8x32 Sk6812rgbw Led matrix Sk6812 Rgbw matrix
TS-W2812-256-RGBW
minimum order
1 piece
Quantity:
$27.00 - $30.00 / piece
- 8x32 sk6812 matrix rgbw matrix
- Control Mode:App Control
- Model Number:TS-W2812-256
- Brand Name:TS
- Place of Origin:Guangdong, China
- Application:Hotel
- Certification:CE, RoHS
- Input Voltage(V):DC5V
- Lamp Body Material:Copper
- Lamp Luminous Flux(lm):18lm
- Light Source:LED
- Support Dimmer:Yes
- Warranty(Year):3-Year
- Color Temperature(CCT):Addressable
- IP Rating:IP20/IP65/IP67/IP68
- LED Quantity:256LEDs/pcs
- Warranty:2years
- PCB size:80*320mm
- IC chip:sk6812
- LED signal:SPI
- View angle:140 degree
- Type:Flex LED Strips
- Lamp Power:82W
- CRI (Ra>):80
- Working Lifetime(Hour):50000
- 8x32 sk6812 matrix rgbw matrix
- 8x32 sk6812 matrix rgbw matrix
8×32 SK6812 RGBW LED Pixel Matrix Panel - Product Introduction
Product Overview
The 8x32 sk6812 matrix rgbw matrix is a high-resolution addressable LED panel featuring 256 individually controllable SK6812 RGBW LEDs on a black PCB. Designed for dynamic text displays, pixel art, and custom lighting projects, it delivers vibrant full-color visuals with dedicated warm/cool white channels, ideal for IoT devices, gaming setups, decorative signs, and creative installations.
Key Features
- 256 Individually Addressable RGBW Pixels: 8x32 sk6812 matrix rgbw matrix, each with integrated RGBW driver IC for precise control of color, brightness, and animation.
- Full RGB + Pure White Control:8x32 sk6812 matrix rgbw matrix, 24-bit true RGB color (16.7 million colors) plus dedicated white LED channel for tunable warm/cool white light, perfect for both decorative and functional lighting.
- SK6812 RGBW Technology: 8x32 sk6812 matrix rgbw matrix, Each LED combines RGB + white chips and a driver IC in a single package, offering flicker-free dimming and consistent performance.
- Flexible & Scalable Design:8x32 sk6812 matrix rgbw matrix, Standard one-wire data protocol allows easy daisy-chaining of multiple panels for larger displays.
- Wide Compatibility:8x32 sk6812 matrix rgbw matrix, Works with Arduino, Raspberry Pi, ESP32, and common LED controllers (SP series, etc.).
- Black PCB for High Contrast: 8x32 sk6812 matrix rgbw matrix, Black printed circuit board enhances color saturation and contrast, making colors appear more vivid.
- Compact Form Factor: 8x32 sk6812 matrix rgbw matrix, layout (total 256 pixels) in a low-profile PCB, suitable for embedded and wall-mounted installations.
Technical Specifications
表格
Parameter | Details |
|---|---|
Product Name | 8x32 sk6812 matrix rgbw matrix |
LED Type | SK6812 (addressable RGBW LED with integrated driver) |
Pixel Count | 256 (8 rows × 32 columns) |
Operating Voltage | DC 5V 8x32 sk6812 matrix rgbw matrix |
Control Protocol | 1-wire digital signal (compatible with WS2812 protocol) |
Color Depth | 24-bit RGB + 8-bit white channel |
PCB Type | Black rigid PCB (pixel grid layout) |
Refresh Rate | High-speed PWM for smooth animations |
Common Applications
- Pixel Art & Signage: Custom text displays, animated signs, and decorative wall art with both color and white light options
- Gaming & Home Decor: Gaming setup ambient lighting, mood panels, and dynamic backdrops with tunable white light
- IoT & Smart Devices: Weather displays, notification indicators, and interactive installations with color/white light modes
- DIY & Education: Arduino/ESP32-based projects, coding learning tools, and robotics
- Event & Stage Lighting: Small dynamic pixel backdrops and accent effects with full color control
Usage Notes
- Power Requirements: Use a regulated 5V DC power supply. At full brightness, 256 pixels draw significant current (up to ~1.5A), so ensure the power supply meets the load.
- Wiring: Connect the data line (DIN) to your controller’s signal pin. The panel includes both DIN and DOUT connectors for daisy-chaining multiple matrices. Always verify polarity before powering on.
- Controller Compatibility: Use SK6812-compatible libraries (FastLED, Adafruit NeoPixel) with microcontrollers, or dedicated LED controllers (SP series) for plug-and-play use.
- Heat Management: The panel may get warm under full load; ensure adequate ventilation, especially in enclosed installations.
- Signal Integrity: For large chains of panels, use data repeaters or amplifiers to maintain signal stability across multiple matrices.



