6mm 60leds DC5V 60 Pixels WS2812 SK6812 Programmable RGB Zigzag LED Strip
Product Parameter
Item: STB-3PIN-RGB-60-5V
Voltage: DC 5V
Power: 8 W/M
Pixel Quantity: 60 pixels/m
LED Quantity: 60 LEDs/m
Cutting Unit: 50 mm
Break Continue: No
PCB Width: 6 mm
6mm 60leds DC5V 60 Pixels WS2812 SK6812 Programmable RGB Zigzag
Zigzag addressable LED strip can be used for the signage industry to create vivid animation effects, more colorful than the traditional RGB S LED strip.
To control the S pixel LED strip, sign installers often use K1000C, K8000C controllers to createa vivid atmosphere for brands, LOGOS to make the signs more obvious and attract more clients.
With 3M tape on the back of the strip, easy to install on any surface, each LED is individually controlled and DC5v input, even you can even use a power bank to illuminate the S strip light.
With a narrow width of just 6mm, this bendable S-shaped LED strip is perfect for installations with limited space or intricate designs.
This 6mm-wide, micro-addressable S-type WS2812(SK6812) RGB LED strip features a serpentine PCB design, offering flexible bending and adaptability to uneven installation paths. This compact, cobra-shaped LED strip operates on a 5V power input and features three cuttable 5050 LEDs. It is individually programmable. Each LED houses a built-in WS2812 IC, representing a pixel. This micro 5V zigzag LED strip has 300 pixels per roll (5 meters/16 feet).
You can program the color of each LED’s red, green, and blue components with up to 8-bit PWM accuracy (24-bit color per pixel).
Note: Using a 5V input will result in some voltage drop. The S-type digital RGB LED strip only operates properly at distances of 1 to 2 meters within a 5-meter length.
WS2812B Everything You Need to Know?
- Different Types of WS2812 LED Strip Products
- WS2812B LED Strip Applications
- How to Control, Connect and Wire WS2812 LED Strip
- Pros and Cons: Compare WS2812 LED Strip with Others
- Customize Your WS2812B LED Strip
- LED Strip Light Controllers for WS2812B
- Other Products Using WS2812B LED
- Where to Buy WS2812B LED Strip?
SK6812 vs WS2812B How to Choose?
- SK6812 and WS2812B Comparison Table
- Comparison: SK6812 vs WS2812B
- How to Control, Connect and Wire SK6812 and WS2812B LED Strip
- SK6812 RGB vs WS2812B RGB
- SK6812 RGBW vs WS2812B RGB
- SK6812 White vs WS2812B RGB
WS2815 vs. WS2812 vs. WS2818 LED Strips
- 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
- A table to understand the differences: WS2811 VS WS2812
- Difference: WS2811 VS WS2812
- WS2812 LED Strip vs WS2811 LED Strip Performance Comparison
- Things to Consider When Purchasing WS2811 or WS2812 LED Light Strips
How Easily Can ESP32 Control WS2812B Pixel LED Strips?
- Materials Required
- ESP32 and WS2812B Wiring Schematic
- ESP32 and WS2812B Connection Diagram
- Code Upload
- Demonstration Video
How To Control WS2812B Addressable LEDs with Raspberry Pi?
- Materials Needed
- WS2812B and Raspberry Pi Wire Diagram
- WS2812B and Raspberry Pi Connection Diagram
- Code and Video
WS2812 Addressable RGB LED Datasheet Download 
How to Wire SPI S RGB Type LED Strip？
Below is the wiring diagram of the WS2812 RGB LED strip connected to the offline K-1000C LED controller. The BLACK ARROWS on the light strip tell the signal transmitting direction. If connected oppositely, the strip will not work.
Click here to read more about controlling the RGB WS2812 addressable LED strip.
How To Control WS2812B Addressable LEDs with Raspberry Pi
How Easily Can ESP32 Control WS2812B Pixel LED Strips
WS2812 LED strips have three wires for sending data—a V+ pin, a GND pin, and a data pin. Addressable RGB LED strips are long, flexible strings of LEDs, each of which can be individually set to a specific color (hence: addressable). By varying the red, green, and blue (RGB) levels of each LED, you can create a variety of color combinations. These strips can be controlled with any speed or type of processor. You can use any microcontroller or microprocessor, including Arduino, Raspberry Pi, BeagleBone, Propeller, SparkCore, and any “raw” microcontroller/microprocessor.
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Accessories
Connection Cable
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