Dotstar High Density 8X 8, 64 Bit Rgb Led Pixel Screen

Don't eat this LED grid just because it's so colourful and bite-sized! This is the smallest small LED grid we can make, with 1 full RGB colour pixel in a square that is only 64 inchx 1 inch square (for metric enthusiasts, this is 24.4+ -mm x 24.4+ -mm). of all, these are small DotStar leds with built-in PWM drivers, so you only need two digital I/O pins to get the glow.

But don't be fooled by their small size, each LED is still incredible and dazzling in brightness, just like the DotStars/NeoPixels you know and love. These integrated leds are the same ones used in our fancy DotStar light strips, just very small. Arranged in an 8x8 matrix, each pixel is individually addressable: like NeoPixel, DotStar leds have an embedded microcontroller inside the LED. You can set the colour/brightness of each LED to a 24-bit RGB value (8 bits for each channel).

Each LED acts like a shift register, reading the input colour data on the input pin and then moving out the previous colour data on the output pin. By sending a long string of data, you can control an inchunlimited inch number of leds. PWM is built into each LED chip, so once you set the colour, you can stop communicating with the disk and it will continue PWM all the leds for you.

Wiring is simple: there are two 3-pad connection ports on the back. Solder the wire to the input port (+5V GND DIN) and provide 5VDC for the +5V and ground pins, then connect the DIN pins to the microcontroller. You also need to establish a common ground from the 5V power supply to the microcontroller /XArduino. Since each LED can consume up to 40mA of current (up to 2.5 amps per panel if all leds are bright white!)

If you plan to use full brightness and a lot of white, we recommend you use a 5V 2A power supply. for most uses, you'll see about 0.5A of current per panel, and you can set the brightness to lower thatcurrent. Note that the current passing through the plate is so large that it becomes ! These leds are packaged very tightly