Description
7Semi L86-M33 GPS GNSS Breakout Board: Unleash Unparalleled Positioning Accuracy
Revolutionize your location tracking projects with the 7Semi L86-M33 GPS GNSS Breakout Board. This high-performance module integrates cutting-edge positioning technology, delivering unmatched accuracy and unwavering reliability for a vast array of applications.
- Drones and Robotics: Achieve superior precision in autonomous navigation and flight control systems.
- Navigation Systems: Develop dependable navigation solutions for various purposes, from personal to industrial use cases.
- Automotive Applications: Integrate the board into vehicle tracking systems, telematics solutions, and more.
- Personal Tracking: Ensure safety and security with real-time location monitoring for people or assets.
- Industrial PDAs and GPS Receivers: Enhance the functionality of industrial handheld devices with accurate location data.
- OBD Applications: Integrate seamless location tracking capabilities into diagnostics and performance monitoring systems for vehicles.
- The board uses a 3.3V power supply only
- UART communication interface
- Support multiple satellite systems: GPS, GLONASS, Galileo and QZSS
- Internal patch antenna: 18.4mm x 18.4mm x 4.0mm
- Support internal and external antenna automatic switching
- Support short circuit protection and antenna detection
- Built-in low-noise amplifier to improve receiving high sensitivity
- Support self-assisted AGPS (EASY TM technology, no external memory required)
- Very low current consumption: 26mA @tracking mode
- Multiple power saving modes: standby Mode, Backup Mode, Periodic Mode, AlwaysLocate Mode
- LOCUS technology, support automatic log information recording and storage
- High sensitivity: -167dBm@tracking mode, -149dBm@acquisition mode
- Number of channels: 99 capture channels, 33 tracking channels
- Support Balloon mode, positioning altitude up to 80km
- Support DGPS, SBAS (WAAS/EGNOS/MSAS/GAGAN)
- Multi-frequency active interference cancellation technology to enhance anti-interference ability
- Time service supports PPS and NMEA synchronization function
- Support the SDK commands independently developed by Quectel
- EVE L86 GNSS Breakout Manual
- Quectel L86 GNSS Specification
- Quectel L86 Hardware Design
- Quectel Android GNSS Driver User Guide
- Quectel GNSS DGPS RTCM Test Guide
- Quectel GNSS FOTA User Guide
- Quectel GNSS Patch Antenna Module Design Guide
- Quectel GNSS SDK Commands Manual
- QCOM_V1.6 for Windows
- QFlash_V4.19_EN for Windows
- Qnavigator_V1.6.9.1 for Windows
Board Dimensions
L86-M33GNSS Breakout Arduino Connection
Arduino Code for GPS Read
#include <SoftwareSerial.h> // Include the SoftwareSerial library
#define ARDUINO_GPS_RX 9 // Arduino RX pin connected to GPS TX
#define ARDUINO_GPS_TX 8 // Arduino TX pin connected to GPS RX
#define GPS_BAUD_RATE 9600 // The GPS Shield module defaults to 9600 baud
// Create a SoftwareSerial object called gps:
SoftwareSerial gpsPort(ARDUINO_GPS_TX, ARDUINO_GPS_RX);
// This is the hardware serial port on pins 0/1.
#define SerialMonitor Serial
void setup()
{
gpsPort.begin(GPS_BAUD_RATE);
SerialMonitor.begin(9600);
}
void loop()
{
if (gpsPort.available()) // If GPS data is available
SerialMonitor.write(gpsPort.read()); // Read it and print to SerialMonitor
if (SerialMonitor.available()) // If SerialMonitor data is available
gpsPort.write(SerialMonitor.read()); // Read it and send to GPS
}
A GPS GNSS Breakout Board is a small electronic circuit board that allows users to easily integrate GPS and GNSS capabilities into their projects. It typically features a GPS/GNSS chipset, which receives signals from orbiting satellites to provide precise positioning and navigation data. The board is designed to be easily connected to other devices, such as microcontrollers or computers, and can communicate using a variety of interfaces, including serial, I2C, and SPI. GPS GNSS Breakout Boards are commonly used in a wide range of applications, including vehicle tracking, asset management, and robotics, where accurate location information is required.
