High-Tech Precision. High-Touch Service
GEOMATE GBase GNSS
USER GUIDE
Survey & Construction | March 2026
GEOMATE GBase GNSS USER GUIDE
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Table of Content
Table of Content
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2
Preface
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6
Copyright
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6
Copyright
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6
Trademarks
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6
Safety Warnings
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6
FCC Statement
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6
CE Interference Statement
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7
Brazil
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7
Conformity to Japanese regulations
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7
1 Introduction
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8
1.1 Safety Information
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8
1.2 Regulations and Safety
........................................................................................................
8
1.3 Technical Support
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9
1.4 Disclaimer
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9
1.5 Your Comments
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9
2 Getting Started with GBase
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10
2.1 About the Receiver
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10
2.2 Parts of the Receiver
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10
2.2.1 Front Panel
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10
2.2.2 Lower housing and ports
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12
2.3 Batteries and Power
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13
2.3.1 Internal Batteries
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13
2.3.2 Charging the Battery
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13
2.3.3 Battery Safe
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14
2.4 Inserting Battery and SIM Card
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14
2.4.1 Inserting battery
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15
2.4.2 Inserting SIM card
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2.5 Product Basic SupplyAccessories
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2.6 Connecting to a Controller
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2.6.1 Connecting via Wi-Fi with Matesurvey Software
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18
2.6.2 Connecting via Bluetooth with Matesurvey Software
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2.7 Downloading Logged Data
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2.7.1 FTP Download
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3 Front Panel Operation
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3.1 Main Operation Menus
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3.2 Configure the Working Mode
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4 Equipment Setup and Operation
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27
4.1 Post-processing Base Station Setup
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4.2 Real-Time Base Station
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28
4.2.1 Real-Time Base Station Setup
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29
4.2.2 Ultra Base
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30
4.3 Real-Time Rover Station
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4.3.1 Real-Time Rover Station Setup
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32
4.3.2 Ultra Rover
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33
5 Configuring Through a Web Browser
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35
5.1 Status Menu
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5.1.1 Position Submenu
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5.1.2 Activity Submenu
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37
5.1.3 Google Map Submenu
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5.2 Satellites Menu
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5.2.1 Tracking Table Submenu
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5.2.2 Tracking Info. Table Submenu
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39
5.2.3 Tracking Skyplot Submenu
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5.2.4 Satellite Activation Submenu
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5.2.5 Tracking Enable Submenu
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5.3 Receiver Configuration Menu
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41
5.3.1 Description
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41
5.3.2 Antenna Configuration Submenu
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5.3.3 Reference Station Settings Submenu
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5.3.4 Receiver Reset Submenu
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5.3.5 Languages Submenu
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5.3.6 User Management Submenu
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5.3.7 HCPPP Settings
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5.4 Data Recording Menu
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45
5.4.1 Log Settings Submenu
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5.4.2 FTP Push Settings Submenu
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5.4.3 FTP Push Log Submenu
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49
5.5 IO Settings Menu
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49
5.5.1 IO Settings Submenu
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49
5.6 Network Setting Menu
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5.6.1 Description Submenu
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55
5.6.2 Mobile Network Setting Submenu
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56
5.6.3 Email Alarm Submenu
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5.6.4 HTTP Submenu
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5.6.5 HTTPS Submenu
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5.6.6 FTP Service Submenu
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58
5.7 Module Setting Menu
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58
5.7.1 Description Submenu
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58
5.7.2 WiFi Submenu
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59
5.7.3 Bluetooth Settings Submenu
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59
5.7.4 Radio Settings Submenu
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59
5.7.5 IMU Settings Submenu
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60
5.8 Firmware Menu
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60
5.8.1 Firmware Info Submenu
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61
5.8.2 Hardware Version Submenu
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61
5.8.3 Config File Submenu
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61
5.8.4 System Log Download Submenu
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62
5.8.5 User Log Submenu
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62
5.8.6 Firmware Update Submenu
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Preface
Copyright
Copyright
GEOMATE | GEOMATE POSITIONING PTE. LTD. All rights reserved. The
GEOMATE are trademark of GEOMATE POSITIONING PTE. Limited. All other
trademarks are the property of their respective owners.
