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NXP MR-CANHUBK344: CAN-FD to T1 ETH.
  • MR-CANHUBK344
  • MR-CANHUBK344 Block Diagram
  • Disclaimer
  • Kit Contents
  • Getting Started
    • Connecting a debugger
    • Programming using J-Link Commander
    • Programming with Opensource tools
      • MCU-Link-MR
      • PyOCD and MCU-Link
      • Programming with Zephyr West
      • BlackMagic debug
  • I/O Quick Reference
  • Hardware Reference
    • S32K344 MCU
    • FS26 PMIC
      • PMIC and Board Power Up Sequence
    • Connectors & User I/O
      • Power Input
      • CAN Buses
      • 100Base-T1 Ethernet
      • UARTs
      • I2C Buses
      • SPI
      • Pixhawk IMU
      • Programming Interface
      • User Buttons
      • NFC Antenna
      • PWM & GPIO Headers
      • Analog Potentiometer
    • Board Status LEDs
    • Design Files
      • 3D Printable parts
  • Available Software
    • IEEE 1722 CAN-over-Ethernet Example Application
    • Apache NuttX (RTOS)
    • PX4 Autopilot
      • MR-CANHUBK3-ADAP
    • Zephyr (RTOS) Resources
      • Cognipilot
      • Demo: APA102 RGB LED
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S32K344 MCU

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Last updated 2 years ago

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The S32K344 is an Automotive General Purpose MCU of NXP Semiconductors. The block diagram of this chip is shown below.

The software referred to in this GitBook is running on the Lockstep Arm Cortex-M7 embedded in this chip.

Note that there are many variants of the S32K3 family components. See the folowing links for more details: https://www.nxp.com/products/processors-and-microcontrollers/s32-automotive-platform/s32k-auto-general-purpose-mcus:S32K-MCUS https://www.nxp.com/products/processors-and-microcontrollers/s32-automotive-platform/s32k-auto-general-purpose-mcus/s32k3-microcontrollers-for-automotive-general-purpose:S32K3

The S32K344 is a lockstep (dual) M7 part. There is an almost identical S32K324 where the two cores are running independently. It would be possible for a user to swap chips on this EVK if this functionality is to be investigated..

Block diagram of S32K344 chip