CANape is a comprehensive software tool developed by Vector Informatik, designed for the measurement, calibration, diagnostics, data evaluation, and flashing of Electronic Control Units within the automotive industry. It enables engineers to optimize ECU parameters in real-time, facilitating efficient development and validation of embedded systems and Advanced Driver Assistance Systems .
Key Features and Functionality:
- Real-Time Measurement and Calibration: Allows simultaneous parameter adjustment and signal recording during system operation, ensuring optimal ECU performance.
- Comprehensive Protocol Support: Supports various communication protocols, including XCP, CAN, FlexRay, and Automotive Ethernet, enabling seamless integration with diverse vehicle architectures.
- Advanced Data Acquisition: Capable of capturing data from high-resolution sensors such as radar, LIDAR, and video, with data recording rates up to 6 GByte/s, essential for ADAS and autonomous driving projects.
- Model Integration: Facilitates the integration of Simulink models as DLLs, allowing near real-time execution and visualization within CANape, enhancing the development process.
- Calibration Data Management: Offers efficient management of calibration data, including data evaluation, reporting, and flashing capabilities, streamlining the calibration workflow.
Primary Value and User Solutions:
CANape addresses the critical need for precise and efficient ECU calibration in the automotive sector. By providing real-time measurement and calibration capabilities, it enables engineers to fine-tune ECU parameters during actual system operation, leading to optimized vehicle performance and reduced development time. Its support for a wide range of communication protocols and high-speed data acquisition makes it particularly valuable for developing and validating complex systems like ADAS and autonomous vehicles. Additionally, the integration with modeling tools like Simulink allows for a seamless transition from model-based design to real-world application, enhancing the overall development efficiency.
Seller
VectorProduct Description
CANape is a comprehensive software tool developed by Vector Informatik, designed for the measurement, calibration, diagnostics, data evaluation, and flashing of Electronic Control Units within the automotive industry. It enables engineers to optimize ECU parameters in real-time, facilitating efficient development and validation of embedded systems and Advanced Driver Assistance Systems .
Key Features and Functionality:
- Real-Time Measurement and Calibration: Allows simultaneous parameter adjustment and signal recording during system operation, ensuring optimal ECU performance.
- Comprehensive Protocol Support: Supports various communication protocols, including XCP, CAN, FlexRay, and Automotive Ethernet, enabling seamless integration with diverse vehicle architectures.
- Advanced Data Acquisition: Capable of capturing data from high-resolution sensors such as radar, LIDAR, and video, with data recording rates up to 6 GByte/s, essential for ADAS and autonomous driving projects.
- Model Integration: Facilitates the integration of Simulink models as DLLs, allowing near real-time execution and visualization within CANape, enhancing the development process.
- Calibration Data Management: Offers efficient management of calibration data, including data evaluation, reporting, and flashing capabilities, streamlining the calibration workflow.
Primary Value and User Solutions:
CANape addresses the critical need for precise and efficient ECU calibration in the automotive sector. By providing real-time measurement and calibration capabilities, it enables engineers to fine-tune ECU parameters during actual system operation, leading to optimized vehicle performance and reduced development time. Its support for a wide range of communication protocols and high-speed data acquisition makes it particularly valuable for developing and validating complex systems like ADAS and autonomous vehicles. Additionally, the integration with modeling tools like Simulink allows for a seamless transition from model-based design to real-world application, enhancing the overall development efficiency.