Trademarks
All product and brand names mentioned in this publication are trademarks of their
respective holders.
Safety Warnings
The Global Positioning System (GPS) is operated by the U.S. Government, which is
solely responsible for the accuracy and maintenance of the GPS network. Accuracy can
also be affected by poor satellite geometry and obstructions, like buildings and heavy
canopy.
FCC Statement
This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference in a residential installation. This
equipment generates uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not occur in a
particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the
user is encouraged to try to correct the interference by one or more of the following
measures:
-- Reorient or relocate the receiving antenna.
-- Increase the separation between the equipment and receiver.
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-- Connect the equipment into an outlet on a circuit different from that to which the
receiver is connected.
-- Consult the dealer or an experienced radio/TV technician for help.
This device complies with part 15 of the FCC Rules. Operation is subject to the
following two conditions:
(1) This device may not cause harmful interference, and (2) this device must accept any
interference received, including interference that may cause undesired operation.
Changes or modifications not expressly approved by the party responsible for
compliance could void the user's authority to operate the equipment.
To maintain compliance with FCC's RF Exposure guidelines, This equipment should be
installed and operated with minimum distance 60cm between the radiator and your body:
Use only the supplied antenna.
CE Interference Statement
Declaration of Conformity: Hereby, GEOMATE POSITIONING PTE. LTD. declares that
this GBase is in compliance with the essential requirements and other relevant provisions
of Directive 2014/53/EU. A copy of the Declaration of conformity can be found at
GEOMATE POSITIONING PTE. LTD.
Brazil
Este equipamento nÃao tem direito à protecao contra interferência prejudicial e nao pode
causar interferência em sistemas devidamente autorizados. Para maiores informacöes,
consulte o site da ANATEL-www.anatel.gov.br.
Conformity to Japanese regulations
Japanese Radio Law and Japanese Telecommunications Business Law Compliance.
• This device is granted pursuant to the Japanese Radio Law and the Japanese
Telecommunications Business Law.
• This device should not be modified (otherwise the granted designation number will
become invalid)
.
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1 Introduction
The GBase GNSS Receiver User Guide describes how to set up and use the GEOMATE GBase
GNSS receiver. In this manual, “the receiver” refers to the GBase GNSS receiver unless
otherwise stated. Even if you have used other Global Navigation Satellite Systems (GNSS)
products before, GEOMATE recommends that you spend some time reading this manual to
learn about the special features of this product.
1.1 Safety Information
An absence of specific alerts does not mean that there are no safety risks involved.
A Warning or Caution information is intended to minimize the risk of personal injury and/or
damage to the equipment.
WARNING - A Warning alerts you to a potential misused or wrong setting of the
equipment.
CAUTION - A Caution alerts you to a possible risk of serious injury to your person
and/or damage to the equipment.
1.2 Regulations and Safety
The receivers contain a built-in wireless modem for signal communication through Bluetooth
wireless technology or through external communication datalink. Regulations regarding the use
of the wireless modem vary greatly from country to country. In some countries, the unit can be
used without obtaining an end-user license. However, in some countries, the administrative
permissions are required. For license information, consult your local dealer. Bluetooth operates
in license-free bands.
Before operating a GBase GNSS receiver, determine if authorization or a license to operate the
unit is required in your country. It is the responsibility of the end-user to obtain an operator's
permit or license for the receiver for the location or country of use.
Use and Care
This receiver is designed to withstand the rough environment that typically occurs in the field.
However, the receiver is high-precision electronic equipment and should be treated with
reasonable care.
CAUTION - Operating or storing the receiver outside the specified temperature range
will cause irreversible damage.
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1.3 Technical Support
If you have a problem and cannot find the information you need in this manual or GEOMATE
website (www.geomate.sg), contact your local GEOMATE dealer from which you purchased
the receiver(s).
If you need support, please contact us by email (support@geomate.sg)
1.4 Disclaimer
Before using the receiver, please make sure that you have read and understood this User Guide,
as well as the safety information. GEOMATE holds no responsibility for the wrong operation
by users and for the losses incurred by the wrong understanding about this User Guide.
