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OPEN-ECU.AV
OPEN-ECU. AV (Intelligent Autonomous Vehicle Solutions) provides computing platforms with different configurations for driving applications.
Our solutions can support the deployments of different levels of autonomous driving. These solutions are designed to provide a safe and reliable computing platform for implementations.
Users can flexibly configure on this platform according to your target application requirements.
GDCU35B ADAS Domain Control Unit
The GDCU35B ADAS Domain Control Unit can be used for algorithm deployment and function development for L2+ autonomous driving applications, such as highway NOA (Navigate on Autopilot), designated Urban NOA, AVP (Automated Valet Parking) and other intelligent driving functions. The GDCU35B also supports the development of various human-machine co-driving functions，such as DMS (Driver Monitoring System), OMS (Occupants Monitoring System), audio interaction and other intelligent cockpit functions.
GDCU35A ADAS Domain Control Unit
The GDCU35A ADAS Domain Control Unit can be used for algorithm deployment and function development for L2+ autonomous driving applications, such as HWP (Highway Pilot), HPP (Home Zone Parking Pilot) and other intelligent driving functions. The GDCU35A also supports the development of rich human-machine co-driving functions, such as DMS (Driver Monitoring System), OMS (Occupants Monitoring System), audio interaction and other intelligent cockpit features.
GDCU32A Multi-Function Camera
The GDCU32A Multi-Function Camera integrates Infineon AURIX™ series TC397 and Horizon Journey ™ 2 for L2 and below ADAS related to forward-looking scenarios, with a built-in 2MP camera and millimeter wave radar access, which can be used for algorithm deployment and function development for forward-looking advanced driver assistance applications.
GDCU34B ADAS Domain Control Unit
The GDCU34B ADAS Domain Control Unit is an integrated driving and parking domain control unit for L2+ and L2 pilot assisted driving applications, integrating the Infineon AURIX™ series TC397 and three Horizon Journey™ 3 , supporting access to one 8MP camera, nine 2MP cameras, five millimetre wave radars and 12 ultrasonic sensors, equipped with U-blox F9K multi-band high-precision inertial navigation module enables the positioning navigation function to be used for navigation based autonomous driving and advanced parking functions.The control unit provides powerful visual perception capabilities and supports deep learning based image AI processing for algorithm deployment and function development for autonomous driving related applications.
GDCU34A ADAS Domain Control Unit
The GDCU34A ADAS Domain Control Unit is designed for L2+ autonomous driving applications and integrates Infineon AURIX™ series TC397 and three Horizon Journey™ 3(J3), supports access to one 8MP, five 2MP cameras and five millimetre wave radars, is equipped with U-blox F9K multi-band high-precision inertial navigation module and supports deep learning based image AI processing, which can be used for algorithm deployment and function development of relevant autonomous driving applications.
GDCU33B ADAS Domain Control Unit
The GDCU33B ADAS Domain Control Unit for L2 parking domain autonomous driving applications integrates Infineon AURIX™ Series TC397 and Xilinx Zynq® UltraScale +™ MPSoC EV Series chips to support access to five 1MP cameras, five millimeter wave radars, and 12 ultrasonic sensors, supporting deep learning based image AI processing for algorithm deployment and function development for autonomous driving applications.