The wiper assembly is a mechanical component driven by a motor. The sensors required by the wiper can call the camera or other sensors on the vehicle. Once the transparency of the windshield is sensed, the vehicle can automatically activate the appropriate working mode for the wiper through software control. , which realizes the purpose of software-defined wiper function. When various assemblies and modules are standardized, a higher level of intelligence can be realized through the software in the central controller, just like multiple APPs running on a mobile phone, which can greatly shorten the product development cycle The widespread adoption of standardized components helps companies control costs and quality. For example, a component company develops and produces a standardized windshield wiper, and then sells it to various vehicle manufacturers. The price will be very cheap; at the same time, the calibration and verification of standardized hardware can be appropriately simplified, thereby further saving development time and cost.
The distributed electronic and electrical architecture of automobiles can no longer adapt to the further evolution of automobile intelligence. High integration is the solution. Build the “brain” of the car based on a small number of high-performance processors, and form a “neural network” and “vessel” that quickly transmit information through a new electrical and electronic architecture to control and drive all electronic components and sensors.