Programmable Smart Wi-Fi P10 LED Matrix Controller Board

Move Beyond Static Text. Build Displays That Think.

     Standard P10 LED controllers are severely limited—they are designed to simply loop pre-hardcoded text or graphics. But what if your display needs to react to live data, run complex mathematical algorithms, or interface with industrial machinery?

Enter the GEOES Programmable Smart Wi-Fi P10 LED Controller. Designed specifically for hardware developers, innovators, and system integrators, this board is sold as a powerful, blank-slate hardware platform. It gives you the absolute freedom to write, compile, and load your own custom C++/Arduino firmware, transforming a standard P10 matrix into a fully dynamic, logic-driven IoT display.

Two Powerful Models to Suit Your Project

1. Standard Edition: The IoT Data Hub
        The perfect foundation for data-driven displays. Packed with connectivity options, this board allows you to pull data from the web via Wi-Fi, read industrial sensors via RS485, or communicate with local sensors & microcontrollers via I2C and UART ports (3.3V Logic Level).

2. Audio/Voice Edition: See and Hear
          Upgrade your project with multi-sensory feedback. This model includes all the features of the Standard Edition, plus dedicated on-board headers to seamlessly attach a DFPlayer Mini MP3 module and a PAM8403 audio amplifier. Perfect for queue management systems, factory floor alarms, or public announcement displays.

Key Hardware Features

       True Wi-Fi Connectivity: Built on a powerful wireless microcontroller architecture, allowing you to fetch live APIs, host local web servers, or perform Over-The-Air (OTA) updates.

    Precision Timekeeping: Integrated PCF8563 Real-Time Clock (RTC) backed by a CR2032 coin cell ensures your time-based logic and scheduling remain perfectly accurate, even during power outages.

    Industrial Communication: Features an onboard RS485 transceiver option, making it instantly compatible with PLCs, Modbus networks, and industrial factory automation systems.

    Seamless Expansion: Expand your hardware capabilities using the exposed I2C and UART ports to add sensors, RFID readers, or secondary microcontrollers. (3.3V Logic Level)

    Direct P10 Interface: Features a standard HUB connector to plug directly into your P10 LED matrix panels without messy jumper wires.

    Developer-Friendly Flashing: Flashing your custom firmware is incredibly simple. Just connect a standard USB-to-UART bridge module and use the onboard RST (Reset) and BOOT tactile switches to drop the board directly into programming mode.

Unlimited Application Potential

Because you define the logic, this board is perfect for building:

    Live IoT Counters: Real-time population clocks, social media follower trackers, or live financial tickers.

    Industrial Andon Boards: Displaying live production metrics, target vs. actual counts, or machine downtime alerts via RS485.

    Smart Transport Clocks: Railway, bus, and airport displays that fetch live timing data and make automated audio announcements (Audio Edition).

    Token & Queue Management: Interactive visual and audio calling systems for hospitals and banks.

Take control of your LED displays. Write your logic. Connect your world. Order your GEOES Programmable Controller today.