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AMAZING 32 x 32 RGB Full Color LED matrix panels - used to video walls - 6mm  Pitch VERY BRIGHT

These panels are used to create video walls - same as the signs on the side of trains and bus stops.
Display FULL-COLOR animations & video clips

Each Panel consists of a 32x32 grid of 1024 bright RGB LEDs, PCB with IDC  connectors on back.
You can daisy chain multiple boards together as they use 12 x 16-bit latches per  board, with a driving frequency of 1:16 scan rate.
These are ALL OVER New York - Tokyo -  Shanghai!!

Used to display animations or video clips, these are REALLY COOL
32 x 32 RGB Panels have 1024 bright LEDs, mounted in a super nice panel - EASY  TO MOUNT.
On the back is an IDC connectors for Power. Easily Chainable, they use 12 x  16-bit latches to allow up to a 1:16 (32x32) scan rate.
Dimensions: 192mm x 192mm x 12mm (7.6" x 7.6" x 0.5")

Includes Panel, IDC Connector, and  Single Power Connector/Plug
NOTE: POWER PLUG is the single plug type - the twin plug is available at added cost


Daisy Chain multiple together to create any combination of pixels
- NOTE: a normal UNO type Arduinos can drive at least 1 screen, maybe up to 4 screens MAX, MEGAs should be able to drive MULTIPLE SCREENS!

SORRY - WE CANNOT GIVE ADVICE  OR INSTRUCTIONS ON PROGRAMMING - PLEASE CHECK THE WEB FOR DETAILS

Require 12 digital IO pins (6 bit data, 6 bit control) and AT LEAST 5V-2A per panel (we STRONGLY SUGGEST an 5V-8A supply)
If you use multiple panels, try one of our 5V-20A - to - 5V-70A MONSTER Open Frame Supplies

Factory specs:
Dimensions: 192mm x 192mm x 12mm (7.6" x 7.6" x 0.5")
5V-5.0A MAX regulated power input
3-5V data logic level input
2000 mcd LEDs on 6mm pitch
1/8 scan rate
Indoor display, 150 degree visibility
Ability to connect one output to the next input (daisy chainable)

REQUIRES KNOWLEDGE of Electronics.
If you are connecting using an Arduino, We HIGHLY Recommend using a  Nootropic RGB Matrix Backpack
Even BETTER - we  test each panel using a Teeny  3.1 Microcontrollerr  from PJRC with a SmartMatrix backpack
using the SmartMatrix + Teensy + provided code -  the device is plug and play

NOTE:
These panels require 12 digital pins (6 bit data, 6 bit control) and a LARGE 5V  supply

They are designed to be driven by FPGAs or other high speed micro, and have no  built in PWM control.
You CANNOT Dim them properly unless you redraw the screen.

An arduino can can manage about 10-bit color at 30% CPU usage - AT MOST.
Fully white balanced with nice uniformity, these displays are REALLY NICE