Amazing Software Optimizing Tool

In case you haven’t already gleaned from our website, ipcas also designs software.

One of its major software products is centered around a tool which will help you profile software performance and trace instabilities with amazing speed – much to the delight of both software developers and testers.

I am talking about the SpeedTrace Profiler and Tracer for .NET applications designed by ipcas GmbH.

SpeedTrace

is a profiler tool that helps developers and testers to analyze the performance of .NET applications fast and transparently. Users of SpeedTrace can expect to reduce costs in .NET projects substantially and thus increase revenue, ROI and customer satisfaction. Here are some of the salient features this new diagnostics and development tool provides:

  • SpeedTrace
    leads the user to the very core of
    software/firmware problems by supplying highly accurate information in
    a transparent form.
  • SpeedTrace
    provides more functionality than
    other profilers such as filters and triggers because it focuses on
    specific areas or components of an application instead of getting lost
    in issues of internal third party software implementation with poor
    results (e.g. due to using irrelevant methods).
  • SpeedTrace
    offers tracing capabilities that help users to bug trap applications
    and to examine the data flow sent to and from a function.
  • SpeedTrace
    provides user extended functionality (callback API) in order to modify
    function parameters concerning performance, e.g. fault simulations.
  • SpeedTrace
    is a profiler and tracer for .NET applications designed to disclose
    weak points, software problems (e.g. synchronization) and performance
    issues (bottlenecks).
  • SpeedTrace
    has been acknowledged by large
    companies such as Siemens where it is said to be used as favorite toolkit by their
    developers and testers.

For more information, please visit our Features page:

You may also get into direct contact with its developer through the specific Dot.net Profiler weblog.

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