M10. Ultra-low power meter-level GNSS positioning.text rays

For high-performance asset-tracking applications.                                                             

 

Tailored to the needs of wearable and industrial applications, the u-blox M10 platform delivers ultra-low power positioning in an ultra-compact form factor without sacrificing accuracy and availability.

With the LEAP mode, power consumption is reduced to below 10 mW, while maintaining superior position accuracy, making the u-blox M10 platform ideal for small, battery-powered applications.

The platform features advanced jamming, spoofing, and RF interference mitigation, as well as Super-S technology to boost performance in weak signal environments or when used with small antennas, making it ideal for compact product designs.

 

m10-highlights

 

White paper

Cover of the u-blox white paper on low-power GNSS for tracking applications, focusing on balancing power consumption, performance, and cost

Are you looking to optimize GNSS power consumption in tracking devices?


The white paper, "Low-power GNSS for tracking applications", provides insights into achieving the right balance between performance, accuracy and energy efficiency.


u-blox M10 products and their key features

 

ProductsUBX-M10050-KB
MIA-M10
MAX-M10
SAM-M10
UBX-M10150-CCUBX-M10150-KB
MAX-M10N
UBX-M10150-KB
Low Energy Accurate Positioning (LEAP) 
Reduces power consumption while retaining superior position accuracy
 
Super-S 
Improved accuracy with small antennas
Protection level 
Real-time position accuracy estimate with 95% confidence
   
Indoor detection*
GNSS power saving when being indoors
   
Long interval tracking
Automatic precise tracking for longer intervals and low power consumption
  ✓*
Geo-fencing
Circular / Polygon shape. Customized areas for autonomous tracking without host interaction
  CC/P*
Data batching / Logging
Stores position, velocity and time information without host interaction
 BB/LB/L
CloudTrack 
Ultra-low-power asset tracking service
 
AssistNow 
Achieve premium performance in challenging IoT environments
RTCM correction data input 
Improves the accuracy of GNSS positioning across various applications
   
Swimming mode 
Reliable GNSS positioning in demanding environments
  ✓*
GNSS raw data (Carrier phase output) 
Pseudorange and carrier phase data for precise post-processing on the host
Dedicated products  Most products*
Multipath mitigation 
Helps avoid poor position accuracy in urban environments
GoodGoodGoodBetter*

*Planned for a future release

Video

Related links

Applications

Person using a smartwatch with headphones, representing low-power wearable GNSS positioning applications

Wearables

Continuous position tracking throughout extended activities with multi-day battery life, enabling performance metrics and route mapping without frequent charging.

Person riding an electric scooter in a city street representing GNSS positioning for micromobility applications

Micromobility

Real-time fleet management and theft prevention in urban environments where selective L5 engagement optimizes accuracy despite signal challenges from buildings and infrastructure.

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