Discover the u-blox MAX-F11/M11 Standard Precision GNSS Modules
The u-blox MAX-F11/M11 series combines ultra-low power consumption with metre-level positioning accuracy. It helps developers maximise battery-powered GNSS applications without compromising performance.
Built on the latest u-blox 11 GNSS platform, the MAX-F11/M11 family supports a wide range of embedded and industrial applications. These include asset tracking, fleet telematics, wearables, drones, micro mobility and industrial IoT. The modules intelligently balance positioning accuracy and power consumption. This helps extend battery life while delivering reliable location data in challenging environments.
The series includes two module variants for different application requirements:
MAX-F11N – A standard precision L1/L5 dual-band GNSS module with Selective L5 technology. It uses the additional frequency only when needed to improve positioning accuracy in difficult signal conditions while minimising power consumption. Engineering samples are expected to be available from Q4 2026.
MAX-M11N – An efficient L1-only GNSS module that delivers dependable metre-level positioning. It provides an excellent balance of performance and energy efficiency for applications that do not require dual-band GNSS.
Key features of the MAX-F11/M11 series include:
- Improved Anti-Jamming and Anti-Spoofing characteristics
- Low Energy Accurate Positioning (LEAP) mode for ultra-low power operation
- Selective L5 technology for an intelligent balance of accuracy and power
- Excellent GNSS performance, even with compact antennas
- Upgradeable firmware with embedded flash memory
- Pin compatibility with previous MAX series modules for simplified design migration
Whether you’re designing an asset tracker, wearable device or industrial positioning solution, the MAX-F11/M11 series gives you the flexibility to optimise battery life and positioning performance.
For a deeper technical insight, revisit our webinar on the u-blox F11 platform and discover how it delivers high-performance, ultra-low power GNSS positioning.