CCT 72leds Pixel LED Strip WS2818
Professional Addressable LED Strip Light Manufacturer
Product Parameter
| Item | Voltage | Power | Pixel Qty | LED Qty | Cutting Unit | Break Continue | PCB Width |
|---|---|---|---|---|---|---|---|
| ST-WS2818-4PIN-CCT-72-12 | DC12V | 17.2 W/m | 24 Pixels | 72 | 41.6 mm | Yes | 8 mm |
WS2818 CCT 72leds Pixel LED Strip Light
CCT 72leds Pixel LED Strip WS2818 offers customizable color temperature like 2700k, 4000k and 6000k in one LED chip. With precise pixel-level control for dynamic lighting scenarios. The WS2818 chip ensures superior performance, making it an ideal choice for projects requiring adjustable color temperatures with pixel-perfect accuracy.
CCT=WWA = White + Warm White + Amber. WWA means that this led strip lighting is a white light color, and each LED is a 3in1 CCT LED with 3 color temperatures: soft white 3000K light, 4000K natural white and 6000K pure white light are in one SMD LED. An addressable WWA LED strip can control the LED light change through ICs, display dynamic white light effects.
The WS2818 LED strip is an addressable light, breakpoint- continue, and can be programmed and controlled with the help of a controller. 2. Dual signal line version and signal breakpoint continuous transmission. If an LED damaged, the work of other LEDs will not be affected.
What is a WS2818 addressable CCT LED strip?
This WS2818 addressable CCT LED strip integrates three-in-one warm white, daylight white, and cool white LEDs. WS2818 is controlled by an external IC. It features three channels (OUTR/OUTG/OUTB) with resumable data transmission.
This addressable CCT LED offers adjustable color temperature from 2700-6500K. A 12V DC supply allows for a circuit of three LEDs, while a 24V DC supply allows for a circuit of six LEDs. When used with a Pixel LED controller or Arduino development board, any circuit of LEDs can be controlled to create various lighting effects.
1. This addressable CCT WS2818 LED strip allows you to adjust the brightness and color temperature of the LED strip via RF or a smartphone app. It is suitable for indoor home lighting.
2. LED density: 60 LEDs/m; external IC, using SMD5050 high-brightness LEDs.
3. Supports DC12/24V low-voltage input. DC12V LED strips can be cut every 3 LEDs, with no voltage drop over 5-7 meters; DC24V LED strips can be cut every 6 LEDs, with no voltage drop over 8-10 meters.
4. Programmable LED strips with breakpoint-resume transmission. A single pixel failure will not affect signal transmission unless two adjacent pixels fail simultaneously.
WS2815 vs. WS2812 vs. WS2818 LED Strips
- WS2815 vs. WS2812 vs. WS2818 LED Chips
- WS2815 vs. WS2812 vs. WS2818 LED Strip
- Applications: WS2815 vs. WS2812 vs. WS2818 LED Strips
- WS2815 vs. WS2812 vs. WS2818 LED Strip Installation Tips
- Pros and Cons Summary WS2815 vs. WS2812 vs. WS2818
- Choosing the Right LED Strip for Your Needs
- WS2811 VS WS2818B, What’s the difference?
- Deep Dive into WS2811 vs WS2818B LED Strips
- Choosing Between WS2811 and WS2818B
WS2818B vs FW1935/TM1934 vs FW1834
- WS2818B vs FW1935/TM1934 vs FW1834, What’s the difference?
- Deep Dive into WS2818B vs FW1935/TM1934 vs FW1834 LED Strips
- Choosing Between WS2818B vs FW1935/TM1934 vs FW1834
WS2818B VS UCS5603A VS UCS5603B LED Strips
- WS2818B vs UCS5603A vs UCS5603B, What’s the difference?
- Deep Dive into WS2818B vs UCS5603A vs UCS5603B LED Strips
- Choosing Between WS2818B vs UCS5603A vs UCS5603B
How to Control WS2818 LED Strips with ESP32?
- Materials Required
- ESP32 and WS2818 Wiring Schematic
- ESP32 and WS2818 Connection Diagram
- WS2818 Program Code Upload
- WS2818 Lighting Effect Demonstration Video
How to Control WS2818 LED Strips with Raspberry Pi
- Materials Required
- WS2818 and Raspberry Pi Wiring Schematic
- Raspberry Pi Connect WS2818 Diagram
- Code Upload
- Raspberry Pi Control WS2818 Lighting Effect Demonstration
DC12V 72LEDs/m WS2818 RGB Addressable LED Strip Schematic Diagram
WS2818 PIN Function Description
OUTR (LED Driver Output): Output of Red PWM control
OUTG (LED Driver Output): Output of Green PWM control
OUTB (LED Driver Output): Output of Blue PWM control
DO (Data Output): Data cascade output
DIN (Data Input): Control data input
GND (Ground): Data & Power Grounding
BIN (Backup Data Input): Backup control data input
VDD (Power Voltage): IC power supply
Note:
- OUTR/OUTG/OUTB independently control the PWM signals for the red, green, and blue LEDs, respectively, making them suitable for full-color LED dimming.
- DIN receives data from the master control, and DO outputs processed data to the next-level chip, supporting multi-chip cascade control.
- BIN serves as a backup data input channel to enhance system reliability (it is enabled in the event of a primary data path failure).
- VDD provides chip power, and GND is the shared ground for both data and power.
How to Connect and Wire WS2818 CCT LED Strip?
WS2818 LED strip is a pixel LED strip with external ICs, which has a good performance in signal transmission. Due to its dual signal transmission, the WS2818 strip can still work normally if one LED on the strip is damaged or broken.
WS2818 LED strip also has 4 wires like WS2815, and the following figure shows the details.
This is a wiring diagram of the DC12V WS2818 LED strip when using the K-1000C offline controller. The WS2818 LED strip can also be controlled by microcontrollers such as ESP32, ESP8266, Raspberry Pi, Arduino, etc.
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