- All Software Layers are ISO26262 Compliant
- AUTOSAR Features (Multi-Core, User Mode, etc.) Extended to Non-ASR Environments (Previously Available Only in ASR)
- Provides IP and Features Compatible with Both ASR and Non-ASR Systems
- Platform-Level Integration of Middleware (FATFS for EEP, FEE for FLS Derived from MCAL) and Stacks (LIN, NFC, TCIP, etc.) Possible
- Driver Sample Code Provided with Default Configuration
NXP products
Introducing NXP's product lineup that provides advanced automotive semiconductor technology.
NXP's high-performance and reliable automotive solutions strongly support your automotive development.
MCU - Automotive General-Purpose Microcontrollers
Introducing NXP's general-purpose microcontrollers specialized for automotive applications.
NXP Automotive General-Purpose MCU Portfolio
NXP's automotive general-purpose MCUs are scalably deployed with Arm Core, from small MCUs to high-performance 8MB MCUs.
NXP Automotive General-Purpose MCU Portfolio
Automotive General-Purpose MCU S32K1 Overview
S32K1 Family - Simplifying Automotive Software Design
High Performance & High Integration
- Arm Cortex M4F & M0+ Core
- ISO CAN-FD, CSEc Hardware Security, ISO26262 ASIL-B Functional Safety Compliant
- Ultra-Low Power Consumption Design
Automotive-Grade Software
- S32 Design Studio IDE
- Automotive-Grade Software Development Kit (SDK)
- Compatible with AUTOSAR and 3rd Party OS Development
Wide Portfolio
- Built-in Memory: 128KB to 2MB
- Pin Count: 32 to 176 pins
- Hardware & Software Compatibility
- AEC Q100 Grade 1 (125°C)
- Minimum 15-Year Supply Guarantee
S32K1 Lineup
S32K1 Series Detailed Lineup & Feature List
Automotive General-Purpose MCU S32K3 Overview
S32K3: Further Expansion of the S32 Platform
- NXP's S32 automotive platform enables software reuse across various applications, contributing to simplified development for OEMs and Tier 1 suppliers.
- Zone Controller and Edge Node Support with S32 Series Using S32K3
- Supporting New Application Areas with S32K Series
- Advanced Body Electronics
- Battery Management System
- Zone Control
- Strong support for increasingly complex software development
- Security firmware and software streamline the development process
- Safety hardware and software simplify ASIL certification
- Free AUTOSAR drivers accelerate development and quality compliance
- Smart memory architecture enables fast and reliable OTA updates
- Innovative HDQFP package reduces overall footprint area
S32K3 Lineup
S32K3 Series Detailed Lineup & Key Feature List
S32K3 Security
NXP Can Provide S32K3 Security Software as a One-Stop Solution
Comprehensive Services
- FAE Support
- FQE Analysis
- PSIRT
- Standard crypto-driver: MCAL
No Additional Cost
- No License Fees
- No Maintenance Fees
- Solution Cost is
- Included in Device Unit Price
S32K3 HDQFP Package
HDQFP - Overview
Innovative Lead Frame Package
- Combination of QFP Gull Wing and PLCC J-Lead
- NXP IPL
Features
- Approximately 2x IO Count (Same Package Size) or Approximately Half Package Size (Same IO Count)
- Simple Package Lineup
- No Additional Cost Required
- Same PCB Design Rules as 0.5mm Pitch QFP - No Additional PCB Cost
- Solder Joint Inspection Possible with 3D AOI
S32K3 Package Options
- 100 HDQFP (10×10mm)
- 172 HDQFP (16×16mm)
Package Reliability
- AEC Q100 Grade 1 Compliant
HDQFP EMS Partners (NEXTY Electronics Original)
The HDQFP package is a next-generation package combining excellent thermal characteristics and space-saving design.
NEXTY Electronics introduces mounting partners for the Japanese market.
We collaborate with multiple EMS partners to achieve reliable mounting that meets automotive quality standards.
