![]() Plans for a 3D printed case are provided. ![]() The single panel display is self-contained, suitable for portability on a tabletop. These instructions will teach you how to build a single panel display. Your display will also be wireless you can control it with your laptop or smartphone! You create animations on xLights, save them to Falcon Player on your controller, then your display can run the animations without needing your computer. Animations are created with a free program called xLights on your desktop or laptop computer. The Raspberry Pi Zero will use a free program called Falcon Player to play animations on your display. A Raspberry Pi Zero can control up to four P5 panels, though this project only uses one panel. The panel is controlled with a Raspberry Pi Zero, a low-cost microcomputer. Here and here are great introductions to panels. When choosing a panel, make sure that it is P5 and supports a 1/16 scan rate. These instructions are suited for P5 panels. There are also P10 panels with 10mm pixel spacing which is better for outdoor displays. So, in a typical 12" x 6" panel, there are 64 pixels across by 32 pixels down, totaling 2,048 pixels! That's plenty of pixels for text and animations. The "5" in P5 means that pixels are spaced 5mm apart. There are three LEDs per "pixel", the colors mixing together to form a single color of light. They are easy to setup and instantly rewarding you can display anything on them including text, animations, and video.Ī P5 panel has multi-color LEDs arranged in a grid on a rectangular base. P5 panels are a good way to get into the world of LEDs and pixels.
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