Published: 07 February 2024
Summary
Electrification, autonomy and connectivity are driving vehicle electrical/electronic architecture toward zonal-centralized frameworks. Product leaders must incorporate multisensor integration, software-centric development and GenAI features to enable software-defined vehicles.
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Overview
Implications
Vehicles with advanced self-driving capabilities with inputs from multiple different sensors and navigation systems will require large volumes of high-speed data flow within the vehicle and higher compute performance and network capabilities for real-time decision making.
Decoupling hardware and software development for vehicle architecture technology will enable platform standardization and flexibility, and speed in innovation.
In-vehicle GenAI-based virtual assistant models will seamlessly integrate with vehicle infotainment systems to offer a variety of voice-activated functions. Enabling these GenAI features would require on-device capabilities that could be rendered better with advanced vehicle architecture.
The lead held by Tesla and emerging domestic Chinese electric vehicle
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