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Enter Model-Based Calibration (MBC)—a powerful, data-driven approach that revolutionizes the calibration process by leveraging mathematical models and simulation techniques.

Explore the differences between RS-232, CAN, and Ethernet, and how Klaric’s integration provides a massive advantage in measurement systems.

In modern automotive engineering, in-vehicle networks (IVNs) play a crucial role in ensuring smooth communication between electronic control units (ECUs), sensors, and actuators. Vehicle System Engineering focuses on designing, implementing, and analyzing these networks to optimize performance, reliability, and safety. As vehicles become more advanced with autonomous driving features, electrification, and connectivity, the understanding of the various network architectures is

Explore the concept of zonal architecture, its advantages, and how ATI is supporting this evolution with cutting-edge automotive electronics

One method of accomplishing live calibration with modern microcontrollers is the concept of Dynamic Overlay.

Eddy Current, Magnetic or Optical – which is the optimal sensor type selection for turbocharger rotational speed measurement?

So, what is J1939 and what does it mean?

Modern engineering practices often emphasize iterative design processes, where feedback continuously informs the development cycle.

Integrated Support for Legislated OBD Functionality