Ublox MAX-M10M


MAX-M10M
Standard precision GNSS modules
Professional grade
Integration manual
Abstract
This document describes the features and application of the u-blox MAX-
M10M module. The MAX-M10M module provides an ultra-low-power
standard precision GNSS receiver for high-performance asset-tracking
applications.
www.u-blox.com
UBX-22038241 - R01
C1-Public

Ublox MAX-M10M Specifications

General

GNSS	GPS, GLONASS, Galileo, BeiDou
Position Accuracy	2.5 m
Navigation Sensitivity	-167 dBm
Tracking Sensitivity	-165 dBm
Update Rate	10 Hz
Power Consumption	25 mA
Operating Voltage	1.65 V to 3.6 V
Operating Temperature	-40 °C to +85 °C
Velocity Accuracy	0.05 m/s
Time Accuracy	30 ns
Frequency	L1
Interface	UART, I2C
Module Size	9.7mm x 10.1mm x 2.5mm
Type	GNSS Receiver

Summary

System Description

Overview

Introduces the MAX-M10M module's features, GNSS capabilities, and low-power operation.

Architecture

Details the internal structure and key functionalities of the MAX-M10M receiver.

Pin Assignment

Lists and describes the function of each pin on the MAX-M10M module.

Receiver Functionality

Receiver Configuration

Explains how to configure the receiver's operation using UBX configuration keys.

Communication Interfaces and PIOs

Describes the UART, I2C interfaces and Programmable Input/Output pins.

Antenna Supervisor

Details the feature for monitoring and controlling active antennas.

Power Management

Covers continuous mode, power save mode, and backup modes for power optimization.

Multiple GNSS Assistance (MGA)

Details A-GNSS services like AssistNow Online, Offline, and Autonomous.

Hardware Integration

Power Supply

Covers the MAX-M10M's power supply pins (VCC, V_IO, V_BCKP) and design considerations.

RF Interference

Discusses susceptibility to interference and general considerations for RF design.

RF Front-End

Details the RF front-end design, including LNA modes and immunity.

Layout

Provides guidelines for PCB layout, grounding, and signal routing for optimal performance.

Product Handling

Safety

Covers essential safety precautions, including Electrostatic Discharge (ESD) measures.

Soldering

Describes recommended reflow soldering procedures, paste usage, and profile.

Reference Designs

Typical Design

Presents a basic design example for the MAX-M10M module with supply and interface considerations.

Antenna Supervisor Designs

Shows reference designs for 2-pin and 3-pin antenna supervisor circuits.

External Components

Standard Capacitors

Lists recommended capacitor values for the MAX-M10M reference designs.

Standard Resistors

Lists recommended resistor values for the MAX-M10M reference designs.

Inductors

Lists recommended inductor values for the MAX-M10M reference designs.