GPS antenna integrated module YM-181Q

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GPS antenna integrated module YM-181Q
  • Overview
  • Key Features
  • Parameters
  • Applications
  • Related Products
Overview

The YM-181Q GNSS module uses the latest generation of Ublox chip M10 with strong performance and faster star search speed, up to 32 satellites can be used for accurate positioning and on-board high-performance geomagnetic compass sensor QMC5883L.

Key Features
Key Features
Tri-System Fusion & Flexible Positioning Modes
Tri-System Fusion & Flexible Positioning Modes
Supports combined positioning of GPS+BDS+Galileo, with flexible mode selection (single-mode or multi-mode combination) according to project requirements, ensuring superior navigation stability and coverage.
Ultra-Compact & Lightweight Design
Ultra-Compact & Lightweight Design
Adopts a high-performance small-volume antenna and miniaturized structure, with dimensions of 18×18×7.8mm (±0.3mm) and weight as low as 8g. Ideal for small traversers, loop machines, and light fixed-wing UAVs without compromising performance.
Superior Star-Search Performance
Superior Star-Search Performance
Features a T-antenna network design with 50Ω impedance matching and antenna standing wave ratio <1.5, maximizing signal reception capability. With high sensitivity (-166dBm for tracking) and fast acquisition (hot start in 1s), it ensures strong and accurate positioning even in complex environments.
High-Precision Data Output
High-Precision Data Output
Delivers accurate location (1.5m CEP horizontal position accuracy), velocity (0.05m/s accuracy), and time information (time pulse signal RMS 30ns). Provides comprehensive data including latitude, longitude, speed, and time for professional application needs.
Parameters

The YM-181Q GNSS module uses the latest generation of Ublox chip M10 with strong performance and faster star search speed, up to 32 satellites can be used for accurate positioning and on-board high-performance geomagnetic compass sensor QMC5883L.

Functional characteristics

All three kinds of positioning in one, better navigation

GPS+BDS+GALILEO joint positioning, flexible choice, you can choose to use the selection of positioning mode, you can choose single mode positioning, multi-mode combination positioning according to project requirements.

Small size and light weight

Using high performance small volume antenna, miniaturized design, performance does not shrink. Light weight up to 11g, ideal for small traverser/loop machine/light fixed wing use.

Powerful star search performance

T-antenna network design, impedance matching (50Q), antenna standing wave ratio less than 1.5, play the module receiving power advantage, so that the star search performance is strong, accurate positioning.

Get accurate data

Precise position can be obtained by latitude and longitude, and speed and time information can be learned.

Specification parameter

Product parameter:

Receiver type

GPS/QZSS   L1C/A

SBAS   EGNOS, GAGAN,

MSAS and WAAS

BDS   B1I

Galileo   E1B/C

Sensitivity

Tracking & Navigation   -166dBm

Reacquisition           -160dBm

Cold start              -148dBm

Hot start               -148dBm

Acquisition

Cold start      26S

Hot start       1S

Horizontal position accuracy

1.5 m CEP

Velocity accuracy

0.05 m/s

Accuracy of time pulse signal

RMS   30ns

99%   60ns

Operational limits

Dynamics             ≤ 4g

Altitude             80000 m

Velocity             <500 m/s

Frequency of time pulse signal

1Hz

Baud rate

4800-460800 bps,

default 38400 bps

Update rate

Up to 10 Hz, default 1Hz

Output level

TTL level

Output protocols

NMEA-0183, UBX


Physical Characteristics & Working environment:

Dimension

18*18*7.8mm(±0.3mm) )

Working voltage

3.6-5.5V, Typical 5V

Working current

40mA@5.0V

Weight

8g

Connector

1.0mm 6Pin

Operating temperature(℃)

-40-+70

Storage temperature(℃)

-55-+85

Indicator light

The blue indicator is steady on after

power-on, flashing after 3D

positioning

 

Applications
Deformation monitoring
Intelligent connected car
Internet of Things
RobotThe rol
Smart agriculture
Surveying
UAV