However, GEOMATE reserves the rights to update and optimize the contents in this guide
regularly. Please contact your local GEOMATE dealer for new information.
1.5 Your Comments
Your feedback about this user guide will help us to improve it in future revision. Please email
your comments to support@geomate.sg
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2 Getting Started with GBase
2.1 About the Receiver
The GBase GNSS receiver is a professional GNSS base station. The working performance is
close to GNSS receiver with external radio, but users do not need to carry heavy external battery,
external radio, and radio antenna. 5W internal radio ensures that the end user can reach 8 km
work range. It supports the radio interference checking technology, judge the radio signal real
time, make sure user can select the most suitable channel to use.
The LCD panel enables user to check satellite-tracking status, internal battery status, Wi-Fi
status, working mode, data logging status and basic receiver information. Bluetooth and Wi-Fi
technology provides cable-free communication between the receiver and controller.
The receiver can be used as the part of an RTK GNSS system with Matesurvey software.
To configure the receiver for performing a wide variety of functions, you can use the web
interface by connecting the receiver with PC or smartphone through Wi-Fi.
2.2 Parts of the Receiver
The operating controls are all located on the front panel. Battery compartment and SIM card
slot are on the bottom. Serial port is located on the bottom of the unit. The radio antenna port is
located on the top of the unit.
2.2.1 Front Panel
The following figure shows a front view of the receiver.
Front Panel
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Satellite
LED
Correction
LED
Function button
Power button
The front panel contains two indicator LEDs and one button.
Name
Description
Correction LED (Orange\
Green)
Indicates whether the receiver is transmitting
differential data.
The green LED flashes once per second when As a
Base station: successfully transmitting differential
data.
As a Rover station: successfully receiving differential data
from Base station.
Satellite LED (Blue)
Shows the number of satellites that the receiver has
tracked.
When the receiver is searching satellites, the blue LED
flashes once every 5 seconds.
When the receiver has tracked N satellites, the blue
LED will flash N times every 5 seconds.
Fn button
Move to next line of the menus or options.
Move to next character of the value that you want to
make change.
Cancel the change you make on a function.
Power button
Works as a Power button:
Press and hold this button for 3 seconds to turn on or
turn off the receiver.
Works as a Confirm button
Hold Fn button and press this button for 5 times
continuously to reset the mainboard.
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2.2.2 Lower housing and ports
The lower housing contains one SIM card slot, two battery compartments, one communication
and power port, one 5/8-11 threaded insert, and one nameplate.
TNC radio antenna
connector
Name plate
IO serial communication and
power in port
Battery compartiment
5/8-11 threaded
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Port
Name
Description
IO port
Users can use a 7-pin cable to transmit
differential data to an external radio.
Radio antenna
connector
Connect a radio antenna to internal radio of
the receiver. And this connector is not used if
you are using an external radio.
2.3 Batteries and Power
2.3.1 Internal Batteries
The receiver has two rechargeable Lithium-ion batteries, which can be removed for charging.
2.3.2 Charging the Battery
The rechargeable Lithium-ion battery is supplied partially charged. Charge the battery
completely before using it for the first time. To charge the battery, first remove the battery from
the receiver, and then place it in the battery charger which is connected to AC power.
WARNING – Charge and use the rechargeable Lithium-ion battery only in strict
accordance with the instructions. Charging or using the battery in unauthorized
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equipment can cause an explosion or fire and can result in personal injury and/or
equipment damage.
To prevent injury or damage:
1.Do not charge or use the battery if it appears to be damaged or leaking.
2.Charge the Lithium-ion battery only in a GEOMATE product that is specified to charge it. Be
sure to follow all instructions that are provided with the battery charger.
3.Discontinue charging a battery that gives off extreme heat or a burning odor.
4.Use the battery only in GEOMATE equipment that is specified to use it.
5.Use the battery only for its intended use and according to the instructions in the product
documentation.
2.3.3 Battery Safe
WARNING – Do not damage the rechargeable Lithium-ion battery. A damaged battery
can cause an explosion or fire and can result in personal injury and/or property damage.
