MAX7219 Dot Matrix Module 32x8 4 in 1 LED Display Modules Drive with 5Pin Wires for Arduino Raspberry Pi
MAX7219 Dot Matrix Module 32x8 4 in 1 LED Display Modules Drive with 5Pin Wires for Arduino Raspberry PiProduct Description:This module is an LED display driver module composed of 4 8 * 8 dot arrays, each with a separate MX7219 driver IC. In addition, it can communicate with other controllers through SPI (Serial Peripheral Interface) and control up to 64 individual LEDs to display different effects, such as animation and text flow images. It is widely used in various public places, such as car s
- Complete educational DIY robotics platform package
- Multiple degrees of freedom for realistic humanoid or quadruped movement
- Supports visual Scratch coding for beginners and Python for advanced users
- Equipped with high-performance metal gear servos and smart controllers
- Sturdy structural frame designed to withstand impact and stress
- Comprehensive step-by-step tutorials and rich sample code library
- Easily expandable with external sensors, cameras, and grippers
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(855) I-BUY-ROBO (855) 428-9762MAX7219 Dot Matrix Module 32x8 4 in 1 LED Display Modules Drive with 5Pin Wires for Arduino Raspberry Pi
Product Description:
This module is an LED display driver module composed of 4 8 * 8 dot arrays, each with a separate MX7219 driver IC. In addition, it can communicate with other controllers through SPI (Serial Peripheral Interface) and control up to 64 individual LEDs to display different effects, such as animation and text flow images. It is widely used in various public places, such as car stop announcements, advertising screens, and billboards.
Product parameters:
Working voltage: DC 5V
Communication method: SPI three wire interface
Transmission rate: 10MHz
Module with input/output interface, supporting cascading multiple modules
VCC: Connect the positive pole of the power supply to 5V
GND: Connect to the negative pole of the power supply
DIN: Data Input (DOUT: Data Output, connected to the DIN pin of the next module)
CS: Select signal
LK: Clock signal
Use Cases
STEM classrooms, programming labs, motion control algorithms, autonomous navigation testing, and personal learning projects.
Compatibility Notes
Fully programmable via Scratch visual block editor, Python, or C++ APIs. Requires rechargeable batteries and a desktop computer for code uploads.
Frequently Asked Questions
No, the kit features plug-and-play electronic connections and mechanical screw fasteners, making assembly clean and safe.
This kit is ideal for students aged 12 and up due to its assembly complexity, and younger builders with adult guidance.
Yes, all sample scripts, library wrappers, and firmware configurations are open-source and available for custom modifications.
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