Adafruit NeoPixel NeoMatrix 8x8 - 64 RGB LED Pixel Matrix
von Adafruit
Marke
Adafruit
Put on your Sunglasses before Wiring up this LED Matrix - 64 eye-blistering RGB LEDs adorn the NeoMatrix for a blast of configurable Color. Arranged in an 8 x 8 Matrix, each Pixel is individually Addressable. Only One Mikrocontroller Pin is required to control all the LEDs, and you get 24 Bit color for each LED.
Wiring it up is easy: There are two-Pin Connection Ports. Solder wires to the input port and provide 5 VDC to the + 5 V and Ground Pins, then Connect the DIN Pin to your Microcontroller. IF you re using our NeoPixel Arduino Library, Use Digital # 6. You 'll also need to make a Common Ground from the 5 V Power Supply to the Microcontroller/Arduino. Since each LED CAN DRAW as much as 60 mA (Bully Bus up to 3.5 Amps für Panel if all leds are on bright white.) We Verwackeln Our 5 V 2 A Power Supply. For Most uses, you 'll see about 1 - 2 A of current-Panel.
IF, Say, you need more Blinky, you can Chain These together. For the Second Shield, connect the DIN connection to the first ihre S DOUT. Also Connect a ground Pin together and Power with 5 V. there you go. You can Chain as many as you 'd like Although After 4 OR MORE Panels You may run low on RAM if you re using an einem. Watch Your Power Usage too, you may need a 5 V 10 A Power Supply for so many of these.
There is a single Data Line with a very timing-specific Protocol. Since the Protocol is very Sensitive To Timing, it REQUIRES A Real-Time microconroller Such As An AVR, Arduino, PIC, mbed, etc. It cannot be used with a Linux-based Mikrocomputer or interpreted Mikrocontroller Such As The Netduino oder Basic Stamp. Our wonderfully-written NeoPixel Library for Arduino unterstützt diese Pixel. AS IT REQUIRES hand-tuned Assembly it is only for AVR Cores but Others May Have ported This Chip Driver Code so please Google around. An 8 MHz or faster Processor is required.
Our detailed NeoPixel uberguide has everything you need to use NeoPixels in any Shape and Size. Including ready-to-go Library
Wiring it up is easy: There are two-Pin Connection Ports. Solder wires to the input port and provide 5 VDC to the + 5 V and Ground Pins, then Connect the DIN Pin to your Microcontroller. IF you re using our NeoPixel Arduino Library, Use Digital # 6. You 'll also need to make a Common Ground from the 5 V Power Supply to the Microcontroller/Arduino. Since each LED CAN DRAW as much as 60 mA (Bully Bus up to 3.5 Amps für Panel if all leds are on bright white.) We Verwackeln Our 5 V 2 A Power Supply. For Most uses, you 'll see about 1 - 2 A of current-Panel.
IF, Say, you need more Blinky, you can Chain These together. For the Second Shield, connect the DIN connection to the first ihre S DOUT. Also Connect a ground Pin together and Power with 5 V. there you go. You can Chain as many as you 'd like Although After 4 OR MORE Panels You may run low on RAM if you re using an einem. Watch Your Power Usage too, you may need a 5 V 10 A Power Supply for so many of these.
There is a single Data Line with a very timing-specific Protocol. Since the Protocol is very Sensitive To Timing, it REQUIRES A Real-Time microconroller Such As An AVR, Arduino, PIC, mbed, etc. It cannot be used with a Linux-based Mikrocomputer or interpreted Mikrocontroller Such As The Netduino oder Basic Stamp. Our wonderfully-written NeoPixel Library for Arduino unterstützt diese Pixel. AS IT REQUIRES hand-tuned Assembly it is only for AVR Cores but Others May Have ported This Chip Driver Code so please Google around. An 8 MHz or faster Processor is required.
Our detailed NeoPixel uberguide has everything you need to use NeoPixels in any Shape and Size. Including ready-to-go Library
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