To prevent injury or damage:
1.Do not use or charge the battery if it appears to be damaged. Signs of damage include, but are
not limited to discoloration, warping, and leaking battery fluid.
2.Do not expose the battery to fire, high temperature, or direct sunlight.
3.Do not immerse the battery in water.
4.Do not use or store the battery inside a vehicle under hot weather condition.
5.Do not drop or puncture the battery.
6.Do not open the battery or short-circuit its contacts.
WARNING – Avoid contact with the rechargeable Lithium-ion battery if it appears to be
leaking. Battery fluid is corrosive and contact with it can result in personal injury and/or
property damage.
7.If the battery leaks, avoid with the battery fluid.
8.If battery fluid gets into your eyes, immediately rinses your eyes with clean water and seek
medical attention. Please do not rub your eyes!
9.If battery fluid gets onto your skin or clothing, immediately use clean water to wash off the
battery fluid.
2.4 Inserting Battery and SIM Card
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2.4.1
Inserting battery
a.Push down the spring-loaded button on the battery cover to open the cover.
b.Put the battery into the GBase slot, lock the battery as the picture shows like below.
Close the battery cover to prevent water immersion.
To remove the battery, unlock the battery from the slot first.
2.4.2 Inserting SIM card
Push down the spring-loaded button on the battery cover to open the cover.
Insert the SIM card with the contacts facing downward, as indicated by the SIM card icon on
the battery slot.
Push back
Battery cover
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Close the battery cover to prevent water immersion.
To eject the SIM card, slightly push it in to trigger the spring-loaded release mechanism
Insert the SIM card with the contacts facing upward, as indicated by the SIM card icon next to
the SIM card slot.
To eject the SIM card, slightly push it in to trigger the spring-loaded release mechanism.
Tip – The SIM card is provided by your cellular network service provider.
SIM slot
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2.5 Product Basic Supply Accessories
Item
Picture
GBase GNSS Receiver
UHF Bar Antenna (450-470 MHz)
Lithium Battery
H.I. Tape
Extension pole
C300 Pedestal charger
C300 Power Adapter with Cord
Tribrach adaptor
Tribrach with optical plummet
Auxiliary H.I. Tool
Transport Hard Case
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2.6 Connecting to a Controller
2.6.1 Connecting via Wi-Fi with Matesurvey Software
Turn on the controller → run Matesurvey → tap Connect.
In the Connect screen, select GEOMATE for the Brand field, GBase for Model field, WIFI for
Contact type field.
Tap the WiFi icon to select the hot spot → Switch on the WiFi module by the top switch →
select the target device in the list.
Tap the Connect button to build the connection.
2.6.2 Connecting via Bluetooth with Matesurvey Software
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Turn on the controller → run Matesurvey → tap Connect.
In the Connect screen, select GEOMATE for the Brand field, GBase for Model field, Bluetooth for
Contact type field.
Tap the Search icon and turn on the Bluetooth function to search Bluetooth device around →
select(pair) the target device in the list → Tap back button → select the target device in the
target list.
Tap the Connect button to build the connection.
2.7 Downloading Logged Data
Data logging involves the collection of GNSS measurement data over a period at a static point
or points, and subsequent post-processing of the information to accurately compute baseline
information. Data logging using receivers requires access to suitable GNSS post-processing
software such as the MateOffice Software.
2.7.1 FTP Download
The procedures of downloading logged data through FTP are as follows:
(1)Switch on the receiver, search its Wi-Fi in the computer and connect.
(2)After the successful connection, open the file manager in the computer and input
“ftp://192.168.1.1” in the address box.
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(3)Input user name and password, the default user name and password are “ftp”.
(4)Double click the folder “repo_receiver SN” (take xxxxxxxx as example), you will see 2
folders. The “push_log” folder is used to save the log files, and another folder represents
different logging sessions and are used for store static data.
(5)Double click the folder that you have configured to store the static data, you will see the
folder(s) created by the GBase system automatically and named by the date which is decide by
GPS time when you start to log data.
(6)Select the destination folder and double click it, two folders named as different data format
(gcn and rinex) will be displayed.
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(7)Select the data format that you configured to save the static data, you will find the static raw
data.
