CommunityForumWikiBlogLearn
Modules
Communications

SIM7600G-H CAT4 4G (LTE) Shield for Arduino

SKU: TEL0124

SIM7600G-H 4G (LTE) is an Arduino Shield that provides support for 2G/3G/4G, GNSS satellite positioning, and LTE CAT4 (150Mbps DL, 50Mbps UL). It adheres to the standard Arduino pin package and is compatible with Arduino UNO, Leonardo, Mega, and other main controllers. It supports LTE-TDD/LTE-FDD/WCDMA/GSM frequency bands, and GNSS positioning supports GPS, CLONASS, BD, and other satellite systems. It incorporates various network protocols and is suitable for global regions. By utilizing this expansion board, one can effortlessly achieve high-speed internet access, wireless communication, audio recording and playback, telephony, messaging, and global positioning functionalities.

Front of SIM7600G-H shield with USB and microSD ports.-DFRobot product sku:TEL0124 image.

Downloadable Resources

  • Docs
  • Tech Specs
  • Certifications
    • 1. Getting Started-V2.0

    The article provides a comprehensive guide to setting up the SIM7600G(-H) 4G Shield, detailing hardware and software preparation, step-by-step driver installation, and networking setup on Windows 11, ensuring successful internet connectivity.
    2. AT Command Handbook-V2.0

    The AT Command Handbook is a detailed guide for utilizing AT Commands, covering topics such as communication set protocols, dialing and answering calls, sending and receiving SMS messages, GPS positioning, and power-saving modes. This resource is designed to help users effectively control and optimize their modules.
    3. MQTT and TCP/IP Connection Configuration Guide-V2.0

    This article provides a detailed guide on configuring MQTT and TCP/IP connections using the SIM7600G(-H) module, including hardware and software preparation, and step-by-step instructions for using AT commands to establish connections, perfect for IoT enthusiasts and developers.
    4. Usage Example for Arduino-AT Command Communication-V2.0

    This article outlines a comprehensive method for utilizing Arduino-AT command communication with SIM7600G modules, including detailed hardware preparations, software requirements, and step-by-step operation instructions for achieving optimal serial port debugging and baud rate adjustments.
    5. Getting Started-V1.0

    This guide offers a comprehensive overview of the SIM7600CE module, detailing pin configurations, power management, and communication setup essential for integrating with Arduino projects.
    6. AT Command Handbook-V1.0

    The AT Command Handbook V1.0 covers how to use the AT+CFUN command to adjust module functionality for power saving. It explains the Minimum Functionality Mode, Full Functionality Mode, and Flight Mode, detailing how each affects the module's power consumption and operation.
    7. Example Code for Arduino-Make a Call (AT Commands)-V1.0

    This article offers a detailed tutorial on making calls using Arduino UNO and SIM7600CE-T Shield with AT commands. It covers hardware and software setup, sample code, and step-by-step instructions, making it an ideal resource for Arduino enthusiasts looking to enhance their project capabilities.
    8. Example Code for Arduino-Answer/Reject Call (AT Commands)-V1.0

    This article explains how to use AT commands to manage incoming calls on Arduino with SIM7600CE-T Shield. It includes step-by-step hardware and software preparation, sample code for serial communication, and instructions for answering and rejecting calls.
    9. Example Code for Arduino-Read SMS (AT Commands)-V1.0

    This article offers a complete guide to using Arduino to read SMS messages via AT Commands, including necessary hardware and software preparations, detailed sample code, and step-by-step instructions for setting up and executing the process.
    10. Example Code for Arduino-Send SMS (AT Commands)-V1.0

    This article guides users through sending SMS using Arduino and AT commands, including hardware setup, software preparation, sample code, and troubleshooting tips for efficient communication.
    11. Example Code for Arduino-TCP Communication (AT Commands)-V1.0

    The article provides a comprehensive guide to setting up Arduino for TCP communication using AT Commands, detailing necessary hardware and software preparations, and offering example code for efficient data transmission.
    12. Example Code for Arduino-GPS Feature (AT Commands)-V1.0

    This article offers comprehensive guidance on using AT commands for GPS integration with Arduino, detailing hardware and software preparation, sample code for serial communication, and effective use of the SIM7600CE-T shield.
    Reference

    Specification

    Parameter Details
    Operating Voltage DC 5V
    Network Support Frequency Bands LTE-TDD B34/B38/B39/B40/B41
    LTE-FDD B1/B2/B3/B4/B5/B7/B8/B12/B13/B18/B19/B20/B25/B26/B28/B66
    UMTS/HSDPA/HSPA+ B1/B2/B4/B5/B6/B8/B19
    GSM/GPRS/EDGE 850/900/1800/1900 MHz
    4G Communication Rate CAT4 (uplink speed of 50Mbps, downlink speed of 150Mbps)
    GNSS Satellite Navigation Technology GPS, BD, GLONASS
    Operating Environment -40℃ to 85℃
    Dimensions 69×54mm

    Pinout

    Interface Diagram

    Function Name Interface Name Function/Interface Description
    Main antenna interface MAIN Connect GSM antenna
    Auxiliary antenna interface AUX Connect GSM antenna
    Positioning antenna interface GNSS Connect GPS positioning antenna
    Digital interface 8 D8
    Digital interface 7 D7
    RX RXD/Receiving data
    TX TXD/Sending data
    Digital interface 1 D1
    Digital interface 0 D0
    RI RI normally stays high, but when a short message is received, or when a URC is reported, RI will output low
    DTR Pull up to enter sleep mode, pull down to exit sleep mode
    Flight mode interface FT Flight mode enable port, active low
    GND Grounding
    USB function interface USB device interface for communication with PC for testing or setting parameters
  • CE CE
  • DoC DoC

    • FAQ

    • Encountering I2C address conflicts?

      For a comprehensive guide on identifying and resolving I2C address conflicts in embedded systems, check out this detailed article: How to Resolve I2C Address Conflicts. It covers practical hardware and software solutions to ensure smooth communication in your IoT devices.

    Explore More Related Questions >

    Was this article helpful?

    TOP