Maximum performance due to dot.net trace profiling

Usually, one can use a dot.net sampling profiler to drill down to the problem of an application. Yet having done that, what if the sampling data does not provide sufficient relevant information? The answer is: a trace profiler can offer more important detailed information, if your application works in a multithread environment. On the other hand, profiling large applications may lead to being flooded with information in a huge trace result, possibly affecting the applications' performance.

However, the SpeedTrace dot.net profiler, finally offers you a way out of this dilemma! Thanks to its three-level filtering approach (illustration below), you will be able to avoid (and reduce to a minimum) the unnecessary information that normally holds you back when tracking down the essential performance issue. Besides, by thus streamlining its tracing and profiling capabilities it also prevents the impacts that normally occur to your applications' performance when you subject them to these kinds of procedures.

	The recording filter (only available in the Pro version) first collects all method calls and is apt to maximize trace speed, minimize resource usage (memory, time, power, etc.), and minimize the bulk of information
	The pre-processing filter (available in the Basic and Pro versions) then works on the traced calls and further minimizes resource usage and minimizes the information to what is relevant and sufficient
	The post-processing filter (available in the Basic and Pro versions) finally filters the pre-processed calls and minimizes the information to that which is quintessential, leaving you with a perfectly profiled and thoroughly useful account of your problem.

The SpeedTrace filterering system is simply a tool you cannot do without when bug trapping yourapplication!