Official IoT Development Board Kit with Graphical Programming Suite and Integrated Screen

This official IoT development board kit delivers a comprehensive hardware platform designed for programming and prototyping Internet of Things applications. It arrives complete with a graphical programming software suite, allowing users to visually construct code logic without deep textual programming knowledge. The board itself is powered by a standard 5-volt supply delivered through a modern USB Type-C connector, drawing up to 500 milliamps. Its core appeal lies in the integrated 1.14-inch colour display, a dedicated power management chip, and a multi-protocol expansion port, providing an accessible starting point for educational projects, hobbyist creations, or proof-of-concept prototypes.

Features and Construction

The board's feature set is tailored for practical development work, combining user interface elements with essential system management components. Its construction from PC (polycarbonate) material provides a solid foundation for the mounted electronics, typical for such development tools.

Material and Build

The board is built using PC material, a common choice for electronic device enclosures and boards due to its durability and electrical insulation properties. This material choice contributes to the board's physical robustness for handling during project development and prototyping sessions. The internal layout incorporates the AXP192 Power Management Unit (PMU), which efficiently regulates power from the 5V USB input to the various onboard components, including the display and processor, helping to ensure stable operation.

Size and Practical Fit

While the exact dimensions of the board are not specified, its component profile includes a 1.14-inch TFT LCD screen with a resolution of 135 by 240 pixels. This screen size is sufficient for displaying sensor readings, simple graphics, or user interface menus without occupying excessive space. The inclusion of two customisable buttons and a red status LED provides direct physical interaction points, making the board self-contained for testing basic input/output functions before any external components are connected.

Uses and Placement

This development board suits scenarios where a visual, integrated hardware platform accelerates the learning or prototyping process. It bridges the gap between abstract code and tangible electronic behaviour.

Event or Professional Use

In workshop or classroom settings, this board serves as a standardised tool for teaching core IoT and programming concepts. The graphical programming suite lowers the initial barrier to entry, enabling instructors to focus on logic and system design rather than syntax. For professional prototyping, the onboard real-time clock (RTC) chip, the BM8563, allows for the creation of time-sensitive applications, such as data loggers or scheduled actuators, which can be demonstrated quickly without sourcing additional modules.

Everyday Home Use

Hobbyists can utilise this board for personal smart home projects, such as building a custom environmental monitor. The built-in SPM1423 microphone enables sound-activated projects, while the GROVE connector simplifies adding extra sensors like temperature, humidity, or motion detectors. Its all-in-one nature means users can progress from concept to a working device with minimal additional wiring or component sourcing, making it ideal for compact desktop projects.

Benefits and Buying Value

The value of this kit stems from its integration and the immediate utility provided by its included software and specialised hardware components.

Reuse and Low Maintenance

The board is designed for repeated use across multiple projects. The PMU and robust PC construction contribute to general reliability during extended use. The graphical programming environment can be reused indefinitely for different applications on the same hardware. Maintenance is minimal, primarily involving careful handling and connection of external devices to the standardised ports.

Why Choose This Product

Choose this IoT development board for its combination of a dedicated programming environment, a integrated colour display for output, and system-level features like power management and a real-time clock. It offers a more featured starting point compared to very basic microcontroller boards, as it includes user interface elements (screen, buttons) and system management chips (PMU, RTC) out of the box. This reduces the need for initial additional purchases and soldering, allowing you to focus on application development sooner.