If you don’t already have UTM, download it from the UTM website.
Options for virtualization on the Mac M1 are few compared to Intel machines. Installing UTM, Debian 10.4 Minimal on macOS, and launching the Debian VM At this point, we’ll be launching Docker containers using the Docker CLI on macOS but running the containers in the Debian 10.4 Virtual Machine. Once we learn about how SSH port forwarding works with the VM, we’ll use SSH forwarding to tunnel a Unix socket from the macOS host to the Debian /var/run/docker.sock Docker Engine socket. Then we’ll install Docker on the VM and verify the installation with the arm64v8/hello-world Docker image.Īfterwards, we’ll learn about how to run a docker container from the Debian image using the Docker CLI on Debian and how we can access the container through SSH port forwarding from the macOS host. After launching the VM, we’ll install openssh-server and enable it to start on boot. First, we’ll start by launching a Debian Virtual Machine using UTM for Mac, which uses QEMU under the hood.
I've found some used 16 inch macbooks from 2019 with the i9 and 32gb ram 1TB SSD for around $1900.This set of instructions eliminates the need to use the proprietary Docker Desktop for Mac on the Mac M1. But these new M1 models looks like they deliver a compelling option to just shell out more money. I have always been one to buy a used macbook from a couple models ago on ebay to save some cash. On a given day, I could be doing anything from dockerized backend microservices to front end IOS/Android and lately my laptop feels abysmally slow especially when connected to two 1440p monitors. I use docker regularly for personal full stack projects.
It has a quad core i5, 16GB ram, 256GB SSD. In the next couple of months I am looking to upgrade from my 2018 13 inch MPB. I created an account because you seem the perfect person to ask this question seeing as how you are an active docker user and have experience with both the 2019 16 inch MBP and the new M1 models.
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