We sell the highly reliable, high quality panels. Probably the top quality from local top factory.

rgb-full-color-led-matrix-panel

Panel Specifications

type dots size CM
P3 64x64 19x19
P6 32x32 19x19
P8 32x16 25.6x12.8
Type LED SPECs XY LEDs subtotal Dimension spec Usage Scan Power Status SKU intern
P3 3mm 64 x 64 4096 19 x 19 CM 1919_6464_3 Indoor Display 1/32 ~20W selling ILE1060-dat
P4 4mm 64 x 32 2048 25.6 x 12.8 CM 2613_6432_4 Indoor Display N/A
P5 5mm 64 x 32
P6 6mm 3535 32 x 32 1024 19 x 19 CM 1919_3232_6 Outdoor, wateproof 1/8 ~30W selling ILE1059-dat
P8-1 8mm 32 x 16 512 25.6 x 12.8 CM 2613_3216_8 Outdoor, wateproof 1/4 ~30W selling ILE1058-dat ILE1058
P8-2 8mm 40 x 20 800 32 x 16 CM 3216_4020_8 Outdoor, wateproof 1/4 ~30W selling
P10 10mm 3535 32 x 16 512 32 x 16 CM 3216_3216_10
  • type = LED pitch

  • Life time 1000,000,000 hours.

  • Drive constant current, dynamic
  • Flash rate 2000Hz

common panels

dots model CM chip SKU port
256x128 HUB08-dat
64x64 P3 ILE1060-dat
32x16 ILE1058-dat

chip list

64x64 - ICN2053 + ICN2012

256 x 128

  • chip == TC5020AP JC5020

64 x 64

Code Documentation

Packge and Accessories Included

  • power cable --> 2-to-2,  4pin 3.96mm to "Y" connector power cable. ONLY 50% cables will be inlcuded, since each power cable has two outputs, and you can use one cable for two panels.
  • data cable for HUB75-dat --> Include 16P ribbon cable for HUB75 connector to drive board.
  • 4pcs magnetic snap screw, can be snapped on you metal frame. Screw specs is M3 OR M4, Dia. 13mm, L 12mm.

for outdoor ONLY P6 and P8

Matrix Panels Development

Gen-1: Basic HUB75 panels using 4–5 address lines, simple driver chips (ICN2037BP, FM6124), and separate row decoder chips (like 74HC138 or FM6124A). These panels are compatible with the Adafruit MatrixPortal S3, RP2040, and Adafruit libraries.

Gen-2: Panels with smart driver chips (like ICND2038S or ICND2153) that handle internal row multiplexing and require initialization sequences. These may use fewer address lines and are not compatible with most simple microcontroller libraries without modifications. There are some great libraries on Github that provide control of these panels using an Raspberry Pi controller.

Gen-3: Advanced grayscale panels using chips like MBI5153 or ICND2153 that support PWM or stacked PWM (S-PWM) for high refresh rates and deep color. These require precise signal timing and are typically driven with FPGAs or heavily modified firmware. Some GitHub projects have figured out how to support these.

reference from here.

read more

Control board

Links

driver board

ref