Docker Desktop

by Docker Inc

Native
YES

Runs natively on Apple Silicon

Architecture

ARM64

Min macOS

12.0

Verified

2025-12-25

Apple Silicon Mac Compatibility for Docker Desktop
ChipStatusPerformanceNotes
M4 / M4 Pro / M4 Max NativeExcellentBest experience
M3 / M3 Pro / M3 Max NativeExcellent
M2 / M2 Pro / M2 Max / M2 Ultra NativeVery Good
M1 / M1 Pro / M1 Max / M1 Ultra NativeGoodFully supported
Intel Mac LimitedVariesLegacy support

Docker Desktop Specifications

Complete Mac compatibility data • Updated 2025-12-25

Yes
Runs on Apple Silicon
ARM64
Architecture
System Requirements
macOS Required12.0 or later

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Can you use Docker Desktop on Mac?

You can run Docker Desktop on a Mac. It is a native application, not a game. It is a development tool for building, sharing, and running containerized applications. As of 2026, Docker Desktop is fully compatible with all current Apple Silicon and Intel based Macs.

Compatibility Status

Docker Desktop is a native Mac application. It does not require any translation layers like Rosetta 2. The developer, Docker Inc, provides official builds for both Apple Silicon (ARM64) and Intel (x86_64) architectures. The application is updated regularly to ensure compatibility with the latest macOS versions.

Performance on Apple Silicon (M1, M2, M3, M4)

Performance on Apple Silicon Macs is excellent. The application and its underlying Linux virtual machine are compiled for the ARM64 architecture. This native execution provides fast startup times and efficient resource use.

For most development tasks, you will not notice a performance difference between M1, M2, M3, or M4 chips. The primary performance factor is the amount of RAM available to Docker Desktop. More RAM allows you to run more containers or larger applications simultaneously. The CPU performance of any Apple Silicon chip is sufficient for typical container workloads.

When running containers built for Intel x86_64, Docker Desktop uses a built in translation layer called QEMU. This allows Intel based containers to run on Apple Silicon. There is a small performance overhead for this translation, but for most development purposes it is not significant.

Installation Steps

The installation process is straightforward. You need to download the correct installer for your Mac's chip from the official Docker website. The installer is a standard Apple Disk Image (.dmg) file. After mounting the image, you drag the Docker application to your Applications folder. The first time you launch Docker Desktop, it completes the setup, which includes installing necessary networking components and the Docker command line tools. Administrative privileges are required for this final setup step.

Tips for Best Experience

To get the best experience with Docker Desktop on your Mac, follow these tips.

  • Adjust resource limits in settings. Go to Settings, then Resources. Increase the CPU, Memory, and Swap limits from their defaults if you plan to run multiple or large containers. Do not allocate all your system's RAM.
  • Use the default VirtioFS file sharing for mounted volumes. It is faster than the older gRPC FUSE option. You can select this in Settings under General.
  • Keep Docker Desktop updated. Updates often include performance improvements and bug fixes specific to macOS.
  • Manage your disk space. Docker images and containers can use a lot of storage. Use the command docker system prune to remove unused data.
  • For Apple Silicon, try to use multi architecture images or ARM64 native images when possible to avoid the QEMU translation overhead.

Common Issues

Some users encounter common issues. Here are the main ones and their solutions.

  • High CPU usage after inactivity. This is often related to file synchronization. Ensure you are using VirtioFS. You can also try adding problematic project directories to the file sharing exclude list in Settings.
  • Docker Desktop will not start. This can be due to permission issues with the installed components. A full reset often fixes this. Go to Troubleshoot in the Docker Desktop menu and select "Reset to factory defaults."
  • Out of disk space errors. Docker stores all data in a single virtual disk image. If it fills up, you will get errors. Use the disk cleanup tools in Settings, Resources, Advanced.
  • Networking conflicts. If you cannot reach containers from your browser, check for other services using the same ports on your Mac, or try resetting Docker's network in the Troubleshoot menu.
  • Slow file operations in mounted volumes. Confirm VirtioFS is enabled. Some node_modules directories can cause slowdowns. Adding them to a .dockerignore file in your project can help.

Performance Tips

  • Increase allocated resources. In Docker Desktop Settings, go to Resources. Give Docker more CPU cores and RAM than the default if your system has spare capacity. This prevents slowdowns with multiple containers.
  • Enable VirtioFS. In Settings under General, make sure "Use VirtioFS for file sharing" is checked. This greatly improves file read/write speed for mounted project folders.
  • Use .dockerignore files. Create a .dockerignore file in your project to exclude directories like node_modules from being sent to Docker. This speeds up build times.
  • Prune unused data regularly. Run docker system prune -a in your terminal to remove old images, containers, and volumes that are no longer in use. This frees up disk space and can improve performance.
  • Prefer ARM64 images on Apple Silicon. When pulling images, look for multi arch tags or ARM64 specific versions to run natively without translation.
Last updated: 2025-12-26 07:14:11

DoesItMac — Independent Compatibility Database. Not affiliated with Apple Inc.