Technological advances in the areas of Connected, Autonomous, Shared, and Electric - commonly referred to as CASE – have been transforming the automotive industry in recent times.

By NXP Customer Success Stories

Tags: Customers

The PR SDK enables safety features such as automated emergency breaking to achieve the NCAP five-star rating...

By Huanyu Gu

Tags: Automotive, ADAS and Highly Automated Driving

The HDQFP is an innovative IC package developed by our engineering team in Tianjin, intended to simplify packaging portfolios by offering greater lead density over the well-known QFP.

By Mathieu Clain

Tags: Automotive, Powertrain and Vehicle Dynamics

The S32G3 family of vehicle network processors is excellent for software-defined vehicles and safety processing.

By Brian Carlson

Tags: Automotive, Vehicle Networking

Modern vehicles are taking on more and more functions that bring new challenges. Although functional safety is not a new topic in the automotive industry, it has been gaining increased attention over time.

By Jakob Smonig

Tags: Automotive, Vehicle Networking

Christine Cloostermans works as a Principal Security/Cryptography Architect at NXP’s Competence Center for Security and Cryptography in Eindhoven, the Netherlands.

By Christine Cloostermans

Tags: We Are NXP

Microcontrollers (MCUs) have undergone numerous technological advances, from hardware cryptography to sophisticated graphics capabilities, and yet, in all of this time, software development has struggled to keep up.

By Brendon Slade

Tags: Edge Computing, Technologies

Wireless Connectivity is the Champion with NXP RF transistors.

By Lisa Bradley

Tags: Communication Infrastructure

Providing a low-cost and single-wire scheme, it comes as no surprise that LIN bus systems are increasingly used in the body domain of vehicles.

By Rainer Evers and Weibo Qiu

Tags: Automotive, Vehicle Networking