Notes: For gcn files, the name of the file is represented as XXXXXXDDDNN, where
XXXXXX is the SN of the receiver, DDD is day of year, and NN is the recording session.
W
ARNING – The static data will be saved in the first logging session, the “record_1”
folder, by default. Old files will be deleted if the storage space is full. If you configure not
to auto delete old files when the memory is low, the receiver will stop data logging.
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3 Front Panel Operation
The front panel contains one LCD screen, two indicator LEDs, and two buttons. The operating
controls are all located on the front panel.
3.1 Main Operation Menus
The top-level menu of the front panel includes 6 parts: Status, mode, static and info. Status
shows satellites, receiver solution and the power percentage. Mode is the important part which
illustrate the work mode and users can select the mode according to their needs. Static is used to
set static mode. Info is the basic information of firmware such as SN, PN, etc.
The details of main operation are as follows and they are concluded two tables. The first table includes 5
parts: Info, SV, Power, Data and Set and the second table displays details of Data.
Top-level
Menu
Second-level Menu
Description
Status
Satellites
Indicate the total number of satellites that have been tracked
and the number of satellites tracked of each constellation,
where G represents GPS, R represents GLONASSS, C
represents BeiDou, S represents SBAS, and E represents
Galileo.
Power
Indicates the remaining power of the battery inserted in the
left (B) and right (A) battery compartment.
WIFI ON/OFF
Press Enter to turn on or turn off WIFI
Network status
displays the if a SIM card inserts the RTK
Back
Press Enter to back to last page
Mode
Ultra Base
Base External UHF
Base Internal UHF
Base APIS
Base External UHF & APIS
Rover APIS
Rover UHF
Rover NTRIP
Back
Press Enter button to enter the configuration screen of the
selected working mode.
• More operation information, see 3.2 Configure the
Working Mode.
Static
Set on/off
Press Enter button to switch static measurement on or off.
Recording
Display the time of recording
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Advance
d
Sample
Press Enter to change sample interval (1s, 2s, 5s, 10s, 15s,
30s, 1m)
Elev Mask
degree
Press Enter button to change the mask degree from 0 degree
to 90 degrees.
Duration
• Press Enter button to enter Duration Time Setting screen.
• In the Duration Time Setting screen, press Fn button to
move to the character of the duration time value user want
to make change, and then press Enter button to change
from 0 to 9. After the change has been done, user can press
Fn button to move to OK field, and then Press Enter button
to save the change and back to the second-level menu; or
press Fn button to move to Cancel field and press Enter
button to cancel the change and back to the second-level
menu.
Measurement
phase Center
Press Enter button and switch height between oblique,
vertical, phase center.
Antenna Height
Press Enter button and input the measured antenna height.
Back
Press Enter button to back to the last menu.
OK
Press Enter to complete settings.
Back
Press Enter button to back to the top-level menu.
Info
SN
PN
Register
Sleep Time
Version
IMEI
Language
Back
Describe the main information of this machine. SN displays
the Serial Number of the receiver. PN displays the Part
Number of the receiver. Register displays the expiry date of
registration code. Press Enter to select sleep time including
5s, 10s, 30s, 1min, 30min. Version displays the firmware
version. IMEI is International Mobile Equipment Identity
which is used to identify the RTK. Press Enter to change
languages. Press back to go back to the previous menu.
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3.2 Configure the Working Mode
7 working modes are provided for quickly setting up an RTK base station or rover station. Users
can configure each working mode through the front panel as follows:
Top-level
Menu
Second-level Menu
Description
Ultra Base
/
Reserved for the Ultra Base mode.
Base
External
UHF
Mode Base External UHF
The title of this configuration screen.
Format
Press Enter to select correction format (RTD, CMR,
RTCMv2.3, RTCMv3 and RTCMv3.2).
OK
Press Enter button to save the settings and back to the
top-level menu, and then this working mode can take
effect.
Cancel
Press Enter button to cancel the settings and back to the
second-level menu.
Base Internal
UHF
Mode Base External UHF
The title of this configuration screen.
