WaveShare
WaveShare Flexible RGB LED Matrix Panel 64×64 3mm 4096 LEDs
Flexible 64×64 RGB LED matrix with 4096 individually addressable LEDs on a bendable 3 mm pitch PCB, chainable via dual HUB75 headers for curved or large displays
- CPU TypeOther
- Bendable PCB fits curved surfaces like cylinders or spheres
- 4096 individual RGB LEDs produce full-colour images and animations
- 3mm pitch gives 64×64 pixel resolution in a compact panel
- Adjustable brightness adapts to indoor or outdoor lighting
- Chainable HUB75 headers link multiple panels for larger displays
Flexible 64×64 RGB LED Matrix
This panel packs 4096 individually addressable RGB LEDs on a 3 mm pitch. The flexible PCB lets you curve the display around cylinders or spheres while still showing text, images or animations. It is aimed at makers and developers building custom shaped visual projects.
Bendable PCB with Dual HUB75 Headers
Two onboard HUB75 connectors allow data input on one side and output on the other so multiple panels can be chained into a larger canvas. The thin flexible board is lighter than rigid matrices but must only be bent gently and never repeatedly or it will damage the traces.
Check Controller Compatibility and Power Budget
Verify that your Raspberry Pi, Pico, ESP32 or Arduino can drive a 64×64 HUB75 panel at the required refresh rate and supply enough current for 4096 LEDs at your chosen brightness. Ensure your mounting surface matches the gentle curve radius the PCB tolerates.
Highlights
- Bendable PCB fits curved surfaces like cylinders or spheres
- 4096 individual RGB LEDs produce full-colour images and animations
- 3mm pitch gives 64×64 pixel resolution in a compact panel
- Adjustable brightness adapts to indoor or outdoor lighting
- Chainable HUB75 headers link multiple panels for larger displays
Specifications
| CPU Type | Other |
|---|
Questions about this item
What interface does the HUB75 header use and what does it limit in practice?
The panel uses a HUB75 header for data input and output, allowing multiple panels to be chained together for larger displays.
What physical space and mounting does the flexible 64×64 panel need?
The flexible PCB has a 3mm pitch and can be gently bent to fit curved surfaces like cylinders or spheres, but must not be bent excessively or repeatedly.
How is the panel installed and what step do people often get wrong?
Connect the controller to the input HUB75 header and chain additional panels via the output header; the common mistake is bending the flexible PCB too far or too often, which damages it.
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