel Inspector XE's intuitive GUI enables developers to easily select the type of analysis to find the root cause of latent or crash-causing threading and memory defects and then identify errors at the source- code line. This valuable analysis enables developers to get more done in less time.

Memory Checking Analysis for Serial and Parallel Applications
Find:

• Memory leaks and memory corruption
• Memory allocation and deallocation API mismatches
• Inconsistent memory API usage.

Thread Checking Analysis for Higher Performing Parallel Applications
Find:

• Data races
• Deadlocks
• Thread and sync APIs used
• Memory accesses between threads