The GPS NEO-6M Module with an external
antenna is a high-performance GPS receiver offering precise positioning and
fast satellite acquisition. It supports UART and I2C interfaces and comes with
an external antenna for enhanced signal reception, making it ideal for
applications like drones, robotics, and IoT devices.
Description:
The GPS NEO-6M
module is a compact and high-performance GPS receiver used for navigation
and positioning in various applications. Equipped with an external antenna,
this module provides enhanced signal reception and accuracy, making it suitable
for outdoor use and projects requiring reliable GPS data.
Key Features
High Accuracy GPS Receiver
Supports accurate location tracking with
fast positioning.
Compatible with NMEA and UBX protocol
standards for GPS data communication.
External Antenna Support
Includes an external active antenna for
stronger satellite signal reception.
Ensures reliable performance in
environments with weak GPS signals.
Integrated EEPROM
Built-in EEPROM stores GPS configuration
settings, allowing for faster initialization.
UART Interface
Simple connectivity with microcontrollers
like Arduino, Raspberry Pi, and others using UART pins.
LED Indicator
Real-time status LED for satellite signal
lock indication.
Technical
Specifications
Model: NEO-6M GPS Module
Frequency: 1575.42 MHz
Baud Rate: Default 9600 bps (adjustable)
Communication Protocols: NMEA, UBX, RTCM
Interface: UART (TX/RX pins)
Operating Voltage: 3.3V - 5V
Antenna: External active antenna with a
standard SMA connector
Dimensions: Compact size, approximately 25
mm x 35 mm
Weight: Lightweight, ideal for embedded
applications
Applications
Navigation systems for vehicles, drones,
and robots.
Real-time tracking for outdoor activities.
High-altitude projects like weather
balloons.
Embedded system projects requiring GPS
data.
Advantages of Using
External Antenna
Stronger Signal Reception: Provides better
satellite signal strength, even in challenging environments.
Improved Accuracy: Enhances positioning
precision by reducing signal interference.