![]() If you choose this option, ensure that your power supply is capable of providing sufficient power to both devices. An option is to have a single power supply and a single lead, such as the one available here, which splits to provide both micro USB and USB-C connectors. This project will require two power supplies: one for your Raspberry Pi, plus a USB-C power supply for the display itself. Don’t be tempted to use an old spare phone charger you may have lying around, as it may not provide sufficiently reliable power. We recommend the official USB-C and micro USB power supplies, as they are designed to provide a consistent +5.1V with captive (that is, attached) USB cable. Power supplies: projects like these are often left powered for long periods of time, so it’s important to have a good quality power supply for your Raspberry Pi. If you decide to use a Raspberry Pi 4, you’ll need a USB-C power supply and slightly larger M3 20mm standoffs to accommodate the larger board. ![]() Raspberry Pi: this project works with all models of Raspberry Pi, but in order to maintain the intended slim look of our mirror we will be using a Raspberry Pi 3 Model A+, which requires a micro USB power supply. 3D-printed drill bit alignment jig – STL files available for free hereĬhoosing the right Raspberry Pi and other parts. ![]()
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