TOP103

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TOP103

TOP103

RS232 GPS receiver, supports receiving GPS+GLONASS+GALILEO at the same timeTOPGNSS RS232 serial port GNSS GPS mouse receiver is a GNSS GPS receiving device designed with UBLOX 8030 GNSS chip. Through

  • Model:： TOP103
  • GNSSMode:： GPS+GLONASS+GALILEO
  • Baud rate:：： 9600 （default） can be set
  • Cable length：： 5.0meter，Support customization
  • Operating voltage(V)：： 5.0V, 5.0V can be customized
  • Operating current：： 55mA
  • Connector type：： DB9,Support customization
  • size(mm)：： 85*75mm
  • Weight(g)：： 125g
  • Brand：： TOPGNSS
  • NMEA Message:：
  • Receiving channel:：
  • Support customization:：
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  • TOP103 RS232 GPS receiver, supports simultaneous reception of GPS+GLONASS+GALILEO

  • TOPGNSS RS232 serial GNSS GPS mouse receiver is a GNSS GPS receiving device designed with UBLOX 8030 GNSS chip. Through standard NMEA 0183 protocol output, a complete serial data message containing position, speed and time information can be received through the serial RS232 interface.

  • GPS receiving module, it is a wired GNSS GPS receiving module with RS232 serial interface. The internal integrated chip and the antenna are independently designed, using a replacement mounting bracket, and an industrial PC material shell. It is very suitable for long-term outdoor use. The waterproof level IP conforms to IPX67. It is easy to install and use, easy to integrate into the outdoor camera system for timing, ship monitoring, and marine use. Navigation, outdoor monitoring, base station timing, DVR (digital video), driving recorder, rearview mirror, closed-circuit television, etc. It is also very suitable for fleet management and control systems, such as taxi scheduling, wireless routers for buses with GPS, truck alarms, automatic bus station announcement systems, etc.


Chipset: u-blox M8 UBX-M8030 high performance GPS/GNSS Chips

  • Position Horizontal Accuracy: 2.5m

  • Over 2 million effective correlators

  • Supports GPS, QZSS, GLONASS, BeiDou and is ready for Galileo

  • Integrated TCXO, LNA, SAW, RTC

  • 72 Channels in Search mode

  • Sensitivity: -167 dBm (tracking)

  • Interface: RS232 Output

  • Connector: MicroFit 3.0, PS2, DB9 and more.

  • GPS Protocol: NMEA 0183, version 2.3

  • Support Baud Rate: 4800bps to 115200bps, 9600bps by Default

  • NMEA Message: RMC, VTG, GGA, GSA, GSV, GLL

  • VCC: DC Voltage 3.3V~5.5V (Typical: 5V)



TOPGNSS  GNSS Receiver /GPS MOUSE                                        TOP103              Size: 87*75mm
Receiving Frequency bandGNSS L1, (GPS+GLONASS+GALILEO)Or (GPS+BEIDOU+GALILEO)Receiving channel72CH
Direction<0.5 DegreesRate<0.1m/s
Timing accuracy50 nsReference coordinate systemWGS-84
Maximum altitude50000MMaximum speed500 m/s
Acceleration<=4gTracking sensitivity-167dBm
Capture the sensitivity-167dBmStandard clock pulse0.25Hz-1KHz
Location update rate1Hz-15Hz(default 1Hz，Only GPS mode supports 20HZ)The start up time32(typical)

Port interface(default)

RS232 port interface(default)

RS232 port interface(default)

Customizable UART/TTL, USB, RS485, RS422

Warm start time28(typical)

Hot start

1(typical)AGPS3s

Output

NMEA 0183 V4.1(GNGGA,GGSA,GNGSV,GNRMC,GNVTG,GNGLL)protocol,UBX

Electrical interface

Wide voltage range: the main power supply 3.3-5V, Owned RTC Power

Data rate

9600bps(default) (optional: 1200,2400,4800,19200,38400,57600,115200,230400,460800,921600)

Cable length

5.0 meters（Support 2m, 3m, 10m, 15m, 20m customization）C/A Code,1023MHz code stream

Connector

DB9 female (support customization)

Positioning performance

<2.0M(Autonomous)(50%) <1.5M(SBAS)

Fixing method

With fixed bracketWater release ratingIP67

Normal working conditions

ParametersMinStandardMax
The power supply voltage(V)7.012.024.0
Working temperature(ºC)-40--85
Working current(mA)3545


