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Control LED Matrix Displays with your Raspberry Pi and the Arduino RGB Matrix Bonnet. Simply put the bonnet into your Raspberry Pi and create your LED wall in a few steps. In contrast to the RGB matrix has the RGB-Matrix Bonnet offers a scan rate of 1/32 and is fully set up with soldered socket strip. However, it does not have a real -time clock (RTC). Do you need more LEDs? No problem, you can easily line up the LED panels. Adafruit tested it without a resolution of 32x128. Please note that the larger your LED wall fails. You need a suitable 5V power supply to operate the LED matrices. The power consumption is calculated as follows: 0.12 A * Width of all connected panels. With a panel with a width of 32 LEDs, this results in a current consumption of 32 * 0.12 A = 3.85 A. In this case, for.
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