HighTec presents a compiler environment enabling Rust and C/C++ development across heterogeneous automotive processors with support for AI and model-based design.
Bluetooth Low Energy SoC and wireless power technology enable high-frequency tire data processing for autonomous vehicles and connected fleet monitoring.
Pre-validated hardware-software platform integrates energy distribution, deterministic networking, and functional safety to accelerate development of software-defined vehicle architectures.
New system-on-chip family supporting IEEE 802.15.4z and upcoming IEEE 802.15.4ab enables extended-range ultra-wideband connectivity for automotive access systems, smart devices, and sensing applications.
HighTec expands compiler support for Renesas microcontrollers, enabling developers to combine Rust and C/C++ in safety-critical automotive applications and software-defined vehicles.
Embedded GPU modules based on Blackwell architecture deliver scalable AI acceleration, high-bandwidth memory, and flexible power configurations for industrial edge computing and robotics applications.
Infineon Technologies supports Subaru’s integrated ECU development for next-generation driver assistance and vehicle motion control through improved real-time sensor data processing.