Features of Our Introduced EMS Partners
- Collaboration with Multiple EMS Partners with Extensive Track Record in Automotive Mounting
- Each EMS Has Established High-Quality, High-Reliability Manufacturing Processes
- Flexible Mounting Support According to Product Specifications
- NEXTY Electronics, as the Provider of NXP Products, Serves as Contact Point for Smooth EMS Introduction and Support
MCU - Software Related
S32 Design Studio
S32 Design Studio is an Integrated Development Environment (IDE) for Arm®-based ultra-reliable automotive microcontrollers, provided free of charge.
S32DS for S32 Platform
S32DS for S32 Platform enables editing, compiling, and debugging of designs using S32 family microcontrollers/processors.
It includes dedicated tools as well as integrated NXP tools and software.
| Supported Products | Integrated NXP Tools | Integrated NXP Software | Compilers | Debuggers | Dedicated Tools |
|---|---|---|---|---|---|
|
|
|
|
Built-in GDB Interface
Lauterbach, TASKING, IAR Support |
Vision
Radar
|
Driver Software Provided at No Additional Cost
New Innovative Driver Set for AUTOSAR and Non-AUTOSAR Solutions
Delivered as a single package per S32 MCU or processor targeting Arm Cortex-M core-based MCUs, with particular focus on real-time software
Benefits of My NXP Account
Register for My NXP to Receive Various Services!
Access Secure Information
Receive the bi-weekly newsletter 'Design With Us' by email. Never miss important announcements.
Access Secure Information
Access, search, and download secure information such as design resources on NXP.com, with notifications when available.
Free Technical Support
NXP is committed to getting your design on track. Receive support from NXP support specialists.
Introducing TIC / NXP Community
You can ask technical questions to NXP via web. NXP directly responds to customers who ask questions.
There is the NXP Community where questions are publicly shared, and Support Tickets where questions remain confidential.
MCU - Motor Control Microcontrollers
Automotive Microcontroller S32M2
S32M2 integrates high‑voltage analog functions—including pre‑drivers, LIN/CAN FD transceivers, and voltage regulators—enabling a significant reduction in external components. The 64‑pin LQFP‑EP package also helps minimize board space.
New Product: S32M2
Highly integrated solution optimized for BLDC/PMSM motor control
- Advanced functional integration simplifies motor‑control design and significantly reduces BOM and board size
- Three‑phase gate driver
- 12 V voltage regulator
- Physical layer for CAN FD or LIN
- Built‑in DPGA supporting single‑shunt sensing
- A broad portfolio supporting BLDC applications in the body and comfort domain
- Compatible with S32K general‑purpose MCUs, enabling reuse of software and tools
- Ready for mass production
Overview
S32M2: Integrated motor‑control solution
A platform optimized for applications based on the S32K microcontroller
- Integration of the S32K MCU and high‑voltage analog die in a single package
- High‑level integration for 12 V power systems, optimized for three‑phase motor control
- Cortex‑M4 or Cortex‑M7
- Embedded flash memory from 128 KB to 1 MB
- Integrated physical layer for CAN FD, LIN, or CXPI
- Supports 12 V power input and supplies 5 V/20 mA for external sensors
- Built‑in pre‑driver with feedback circuitry featuring DPGA functionality
- Common development environment with S32K
- Supports motor‑control tools, libraries, and reference designs
Benefits of S32M2
