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64-Bit WS2812B 5050 RGB LED Full-Color Drive Color Lamp Module Board

64-Bit WS2812B 5050 RGB LED Full-Color Drive Color Lamp Module Board_1

64-Bit WS2812B 5050 RGB LED Full-Color Drive Color Lamp Module Board_2

64-Bit WS2812B 5050 RGB LED Full-Color Drive Color Lamp Module Board_3

64-Bit WS2812B 5050 RGB LED Full-Color Drive Color Lamp Module Board

Available:Out of Stock

Product SKU: KG1036

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₹ 249 ~~₹ 399~~

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Specification

Description

A "64-bit WS2812 5050 RGB LED Driver Development Board" is a specialized electronics board designed for controlling WS2812 RGB LEDs.

Here's an overview of its key features:

WS2812 Protocol: This development board uses the WS2812 protocol, also known as Neopixel. This protocol enables individual control of each RGB (Red, Green, Blue) LED on the board, allowing for customizable and dynamic lighting effects.

64 Individually Addressable LEDs: The board contains 64 RGB LEDs that can be controlled independently. Each LED can display its own color and brightness, making it suitable for creating intricate and colorful lighting patterns and animations.

5050 Package: The "5050" designation refers to the package size of the LEDs. These LEDs typically measure 5.0mm x 5.0mm and are known for their brightness and versatility.

Driver Development Board: The board is specifically designed for development purposes, making it easier for electronics enthusiasts and programmers to experiment with and program the WS2812 LEDs. It may provide additional features or components to facilitate development.

High Bit Depth: The "64 Bit" specification suggests that each color channel (Red, Green, Blue) for each of the 64 LEDs can be controlled with a high bit depth. This allows for precise control over colors and brightness, resulting in a wide range of possible colors and smooth color transitions.

Individually Addressable: As previously mentioned, each of the 64 LEDs is individually addressable, allowing for detailed control of each LED's behavior.

Applications:

Such development boards are commonly used in projects involving decorative lighting, artistic installations, visual displays, DIY electronics projects, wearables, and other applications where dynamic and colorful lighting effects are desired.

Control: To control the LEDs on this development board, you'll typically need a microcontroller or LED controller that supports the WS2812 protocol. Popular platforms for controlling WS2812 LEDs include Arduino, Raspberry Pi, and various other microcontrollers.

Power Requirements: The power requirements will depend on the number of LEDs you activate simultaneously and the desired brightness. Ensure that you provide an appropriate power source to meet the needs of the development board to prevent issues like voltage drops.

Programming: You can program the LEDs using code and libraries compatible with the WS2812 protocol. This allows you to create custom lighting patterns, animations, and effects.

Features

Intelligent reverse connect protection, the power supply reverse connection does not damage the IC.
The control circuit and the LED share the only power source.
The control circuit and RGB chip are integrated into a package of 5050 components, forming a complete control of pixel points.
Built-in signal reshaping circuit, after wave reshaping to the next driver, ensures wave-form distortion does not accumulate.
Built-in electric reset circuit and power lost reset circuit.
Each pixel of the three primary colors can achieve a 256-brightness display, a completed 16777216 color full-color display, and a scan frequency of not less than 400Hz/s.
Cascading port transmission signal by a single line.
Any two-point distance of more than 5m transmission signal without any increase circuit.
When the refresh rate is 30fps, the cascade number is not less than 1024 points.
Send data at speeds of 800Kbps.
The color of the light was highly consistent and cost-effective.