NXP Automotive Processors – Product Map
Automotive Microcontrollers and Processors product map, listing specification tables.
- Software
- Development Boards
- Designs
- Documentation
- Analog Expert Software and Tools
- Automotive Software and Tools
- i.MX Developer Resources
- Microcontrollers Developer Resources
- DSC Developer Resources
- QorIQ Developer Resources
- RFID Developer Resources
- Sensor Developer Resources
- Training
- Partner Marketplace
Automotive Development Platforms
The automotive development platforms are the perfect choice for quick start prototyping with a variety of automotive and industrial ultra-reliable microcontrollers for Advanced Driver Assistance Systems (ADAS), in-vehicle Networking, Body, Chassis, Powertrain and Safety applications.
The automotive development platforms offer a rich feature set like easy-to-use mass storage device mode flash programmer, virtual serial port, classic programming or run-control capabilities to accelerate your next breakthrough automotive or industrial design.
Key Differentiators
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Broad portfolio of hardware tools
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Platforms for prototyping, evaluation and development
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Arduino® pin-compatible and expansible
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Offering platforms with secure communication
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Platforms with integrated OpenSDA or OpenBDM
Platforms by Product Family
S32G
Quad Arm® Cortex®-A53 cores and triple Arm Cortex-M7 lockstep cores
For service-oriented gateways, domain controllers and safety co-processors with advanced functional safety hardware and software for ASIL D systems.
S32K Updated
Arm Cortex-M4F and Cortex-M0+
32-bit S32K family of MCUs-based platforms for general purpose automotive and high-reliability industrial applications.
S32R
Power Architecture® e200z7 and e200z4
32-bit S32R family of MCUs-based platforms for advanced radar signal processing applications.
i.MX for Automotive
Arm Cortex A72/A53/A35 + Cortex-M4/M4F/M7
64-bit i.MX processors for automotive targeting virtualization, vision, HMI/GUI, 3D graphics and 4K video applications.
S32V
Arm Cortex-A53
64-bit S32V processor-based platforms for front and surround-view camera, machine learning and sensor fusion applications.
MPC57xx
Power Architecture
32-bit MPC57xx ultra-reliable MCUs-based platforms for automotive and industrial electrification, engine management, functional safety, motor control and vehicle networking processing applications.
MPC56xx
Power Architecture
32-bit MPC57xx ultra-reliable MCUs-based platforms for automotive and industrial cluster, engine management, functional safety, general purpose, motor control and vehicle networking applications.
MagniV® and S12/S12x
S12 integrated
16-bit S12 MagniV mixed-signal MCUs-based platforms for sensor interface nodes targeting body electronics, general purpose, lighting, motor control and vehicle networking applications.
StarterTRAK
StarterTRAK series
16-bit, 32-bit Kinetis® EA and 32-bit MPC5xxx MCU-based affordable platforms for body electronics, cluster, motor control, chassis and powertrain, safety and networking applications.
Tackling Software Cost and Complexity for the Evolving Supercomputers on Wheels
Delivering on its promise to tackle the cost and complexity of automotive software development, the S32K3 Microcontrollers for General-Purpose enters the market with comprehensive ready-to-use offerings.
Automotive Hardware Tools and Accessories
Accessories, Adapters and Boards, and Cables and Probes for our automotive development platforms to quick start prototyping, evaluating or developing.
Automotive Software Tools
Broad range of automotive embedded software for helping you to simplify and shorten the time required to build ECUs based on NXP processors.
NXP online Safety Academy
Learn the art of safety with NXP: tools and tips to start designing more quickly for safety-critical systems.
Webinars and Trainings
NXP combines its technologies and expertise in connected and electric vehicles (EV) areas to provide a vehicle-to-cloud solution to monitor and improve EVs.
Learn to use the S32K Power Estimation Tool (S32K-PET) for gaining valuable insights about power consumption right at the start when creating energy-efficient automotive-embedded applications.
Learn how to use MathWorks’ new Motor Control Blockset™ together with Embedded Coder® to generate C code for motor control algorithms.
For connected vehicles to reach their full potential, new technologies are needed to unlock the value of the growing amount of vehicle data.
Engineering Support
Take advantage of the thousands of technical Q&A in our online engineering communities!
Get help from our support team and accelerate your design cycle.