Get Started with Miriac™-EK5744 functional safety kit.
The Miriac™-EK5744 is an MPC5744P-based functional safety kit from NXP, built in partnership with Microsys. The kit features a safety-oriented design approach that includes
features like hardware redundancy and fail-safe mechanisms. You can use this hardware design for your own safety system. Let's take your
Miriac-EK5744 for a test drive!
You have the choice of watching a short setup video or following the detailed actions listed below.
1.1 Connect power to the kit.
The Miriac-EK5744's processor and SBC are powered through the ports shown in the figure below. Use a flathead screwdriver to fasten two leads to the terminal. Ground goes on the left and a
12-24V input supply goes to the right. 20V is the optimal supply voltage to see full functionality. You can use a power adapter or a DC power supply.
1.2 Plug in the UART.
Plug in a USB adapter to the UART terminal and the USB to a computer. This connection allows the Miriac-EK5744 to display console messages to your computer.
1.3 Plug in the ethernet.
The Miriac-EK5744 requires a DHCP (Dynamic Host Configuration Protocol) connection. Plug in a network-enabled ethernet adapter to the ethernet port. The out-of-box firmware will proceed if it
detects an IP address.
1.4 Wire the CAN ports.
Connect the two CAN ports together, CAN_L to CAN_L and CAN_H to CAN_H as in the image below. Also make sure the CANs switches next to the CAN terminals are in the ON position.
1.5 Find your COM port.
Load the device manager and find the COM port that the Miriac-EK5744 occupies on your computer. The COM port number will vary with each PC.
1.6 Load your COM port into a UART terminal.
Connect the COM port to a UART terminal such as
. Use the baud rate
115200. Refer to the pop-ups on this page for installation instructions.
1.7 Observe the output!
Watch the Miriac-EK5744 print status messages. The out-of-box firmware, among other tests, checks for an IP connection, tests the CAN ports, and reports SBC temperature. The firmware tests
Choose a Development Path:
Learn how to install and run the Miriac-EK5744 with sample code.
2.1 Jump-Start Your Design by downloading Miriac-EK5744 Quick Start Package.
Download Quick Start Guide and sample software to kickstart your design.
2.2 Install Your Toolchain.
NXP offers a complimentary toolchain called S32 Design Studio (S32DS). The S32 Design Studio is an Eclipse-based IDE that offers comprehensive software writing and debugging capabilities. It
supports multiple debuggers including GDB and Lauterbach.
Learn how to create a new project in S32 Design Studio IDE for Power Architecture and the basics to create your own code by running an easy example code.
3.1 Disable the Watchdog.
Short the debug jumper shown in the figure below. This makes the Miriac™-EK5744 ignore watchdog requests.
3.2 Plug in the Debugger.
The Miriac-EK5744 supports debug through JTAG. Plug in a JTAG connector to the JTAG port in the orientation shown in the figure. NXP recommends the P&E Micro USB Multilink or Lauterbach.
3.3 Create, Build, and Debug your Application.
Software Integration Guide(SWIG) in the Quick Start Package provides easy, step-by-step instructions on how to create, build, and debug projects. Alternatively you can download SWIG from the
3.4 Explore the Example code.
For your convenience, we integrated example code in to S32 Design Studio for Power Architecture. Alternatively they can be found in to Quick Start Package. Again Software Integration
Guide(SWIG) provides step-by-step instructions on "How to use?".