8-Channel MCU LED Water Flow Light Effect Module

Is an 8-channel MCU LED entertainment module, designed to create a sequential visual effect commonly known as a water flow light. This effect lights the LEDs dynamically, simulating movement or flowing light.

With 5mm red LEDs and a compact 47 x 19 x 1.6mm PCB, this module is suitable for educational projects, electronics experiments, light sequence demonstrations, prototypes, simple signalling and decorative applications.

This type of module is useful for testing LED effects, learning basic digital output control, creating visual indicators or adding small lighting effects to microcontroller projects, provided that the power supply and connections are compatible with the circuit being used.

Its compact construction makes it easy to integrate into enclosures, panels, models, test benches and DIY projects. By using discrete LEDs and associated resistors, it offers a practical solution for experimenting with sequential lighting without assembling all components individually.

Main features

MCU LED entertainment module
Number of channels: 8 channels
Effect type: water flow light / sequential light effect
LED type: red LED
LED diameter: 5mm
Light colour: red
PCB size: 47 x 19 x 1.6mm
Listed resistors: 470Ω / 1000Ω
Mounting type: electronic PCB module
Main application: sequential light effect
Category: electronic modules / miscellaneous modules
Suitable for educational projects and LED experiments
Suitable for prototypes, learning and DIY projects

Recommended applications

Educational electronics projects
LED experiments
Sequential lighting effects
Moving light simulation
Microcontroller projects
Arduino, micro, Raspberry Pi or other controllers, when compatible
Simple visual indicators
Models and prototypes
Demonstration panels
Decorative LED signalling
Learning digital output control
DIY lighting and entertainment projects

Important note

Before use, always confirm the supply voltage, pinout, polarity, control method, current consumption and compatibility with the controller being used. The supplier page does not specify the supply voltage or exact MCU type, so the module should not be connected directly to a power source or microcontroller without checking the connections first.

When using it with Arduino, micro, Raspberry Pi or another control system, confirm that the logic levels, available current and power supply are suitable. Incorrect wiring may damage the module, the LEDs or the controller board.