55


Connector DB 9 Pin Out:

DB9 female Pin Description:

Interface

PIN

PIN Name

I/0

Description

DB9  Female

2

TX

I

RS-232   Serial Data Output

3

RX

O

RS-232   Serial Data INput

5

GND

I

Ground

9

VCC

G

DC 5.0V supply input,Typical:5.0V

External power supply:=+5.0vDC      Pin=2+GPS Tx    Pin 3=GPS Rx      Pin 5=GND



Output NMEA0183   protocol sample:

                                                     

XXGGA,XXRMC,XXGSV,XXGSA,XXVTG,XXGLL

Configured GNSS

Talker ID

GPS，SBAS,QZSS

GP

GLONASS

GB

BeiDou

GB

Galileo

GA

Any combination   of GNSS

GN

06:26:28  $GNRMC,062628.00,A,2235.51231,N,11353.49967,E,0.005,,090721,,,D,V*05

06:26:28  $GNVTG,,T,,M,0.005,N,0.010,K,D*3C

06:26:28    $GNGGA,062628.00,2235.51231,N,11353.49967,E,2,12,0.73,26.6,M,-2.9,M,1.0,3344*41

06:26:28  $GNGSA,A,3,02,20,12,17,09,19,05,25,13,50,,,1.83,0.73,1.68,1*01

06:26:28    $GNGSA,A,3,69,83,68,,,,,,,,,,1.83,0.73,1.68,2*09

06:26:28    $GNGSA,A,3,09,12,04,36,25,11,24,,,,,,1.83,0.73,1.68,3*08

06:26:28  $GNGSA,A,3,08,11,07,14,13,34,10,,,,,,1.83,0.73,1.68,4*0B

06:26:28    $GPGSV,4,1,14,02,47,347,43,05,37,245,42,06,42,037,41,09,22,053,37,1*6C

06:26:28    $GPGSV,4,2,14,11,48,352,45,12,34,280,40,13,14,183,31,17,27,132,39,1*62

06:26:28  $GPGSV,4,3,14,19,49,121,42,20,58,277,43,25,12,307,36,28,,,35,1*54

06:26:28    $GPGSV,4,4,14,41,46,237,43,50,60,149,41,1*6D

06:26:28    $GPGSV,2,1,07,05,37,245,42,06,42,037,44,09,22,053,40,11,48,352,46,6*66

06:26:28    $GPGSV,2,2,07,12,34,280,40,17,27,132,38,25,12,307,37,6*52

06:26:28  $GPGSV,1,1,01,40,20,257,,0*52

06:26:28    $GLGSV,2,1,07,68,44,033,46,69,76,166,47,73,07,231,33,74,08,276,32,1*76

06:26:28    $GLGSV,2,2,07,82,16,104,33,83,43,060,32,84,29,343,35,1*49

06:26:28    $GLGSV,2,1,06,68,44,033,39,69,76,166,40,73,07,231,31,82,16,104,31,3*7B

06:26:28    $GLGSV,2,2,06,83,43,060,35,84,29,343,38,3*78

06:26:28  $GLGSV,1,1,01,70,17,202,,0*49

06:26:28    $GAGSV,3,1,09,04,54,083,49,09,45,175,47,11,50,008,46,12,28,076,41,2*74

06:26:28    $GAGSV,3,2,09,14,43,320,52,19,09,040,33,24,18,196,41,25,28,252,44,2*73

06:26:28  $GAGSV,3,3,09,36,22,312,41,2*4F

06:26:28    $GAGSV,3,1,09,04,54,083,40,09,45,175,41,11,50,008,41,12,28,076,31,7*7E

06:26:28    $GAGSV,3,2,09,14,43,320,46,19,09,040,26,24,18,196,36,25,28,252,36,7*72

06:26:28  $GAGSV,3,3,09,36,22,312,38,7*44

06:26:28  $GAGSV,1,1,02,02,12,302,,05,03,203,,0*71

06:26:28    $GBGSV,2,1,08,07,41,190,41,08,48,354,44,10,51,221,43,11,47,092,43,1*78

06:26:28    $GBGSV,2,2,08,13,46,322,45,14,71,044,46,16,25,166,39,34,28,112,40,1*7D

06:26:28  $GBGSV,2,1,08,06,28,161,43,07,41,190,44,08,48,354,47,10,51,221,45,3*78

06:26:28    $GBGSV,2,2,08,11,47,092,48,13,46,322,47,14,71,044,48,16,25,166,42,3*70

06:26:28    $GBGSV,3,1,09,01,47,123,,03,65,189,,04,33,110,,05,24,255,,0*7B

06:26:28    $GBGSV,3,2,09,05,24,255,,09,12,183,,12,04,121,,23,06,229,,0*75

06:26:28  $GBGSV,3,3,09,23,06,229,,0*40

06:26:28    $GNGLL,2235.51231,N,11353.49967,E,062628.00,A,D*78

06:26:29    $GNRMC,062629.00,A,2235.51231,N,11353.49967,E,0.008,,090721,,,D,V*09

06:26:29  $GNVTG,,T,,M,0.008,N,0.015,K,D*34

