S32J100 SDK for Automotive Networking

S32J100-SDK 新規

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The S32J100 software development kit (SDK) provides a comprehensive set of software components and development tools that enable developers to create and customize firmware for specific applications. The S32J100 SDK includes software building blocks, development utilities and a collection of reference examples provided to help accelerate development and reduce time to market. The SDK is highly customizable, allowing customers to adapt and extend the software to meet their unique system requirements. Designed for maximum flexibility, the SDK is primarily delivered as source code, providing the visibility and control developers need for customization and integration.

図

S32J100 SDK Architecture

S32J100 SDK Architecture

Features

Rapid Setup and Development Experience

  • One-click installer automatically downloads and installs the required SDK components, drivers and development tools
  • Automated dependency management reduces manual setup steps and configuration errors
  • Support for pre-built firmware images is included to enable quick feature evaluation without rebuilding applications
  • Simplified workflows for project import, code generation, building and debugging workflows
  • Native support is provided for the latest evaluation board (EVB2) hardware platform and updated software dependencies

Complete Automotive Networking Platform

  • Reference networking applications that range from basic Layer 2 switching to advanced gateway implementations
  • Integrated Transmission Control Protocol/Internet Protocol (TCP/IP) stack for Ethernet-based application development
  • Built-in MQTT support is provided for telemetry, monitoring and cloud connectivity use cases
  • Open-source SOME/IP integration for service-oriented automotive communication
  • Ethernet messaging framework with interrupt-driven packet processing
  • Main Point (MP) and End Point (EP) configurations for multi-device demonstrations and validation

High-Precision Network Synchronization

  • Generalized Precision Time Protocol (gPTP) support provided across all available Ethernet ports for network-wide time synchronization
  • Synchronization over both 2 GbE and 10 GbE interfaces
  • Grandmaster and Follower configurations included for immediate testing
  • Multi-port synchronization architecture is suitable for gateway and switch applications
  • Separate timing domains are supported for different network segments
  • Real-time monitoring of synchronization status and timing accuracy

Built-In Security and Secure Updates

  • Media Access Control Security (MACsec) framework for protecting Ethernet traffic with link-level security
  • MACsec Key Agreement (MKA) implementation for automatic key negotiation and management
  • Managed-mode MACsec operation is demonstrated through reference applications
  • Hardware Security Engine (HSE) firmware integration support secure platform services
  • Secure firmware update mechanisms with image validation capabilities
  • Firmware update support is provided through both Layer 2 and Trivial File Transfer Protocol (TFTP)-based transfer methods

Advanced Diagnostics and System Visibility

  • Comprehensive system diagnostics framework for monitoring device operation
  • Safety Software Framework (SAF) integration for runtime safety checks and fault detection
  • Ethernet register proxy for remote visibility into switch and network resources
  • Management Data Input/Output (MDIO) register access for monitoring and controlling the external Ethernet physical layer (PHY) devices
  • Universal asynchronous receiver/transmitter (UART)-based logging for debugging, troubleshooting and application tracing
  • Port Link Manager for automatic detection and reporting of link-up and link-down events

Scalable Multicore Architecture

  • Inter-Platform Communication Framework (IPCF) enables efficient communication and message exchange between processor cores
  • Extended Resource Domain Controller (XRDC) provides hardware-based resource partitioning and access control
  • EL2 Monitor (EL2M) integration establishes the foundation for hypervisor-based architectures
  • Split-lock core operation allows independent execution on both Arm Cortex-R52 cores
  • Core-specific access management improves isolation and system robustness
  • Reference implementation demonstrates multicore processing for advanced networking applications

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    Automotive Software Package Manager

    EXTERNAL改訂 1Jul 2, 2021 01:55:00AUTO-SW-PKG-MANAGER
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