Excellence in Real-Time
INCHRON’s state-of-the-art methods and tools enable system architects, developers and testers to fully master system runtime performance aspects over the entire real-time systems development life cycle. A solid real-time design, paired with early proactive anticipation of real-time issues, almost always delivers far superior results than just trying to fix real-time issues discovered by chance in later phases of the development life cycle.
The INCHRON Tool-Suite provides a comprehensive set of powerful tools that enable our customers to successfully implement this approach and use it across all development teams. For us, excellence in real-time means to identify sporadic runtime issues systematically and right from the beginning, thus making the development of complex real-time systems predictable in terms of product quality, development schedule and costs.
Autonomous driving is the most disruptive innovation ever in the automotive sector. Major technological challenges have yet to be overcome to enable fully autonomous driving. Mastering all critical real-time aspects of automotive electronics is definitely among these challenges.
Toolbox from PLS and INCHRON Makes it Easier to Detect and Correct Timing Errors
PLS Programmierbare Logik & Systeme and INCHRON offer a joint toolbox for efficient visualization and analysis of real-time systems. The optimally coordinated hardware and software package of the two companies enables developers of complex real-time-critical applications in automotive and industrial environments … Read more
Real-Time Performance Analysis on Infineon AURIX
The INCHRON Tool-Suite seamlessly integrates with the Infineon AURIX platform via Infineon’s DAS (Device Access Server) tool interface. For comprehensive manual and automated run-time performance analysis on Infineon AURIX microcontrollers, there is no need for external trace hardware anymore. All you need is an AURIX evaluation board, a standard PC, Infineon’s Multi-Core Debug Solution (MCDS) Trace Viewer which comes with the DAS installation, and the INCHRON Tool-Suite. Read more
Event Chains in Mixed AUTOSAR Classic and Adaptive Platforms
Systems comprising devices based on AUTOSAR classic and adaptive platforms will soon be present in every major vehicle. End-to-end timing along the event chains will be a critical key design element.
End-to-End Performance Optimization for Autonomous Driving
High quality and safety-critical requirements, aggressive time to market schedule, increasing technical and organizational complexity are fundamental constraints for autonomous driving. Using the most proven development methods and tools is the key to success. But which aspects are crucial? Read more