Internal Combustion Engine
The firm’s product portfolio embraces hardware, software and associated 3rd party products designed to enhance the efficient development of control systems (ECUs) and / or powertrain development for internal combustion engine (ICE) gasoline and diesel technologies.
ATI’s wide range of automotive control system development tools includes ECU Interfaces, low and high-voltage Data Acquisition modules and I/O Hardware, CANbus interfaces, plus Test Cell powertrain measuring equipment, including PICOTURN turbo speed sensors. The portfolio of powerful, user-friendly software products includes packages for Calibration/Data Acquisition, (VISION) ECU Rapid Control Prototyping (No-Hooks / OnTarget) and CANbus communication (CANLab.)
The expanding scale of contemporary electronic control systems results in thousands of available for the calibrator to modify, so fine tuning them can be as complicated as it is critical. However, ATI tools significantly improve the efficiency and effectiveness of the control system development process by allowing engineers to measure and time-align relationships of inputs and outputs and make real-time modifications, all in a single, adaptable software solution – VISION.
Data Collection
Cross-Protocol Communication
Data Collection
Data Collection
In this wireframe, two EMXs are connected to a range of sensors (CAM sensors, thermocouples etc..) with the ECU also connect on CAN. All going into a single CANARY-FD
Cross-Protocol Communication
Cross-Protocol Communication
The VCG allows automotive engineers and technicians to establish communication with a vehicle's electronic control units (ECUs). This enables real-time monitoring, diagnostics, and data exchange with the vehicle's onboard systems. It can serve as a bridge between different automotive networks and protocols, including CAN, LIN, and Automotive Ethernet. This is particularly useful for analyzing and testing multi-network vehicle communication. Users can create custom testing procedures and scenarios. This flexibility is essential for assessing vehicle performance under specific conditions and for conducting validation and testing of new features.
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