NeoPixel RGBW Neon-like Flex Strip - Cool White 5500K - 1 meter

1-meter WS2812-based RGBW NeoPixel flex strip in a silicone diffusion tube producing a continuous neon-like glow with a dedicated cool-white 5500 K channel. Single-wire NeoPixel data protocol; requires an RGBW-aware library.

Logical pinout · physical placement not verified

+5V
NeoPixel strip positive power input. Adafruit NeoPixel guide says strip extra wires correspond to +5V, ground, or data, and for Arduino-style supplies connect +5V input to the positive terminal.
Type · PowerVoltage · Typically 5 V DC for NeoPixels; Adafruit also notes 3.7 V LiPo operation is possible for wearable projects.
GND-
Ground/negative connection. Adafruit says the strip ground must connect to the supply negative terminal and the controller ground, and ground should be connected before anything else.
Type · GroundVoltage · 0 V reference
DINDIData
Data input at the input end of the NeoPixel strip. Adafruit says some strips label this pad DIN or DI, others show data-direction arrows; data can originate from a microcontroller digital pin.
Type · SignalVoltage · 5 V data is ideal when powered from 5 V; Adafruit recommends a logic-level shifter from 3.3 V controllers unless the pixels are powered near 3.7 V.
DOUTDO
Optional data output at the end of a NeoPixel chain. Adafruit says DOUT/DO can be left unconnected, or connected to the next strip data input when chaining pixels.
Type · SignalVoltage · NeoPixel data output for chaining

Pin	Type	Function	Voltage
+5V	Power	NeoPixel strip positive power input. Adafruit NeoPixel guide says strip extra wires correspond to +5V, ground, or data, and for Arduino-style supplies connect +5V input to the positive terminal.	Typically 5 V DC for NeoPixels; Adafruit also notes 3.7 V LiPo operation is possible for wearable projects.
GND-	Ground	Ground/negative connection. Adafruit says the strip ground must connect to the supply negative terminal and the controller ground, and ground should be connected before anything else.	0 V reference
DINDIData	Signal	Data input at the input end of the NeoPixel strip. Adafruit says some strips label this pad DIN or DI, others show data-direction arrows; data can originate from a microcontroller digital pin.	5 V data is ideal when powered from 5 V; Adafruit recommends a logic-level shifter from 3.3 V controllers unless the pixels are powered near 3.7 V.
DOUTDO	Signal	Optional data output at the end of a NeoPixel chain. Adafruit says DOUT/DO can be left unconnected, or connected to the next strip data input when chaining pixels.	NeoPixel data output for chaining

Logical pinout · physical placement not verified

Pin details

4 connections

+5V
NeoPixel strip positive power input. Adafruit NeoPixel guide says strip extra wires correspond to +5V, ground, or data, and for Arduino-style supplies connect +5V input to the positive terminal.
PowerVoltage · Typically 5 V DC for NeoPixels; Adafruit also notes 3.7 V LiPo operation is possible for wearable projects.
GND-
Ground/negative connection. Adafruit says the strip ground must connect to the supply negative terminal and the controller ground, and ground should be connected before anything else.
GroundVoltage · 0 V reference
DINDIData
Data input at the input end of the NeoPixel strip. Adafruit says some strips label this pad DIN or DI, others show data-direction arrows; data can originate from a microcontroller digital pin.
SignalVoltage · 5 V data is ideal when powered from 5 V; Adafruit recommends a logic-level shifter from 3.3 V controllers unless the pixels are powered near 3.7 V.
DOUTDO
Optional data output at the end of a NeoPixel chain. Adafruit says DOUT/DO can be left unconnected, or connected to the next strip data input when chaining pixels.
SignalVoltage · NeoPixel data output for chaining

LED pixels

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