GPS GY-NEO6MV2 module with built-in battery + antenna for Arduino, STM32 on UART

GPS GY-NEO6MV2 module with built-in battery and antenna The GPS GY-NEO6MV2 module is a precise and compact solution for determining the location of devices based on the GPS system. Ideal for projects requiring accurate data on position, speed, altitude, and direction of travel. Thanks to its advanced antenna, the module receives the GPS signal with high accuracy, enabling effective monitoring in various applications. The module is intended for ESP8266, ESP32, Arduino, and Raspberry Pi. Key technical features

* Communication via UART interface, requiring only two pins. * Support for WAAS, EGNOS, MSAS systems with positioning accuracy up to 2.5 meters. * Built-in backup battery for settings, allowing quick restart without data loss. * Ability to read current date and time from the GPS signal, eliminating the need for an additional RTC clock. * Low power consumption and support for free libraries. Specifications

* Supply voltage: 3.3V - 5V * Logic voltage: 3.3V (5V may damage the module) * Power consumption: max. 111 mW, min. 33 mW * Cold start time: 27 s, warm start: <3 s, hot start: 1 s * Communication interface: UART * Baud rate: 4800-115200 baud (default 9600 baud) * Built-in external antenna with dimensions 25 x 25 x 6.2 mm * Module dimensions: 36 x 24 mm * Weight: 15.5 g Benefits

* Easy integration with various systems and microcontrollers thanks to the UART interface. * High positioning accuracy and reliable signal reception. * Fast time to readiness thanks to the built-in battery and hot start capability. * Space and component savings by eliminating an external RTC module. * Application flexibility from simple projects to advanced autonomous systems. Example applications * Vehicle tracking - real-time location monitoring. * Fleet management - controlling optimal routes and detecting unauthorized location changes. * Navigation in autonomous vehicles - planning and executing routes for drones or mobile robots. * Animal tracking systems - monitoring pets or studying wild animal migration. * Precision timing systems - using the GPS signal for accurate time synchronization.