- Functional integration simplifies development
- Reduced external components and overall cost
- Smaller implementation footprint
- Wide portfolio and reuse of S32K development assets support current and future requirements
Features & Functions
S32M2xx Features
| S32M241 | S32M242 | S32M243 | S32M244 | S32M274 | S32M276 | ||
|---|---|---|---|---|---|---|---|
| System | Core and Core Frequency | Arm® Cortex™-M4F, 80MHz | Arm® Cortex™-M7F, 120MHz | ||||
| Floating Point Unit Precision | Single | Single | |||||
| ISO 26262 | ASIL - B | ASIL - B | |||||
| Memory protection unit | YES | YES | |||||
| HW Security Options | CSEc | HSE-B | |||||
| Configurable Trigger Mux | YES | YES | |||||
| Memory | Flash with ECC protection | 128KB | 256KB | 512KB | 512KB | 1 MB | |
| Data Flash | 64KB | 64KB | |||||
| EEPROM emulated in FlexRAM (using maximum Data Flash allocation) | 4KB | ー | |||||
| SRAM (including FlexRAM and MTB) | 32KB | 32KB | 64KB | 112KB (incl. 96kB TCM) | 128KB (incl. 96kB TCM) | ||
| I-Cache and D-Cache | YES | YES | |||||
| Timer | PWM and Timer | 4x 16-bit FlexTimers(1) | 2x EMIOS (CAN Variant: 15ch+5ch, LIN Variant: 17ch+6ch)(1) | ||||
| Other Timers | LPIT, LPTMR | 2x PIT, 1x STM | |||||
| Real time counter (RTC) | 1x | 1x | |||||
| Software Watchdog Timer (MCU domain) | 1x | 1x | |||||
| External Watchdog Monitor (EWM) | YES | No | |||||
| Analog | ADC (>1 MSPS) | 12-bit SAR 2x (CAN-variant: 5ch+3ch, LIN-variant: 7ch+3ch)(2) | 12/15-bit SAR 2x (CAN-Variant: 7ch+4ch, LIN Variant: 9ch+ 4ch)(2) | ||||
| ADC Trigger control / delay | 2x Programmable Delay Block (PDB) | 1x BCTU | |||||
| Comparator with 8-bit DAC | 1x | 2x | |||||
| Comms | LPUART/LIN | 1x-CAN variant: LPUART0 (package) 2x-LIN variant: LPUART0 (package), LPUART1 (Phy) | 2x-CAN variant: LPUART0, 3 (package) 4x-LIN variant: LPUART0, 2, 3 (package), LPUART1 (Phy) | ||||
| Low power SPI(3) | 1x (LPSPI0) | 2x (LPSPI0, 2) | 1x-CAN variant: LPSPI0 (package) 2x-LIN variant: LPSPI0, 3 (package) | ||||
| Low power I2C | 1x | 1x | |||||
| CAN FD (FlexCAN)(4) | 1x-CAN variant: CAN0 (Phy) 1x-LIN variant: CAN0 (package) | 2x-CAN variant: CAN0 (Phy), CAN1 (package) 3x-LIN variant: CAN0, 1, 2 (package) | |||||
| FlexIO (configurable as UART, SPI, I2C, I2S) | 1x7-channels | 1x9-channels | |||||
| Integrated components | Integrated 12V (nominal) regulator | YES | YES | ||||
| Supply for external components, EVDD (HALL/Resolver etc.) | 5V (30mA) | 5V (30mA) | |||||
| Physical Interface option | 1x (LIN or CAN FD) | 1x (LIN or CAN FD) | |||||
| Internal Safety Monitor (Watchdog) | YES | YES | |||||
| MOSFET Gate Driver Unit (GDU) | 6 ch (3 ph) | 6 ch (3 ph) | |||||
| Temperature sensor on Analog die | YES | YES | |||||
| High Voltage Input | 1x | 1x | |||||
| Differential PGA | 1x | 1x | |||||
| Battery monitoring pin | YES | YES | |||||
| Other | Debug & trace | SWD, JTAG (ITM, SWV, SWO) | SWD, JTAG (ITM, SWV, SWO) | ||||
| CRC module | 1x | 1x | |||||
| Nominal Supply Voltage | 12V | 12V | |||||
| Operating Ambient Temp (AEC-Q100) | -40 to 125C (Grade 1) | -40 to 150C (Grade 0) | -40 to 125C (Grade 1) | ||||
| Package Options (Exposed Pad) | 64LQFP - EP | 64LQFP | |||||
(1) 6 channels from FlexTimer3 or EMIOS0 are internally connected as PWM
signals on GDU. LCU channels are internally connected on M27x and not available for 2nd motor
GDIC
(2) Up to 6 channels from ADC0 are internally available for measuring Voltage from DPGA, Battery
monitoring, High side Source voltage monitoring etc.
