The Tool Desk
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Confirm the board and choose one release
Check that your board is the NXP i.MX 8M Quad EVK, also identified as MCIMX8M-EVK, and note its revision if marked on the board. NXP’s Getting Started with the MCIMX8M-EVK page identifies the kit; other i.MX 8M boards may need different machine configurations. The software identifier in the cited Yocto build example is imx8mqevk.
This tutorial deliberately uses the 6.12.34_2.1.0 BSP release documented in UG10164. NXP’s repository quick start also shows a newer release line, 6.18.20_2.0.0, on branch imx-linux-wrynose. Do not combine that manifest with the older guide’s setup commands unless you have checked the matching current guide, machine support, and image target. Find release documentation through NXP’s Embedded Linux for i.MX Applications Processors page.
Prepare a supported build host
Yocto builds need a compatible Linux build environment and the packages specified by the selected BSP release. Before fetching sources, use the host requirements and prerequisite package list in the same UG10164 release you are following; do not assume that a package list from a different BSP revision or an arbitrary Linux distribution applies. The Yocto Project’s development documentation describes setting up a build environment, including using a container when the host is not a native Linux system. A container does not remove the need to meet that release’s host and resource requirements.
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Fetch the matching NXP BSP sources
From NXP’s UG10164 release example, initialize the source tree with the matching manifest, branch, and XML manifest file:
repo init -u https://github.com/nxp-imx/imx-manifest -b imx-linux-walnascar -m imx-6.12.34-2.1.0.xmlThen sync the repositories described by that manifest:
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repo syncRun these commands from the directory where you want the BSP source checkout. The manifest pins the collection of layers and repositories for this release; it is not interchangeable with a manifest from another release line. For background on how hardware-specific BSP layers and machine configuration fit into a Yocto build, see the Yocto Project’s BSP Developer’s Guide.
Initialize the build for the EVK
From the synced source tree, configure the build directory for the board and Wayland distribution:
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DISTRO=fsl-imx-wayland MACHINE=imx8mqevk source imx-setup-release.sh -b build-waylandThis sets the release example’s machine and distribution selections and creates or initializes build-wayland. Use the spelling imx8mqevk specified by this guide rather than substituting a similar board-list label. The chosen BSP layer must provide the machine configuration and be compatible with the Yocto release, as described in the Yocto Project’s BSP guidance.
Build the documented image target
After the environment setup completes, run the image target from that initialized shell:
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bitbake imx-image-multimediaNXP describes this example as a Weston Wayland multimedia image without Qt 6. The recipe name does not mean that the image is minimal, and the documented command alone does not establish that it has been written to media or booted successfully on a particular board revision.
What to do after BitBake finishes
A successful BitBake run means the selected target was built in the configured environment. It is a separate task to identify the correct output artifact, write it to the appropriate boot media, and follow the matching release’s installation and boot instructions. Use those instructions for the same BSP release rather than guessing a flashing command or applying directions for another i.MX 8M board. No hardware boot result is claimed here.
Quick Recap
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