NMEA 0183 GNSS GPS Mouse Receivers

Our G-Mouse Compatible with Most NMEA Compliant Third-Party Software!

IP67 Water-resistant UBLOX M8 Engine GPS Mouse Receiver

– High Accuracy and Fast Satellite Lock!

– NMEA 0183 Messages Output.

– UART TTL, RS232, USB mini-DIN Interface Support.

– Best for Fleet Management, Automatic Vehicle Location, Vehicle Navigation and Tracking Device, and More.

  • UART interface for fleet management and marine navigation
  • u-blox M8 or MediaTek Chipset
  •  RS232 interface for vehicle navigation and tracking
  • u-blox or MediaTek chipset with rich cable connector options
  • USB interface for Android tablet, Windows PC and laptop
  • u-blox M8 or MediaTek Chipset
  • Continuous Accurate Positioning for Fleet Management, Navigation Systems, Tracking Devices for Commercial Vehicles.
  • 72 Searching Channels
  • Multi frequencies GPS QZSS GLONASS BeiDou powered by u-blox M8 chipset
  • Dimensions: 25x25mm, 18x18mm or 15x13mm
  • Ublox M8 or MediaTek Chipset for Option
  • 15s Faster Satellites by SiRF Star IV Chipset
  • 48 channel all-in-view tracking system
  • 15s Faster Satellites by SiRF Star IV Chipset
  • 48 channel all-in-view tracking system

What Makes Our GPS Receiver Mouse Outstanding?

Just check out below the IC brands inside it!

  • GNSS GPS chipset: UBLOX in Switzerland or MediaTek in Taiwan China.
  • TCXO: KDS or Epson in Japan.
  • SAW Filter and Resistor: Murata in Japan.
  • Supercapacitor: KORCHIP in Korea.
  • Crystal Oscillator: Seiko Group in Japan.
  • LNA: Maxim Integrated in Taiwan China or Zhongkewei in China mainland.

How Mulberry NMEA 0183 GNSS GPS Mouse is Made

When the GPS mouse engine board with the following ICs are ready. It is time to assemble them with the rest of the components.

NMEA 0183 Protocol

The NMEA protocol is an ASCII-based protocol with records start with a $ and with carriage return/line feed. GNSS specific messages all start with $GPxxx/$BDxxx where $GNxxx is a three-letter identifier of the message data that follows. NMEA messages have a check sum, which allows detection of corrupted data transfers.

The module supports a variety of single system positioning as well as multi system positioning. Each mode and the corresponding NMEA please refer to Table 1 and Table 2.

Table 1: The Meaning of NMEA-0183 Output Messages

NMEA Record

DESCRIPTION

GGA

Global positioning system fixed data

GLL

Geographic position—latitude/longitude

GSA

GNSS DOP and active satellites

GSV

GNSS satellites in view

RMC

Recommended minimum specific GNSS data

VTG

Course over ground and ground speed

Table 2: NMEA-0183 Output Messages​

NMEA Record

DESCRIPTION

GPS Only

GPRMC.GPGGA.GPGSV.GPGSA.GPGLL.GPVTG

GPS+GLONASS only

GNRMC.GNGGA.GPGSV.GLGSV.GNGSA.GNGSA.GNGLL.GNVTG

GPS+BD onlyGNRMC.GNGGA.GPGSV.GBGSV.GNGSA.GNGSA.GNGLL.GNVTG
GLONASS onlyGLRMC.GLGGA.GLGSV.GLGSA.GLGLL.GLVTG
BD onlyGBRMC.GBGGA.GBGSV.GBGSA.GBGLL.GBVTG
GPS+Galileo only   

GNRMC.GNGGA.GPGSV.GAGSV.GNGSA.GNGSA.GNGLL.GNVTG

gps receiver gmouse shells

Rich Shells for the NMEA 0183 GPS Receiver Available!

NMEA 0183 GPS Receiver Interface Options

The GPS receiver supports two full-duplex serial channels RS232. All serial connections are at 5.0V TTL logic levels. When different voltage level is required, use appropriate level shifters. The baud rate of both serial ports is fully programmable. The data format is fixed: X, N, 8, 1, i.e. X baud rate, no parity, eight data bits and one stop bit, no other data formats are supported, LSB is sent first. The module’s default baud rate is set up to 9600bps, however, the user can change the default baud rate to any value from 4800 bps to 38400kbps. RS232 is used for booting and NMEA interface.

The GPS receiver supports two full duplex serial channels UART. All serial connections are at 3V CMOS logic levels. When different voltage level is required, use appropriate level shifters. The baud rate of both serial ports are fully programmable. The data format is however fixed: X, N, 8, 1, i.e. X baud rate, no parity, eight data bits and one stop bit, no other data formats are supported, LSB is sent first. The modules default baud rate is set up to 9600bps, however, the user can change the default baud rate to any value from 4800 bps to 115kbps. UART port can be used for firmware upgrade, NMEA output and ublox proprietary commands input.

The GPS receiver module supports single-chip USB to UART bridge,It is a USB 2.0 compliant full-speed device with integrated transceiver. Before using it, please install the appropriate USB driver.

NMEA 0183 GPS Mouse Applications

Suitable for Vehicle Tracking Devices, Fire Trucks, Police Cars, Buses, Marine, GIS data collection and much more!

nmea 0183 gps receiver antenna 7

NMEA 0183 GPS Receiver for Vehicle GPS Tracking

nmea 0183 gps receiver antenna

NMEA 0183 GPS Receiver for Bus Surveillance

nmea 0183 gps receiver antenna

NMEA 0183 GPS Receiver for Taxi Dispatching

nmea 0183 gps receiver antenna

NMEA 0183 GPS Receiver for Boat Ship Navigation

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FAQ (Frequently Asked Questions)

A: Sure! We can customize for you the GPS mouse chipset, housing, pin assignment, NMEA sentences, cable connector type, cable length, and more.

A: Due to time zone limits, we will response you within 8 hours. But in most cases, we quote you just in 1 hour.

A: It only takes 1~2 weeks of production time based on quantities volume.

A: Since the GPS receivers are light-weighted, the regular shipping ways are by DHL, UPS or by Air.

A: It is around USD13 per kg. That means it costs around USD1.3 per GPS receiver.

A: The horizontal positioning accuracy is within 2.5 meters.

A: Cable connectors are customized as per your requirement. There are USB, Micro USB, Mini USB, USB Type C, USB Type A, Molex Micro-Fit 3.0 or other Molex connectors, DB9, PS-2, Audio DC 2.5 / 3.5, Micro HDMI, 1.25x5Pin cable, Free Wire, etc.