Geekstory GT-U7 GPS Module with NEO-6M Receiver & Active Antenna for Arduino/Raspberry Pi - Black, 1 PCS

The Geekstory GT-U7 GPS Module is a high-performance GPS solution designed for accurate positioning in various environments. Ideal for applications such as vehicle monitoring, handheld devices, and mobile positioning systems, this module is equipped with advanced features that enhance its usability in challenging conditions.

The GT-U7 GPS Module utilizes the original 7th generation chip, ensuring high sensitivity and low power consumption. Its compact design allows it to fit seamlessly into various devices. With a USB interface, users can easily connect the module to a computer using a standard phone data cable. This feature eliminates the need for external serial modules, streamlining the setup process. The module also includes an IPEX antenna interface, allowing for quick and reliable positioning.

• High sensitivity and low power consumption for extended use.
• USB interface for direct connection to computers without external modules.
• Operating voltage range of 3.6V to 5V, with options for USB power supply.
• Operating baud rate of 9600, which can be modified for flexibility.
• Compact size of 27.6mm x 26.6mm with positioning holes for easy installation.
• NEMA output format compatible with 6M for seamless integration with other systems.
• Includes an active IPX interface antenna for improved signal reception.

The Geekstory GT-U7 GPS Module is suitable for various applications, including vehicle-mounted systems, handheld devices such as PDAs, and mobile phones. Its robust design and high-precision positioning make it particularly effective in urban environments and dense jungles where traditional GPS receivers may struggle. Whether you are looking to enhance vehicle monitoring or improve the accuracy of mobile positioning systems, the GT-U7 GPS Module provides a reliable solution. This module is an excellent choice for developers, hobbyists, and professionals seeking a cost-effective GPS solution without compromising on performance.