BeagleBone -Black-Wireless

The BeagleBone -Black-Wireless is a compact embedded development board with integrated wireless connectivity, designed for IoT, embedded systems, automation, robotics and networked control applications. It provides a flexible platform for programming, sensor interfacing, data acquisition and development of connected projects in an Idea Lab.

Key Features:

• Type: BeagleBone Black Wireless Development Board.
• Processor: ARM-based embedded processor suitable for general-purpose computing.
• Memory: On-board memory suitable for embedded-system applications.
• Storage: Suitable onboard/expandable storage for operating system and project files.
• Wireless Connectivity: Integrated Wi-Fi and Bluetooth connectivity.
• Networking: Ethernet connectivity for wired network communication.
• GPIO: Multiple general-purpose input/output pins for sensors, actuators and electronic circuits.
• Communication Interfaces: Supports interfaces such as UART, I²C, SPI and other compatible protocols.
• USB: USB interfaces for peripherals and external devices.
• Display/Expansion: Suitable interfaces for compatible displays, expansion boards and peripherals.
• Operating System: Supports compatible Linux-based operating systems.
• Suitable for IoT-based monitoring and control.
• Suitable for wireless sensor networks and data acquisition.
• Suitable for home and industrial automation prototypes.
• Suitable for robotics and embedded-system projects.
• Suitable for remote monitoring and network-connected applications.
• Suitable for smart agriculture and environmental monitoring.
• Suitable for programming and embedded software development.
• Suitable for STEM/STEAM and Idea Lab activities.
• Suitable for schools, colleges, ITIs, polytechnics and engineering laboratories.
• Supports interfacing with sensors, motors, relays, displays and other electronic modules.
• GPIO and communication pins shall be clearly identified for convenient connections.
• Suitable power supply and required basic connection accessories shall be supplied.
• Antenna shall be supplied for the wireless interface where applicable.
• Basic documentation, pinout information and setup instructions shall be provided.
• The development board shall be new, unused, fully functional and free from visible physical or manufacturing defects.