SIM800L GSM Module

SIM800L GSM Module – Reliable Connectivity for Your IoT and Communication Projects

The SIM800L GSM Module is a compact and powerful communication module that enables GSM/GPRS connectivity for your electronics projects. This module is perfect for anyone looking to add mobile communication capabilities, such as sending SMS, making phone calls, or connecting to the internet using a cellular network, to their projects. It is highly compatible with microcontrollers like Arduino, Raspberry Pi, and others.

The SIM800L supports GSM (Global System for Mobile Communications) and GPRS (General Packet Radio Service), making it ideal for mobile communication, IoT applications, and remote control systems. The module supports various frequency bands (850/900/1800/1900 MHz), which ensures broad compatibility across global networks.

With the SIM800L, you can send and receive text messages, make voice calls, and even use GPRS data to connect to the internet or send data over the cellular network. Whether you’re building a remote monitoring system, a GPS tracker, or an automated messaging system, the SIM800L GSM Module is the perfect solution to enable mobile communication in your projects.

Key Features:

• GSM/GPRS connectivity for SMS, voice calls, and data transfer
• Supports 850/900/1800/1900 MHz frequency bands (quad-band)
• Easy integration with Arduino, Raspberry Pi, and other microcontrollers
• Low power consumption and compact design
• Built-in antenna for stable signal reception
• Supports AT commands for easy control
• Works with a 2G SIM card for mobile communication

Applications:

• IoT Projects: Enable remote communication for sensors, devices, and monitoring systems
• Remote Control Systems: Use for controlling devices over SMS or making remote phone calls
• Home Automation: Build smart home systems that send SMS alerts or notifications
• GPS Trackers: Add GSM/GPRS functionality to vehicle or asset tracking systems
• Alarm Systems: Integrate with security systems to send emergency alert

Pinout: