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This repository holds the minimal installers for Conda and Mamba specific to conda-forge, with the following features pre-configured:

We put an emphasis on supporting various CPU architectures (x86_64, ppc64le, and aarch64 including Apple Silicon). Optional support for PyPy in place of standard Python interpreter (aka "CPython") is provided in the installers with -pypy3- in their filename.


Miniforge installers are available here:


Latest installers with Python 3.10 (*) in the base environment:

OS Architecture Download
Linux x86_64 (amd64) Miniforge3-Linux-x86_64
Linux aarch64 (arm64) (**) Miniforge3-Linux-aarch64
Linux ppc64le (POWER8/9) Miniforge3-Linux-ppc64le
OS X x86_64 Miniforge3-MacOSX-x86_64
OS X arm64 (Apple Silicon) (***) Miniforge3-MacOSX-arm64
Windows x86_64 Miniforge3-Windows-x86_64

(*) The Python version is specific only to the base environment. Conda can create new environments with different Python versions and implementations.

(**) For Raspberry PI that include a 64 bit processor, you must also use a 64-bit operating system such as Raspberry Pi OS 64-bit or Ubuntu for Raspberry PI. The versions listed as "System: 32-bit" are not compatible with the installers on this website.

(***) Apple silicon builds are experimental and haven't had testing like the other platforms.


Latest installers with PyPy 3.9 in the base environment:

OS Architecture Download
Linux x86_64 (amd64) Miniforge-pypy3-Linux-x86_64
Linux aarch64 (arm64) Miniforge-pypy3-Linux-aarch64
Linux ppc64le (POWER8/9) Miniforge-pypy3-Linux-ppc64le
OS X x86_64 Miniforge-pypy3-MacOSX-x86_64
Windows x86_64 Miniforge-pypy3-Windows-x86_64
Mambaforge (Discouraged as of September 2023)

With the release of Miniforge3-23.3.1-0, that incorporated the changes in #277, the packages and configuration of Mambaforge and Miniforge3 are now identical. The only difference between the two is the name of the installer and, subsequently, the default installation directory.

Given its wide usage, there are no plans to deprecate Mambaforge. If at some point we decide to deprecate Mambaforge, it will be appropriately announced and communicated with sufficient time in advance.

As of September 2023, the new usage of Mambaforge is thus discouraged. Bug reports specific to Mambaforge will be closed as won't fix.


Latest installers with Mamba in the base environment:

OS Architecture Download
Linux x86_64 (amd64) Mambaforge-Linux-x86_64
Linux aarch64 (arm64) Mambaforge-Linux-aarch64
Linux ppc64le (POWER8/9) Mambaforge-Linux-ppc64le
OS X x86_64 Mambaforge-MacOSX-x86_64
OS X arm64 (Apple Silicon) Mambaforge-MacOSX-arm64
Windows x86_64 Mambaforge-Windows-x86_64


Latest installers with Mamba and PyPy in the base environment:

OS Architecture Download
Linux x86_64 (amd64) Mambaforge-pypy3-Linux-x86_64
Linux aarch64 (arm64) Mambaforge-pypy3-Linux-aarch64
Linux ppc64le (POWER8/9) Mambaforge-pypy3-Linux-ppc64le
OS X x86_64 Mambaforge-pypy3-MacOSX-x86_64
Windows x86_64 Mambaforge-pypy3-Windows-x86_64


Unix-like platforms (Mac OS & Linux)

Download the installer using curl or wget or your favorite program and run the script. For eg:

curl -L -O "$(uname)-$(uname -m).sh"
bash Miniforge3-$(uname)-$(uname -m).sh


wget "$(uname)-$(uname -m).sh"
bash Miniforge3-$(uname)-$(uname -m).sh


Uninstalling Miniforge means removing the files that were created during the installation process. You will typically want to remove:

  1. Any modifications to your shell rc files that were made by Miniforge:
# Use this first command to see what rc files will be updated
conda init --reverse --dry-run
# Use this next command to take action on the rc files listed above
conda init --reverse
# Temporarily IGNORE the shell message
#       'For changes to take effect, close and re-open your current shell.',
# and CLOSE THE SHELL ONLY AFTER the 3rd step below is completed.
  1. Remove the folder and all subfolders where the base environment for Miniforge was installed:
CONDA_BASE_ENVIRONMENT=$(conda info --base)
echo The next command will delete all files in ${CONDA_BASE_ENVIRONMENT}
# Warning, the rm command below is irreversible!
# check the output of the echo command above
# To make sure you are deleting the correct directory
  1. Any global conda configuration files that are left behind.
echo ${HOME}/.condarc will be removed if it exists
rm -f "${HOME}/.condarc"
echo ${HOME}/.conda and underlying files will be removed if they exist.
rm -fr ${HOME}/.conda


Download and execute the Windows installer. Follow the prompts, taking note of the options to "Create start menu shortcuts" and "Add Miniforge3 to my PATH environment variable". The latter is not selected by default due to potential conflicts with other software. Without Miniforge3 on the path, the most convenient way to use the installed software (such as commands conda and mamba) will be via the "Miniforge Prompt" installed to the start menu.

