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MAX-M10M-00B

u-bloxMAX-M10M-00B

u-blox
MAX-M10 RF Receiver BeiDou, Galileo, GLONASS, GNSS, GPS -164dBm Not Included
Active408 in stock

Overview

The MAX-M10M-00B is a high-performance concurrent GNSS module built on the u-blox M10 platform, designed for ultra-low power consumption in asset-tracking applications. It supports simultaneous reception of four GNSS constellations (GPS, GLONASS, Galileo, and BeiDou) to maximize signal availability in challenging urban environments. The module is housed in a compact 10.1 mm x 9.7 mm LCC package and operates across a wide supply voltage range from 1.8V to 5.5V.

Why Choose This Part

This module offers exceptional sensitivity of -164dBm, ensuring fast time-to-first-fix even in weak signal conditions. The M10 platform provides advanced power-saving modes like PSMCT and PSMOO, which significantly reduce current draw for energy-constrained IoT devices.

Applications

Asset Tracking
Ideal for battery-powered trackers requiring high sensitivity and long battery life through cyclic tracking power save modes.
Industrial Telematics
Provides reliable positioning for fleet management systems via UART and I2C interfaces.
Portable Electronics
Its small footprint and low profile make it suitable for wearable devices and handheld navigation tools.

Key Specifications

Sensitivity -164dBm
Applications GPS Receiver
Mounting Type Surface Mount
Data Interface I2C, UART
Package / Case 18-SMD Module
Voltage - Supply 1.8V ~ 5.5V
Antenna Connector Not Included
Operating Temperature -40degC ~ 85degC
Modulation or Protocol BeiDou, Galileo, GLONASS, GNSS, GPS

Getting Started

To evaluate this module, engineers typically use the u-blox EVK-M101 evaluation kit. Configuration and signal analysis can be performed using the u-center 2 software tool over the UART or I2C interface. Ensure the 18-SMD LCC package is mounted according to the manufacturer's reflow profile to maintain RF integrity.

Also Consider

LC76G Quectel - A cost-effective multi-constellation GNSS module with a similar footprint and high-sensitivity performance.
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