M.2 GNSS/INS Cards
High-Precision GNSS and Inertial Sensing in One Compact Module
M.2 GNSS/INS Cards
High-Precision Positioning and Inertial Sensing
Get accurate position and motion data in one compact module – designed for seamless integration into your embedded system.
Precise navigation starts with better sensor data
Reliable navigation requires more than just accurate positioning. Your system also needs information about movement, orientation and timing.
The ANavS M.2 GNSS/INS Card brings GNSS and inertial sensing together on a single compact board. Combining multi-frequency, multi-constellation GNSS measurements with data from a high-grade Analog Devices MEMS-IMU, it provides a powerful foundation for advanced navigation applications.
Whether you’re developing an autonomous platform, upgrading an industrial system or building a custom navigation solution, the M.2 form factor helps you integrate high-performance sensing without adding unnecessary hardware complexity.
For applications requiring an integrated navigation solution, the patented ANavS tightly coupled sensor fusion algorithm can be implemented on your computing platform upon request.
Key Benefits
Centimeter-Level Positioning: Achieve highly accurate positioning with multi-band GNSS and RTK support, enabling precise navigation in demanding applications.
GNSS and IMU in One Module: Access satellite measurements and inertial sensor data from a single M.2 card, simplifying hardware integration and providing the foundation for sensor fusion.
Built for Challenging GNSS Environments: Advanced interference monitoring and integrity features help detect potential GNSS disturbances, including jamming and spoofing, supporting greater confidence in your navigation data.
Easy Integration into Embedded Systems: The standard M.2 Key M form factor and familiar GNSS data protocols make the card suitable for industrial PCs and custom embedded platforms.
Optional Advanced Sensor Fusion: Take navigation performance further with ANavS‘ patented tightly coupled GNSS/INS algorithm, available for integration into your computing platform upon request.
Technology
When GNSS and inertial sensing work together
GNSS delivers absolute positioning, while inertial sensors measure acceleration and angular motion. Combining these complementary data sources enables more advanced navigation solutions.
The M.2 GNSS/INS Card provides both data sources in one compact module. With optional ANavS tightly coupled sensor fusion, GNSS raw measurements and IMU data can be processed together, supported by RTK and PPP correction services, including Galileo High Accuracy Service (HAS).
The result is a robust navigation solution designed to maintain accurate position, velocity, and attitude estimates even under challenging GNSS conditions.
Applications
Autonomous Systems and Robotics
Equip autonomous platforms with precise GNSS and inertial measurements to support localization, motion tracking, and navigation.
Embedded Systems and Industrial PCs
Add high-performance positioning and inertial sensing to existing hardware platforms using the compact M.2 interface.
Mobile Mapping and Surveying
Combine precise position, movement, and timing information to support georeferenced data acquisition and mapping workflows.
Industrial and Mission-Critical Navigation
Build navigation systems for demanding operating environments where accurate sensor data, interference awareness, and reliability are essential.
Defense and Security
Integrate precise GNSS and inertial sensing into defense and security platforms, with advanced interference monitoring to help detect jamming and spoofing.
M.2 MOSAIC Product Family
Mosaic-X5
Base module
Mosaic-T
Timing version with one
antenna and optional Oscilalator input
Mosaic-H
Heading version with two antenna connectors
Our Online ordering options
You can order our products either directly from us or from our resellers DigiKey or Compotek:
Quick overview
Products
Equipped for every situation with the need of high-precise positioning & navigation:
AI-ROX, A-ROX, G-ROX, MSRTK, Snow Monitoring and M.2 SMART Card.
R&D Projects
Our R&D team is constantly working on researching, developing and implementing new technologies to master the challenges of tomorrow.
Publications
Our publications are varied, provide well-founded findings and present innovative solutions: Journal and Conference papers, Patents and Theses