![]() My next component to support the actual computer was a keyboard and mouse. Both connected via USB 3 connections, which the iMac supports. I only needed enough space for Ubuntu and either the status board or arcade software, so 240 GBS of space was more than enough. To accomplish this, I bought two of the following drives: Rather than try to manage it all on the same boot drive, I decided to attach two external SSDs, set up a dual-boot configuration and then just start up from the appropriate drive when needed. However, I wanted to make it simple to switch between the status board and the arcade. Even with $60 for shipping, that was cheaper than purchasing a Raspberry Pi 4 and a comparable display.Īs an aside, this is the second iMac I’ve bought from the good folks at Free Geek (the first was a 2015 iMac I bought in 2020 for a family member) and what I’ve received has consistently been exactly what I thought I was buying When I did my research, I found that the folks at Free Geek in Portland, OR were selling a nearly pristine 2013 21.5 inch iMac with a 250 GB SSD and 16 GBs of RAM for $168.75 on eBay. Instead, I decided to look into an older iMac running Ubuntu. However, using a Raspberry Pi meant that I would have to source the Raspberry Pi and display separately. When I was planning out this project, I knew I would need certain components:įor the computer part, I knew I could accomplish my goals using software available for the Raspberry Pi: For more details, please see below the jump. I’m happy to say that I was able to accomplish my goal by December 31st, 2021. Goal 2: Figure out how to be able to play the Star Wars arcade game whenever I wanted to.Goal 1: Set up a personal status board for my office, where at a glance I could find useful information.Before then, I decided I wanted to accomplish a couple of things while I was off. So what are you waiting for, build your Android Smart Mirror in under 10 minutes – instructions and items you need are all listed here.Like a lot of folks, I took some time off around the holidays. There is nothing more fascinating than dreaming of waking up every morning and seeing the information magically appear on your mirror. The Mango Display Apps let you setup and control it remotely, add widgets, have rotating and looping screens, setup the size and layout if your data and more. That is why our users love building an Android Smart Mirror using the Mango Display App.Īn android tablet is simple (just one power chord), no additional monitor or extra weight or frames. We want anyone who wants a smart mirror to be able to get one ready in under 10 minutes, and something that they can control remotely from their phone or computer. It’s a world of Apps now, and that is exactly what we want. But today, who wants to code? do you even want to code or care to learn how to code just to have a wonderful smart mirror. The only compelling reason was that you could find some software like the MagicMirror that would enable you to load on a Raspberry Pi and modify code to make it work for you. First of all the Raspberry Pi comes with out a case, you need a separate monitor that makes it heavy, requiring a heavy duty frame, power cables going to the Pi and the monitor, a HDMI connection to the monitor, and so on. ![]() ![]() However it was always too cumbersome to make one. For the past few years the Raspberry Pi has been the number one option for building smart mirrors.
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