NXP Automotive Processors Product Map
Get to know our automotive microcontrollers and processors, listed by technical specifications and key features.
A broad portfolio of processors built on Power Architecture technology, enabling networking, automotive, consumer and industrial applications.
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Our Power-Architecture-based portfolio offers high levels of integration, comprehensive software and hardware enablement and broad performance range.
The P-series is based on field-proven Power Architecture technology.
The T-series offers power efficient products for networking and industrial applications.
Qonverge offers a multitude of solutions for femtocell, picocell, metrocell and macrocell.
PowerQUICC® communications processors, built on Power Architecture technology, support the entire spectrum of embedded networking equipment, industrial and general embedded applications.
PowerQUICC I offers a combination of performance and functionality.
PowerQUICC II is built on Power Architecture technology and optimized for embedded applications.
PowerQUICC II Pro is designed for networking, communications and computing applications.
PowerQUICC III offers advanced features and high-speed connectivity for enterprise networking.
Our e600 core includes the AltiVecTM technology engine, enabling software developers to achieve acceleration in performance-driven, high-bandwidth computing and communications applications.
Ideal for high-performance processing in networking, aerospace and defense, storage and pervasive computing applications.
This chipset features a MPC5748G automotive microcontroller combined with an LS1043A communications processor for vehicle network processing applications like advanced gateways.
The S32R radar MCU is a 32-bit high-performance MCU with optimized radar signal processing acceleration to maximize performance/watt for up to ASIL D radar applications.
MPC5xxx microcontrollers are scalable, highly-integrated solutions designed for automotive, with a focus on quality and long-term reliability.
Get to know our automotive microcontrollers and processors, listed by technical specifications and key features.
Learn how to simplify a high-voltage BMS design step-by-step. You will explore how to get started, live-monitor the voltage cells and verify both the temperature and voltage battery stack using an application software development kit (SDK) and dedicated GUI.