M.2 G5 GNSS Cards

M.2 G5 GNSS Cards

Ultra-compact RTK GNSS for Robotics and Autonomous Systems

High-precision multi-band GNSS modules with RTK positioning, heading support and real-time performance for embedded applications.

Mosaic Cards G5 in der Hand eines Mannes | ANavS | München

Why choose the M.2 G5 GNSS Series?

High-precision RTK GNSS modules optimized for robotics, UAVs, autonomous embedded systems, defense and mission-critical systems

Ideal for size-constrained applications

High-Precision RTK Positioning

Centimeter-level positioning accuracy for demanding navigation and automation applications.

Ultra-Compact & Low Power

Designed for space-constrained and battery-powered embedded systems.

Easy System Integration

M.2 form factor with compatibility for popular embedded platforms and autopilot systems.

Reliable Real-Time Performance

Low and predictable latency for stable control and autonomous navigation.

Anti-Jamming & Spoofing

Integrated AIM+ Ultimate technology ensures robust GNSS positioning even under intentional interference and spoofing attacks.

The G5 GNSS series combines advanced multi-frequency GNSS technology with RTK positioning, heading capabilities and industry-leading interference mitigation. Designed for modern robotics, autonomous and mission-critical applications, the platform delivers secure, resilient and reliable positioning performance in compact embedded environments.

The Septentrio mosaic-G5 series is a family of advanced multi-frequency GNSS receiver modules in compact low-power surface mount packages. Designed for high-accuracy positioning, heading and autonomous navigation, the series delivers reliable GNSS performance across robotics, industrial, autonomous and mission-critical applications.

Powered by Septentrio’s advanced GNSS+ technologies, including interference mitigation and signal integrity monitoring, the mosaic-G5 platform ensures resilient and reliable positioning even in challenging environments.

The modules provide low and predictable latency for stable and accurate control systems while supporting easy integration into embedded platforms and popular open-source autopilots. From compact robotics and UAVs to resilient navigation systems for demanding operational environments, the mosaic-G5 series offers scalable performance for a wide range of applications.

Choose your M.2 G5 Variant

Select the ideal GNSS solution for your embedded and autonomous application.

M.2 G5 P3


Compact RTK Positioning

Ultra-compact low-power GNSS module for reliable high-precision positioning in embedded systems.

Features

  • RTK positioning
  • Single antenna setup
  • Ultra-low power consumption
  • Compact M.2 integration

Suitable for

  • Robotics
  • Embedded AI systems
  • Compact UAVs

M.2 G5 P3H


RTK and Heading

Dual-antenna GNSS module delivering precise positioning and heading information for autonomous navigation.

Features

  • RTK positioning + heading
  • Dual antenna support
  • Stable orientation data
  • Reliable navigation performance

Suitable for

  • UAVs
  • Autonomous vehicles
  • Marine systems

M.2 G5 P6


High-Performance GNSS

Advanced GNSS engine optimized for real-time autonomous control systems with enhanced responsiveness.

Features

  • Higher update rates
  • Lower latency
  • Advanced sensor fusion
  • Real-time optimized performance

Suitable for

  • Industrial robotics
  • Autonomous navigation
  • High-dynamic systems

M.2 G5 P8


Resilient Secure GNSS

Advanced multi-frequency GNSS module with integrated anti-jamming and spoofing mitigation for mission-critical and interference-prone environments.

Features

  • RTK positioning + heading
  • Anti-jamming & spoofing protection
  • Dual antenna support
  • Resilient GNSS performance
  • High-rate low-latency updates
  • Secure positioning capabilities

Suitable for

  • Defense systems
  • Critical infrastructure
  • Autonomous platforms
  • Rail & marine applications
  • Mission-critical navigation

Compare M.2 G5 Variants

Feature


RTK Positioning

Heading Capability

Dual Antenna Support

Galileo HAS

Low Power Design

High Update Rate

Low Latency

Sensor Fusion Optimized

Ideal for

Typical Applications

M.2 G5 P3


Standard

Good

Basic

Compact Systems

Robotics, Drones

M.2 G5 P3H


Standard

Good

Advanced

Orientation Systems

UAVs, Marine

M.2 G5 P6


Enhanced

Excellent

Premium

Real-time control

Autonomous Systems

M.2 G5 P8


Ultimate

Ultra-Low

Mission Critical

Real-time control

Defense, Critical Infrastructure

Available in SMART and PRO Configurations

Both SMART and PRO platforms are available with P3, P3H and P6 GNSS variants.

Mosaic Cards G5 SMART | ANavS | München
Mosaic G5 SMART
Mosaic Cards G5 PRO | ANavS | München
Mosaic G5 PRO

Mosaic G5 SMART

Mosaic G5 PRO

  • Ideal for industrial PCs such as Nvidia Jetson
  • Small form factor with M.2 key A+E
  • Will be available as Open source project
  • Equipped with high-quality MMCX connectors for GNSS antennas.
  • Compatible with all GNSS antennas with no external adapters (5V LNA voltage).
  • Additional connector for UART and timing signals.

Optimized for your Application

Robotics

UAVs

Autonomous Vehicles

Marine Navigation

Embedded AI Systems

Real-time Control

Defense Systems

Critical Infrastructure

P3H / P6

P3H / P6 / P8

P6 / P8

P3H / P8

P3

P6

P8

P8

We see enormous potential in this new platform for interconnected devices, civilian drones, robotics and autonomous systems with a demand for compact, low-power, yet highly reliable positioning, even in the most challenging environments.

Our Online ordering options

You can order our products either directly from us or from our reseller DigiKey:

Quick overview

ANAVS_Icons_Single

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

Any questions?

Feel free to ask!