About M-ETK

The M-ETK offers a highly versatile and adaptable solution specifically designed for ECU (Electronic Control Unit) developers and calibration engineers in the automotive industry. It facilitates efficient and effective measurement, calibration, and reprogramming of ECU software, standing out due to its modular architecture, compact size, and high performance. The M-ETK will support a wide range of microcontroller variants and interfaces, ensuring seamless integration with existing systems and future use cases.

The M-ETK provides the access to internal memory of a µC and allows for measurement of variables during runtime of the system as well as parameter modification.

In general, there are three main drivers for choosing an M-ETK as an ECU access device for measurement and calibration tasks, instead of a pure SW solution like XCP on CAN/ETH.

Minimized impact on the µC/SoC runtime and memory consumption.

Support of very short raster times down to 10 µs (cf. XCPonCAN with 1 ms).
Support of high number of variables, for example > 100.000 (cf. XCPonCAN with some 100 variables).

For more technical data on the M-ETK see Technical specifications