DC5V WS2813 Signal Backup Addressable RGB Strip Light 64LEDs 10mm
Professional Pixel LED Strip Lights Manufacturer & Supplier
Product Parameter
Item: ST-WS2813-4PIN-RGB-64-5V
Voltage: DC 5V
Power: 12 W/M
Pixel Quantity: 64 pixels/m
LED Quantity: 64 LEDs/m
Cutting Unit: 15.62 mm
Break Continue: Yes
PCB Width: 10 mm
DC5V WS2813 Signal Backup Addressable RGB Strip Light
This DC5V WS2813 LED RGB strip has a breakpoint resume function, uses dual signal transmission, and has high stability. The WS2813 addressable LED strip is used with a controller and is very suitable for programmable DIY lighting projects.
The digital addressable 5V LED strip can be cut per 1 LED, and the cutting segment is 15.6mm. One WS2813 IC controls 1 LED, and there are 64 pixels per meter.
This 64leds/m 10mm wide WS2813 LED strip product uses chips from leading international manufacturers. It has the characteristics of high brightness, wide angle, consistent color, and stable performance.
- Differences-WS2813 vs WS2815: Voltage, Voltage Drop, Reset time
- Similarities-WS2813 vs WS2815: Dual Data and Break Continue, Built-in IC, Single Point Single Control, Connector
- Differences: WS2812B vs WS2813
- Similarities: WS2812B vs WS2813
- WS2813 vs WS2814 vs WS2815, What’s the difference?
- Deep Dive into WS2813, WS2814, and WS2815 LED Strips
- Choosing Between WS2813 vs WS2814 vs WS2815
Power Consumption of WS2811 WS2812B WS2813 WS2815 & SK6812
How to Control WS2813 LED Strips with ESP8266
- Materials Required
- WS2813 and ESP8266 Wiring Schematic
- ESP8266 Connect WS2813 Diagram
- WS2813 Program Code Upload
- WS2813 Lighting Effect Demonstration Video
WS2813 Addressable LED Strips with Arduino UNO: Wiring & Code
- Materials Required
- WS2813 and Arduino Wiring Schematic
- Arduino Connect WS2813 Diagram
- Code Upload
- Arduino Control WS2813 Lighting Effect Demonstration
How to connect and control the WS2813?
WS2813 LED strips have four wires for transmitting data—a V+ pin, a GND pin, and two data pins. This means you need four pins to control the strip.
You can operate these strips with any processor speed or type because the data is separate. Hence, the name, addressable RGB LED strips are lengthy, bendable strings of LEDs that can each be customized to a different color.
By adjusting the red, green, and blue (RGB) intensities of each LED, one can create a multitude of color combinations. These strips can be controlled by any processor speed or type. Any microcontroller or microprocessor can be used, including Arduino, Raspberry Pi, ESP32, Propeller, ESP8266, and others.
This WS2813 RGB LED strip has individual LED segments that can be cut. To power this strip, you need a 5V power supply.
This is our recommended connection diagram for the SPI WS2813 LED strip and the programmable K1000C controller.
Related Products You May Need:
Accessories
Connection Cable
Controllers
