The newest member of the i.MX 9 series streamlines the development of cost-optimized edge devices that require security, performance, and Linux support in a scalable, reliable platform.

With MRAM, carmakers can more efficiently roll out new features, accelerate over-the-air (OTA) updates and remove production bottlenecks.

UCODE 9xm delivers industry-leading performance, combining more than three times the sensitivity of previous NXP UCODE memory ICs with advanced customer-configurable memory options, enabling more diverse objects to be tagged and delivering a more accurate picture of the supply chain.

Single-chip secure, connected MCU solution combines a full NFC reader, a customizable Arm^® Cortex^®- M33 MCU and a complete security toolbox to help deliver faster and more secure NFC authentication.

A new generation of MCUXpresso tools streamlines embedded software development, enabling open-source projects, simplified access to specialist middleware and hardware abstraction across NXP's wide range of MCUs.

One of the first companies in production with S32R41 is ADAS total solution expert CubTEK. Its first high-end radar sensor for next-generation commercial vehicles aims to enhance road safety.

Part of the NXP eIQ Toolkit, the new eIQ Model Watermarking tool helps developers protect their machine learning model from IP theft.

NXP Semiconductors, the market share leader in automotive radar according to Yole Intelligence, has announced a new industry-first 28nm RFCMOS radar one-chip IC family for next generation ADAS and autonomous driving systems.

NXP Semiconductors has announced the i.MX 95 family, the newest addition to its i.MX 9 series of applications processors. The new i.MX 95 family combines high-performance compute, immersive Arm^® MaliTM-powered 3D graphics, an innovative new NXP accelerator for machine learning, and high-speed data processing.

Certified to the Bluetooth^® 5.3 Low Energy (LE) audio standard, the NXH3675 enables high-quality, multi-stream wireless audio streaming with ultra-low power consumption and latency.