ES400 – Measurement Modules
In INTECRIO, ES400 modules can be connected; these provide measurement signals for functions on an ES910 rapid prototyping module in real time.
ES600 – Measurement Modules
In INTECRIO, the ES630 and ES631 lambda modules can be connected; these provide measurement signals in real time for functions on an ES910 rapid prototyping module.
ES800 – Measurement, Calibration, Prototyping System
With the modular hardware of the ES800 product family, ETAS provides a scalable system for validation, calibration, and prototyping of high-performance electronic control units.
ES900 – Prototyping and Interface Modules
INTECRIO provides an interface for the rapid prototyping modules of the ES900 product family. The rapid prototyping modules of the ES900 product family provide an efficient platform for function development. The ES910 works on an RTA-OSEK real-time operating system and offers a broad variety of ECU and bus interfaces for the development of ECU functions with INTECRIO.
ETK / FETK / XETK – ECU Interfaces
INTECRIO provides an interface to ETKs, FETKs, XETKs; these provide ECU interfaces with a high bandwidth for development and application purposes. Supported ETK / FETK / XETK – ECU Interfaces can be found on the Drivers and Tools for ETKs – Compatibility List.
1: Support of ES910 / ES910-B LIN interfaces and XCP-on-UDP by INTECRIO V3.1 and higher.
2: ECU needs to support DISTAB 13.
3: ECU needs to support DISTAB 13. ETK and FETK mode.
INTECRIO-IP integrates ASCET and MATLAB®/Simulink® models, C code modules, and AUTOSAR software components for prototyping and system validation purposes.
INCA Software Products
INTECRIO offers an interface for INCA. INCA is used for measurements, ECU calibration, and diagnostics in the vehicle, on the test bench, and in the laboratory. It offers a large number of measuring devices as well as ECU and bus interface modules.
The INCA add-on INCA-EIP enables developers to access the prototyping hardware in the same way as they access the ECU. The models executed on the prototyping hardware can be controlled, measured, and calibrated with INCA-EIP.
With the MDA, measurement data recorded with INCA or with INTECRIO-RLINK can be viewed in MDF format and further processed in each data logger with the ETAS Experiment Environment.
All INTECRIO tools support AUTOSAR by integrating the RTA-RTE runtime environment.
With the XCP-IP, an XCP access can be set up for ECU measurement, calibration, and bypassing. This XCP access is a prerequisite for the XCP bypass, which is supported by INTECRIO-RP.