MAX7219 8 x 8 Led Matrix Scrolling Display

Rs. 177.50

Rs. 142.00
You save: Rs. 35.50
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  • MAX7219 8×8 LED Matrix Scrolling Display The MAX7219 8×8 LED Matrix Scrolling Display is a compact and easy-to-use LE...
  • Powered by the MAX7219 LED driver IC, the module features a single 8×8 LED dot matrix, providing a total of 64 indivi...
  • The built-in MAX7219 controller handles LED multiplexing, current regulation, and brightness control, significantly r...
  • It is an ideal display solution for Arduino, Raspberry Pi, ESP8266, ESP32, STM32, AVR, PIC, and other microcontroller...
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Sku: MT0138
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MAX7219 8×8 LED Matrix Scrolling Display

The MAX7219 8×8 LED Matrix Scrolling Display is a compact and easy-to-use LED display module designed for displaying scrolling text, numbers, symbols, animations, and custom graphics in a wide range of electronic projects. Powered by the MAX7219 LED driver IC, the module features a single 8×8 LED dot matrix, providing a total of 64 individually controllable LEDs. The built-in MAX7219 controller handles LED multiplexing, current regulation, and brightness control, significantly reducing the number of microcontroller pins required while delivering stable, flicker-free display performance. It is an ideal display solution for Arduino, Raspberry Pi, ESP8266, ESP32, STM32, AVR, PIC, and other microcontroller development platforms.

The module communicates through a SPI-compatible serial interface, requiring only a few control pins for operation. This simple interface makes it easy to integrate into both beginner and advanced electronics projects. Multiple MAX7219 display modules can be connected in series (daisy-chained) to create larger scrolling message displays or extended graphic panels without requiring additional microcontroller pins. The display brightness can be adjusted through software, allowing clear visibility under different lighting conditions while optimizing power consumption.

Designed for reliable performance, the MAX7219 8×8 LED Matrix Display operates from a standard 5V DC power supply and includes clearly labeled input and output connectors for quick wiring and expansion. Its compact PCB design makes it suitable for space-limited applications while maintaining excellent readability. With wide support from Arduino IDE libraries and other open-source development platforms, users can quickly implement scrolling messages, digital clocks, counters, temperature displays, sensor readouts, game graphics, icons, and animation effects with minimal programming effort.

The MAX7219 8×8 LED Matrix Scrolling Display is widely used in electronic message boards, digital clocks, scoreboards, countdown timers, IoT projects, smart home devices, robotics, industrial monitoring systems, automation equipment, educational STEM projects, DIY electronics, engineering prototypes, and embedded display applications. Its dependable performance, low power consumption, and expandability make it an excellent choice for students, hobbyists, educators, makers, and professional developers.

Specifications: Product Name: MAX7219 8×8 LED Matrix Scrolling Display; Driver IC: MAX7219; Display Type: 8×8 LED Dot Matrix; Total LEDs: 64; Operating Voltage: 5V DC; Communication Interface: SPI-Compatible Serial Interface; Brightness Control: Software Adjustable; Cascading Support: Yes; Display Color: Red (varies by model); PCB Material: FR4; Applications: Arduino, Raspberry Pi, ESP8266, ESP32, STM32, AVR, PIC, Robotics, IoT, DIY Electronics, Digital Clocks, Scrolling Text Displays, Educational Projects, and Automation Systems.

Package Includes: 1 × MAX7219 8×8 LED Matrix Scrolling Display Module.

The MAX7219 8×8 LED Matrix Scrolling Display provides a reliable, efficient, and expandable solution for displaying text, numbers, symbols, and animations in embedded systems. Its simple SPI interface, adjustable brightness, daisy-chain capability, and broad compatibility with popular microcontrollers make it an excellent choice for creating professional-quality display applications in educational, industrial, and hobby electronics projects.