Percepio sponsor several Formula Student Racing Car teams with Tracealyzer licenses. We caught up with three of them and thought we’d share their thoughts, and their experiences with Tracealyzer. Here is the first team. Running Snail from Germany.
Tiny sensor devices are key elements in IoT systems, and they need to be as energy efficient as possible. Roberto Rodriguez-Zurrunero has successfully used Tracealyzer in his research to both minimise energy consumption and fine-tune timing.
We set out to build a Tracealyzer demo application for the Xilinx development kit ZC702, based on FreeRTOS and lwIP, with live trace streaming over Ethernet. Here’s what we learned.
The Tracealyzer recorder for FreeRTOS, SafeRTOS or Micrium µC/OS can be configured to stream the trace data via any interface you might have available. If you have designed your own custom stream port but are having problems getting a reliable transfer or sufficient throughput, there are several things you can try.
Students in Sweden use Tracealyzer to analyze and debug the code controlling instruments slated to be launched and ejected from a rocket in order to test descent from high altitude via balloon.
Percepio announces Tracealyzer 4.1.5, bringing trace streaming support for IAR Embedded Workbench, allowing IAR users to fully benefit from the powerful capabilities of Tracealyzer 4 using IAR I-Jet probes.
A completely revamped user interface and a much improved live view are two of the most prominent features of the upcoming Tracealyzer 4, which we showed for the first time at Arm TechCon.
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