S32V2 processors for Vision, Machine Learning, and Sensor Fusion

P and E’s USB Multilink Universal combines support in a single interface for many NXP architectures.

The S32 Debug Probe enables NXP system debugging via a standard debug port while connected to a workstation via Ethernet or USB.

P and E’s USB Multilink Universal FX is a high-speed, all-in-one development interface which allows PC access to the Background Debug Mode or JTAG interface.

P and E's CYCLONE programmer is a powerful in-circuit, stand-alone programmer for many NXP processor families. It's a versatile tool that offers on-board storage of programming images, provides power to the target, supports manual or automated programming, and has an easy-to-use touchscreen interface.

Supports many NXP processor families and offers on-board storage of programming images, provides power to the target, supports manual or automated programming, and has an easy-to-use touchscreen interface.

SBC-S32V234 is cost-competitive and has an efficient form factor for safe computation-intensive front vision, surround vision, and sensor fusion

Design self driving cars with our sensor fusion development platform

S32V234EVB2 covers all available features in the S32V234 processor, including Automotive Ethernet, VIU camera inputs, FlexRay, and more

The S32 Design Studio is a tool suite for developing your applications for NXP Automotive and Ultra-Reliable Microcontrollers

NXP Semiconductors is pleased to announce the release of the S32 Design Studio for Vision 2018.R1 for Automotive and Ultra-Reliable MCUs. The S32 Design Studio is based on the Eclipse open development platform and integrates the Eclipse IDE, GNU Compiler Collection (GCC), GNU Debugger (GDB), and other open-source software to offer designers a straightforward development tool with no code-size limitations.

S32 Design Studio for Vision v2.0 enables users to simplify and accelerate the deployment of ADAS vision and neural network solutions in automotive, transportation and industrial applications. Based on the Eclipse Neon 4.6 framework, it contains GNU Build Tools for Arm Embedded Processors, along with various debugger options and much more. Read about the New Features, New Device Support, and Bug Fixes in the release notes.

Vision Toolbox for MATLAB is a complimentary integrated development environment for S32V234 processor which is a high-performance automotive processor.

NXP eIQ Auto is an automotive-grade Deep Learning (DL) toolkit enabling developers to introduce DL algorithms

The S32 SDK is an extensive suite of robust hardware interface and hardware abstraction layers, peripheral drivers, RTOS, stacks, and middleware, designed to simplify and accelerate application development on NXP S32 SOCs. The addition of Processor Expert technology for software and board configuration provides unmatched ease of use and flexibility.

The Vision Software Development Kit (VSDK) for S32V234 vision processor family provides a comprehensive environment for NXP. S32V234 supports computation intensive applications for image processing and comprehensive abstraction of the powerful accelerators for image signal processing (ISP), parallel computing (APEX) as well as GUI based graph tools. VSDK also includes demo applications bundled within VSDK which contain full source code.

S32 LINUX RTM - Board Support Package

Within the Vision SDK Software there is a compiler for the APEX accelerator, called the APU compiler. An activation key is required to use the APU compiler. To request an activation key use the adjacent link.

NXP Automotive audio video bridging (AVB) software provides complex AVB solution for multi-channel audio streaming and syntonized audio playback over multiple audio end nodes. It is optimized for NXP Power Architecture and Arm Processors with minimal resource usage due to "zero-copy" approach with advanced DMA algorithms.

Input/output Buffer Information Specification (IBIS) specification for the S32V234 processors

FloTHERM PCB files for the S32V234 processors

Boundary Scan Description Language (BSDL) description for the S32V234 processors

AUTOSAR is an industry-wide and open software architecture for automotive Electronic Control Units (ECUs)

AUTOSAR is an industry-wide and open software architecture for automotive Electronic Control Units (ECUs)

Library of optimized tests for the Cortex A53 core of S32V234. Tested with Linaro GCC and Green Hills compilers. Diagnostic coverage target is 90%. Can be used with or without AUTOSAR.

sBoot software tests the S32V234 configuration after startup, to check the configuration related safety requirements of the S32V234 Safety Manual. Tested with Linaro GCC and Green Hills compilers. Can be used with or without AUTOSAR.

Library of optimized tests for the Cortex M4 core of S32V234. Tested with Linaro GCC and Green Hills compilers. Diagnostic coverage target is 90%. Can be used with or without AUTOSAR.

AUTOSAR (Classic) v4.2 rev 2 compliant operating system. Tested with Linaro GCC and Green Hills compilers. AUTOSAR configuration tool EB tresos Studio included, solely for use with this package. Conditions of use for AUTOSAR and other general information about AUTOSAR at www.autosar.org and at AUTOSAR.

AUTOSAR (Classic) v4.2 rev2 microcontroller abstraction layer drivers for ADC, CAN, DIO, ETH, FLS, FR, GPT, ICU, LIN, MCU, OCU, PORT, PWM, SPI, WDG, plus additional drivers for FEE and DMA. Tested with Linaro GCC, IAR, and Green Hills compilers. EB tresos Studio included, solely for use with drivers of this package. Conditions of use for this software and other general information about AUTOSAR at www.autosar.org and at AUTOSAR .

Driver software for the memory built-in self test (MBIST) hardware of S32V234. Tested with the Green Hills compiler. Can be used with or without AUTOSAR.