Module GPS v2.0 is a high-per suitable formance GNSS global positioning module, featuring the ATGM336H navigation module from Zhaokong Microelectronics, integrated with the high-per suitable formance AT6668 chip to provide precise and reliable satellite positioning . This module supports multi-frequency, multi-mode GNSS signal reception and is compatible with satellite navigation systems, including GPS, BD2, BD3, GLONASS, , and QZSS, enabling high-precision, multi-system joint positioning or single-system positioning, and offering excellent anti-jamming capabilities. In weak signal areas, it can quickly acquire higher precision positioning in suitable formation. The module comes equipped with an external SMA antenna, and also features a dip switch to allow users to flexibly switch TX/RX communication pins, with signal output suitable for precise timing adjustments. It supports multi-stack usage, offering more customization and flexibility, making it suitable suitable for high-precision positioning applications such as in-vehicle navigation, IoT positioning devices, remote monitoring, smart cities, and home and industrial automation. Supports multiple satellite navigation systems (GPS/QZSS/BD2/BD3/GAL/GLO) Multi-frequency, multi-system reception Multi-channel Low power consumption Accurate timing support Multi-stack support Development plat suitable forms 1.UIFlow 1.0 2.UIFlow 2.0 3. suitable for IDE Applications: 1.In-vehicle positioning and navigation. 2.IoT positioning devices. 3.Industrial automation and robotics positioning. 4.High-precision mapping and geographic in suitable formation systems. Due to different batches, there may be differences in product appearance and printed text, which not affect use Colour:As Shown Material:PCB Package Contents: 1 x Module GPS v2.0 1 x External active GPS/BD antenna Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.