SIM868 GSM GPRS Bluetooth GPS Development Board with Dual Antennas (Quad-Band IoT Communication Module)

The SIM868 Development Board is a versatile wireless communication platform that integrates GSM, GPRS, Bluetooth, and GPS functionality into a single compact module. Based on the SIM868 communication module, it enables cellular communication, SMS, voice calls, GPRS data transmission, Bluetooth connectivity, and real-time GPS positioning, making it an ideal solution for IoT, asset tracking, vehicle monitoring, and remote telemetry applications. The board includes dedicated GSM and GPS antennas for reliable communication and satellite signal reception.

With its UART serial interface, the SIM868 Development Board can be easily connected to Arduino, ESP32, STM32, Raspberry Pi, PIC, AVR, and other embedded platforms for rapid development of connected devices.

Key Features -

• Integrated SIM868 GSM/GPRS communication module

• Built-in GPS/GNSS positioning receiver

• Bluetooth communication support

• Quad-band GSM network compatibility

• Supports voice calls, SMS, and GPRS data transmission

• Dual antenna design for GSM and GPS

• UART serial communication interface

• Compact development board with onboard connectors

• Compatible with Arduino, ESP32, STM32, Raspberry Pi, PIC, and AVR

• Ideal for IoT, vehicle tracking, and telemetry applications

Specifications -

• Product type - GSM GPRS GPS Development Board

• Module - SIM868

• Cellular communication - GSM/GPRS

• GSM frequency bands - Quad-Band 850/900/1800/1900MHz

• Positioning system - GPS/GNSS Receiver

• Bluetooth - Supported

• Operating voltage - 5V DC (Typical)

• Communication interface - UART Serial

• SIM card support - Standard SIM Card Interface

• Antenna support - Separate GSM and GPS Antennas Included

• Package / Mounting type - Development Board

Applications -

• Vehicle tracking systems

• Fleet management solutions

• IoT communication devices

• GPS navigation projects

• Asset tracking systems

• Remote monitoring equipment

• Smart agriculture

• Industrial telemetry

• Personal tracking devices

• Embedded wireless communication projects