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This page details the process of building custom kernels for Android devices. The following instructions guide you through the process of selecting the right sources, building the kernel, and embedding the results into a system image built from the Android Open Source Project (AOSP).

More recent kernel sources can be acquired using Repo and be built without further configuration by running build/build.sh from the root of your source checkout.

Note:The root of the kernel source checkout containsbuild/build.sh. The Android tree contains only prebuilt kernelbinaries. The kernel trees contain the kernel sources and all tools to buildthe kernels, including this script.

For older kernels or kernels not listed below, refer to the instructions on how to build legacy kernels.

Downloading sources and build tools

For recent kernels, use repo to download the sources, toolchain, and build scripts. Some kernels (for example, the Pixel 3 kernels) require sources from multiple git repositories, while others (for example, the common kernels) require only a single source. Using the repo approach ensures a correct source directory setup.

Download the sources for the appropriate branch:

The following table lists the BRANCH names for kernels available through this method.

Device	Binary path in AOSP tree	Repo branches
Pixel 5 (redfin)	device/google/redfin-kernel	android-msm-redfin-4.19-android11-d1
Pixel 4a (5G) (bramble)	device/google/bramble-kernel	android-msm-bramble-4.19-android11-d1
Pixel 4a (sunfish)	device/google/sunfish-kernel	android-msm-sunfish-4.14-android11
Pixel 4 (flame) Pixel 4 XL (coral)	device/google/coral-kernel	android-msm-coral-4.14-android11
Pixel 3a (sargo) Pixel 3a XL (bonito)	device/google/bonito-kernel	android-msm-bonito-4.9-android11
Pixel 3 (blueline) Pixel 3 XL (crosshatch)	device/google/crosshatch-kernel	android-msm-crosshatch-4.9-android11
Pixel 2 (walleye) Pixel 2 XL (taimen)	device/google/wahoo-kernel	android-msm-wahoo-4.4-android10-qpr3
Pixel (sailfish) Pixel XL (marlin)	device/google/marlin-kernel	android-msm-marlin-3.18-pie-qpr2
Hikey960	device/linaro/hikey-kernel	hikey-linaro-android-4.14 hikey-linaro-android-4.19 common-android12-5.4
Beagle x15	device/ti/beagle_x15-kernel	omap-beagle-x15-android-4.14 omap-beagle-x15-android-4.19
Android Common Kernel	N/A	common-android-4.4 common-android-4.9 common-android-4.14 common-android-4.19 common-android-4.19-stable common-android11-5.4 common-android12-5.4 common-android12-5.10 common-android-mainline

Note: You can switch among different branches within one Repo checkout. The common kernel manifests (and most others) define the kernel git repository to be cloned fully (not shallow), which enables fast switching among them. Switching to a different branch is similar to initializing a branch; the -u parameter is optional. For example, to switch to common-android-mainline from your existing Repo checkout, run:
$ repo init -b common-android-mainline && repo sync.

Building the kernel

Then build the kernel with:

Note: Common kernels are generic, customizable kernels and therefore don't define a default configuration. See Customize the kernel build to find out how to specify the build configuration for common kernels. For example, to build the GKI kernel for the aarch64 platform, run:
$ BUILD_CONFIG=common/build.config.gki.aarch64 build/build.sh

The kernel binary, modules, and corresponding image are located in the out/BRANCH/dist directory.

Building the GKI modules

Android 11 introducedGKI,which separates the kernel into a Google-maintained kernel image and vendor-maintained modules, which are built separately.

An example of kernel image configuration:

An example of module configuration (Cuttlefish):

Running the kernel

There are multiple ways to run a custom-built kernel. The following are known ways suitable for various development scenarios.

Embedding into the Android image build

Copy Image.lz4-dtb to the respective kernel binary location within the AOSP tree and rebuild the boot image.

Alternatively, define the TARGET_PREBUILT_KERNEL variable while using make bootimage (or any other make command line that builds a boot image). This variable is supported by all devices as it's set up via device/common/populate-new-device.sh. For example:

Flashing and booting kernels with fastboot

Most recent devices have a bootloader extension to streamline the process of generating and booting a boot image.

To boot the kernel without flashing:

Using this method, the kernel isn't actually flashed, and won't persistacross a reboot.

Note: Kernel names differ by device. To locatethe correct filename for your kernel, refer todevice/VENDOR/NAME-kernel in the AOSP tree.

Customizing the kernel build

The build process and outcome can be influenced by environment variables. Most of them are optional and each kernel branch should come with a proper default configuration. The most frequently used ones are listed here. For a complete (and up-to-date) list, refer to build/build.sh.

Environment variable	Description	Example
BUILD_CONFIG	Build config file to initialize the build environment from. The location is to be defined relative to the Repo root directory. Defaults to build.config. Mandatory for common kernels.	BUILD_CONFIG=common/build.config.gki.aarch64
OUT_DIR	Base output directory for the kernel build.	OUT_DIR=/path/to/my/out
DIST_DIR	Base output directory for the kernel distribution.	OUT_DIR=/path/to/my/dist
CC	Override compiler to be used. Falls back to the default compiler defined by build.config.	CC=clang
SKIP_MRPROPER	Skip make mrproper	SKIP_MRPROPER=1
SKIP_DEFCONFIG	Skip make defconfig	SKIP_DEFCONFIG=1

Custom kernel config for local builds

If you need to switch a kernel configuration option regularly, for example, when working on a feature, or if you need an option to be set for development purposes, you can achieve that flexibility by maintaining a local modification or copy of the build config.

Set the variable POST_DEFCONFIG_CMDS to a statement that is evaluated right after the usual make defconfig step is done. As the build.config files are sourced into the build environment, functions defined in build.config can be called as part of the post-defconfig commands.

A common example is disabling link time optimization (LTO) for crosshatch kernels during development. While LTO is beneficial for released kernels, the overhead at build time can be significant. The following snippet added to the local build.config disables LTO persistently when using build/build.sh.

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Identifying kernel versions

There are two ways to identify the correct version to build.

Kernel version from AOSP tree

The AOSP tree contains prebuilt kernel versions. Most of the time the git log reveals the correct version as part of the commit message:

Kernel version from system image

To determine the kernel version used in a system image, run the following command against the kernel file:

For Image.lz4-dtb files, run:

Building a Boot Image

It is possible to build a boot image using the kernel build environment. To do this you need a ramdisk binary, which you can obtain by downloading a GKI boot image and unpacking it. Any GKI boot image from the associated Android release will work.

If you are developing with AOSP master you can instead download the ramdisk-recovery.img build artifact from an aosp_arm64 build on ci.android.com and use that as your ramdisk binary.

When you have a ramdisk binary and have copied it to gki-ramdisk.lz4 in the root directory of the kernel build, you can generate a boot image by executing:

The boot image is located at out/<kernel branch>/dist/boot.img.

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