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GPS Module For Driving Recorder

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Shenzhen Youwei Communication Co., Ltd.

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City:shenzhen

Province/State:guangdong

Country/Region:china

Contact Person:MrWang

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China Real Time Advanced Gnss Receiver Module Gnss Gps Module For Personal Safety wholesale

Real Time Advanced Gnss Receiver Module Gnss Gps Module For Personal Safety

Name: Real Time Advanced Gnss Receiver Module Gnss Gps Module For Personal Safety
Brand: YOUWEI
Price: 1 USD

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Model Number :YW-25254G3

Brand Name :YOUWEI

Certification :CE Rohs

Place of Origin :CHINA

MOQ :200

Payment Terms :T/T

Supply Ability :10000

Packaging Details :Hard box packaging size

Type :GNSS Module

Country of Origin :China

Brand :Youwei

Chipset :GK-9501

Application :Gnss module

Product name :YOUWEI

Chip :YW-25254G3

Payment :Paypal\TT\Western Union\Trade Assurance

Feature :Band

D/C :Newest

Battery :Internal back-up battery

Operating temperature range :-40 to 85℃C

description :GNSS module

Cetificate :ISO9001

Supply Voltage :DC 3.3-5.0V

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Real Time Advanced Gnss Receiver Module Gnss Gps Module For Personal Safety

The 2525 GPS module typically refers to a type of Global Positioning System (GPS) receiver used in various applications, including robotics, automotive, and personal navigation. These modules can provide precise location data by receiving signals from satellites.

Key Features

High Sensitivity: Often equipped with a high-sensitivity receiver for better performance in urban canyons or dense foliage.
Low Power Consumption: Suitable for battery-powered devices.
Compact Size: Easy to integrate into various projects and devices.
Serial Communication: Usually communicates via UART or I2C, making it easy to connect to microcontrollers like Arduino or Raspberry Pi.

Common Applications

Navigation Systems: Used in vehicles for navigation and tracking.
Drones: Essential for positioning and autonomous flight.
Wearable Devices: For fitness tracking and location-based services.
Robotics: Enables robots to determine their position in real-time.

Tips for Use

Ensure proper antenna placement for optimal signal reception.
Use appropriate libraries in your development environment (e.g., Arduino) to interface with the module effectively.
Check for firmware updates or specific configuration settings to maximize performance.

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