Overview
Zonal Architectures to Make Fully Autonomous Vehicles Possible
The latest zonal architectures make it possible to have fully autonomous vehicles, using integrated system-on-chips (SoCs) connected through high-bandwidth in-vehicle networks. Zonal controllers can handle tasks such as processing camera, radar, lidar, and audio data, and then send this data to the central compute unit for the final sensor fusion. This requires a high-performance SoC that can process all sensor data while consuming the lowest possible power.
When it comes to autonomous vehicles, having a modular processor and AI platform that can effectively handle a wide range of workloads is crucial. It's essential to be able to scale computing power from 0.25 to hundreds of tera-operations per second (TOPS) efficiently. Advancements in automotive and AI technologies are made possible by the Tensilica DSPs, hardware accelerators, Neo NPU, and the latest SoC chiplet technologies.
Key Benefits
Next-generation zonal architectures enable fully autonomous vehicles
Comprehensive Solution
The only provider that offers compute IP, and integrated flow for chiplets, chip, board and system design.
ASIL-Ready
ASIL-ready compute IP, interface IP, and subsystems
Chiplet-Based SoC Design
Chiplet-based reference design and SW Development Platform for ADAS