Protocol
Press Enter to select current protocol ( Transparent,
TT450s, Satel 3AS, LongRun)
Channel
Press Enter to change the channel
Baud
Press Enter to select Baud (4800, 9600 and 19200)
Power
Press Enter button to change the transmitting power (1
w,2 w,5 w).
Format
Press Enter to select correction format (RTD, CMR,
RTCMv2.3, RTCMv3 and RTCMv3.2).
OK
Press Enter button to save the settings and back to the
top-level menu, and then this working mode can take
effect.
Cancel
Press Enter button to cancel the settings and back to the
second-level menu.
Base APIS
Mode Base APIS
The title of this configuration screen.
Format
Press Enter to select correction format (RTD, CMR,
RTCMv2.3, RTCMv3 and RTCMv3.2).
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IP
Press Enter to enter third-level menu to select IP or press
Customized IP to customize your own IP
Port
Press Enter button to change the port from 9901 to 9920.
OK
Press Enter button to save the settings and back to the
top-level menu, and then this working mode can take
effect.
Cancel
Press Enter button to cancel the settings and back to the
second-level menu.
Base
External
UHF & APIS
Mode Base External UHF &
APIS
The title of this configuration screen.
Way External UHF+APIS
Display the way of base station combination.
Format
Press Enter to select correction format (RTD, CMR,
RTCMv2.3, RTCMv3 and RTCMv3.2).
IP
Press Enter to enter third-level menu to select IP or press
Customized IP to customize your own IP
Port
Press Enter button to change the port from 9901 to 9920.
OK
Press Enter button to save the settings and back to the
top-level menu, and then this working mode can take
effect.
Cancel
Press Enter button to cancel the settings and back to the
second-level menu.
Rover APIS
Mode Rover APIS
The title of this configuration screen.
Base ID
Press Enter to enter third-level menu to change Base ID
IP
Press Enter to enter third-level menu to select IP or press
Customized IP to customize your own IP
Port
Press Enter button to change the port from 9901 to 9920.
OK
Press Enter button to save the settings and back to the
top-level menu, and then this working mode can take
effect.
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Cancel
Press Enter button to cancel the settings and back to the
second-level menu.
Rover UHF
Mode Rover UHF
The title of this configuration screen.
Protocol
Press Enter to select current protocol ( Transparent,
TT450s, Satel 3AS, LongRun)
Channel
Press Enter to change the channel
Baud
Press Enter to select Baud (4800, 9600 and 19200)
OK
Press Enter button to save the settings and back to the
top-level menu, and then this working mode can take
effect.
Cancel
Press Enter button to cancel the settings and back to the
second-level menu.
Rover
NTRIP
Mode Rover NTRIP
The title of this configuration screen.
Status
Indicates the login status.
OK
Press Enter button to save the settings and back to the
top-level menu, and then this working mode can take
effect.
Cancel
Press Enter button to cancel the settings and back to the
second-level menu.
Back
Press Enter button to back to the top-level menu.
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d
4 Equipment Setup and Operation
4.1 Post-processing Base Station Setup
For good performance, the following base station setup guidelines are recommended:
Components:
a
f
b
c
No.
Name
a
GBase GNSS receiver
b
Extension pole (30 cm)
c
Tribrach adaptor
d
Tribrach w/ Opti
e
Aluminum tripod
f
Lithium battery
Steps:
e
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a
g
b
h
c
d
e
f
(1)
Put tripod in the target position, center and level it roughly.
(2)
Place and lock the tribrach in the tripod.
(3)
Insert the batteries into the receiver.
(4)
Screw the receiver onto the tribrach.
(5)
Center and level the receiver more precisely.
(6)
Connect the receiver to external battery by using external power cable if necessary.
(7)
Connect the receiver to external storage disk by using USB cable if necessary.
(8)
Turn on the receiver by pressing the power button for 3s.
(9)
Measure the antenna height by using H.I. tape and auxiliary H.I. tool.
(10)
Press the function button to select Data to start recording static raw.
If work with a data controller:
(1)
Switch on the data controller and connect it to the receiver.
(2)
Use software to configure the receiver as static mode.
4.2 Real-Time Base Station
For good rover operation, the following base station setup guidelines are recommended:
Components:
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No.
