Shenzhen Passion Way Electronic Co.,Ltd

Description：

6×8×2 mm ultra-compact size | As low as 11 mA ultra-low power consumption | Multi-star rapid positioning. Designed for wearables, student cards, sports watches, micro recorders and other applications with extremely limited space and battery-powered requirements, the MN series ultra-small GNSS positioning module makes its grand debut! As an industry-leading miniaturized positioning module, it features a slim profile of just 6×8×2 mm with a thickness of merely 2 mm, completely addressing the industry’s pain points of large size, heavy equipment weight, and complex structural design in traditional positioning modules, achieving truly seamless integration into micro devices. The module features a dedicated low-power GNSS chip with a deeply optimized power-saving architecture and supports external DC/DC circuit integration for secondary power efficiency enhancement. Its total operating power consumption drops to just 11 mAsignificantly lower than conventional modulesthereby dramatically extending device battery life and perfectly meeting the long-lasting power requirements of lightweight portable devices. Performance is uncompromising: the module fully supports global multi-system single-frequency positioning systems including BeiDou, GPS, GLONASS, GALILEO, and SBAS, featuring an intelligent rapid satellite search algorithm that ensures fast cold-start response, stable positioning, and minimal drift. It delivers reliable precise location data even in complex environments such as urban streets or areas with light obstructions, meeting all consumer-grade positioning requirements. The product features a standardized SMT mounting design and complies with the universal NMEA-0183 standard, with a minimalist peripheral circuitry that eliminates development barriers. It can directly replace similar commercial modules, requires only minor board modifications without code rewrites, and significantly shortens project development cycles. Suitable for various applications including smart wearables, campus security terminals, cycling fitness trackers, miniature recorders, and mini IoT positioning devices, it represents the cost-effective solution for compact, low-power consumer positioning products.

Description：

The MX series GNSS positioning modules feature a 10.1×9.7 mm industry-standard package and are built on a mature architecture, offering full hardware-software PIN-to-PIN compatibilitymaking them the ideal choice for replacing or upgrading modules of similar specifications. They require no modifications to PCB layout or driver code reconfiguration, enabling direct replacement in existing projects while significantly reducing R&D cycles and customization costs, allowing seamless solution iteration. Compact in size yet powerful in performance, this module fully supports integrated positioning across multiple systems including BeiDou, GPS, GLONASS, and GALILEO, offering single/dual-frequency high-precision positioning. It delivers rapid satellite detection and accurate positioning even in open environments; in complex scenarios such as urban buildings or forest areas with obstructions, it maintains stable performance thanks to advanced anti-interference algorithms. The device supports RTK-based centimeter-level positioning and comes standard with the NMEA-0183 universal protocol, enabling serial communication compatibility with most mainstream control chipsdemonstrating exceptional versatility. The device features deep power optimization for battery-powered applications, with seamless switching between continuous positioning, intermittent positioning, and deep sleep modes. Its sleep current is reduced to the microampere level, significantly extending battery life and effectively addressing the endurance limitations of portable devices and tracking tags. The module supports both active and passive antenna configurations, incorporates antenna fault detection and PPS (Precise Positioning System) timing functionality, and is designed for operation across a wide temperature range of-40°C to +85°C, ensuring stable performance in indoor, outdoor, and vehicle environments. The standard SMT mounting process is optimized for automated mass production lines, featuring simple soldering and exceptional yield rates. From children’s wearable bands and pet/logistics trackers to mini vehicle terminals and outdoor IoT devices, the MX series GNSS modules deliver comprehensive coverage across all civilian positioning applications thanks to four core advantages: excellent compatibility, compact size, low power consumption, and high stability.

Description：

The RTK integrated module series is a family of high-precision positioning and orientation products designed for diverse applications including drones, robotics, agricultural machinery, and surveying and mapping. All models feature the high-performance UM982/UM980 core modules, offering key advantages such as centimeter-level accuracy, multi-platform compatibility, and flexible scalability. Through modular configurations, it enables customized product combinations that seamlessly integrate with both ROS and Pixhawk ecosystems. Whether in urban environments with CORS services or remote field operations without network coverage, these modules deliver stable, efficient spatiotemporal data support to meet precise operational requirements across various industries. Core Common Advantages: Standard Performance Features Across the Lineup 1. Top-tier positioning performance with uncompromised accuracy Comprehensive satellite and frequency coverage with strong anti-interference capability: Supports global satellite systems including BeiDou, GPS, GLONASS, and Galileo, featuring 1,408-channel reception capacity; the UM982 high-performance version further enhances signal capture in complex environments, ensuring stable data output even under tree-shade or building-obstructed conditions. Ultra-high precision and refresh rate: Uniform planar positioning accuracy of 0.8 cm ± 1 PPM, expandable to millimeter-level accuracy; defaults to 20 Hz high refresh output, upgradable to 100 Hz dynamic response for high-speed mobility and high-frequency applications (e.g., drone aerial surveying, autonomous agricultural machinery). RTK KEEP core technology: rapid reconnection after signal interruption, combined with a built-in magnetometer and an I2C-connected geomagnetic compass, enhances positioning and orientation continuity by 30%, prevents efficiency losses caused by operational interruptions, and ensures smooth workflow. 2. Integrated Design for Enhanced Deployment and Integration: The integrated base station with direct flight control enables RTK differential operations without additional reference stations, as standard across all models; featuring a 7-pin dedicated flight control interface and built-in magnetometer for seamless integration with mainstream systems like Pixhawk, significantly simplifying wiring complexity and lowering implementation barriers. Modular Core Architecture: The entire product line adopts a modular design, with core functions (communication modules and interface configurations) customizable as needed. This approach eliminates redundant costs while flexibly meeting diverse functional requirements across scenarios, achieving precise configuration without waste.

Description：

This series of high-precision GNSS boards provides professional-grade positioning solutions, featuring the full range of premium high-precision modules from Hexintongincluding mainstream models UM980, UM981, UM982, and UM960that meet all requirements for full-frequency, multi-frequency, and high-precision RTK positioning and orientation. With an integrated design that optimizes peripheral circuits, RF circuits, and power filtering circuits, these boards eliminate the need for users to build complex external circuits. Equipped with comprehensive external interfaces, they can be directly connected for use, enabling rapid integration with various devices and flexible adaptation to diverse project development needs. All board models support ultra-high data refresh rates exceeding 20 Hz, combined with the module’s native high-precision calculation algorithms to deliver stable millimeter-level positioning accuracy. They are fully compatible with RTK differential positioning, orientation determination, and timing functions, offering exceptional interference resistance, high dynamic range, and stability. Specifically designed for high-precision applications such as drones, seismic monitoring, intelligent robotics, and smart agriculture, these boards address industry challenges including low refresh rates, insufficient accuracy, integration difficulties, and poor dynamic response in traditional positioning systems, making them the preferred solution for industrial and scientific-grade high-precision positioning applications.