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QNX SDP 8.0 BSP Documentation
The board support package (BSP) documentation includes user guides that describe how to work with the BSPs provided for the QNX Software Development Platform (SDP) 8.0, and release notes that describe the supported features and hardware as well as any known issues for each BSP.
Broadcom
Raspberry Pi 5 BCM2712
User's Guide
Installation Notes
These installation notes describe how to build, work with, and run this BSP.
Set up the hardware

QNX SDP 8.0 BSP Documentation
The board support package (BSP) documentation includes user guides that describe how to work with the BSPs provided for the QNX Software Development Platform (SDP) 8.0, and release notes that describe the supported features and hardware as well as any known issues for each BSP.
- AMD
- Broadcom
  - Raspberry Pi 4 BCM2711
  - Raspberry Pi 5 BCM2712
    - Graphics Release Notes
      This document lists the details, updates, and issues associated with the Raspberry Pi screen board support release, specifically with respect to the Raspberry Pi 5.
    - User's Guide
      - Before You Begin
        Before you begin working with this BSP, you should become familiar with the resources available to you.
      - About This BSP
        These notes list what's included in the BSP, and identify the host OSs and boards it supports.
      - Installation Notes
        These installation notes describe how to build, work with, and run this BSP.
        Download and set up the BSP
        You can download Board Support Packages (BSPs) using the QNX Software Center.
        Set up the hardware
        System Layout
        The following is the memory layout required for the Xilinx KD240.
        Prepare a bootable microSD card using Raspberry Pi Imager
        We recommend to use the Raspberry Pi Imager to install Pi OS to a bootable microSD card on a Linux or Windows host system and use Class 10 (or UHS-1) microSD card.
        Prepare a bootable microSD card
        You can prepare a bootable microSD card on a Linux, or Windows host system. We recommend that you use Class 10 (or UHS-1) microSD cards.
        Transfer the image
        After you prepare a bootable microSD card, you're ready to transfer the image to it and change the system configuration file config.txt to boot QNX IFS image.
        Boot the board
        After you transfer the image to an microSD, you can use it to boot your board.
      - Build the BSP
        You can use the QNX Momentics IDE or the commandline on Linux or Windows to build an image.
      - Driver Commands
        The tables below provide a summary of driver commands for the Xilinx KD240.
      - BSP-specific Drivers and Utilities
- Intel
- NXP
- Texas Instruments
- Generic Information
Typographical Conventions, Support, and Licensing
This section describes the typographical conventions used throughout the documentation, explains how to obtain technical support, and provides some information about licensing.

Set up the hardware

QNX Board Support Packages8.0BSP User's GuideRaspberry Pi 5raspberrypi.orgBroadcomARM

Connect the hardware

In addition to the board, you require these cables:

Raspberry Pi Debug Probe
an Ethernet cable
Raspberry Pi 5 Power Supply

CAUTION:

Use only the power supplies provided with the board. Use of any other power supply may permanently damage the board. When power cycling the board, turn the power on or off from the AC adapter side, rather than removing and inserting the DC power plug on the board, to prevent damaging the board’s power-regulation circuitry.

To connect the Raspberry Pi 5 board:

Insert the microSD card with your QNX IFS image file into the selected boot slot on the board.
Connect a Raspberry Pi Debug Probe cable to the board's uart connector and the USB port on your host machine.
Figure 1Raspberry Pi debug probe

Figure 2UART Serial connector (J16)
Connect the Ethernet cable to the Ethernet jack on the board.
Connect the board's power supply to the POWER IN (USB-C) connector on the board.
Identify the host serial port on your host system:
On a Linux host, you can check which port is the host serial port by looking at what port appears when the cable is inserted. To do this, type the command:
```
$ ls /dev/ttyACM*
```
On a Windows system, open the Device Manager and expand the Ports (COM and LPT) section. Then, look for a COM port named Gadget Serial or USB Serial Port.
Connect to the COM port using your favorite terminal program with these settings:
- Baud rate: 115200
- Data: 8 bit
- Parity: none
- Stop: 1 bit
- Flow control: none

Page updated: December 02, 2025