Name
a
UHF whip antenna
b
GBase GNSS receiver
c
Extension pole (30 cm)
d
Tribrach adaptor
e
Tribrach w/ Opti
f
Aluminum tripod
g
Nino SIM card (12 mm x 9 mm)
h
Lithium battery
4.2.1
Real-Time Base Station Setup
Steps:
(1)
Put tripod in the target position, center and level it roughly.
(2)
Place and lock the tribrach in the tripod.
(3)
Insert the batteries into the receiver.
If work as a cellular base station, the SIM card need to be inserted before the batteries.
(4)
Screw the receiver onto the tribrach.
(5)
Center and level the receiver more precisely.
If work as a UHF base station, the UHF whip antenna need to be connected to the receiver.
(1)
Connect the receiver to external battery by using external power cable if necessary.
(2)
Connect the receiver to external storage disk by using USB cable if necessary.
(3)
Turn on the receiver by pressing the power button for 3 s.
(4)
Measure the antenna height by using H.I. tape and auxiliary H.I. tool.
(5)
Switch on the data controller and connect it to the receiver.
(6)
Use software to configure the receiver as cellular base or UHF base mode.
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4.2.2
Ultra Base
Steps:
(1)
Connect to the receiver, locate GNSS Base in the Configure interface, and select Ultra Base:
(2)
We can choose whether to start from a known position. Click the Start option to initialize
Ultra Base.
(3)
Upon the successful completion of the configuration, the operating mode of the base station
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can be queried and verified in the MateSurvey interface.
(4)
Furthermore, the Instrument Info option provides access to comprehensive device details,
through which the active data link can be verified and confirmed.
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4.3 Real-Time Rover Station
For good performance, the following rover station setup guidelines are recommended:
Components:
d
e
No.
Name
a
whip antenna
b
GBase GNSS receiver
c
2 M range pole w/bag
d
Micro SIM card (12 mm x 15 mm)
e
Lithium battery
4.3.1
Real-Time Rover Station Setup
Steps:
(1)
Insert the batteries into the receiver.
If work as a cellular rover station, the SIM card need to be inserted before the batteries.
a
b
c
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(2)
Screw the receiver onto the pole.
If work as a UHF rover station, the UHF whip antenna need to be connected to the receiver.
(3)
Turn on the receiver by pressing the power button for 3 s.
(4)
Switch on the data controller and connect it to the receiver.
(5)
Use software to configure the receiver as cellular rover or UHF rover mode.
(6)
Center and level the receiver more precisely.
4.3.2 Ultra Rover
(1)
Locate the GNSS Rover option in the Configure interface. In Ultra Rover, we can receive the
base station signal either by selecting the Nearby Base Station or entering the Ultra Base serial
number (SN).
(2)
After completing the Ultra Rover configuration, the successfully set Ultra Base status will be
displayed directly in the Configure interface.
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(3)
Furthermore, the Instrument Info option provides access to comprehensive device details,
through which the active data link can be verified and confirmed.
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5 Configuring Through a Web Browser
To connect to the receiver through a web browser:
1. Turn on the Wi-Fi of the receiver.
2. Search the wireless network named as GNSS-XXXXXXX (the SN of your receiver) on your
computer, and then establish the connection.
3. After the successful connection between your computer and the receiver, enter the IP address
(192.168.1.1) of the receiver into the address bar of the web browser on your computer:
4.The web browser prompts you to enter a login account and password:
The default login account for the receiver is:
Login Account: admin
Password: password
Note – Tick remember me option, and then the browser will remember the Login Account and
Password you entered.
5.Once you log in, the web page appears as follows:
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This web page shows the configuration menus on the left of the browser window, and the
setting on the right. Each configuration menu contains the related Submenus to configure the
receiver and monitor receiver performance.
This chapter describes each configuration menu.
To view the web page in another language, select the corresponding language name from the
dropdown list on the upper right corner of the web page.
Currently, these languages are available:
5.1 Status Menu
This menu provides a quick link to review the receiver's position information, satellites tracked,
runtime, current data log status, current outputs, available memory, and more.