(3) LPSPI1 is reserved for internal configuration and communication. LPSPI1 pins not available on
package pins
(4) On CAN variants: CAN0 is connected to CAN FD PHY for CAN FD communication.
MCU – Entry‑Level Microcontrollers
KEA Series – Cost‑effective automotive 32‑bit microcontrollers
Kinetis EA Series – Automotive 32‑bit Arm‑based microcontrollers
A scalable, cost‑efficient, automotive‑qualified 32‑bit Arm Cortex‑M0+ MCU family offering low‑power operation and a complete ecosystem for a wide range of automotive applications.
Unique Selling Points
- Pin and IP compatibility with S32K1
- Quality < 0.1 ppm
- Product longevity: KEA supported through 2035
- Power consumption: 9.8 μW/MHz (90 nm), 52 μW/MHz (180 nm)
- Excellent performance at 1.77 CoreMark/MHz
- Extensive documentation
Key Parameters
- Arm Cortex‑M0+ core up to 48 MHz
- 8 KB to 128 KB embedded flash, pin‑compatible
- AEC‑Q100 qualified, –40°C to 125°C
- Enhanced ESD/EMC (6 kV HBM)
- Automotive connectivity: CAN, LIN (UART), SPI, I²C
- Automotive IP: 12‑bit ADC, ACMP, timers (FTM, PWM, PIT, PWT, RTC)
- VD = 2.7–5.5 V, supporting 3.3 V or 5 V operation
KEA Portfolio
| Device lineup | Operating frequency | ROM | RAM | EEPROM | MSCAN | SCI | SPI | ADC | PWT | Flex-Timer | ACMP | IIC | General‑purpose I/O | Package options |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| KEAZN8 | 48MHz | 8K | 1K | Emulated | 0 | 1 | 1 | 12c12b | 1 | 6ch+2ch 16bit | 2 | 1 | Up to 22 | 16 TSSOP/24 QFN |
| KEAZN16 | 40MHz | 16K | 2K | 256B | 0 | 3 | 2 | 16c12b | N/A | 6ch+2ch+2ch 16bit | 2 | 2 | Up to 57 | 32/64 LQFP |
| KEAZN32 | 40MHz | 32K | 4K | 256B | 0 | 3 | 2 | 16c12b | N/A | 6ch+2ch+2ch 16bit | 2 | 2 | Up to 57 | 32/64 LQFP |
| KEAZN64 | 40MHz | 64K | 4K | 256B | 0 | 3 | 2 | 16c12b | N/A | 6ch+2ch+2ch 16bit | 2 | 2 | Up to 57 | 32/64 LQFP |
| KEAZ64 | 48MHz | 64K | 8K | Emulated | 1 | 3 | 2 | 16c12b | 1 | 6ch+2ch+2ch 16bit | 2 | 2 | Up to 71 | 64/80 LQFP |
| KEAZ128 | 48MHz | 128K | 16K | Emulated | 1 | 3 | 2 | 16c12b | 1 | 6ch+2ch+2ch 16bit | 2 | 2 | Up to 71 | 64/80 LQFP |
Packages: 16‑TSSOP, 24‑QFN, 32/64/80‑LQFP
Pin‑compatible with KEA and K1 series
MCU - Motor Control Microcontrollers
S12 MagniV
S12 MagniV provides a one-chip solution of 'MCU', 'Regulator', 'LIN/CAN Communication PHY', and 'Motor Driver', optimizing system cost and mounting area for actuator and sensor applications.
MCU, VREG, LIN/CAN PHY, Motor Driver Integrated into One Chip
S12 MagniV Portfolio
S12 MagniV Series Detailed Lineup & Feature List
