
pylon Event Logger
Precise event logging for reliable image processing systems
The pylon Event Logger is an event logging solution that records and analyzes all events in an image processing system to support system optimization and troubleshooting. All frame grabber and camera activities are recorded and visualized so that hidden system problems can be quickly identified.
System information at a glance
360° view of all system events for all vision system components and softwareFast fault analysis & maintenance
Precise overview of error causes to minimize downtimesOptimization of system performance
Analysis of past events to improve system performanceIntuitive use
Visualization of complex event sequences and quick access to relevant information
Comprehensive system optimization over the entire life cycle
The pylon Event Logger is an integrated tool that is started with the pylon development environment or in the frame grabber SDK. It supports the entire life cycle of a vision system - from development to maintenance - by precisely logging all system events. Especially in performance systems or multi-camera systems, it is important to be able to control all components and their triggers.

Development & Debugging
Detect trigger timing issues
Identify causes of incomplete images
Pinpoint synchronization errors accurately
System Operation
Real-time performance monitoring
Early detection of issues
Understanding system behavior patterns
Performance Optimization
Identify bottlenecks
Improve the image processing pipeline
Enhance overall system responsiveness
Main functions of the pylon Event Logger
The pylon Event Logger is an indispensable tool for monitoring interactions within image processing systems. It uses precise time stamps to track individual processes sequentially and measure execution times. The tool measures latencies very accurately as well as detecting and displaying logical errors and performance problems. The pylon Event Logger is particularly effective in identifying problems such as overflows, camera interruptions, and missed triggers - providing valuable insights when faults occur.