NXP Semiconductors introduces an RFCMOS radar transceiver to enable scalable high-resolution imaging radar for Level 2+ to Level 4 automated driving.

Pre-validated hardware-software platform integrates energy distribution, deterministic networking, and functional safety to accelerate development of software-defined vehicle architectures.

Using the KW47 automotive MCU and Bluetooth Channel Sounding, the system enables precise distance measurement and secure “phone as a key” functionality for smart vehicles.

NXP's S32N7 processor series fully digitizes and centralizes core vehicle functions.

NXP unveils an industry-first BMS chipset, synchronized cell measurements, enhancing EV battery health monitoring, safety, and fast charging capabilities.

The new i.MX 952 enables AI-powered vision, driver monitoring, and sensor fusion, offering scalable, secure, and energy-efficient automotive HMI performance.

NXP’s i.MX 95 processor delivers ISO 26262 and IEC 61508-compliant safety, real-time task isolation, and SEooC support, enabling scalable, reliable, and modular in-cabin HMI systems.

The new BMx7318/7518 IC family delivers an advanced, cost-effective 18-channel Li-ion battery cell controller solution that is designed to enhance performance and safety in EVs, energy storage systems and 48V applications.

NXP and Rimac co-developed a centralized SDV architecture using NXP’s S32E2 processors, enabling ECU consolidation, enhanced performance, safety, and simplified software integration.

Discover NXP's approach to responsible enablement of Edge AI, focusing on ethical considerations, privacy, security, and fairness in embedded machine learning applications.