There are known issues with the usage of special characters and spaces in the installation location, see for example #484. We recommend users install in a directory without any such characters in the name.

Non-interactive install

For non-interactive usage one can use the batch install option:

bash -b  # or similar for other installers for unix platforms

Look at the extra options by running the following:

bash -h

or if you are on windows, run:

start /wait "" Miniforge3-Windows-x86_64.exe /InstallationType=JustMe /RegisterPython=0 /S /D=%UserProfile%\Miniforge3

Downloading the installer as part of a CI pipeline

If you wish to download the appropriate installer through the command line in a more automated fashion, you may wish to a command similar to

For Linux, any architecture, use the following command

wget -O "$(uname)-$(uname -m).sh"

For MacOSX, any architecture, use the following command

curl -fsSLo "$(uname -m).sh"

This will download the appropriate installer for the present architecture with the filename Run the shell script with the command in batch mode with the -b flash:

bash -b -p "${HOME}/conda"

-p is prefix option. A directory wil be created on "${HOME}/conda".

Then you should create the path to conda and activate conda. Run this command:

source "${HOME}/conda/etc/profile.d/"
# For mamba support also run the following command
source "${HOME}/conda/etc/profile.d/"

Finally, you can run the command to activate the base environment

conda activate


On macOS, you can install miniforge with Homebrew by running

brew install miniforge


If Miniforge is on the system path (default on Mac and Linux), its versions of the conda and mamba programs can be used at any command prompt. The most notable difference is that the default channel for packages will be conda-forge.

On Windows, Miniforge is not added to the system path by default. In this case, conda/mamba cannot be used from ordinary command prompts without the full path of the executables, e.g. C:\Users\myusername\miniforge3\condabin\conda. Instead, it is recommended to use the Miniforge Prompt, available from the Start menu. If desired, the C:\Users\myusername\miniforge3\condabin folder may be added to the path environment variable manually after installation so the software may be used more conveniently from any command prompt with limited chance of software conflicts.


  • Automatic build of constructor.
  • Automatic upload of constructor results.
  • Automatic testing of constructor.
  • Integration with conda-forge's developer documentation.
  • Integration with conda-forge's official site.
  • Upstream to Anaconda ?


After construction on the CI, the installer is tested against a range of distribution that match the installer architecture ($ARCH). For example when architecture is aarch64, the constructed installer is tested against:

  • Centos 7
  • Debian Buster (10)
  • Debian Bullseye (11)
  • Ubuntu 16.04 (LTS)
  • Ubuntu 18.04 (LTS)
  • Ubuntu 20.04 (LTS)
  • Ubuntu 22.04 (Latest release -- also happens to be LTS)

Building a Miniforge Installer

Installers are built and uploaded via the CI but if you want to construct your own Miniforge installer, here is how:

# Configuration
export ARCH=aarch64
export DOCKERIMAGE=condaforge/linux-anvil-aarch64



What's the difference between Mambaforge and Miniforge?

After the release of Miniforge 23.3.1 in August 2023, Miniforge and Mambaforge are essentially identical. The only difference is the name of the installer and subsequently the default installation path.

Before that release, Miniforge only shipped conda, while Mambaforge added mamba on top. Since Miniconda started shipping conda-libmamba-solver in July 2023, Miniforge followed suit and started shipping it too in August. At that point, since conda-libmamba-solver depends on libmambapy, the only difference between Miniforge and Mambaforge was the presence of the mamba Python package. To minimize surprises, we decided to add mamba to Miniforge too.

Should I choose one or another going forward at the risk of one of them getting deprecated?

Given its wide usage, there are no plans to deprecate Mambaforge. If at some point we decide to deprecate Mambaforge, it will be appropriately announced and communicated with sufficient time in advance.

That said, if you had to start using one today, we recommend to stick to Miniforge.


To release a new version of Miniforge:

  • Make a new pre-release on GitHub with name $CONDA_VERSION-$BUILD_NUMBER
  • Wait until all artifacts are uploaded by CI
    • For each build, we upload 3 artifacts
      1. One installer with the version name
      2. One installer without the version name
      3. The SHA256
    • At the time of writing, the is a sum of 72 artifacts, and with the two sources, we expect a grand total of 74 artifacts.
  • Mark the pre-release as a release

NOTE: using a pre-release is important to make sure the latest links work.


BSD 3-Clause


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