06:26:29    $GNGGA,062629.00,2235.51231,N,11353.49967,E,4,12,0.73,26.6,M,-2.9,M,1.0,3344*40


(1) Possible values for status: V = Data invalid, A = Data valid

(2) Possible values for quality: 0 = No fix, 1 = Autonomous GNSS fix, 2 = Differential GNSS fix, 4 =

RTK fixed, 5 = RTK float, 6 = Estimated/Dead reckoning fix

(3) Possible values for navMode: 1 = No fix, 2 = 2D fix, 3 = 3D fix

(4) Possible values for posMode: N = No fix, E = Estimated/Dead reckoning fix, A = Autonomous

GNSS fix, D = Differential GNSS fix, F = RTK float, R = RTK fixed

Flags in NMEA 4.10 and above

(1) Possible values for status: V = Data invalid, A = Data valid

(2) Possible values for quality: 0 = No fix, 1 = Autonomous GNSS fix, 2 = Differential GNSS fix, 4 =

RTK fixed, 5 = RTK float, 6 = Estimated/Dead reckoning fix

(3) Possible values for posMode: N = No fix, E = Estimated/Dead reckoning fix, A = Autonomous

GNSS fix, D = Differential GNSS fix, F = RTK float, R = RTK fixed



TOPGNSS Support customized GNSS   receiver GNSS chip specifications:


GNSS chips

Brand

   Chip Model

Remarks


U-blox

UBX-M8030-KT

UBX-G7020-KT

UBX-G6010-ST

GNSS L1



MTK

MT3335

MT3333

MT3331

MT3337

Support custom NMEA data encryption


ALLYSTAR

HD8040

HD8020

GNSS:L1+L5


SIRF

SIRF4

SIRF5

GNSS:L1


TOPGNSS GNSS Receiver Accept custom   type:

GNSS mode, special data, structure,   size, logo, cable length, connector specification, installation and fixing   method.


If you have other special   requirements, please feel free to contact us.

      info@topgnss.com


TOP103 GPS receiver connector specifications

Primary CompetitiveAdvantages

•          Small Orders Accepted

（Support sample purchase and small batch   customization）

•          Quality Approvals （CE,FCC,ROHS)

•          Service（rapid mass customization OEM / ODM）

•          Reputation (TOPGNSS)

Shipping   Information

Lead Time:3-30days

FOB Port:Shen Zhen China

Payment Details

Payment Method: L/C or T/T in Advance

Main Export   MPayment Details

•          Asia

•          Australasia

•          Central/South America

•          Eastern Europe

•          North America

•          Western Europe

•          Mid East/Africa

Transportation   logistics

FedEX

UPS

DHL

Tips:Support guests to send goods using   their signed logistics express

FAQ

Q: Can I get a sample of GNSS receiver?

A: Yes, you can also purchase the samples you need through our online store. When purchasing in bulk, we can refund the sample cost.


Q: Is the GNSS receiver 100% assembled in stock?

A: No, all GNSS antennas will be reassembled according to your order (including samples).


Q: What is the delivery time?

A: 3-5 working days for samples, 10-15 working days for quantities below 5K.


Q: Can I use my own LOGO or design on the product?

A: Yes, the logo and mass production design can be customized.


Q: What is the payment term?

Answer: T/T, Paypal, Western Union, etc.


Q: Can I visit your company?

A: Of course, you are welcome at any time.


Q: How long is the warranty period?

A: One year for antennas, half a year for assembling cables and connectors



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