5.1.1 Position Submenu
This page shows the relevant position information about the receiver's position solution which
including the position, DOP values, satellites used and tracked, and the receiver clock
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information.
5.1.2 Activity Submenu
Lists several important items to help you understand how the receiver is being used and its
current operating condition. Items include the identities of currently tracked satellites, internal
and external storage usage rate, how long the receiver has been operational, state of the internal
battery, power source state. With this information, it is easy to tell exactly what functions the
receiver is performing:
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5.1.3 Google Map Submenu
Tap this submenu to show the location of the receiver on Google map.
5.2 Satellites Menu
Use the Satellites menu to view satellite tracking details and enable/disable GPS,
GLONASS, BDS, Galileo SBAS and QZSS constellations. These menus include
tabular and graphical displays to provide all required information on satellite tracking
status.
5.2.1 Tracking Table Submenu
Provides the status of satellites tracked in general, such as the satellite ID, satellite
type, elevation angle, azimuth angle, L1 SNR, L2 SNR, L5 SNR, B1C SNR, B2A
SNR and enable/disable status of each one.
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5.2.2 Tracking Info. Table Submenu
The following figure is an example of satellite track diagram page. Users can
determine the satellite types and the corresponding SNR of L-band carriers to be
displayed in any combination.
5.2.3 Tracking Skyplot Submenu
The following figure is an example of Skyplot page.
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5.2.4 Satellite Activation Submenu
Use this menu to enable or disable satellites.
5.2.5 Tracking Enable Submenu
Use this menu to enable or disable satellite tracks.
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5.3 Receiver Configuration Menu
Use this menu to configure settings such as the antenna type and height, elevation
mask and PDOP setting, the reference station coordinates, receiver resetting and web
interface language:
5.3.1 Description
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This submenu shows the receiver information and reference station information,
including antenna related information, elevation mask angle, reference station work
mode and position, etc.
5.3.2 Antenna Configuration Submenu
Use this screen to configure all the items related to the GNSS antenna. You must enter
the correct values for all antenna-related fields, because the choices you make affect
the accuracy for logged data and broadcast correction data significantly:
5.3.3 Reference Station Settings Submenu
Use this screen to configure settings such as the station coordinates and the broadcast
station identifiers. You must enter accurate information in these fields, as this data
affects the accuracy of logged data files and broadcast correction data significantly:
For Reference Station Mode:
There are three modes available:
a)Auto Rover: The receiver will serve as a rover after this mode is enabled, and
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then receive correction data through the working mode set last time.
b)Auto Base: The receiver will serve as a base after this mode is enabled, and
then broadcast correction data based on coordinate inputted by user or
obtained through autonomous positioning automatically.
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c)Manual Base: The receiver will serve neither as a base nor a rover after this
mode is enabled. Users need to configure the receiver manually.
For Reference Latitude and Reference Longitude:
There are mainly three methods to enter the reference coordinates and shown as
follows:
a)Acquire Current Position: Click this button to acquire current position
obtained through autonomous positioning automatically.
b)Manual Input: Manually input the coordinate of a control point.
c)From CORS: After the receiver logging in CORS, the software can record the
coordinate of current position based on fix solution.
For Sample for Average:
Users can determine the positioning limit and sampling amount. The positioning limit
falls into two types:
a)Single Solution Coordinates: Collect the coordinates of receiver obtained
through autonomous positioning.
b)Fixed Solution Coordinates: Only collect coordinates of receiver with a fixed
solution.
After the configuration of positioning limit and sampling amount, click to
carry out sampling and averaging → the progress bar will show the progress → the
result will be served as the coordinate of current position.
If users need to save the changes, please tap button.
5.3.4 Receiver Reset Submenu
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Use this screen to completely or partially reset the receiver:
5.3.5 Languages Submenu
Use this screen to select the web interface language:
5.3.6 User Management Submenu
5.3.7 HCPPP Settings
Reserved menu.
5.4 Data Recording Menu
Use the Data Logging menu to set up the receiver to log static GNSS data and to view
the logging settings. You can configure settings such as observable rate, recording rate,
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continuous logging limit, and whether to auto delete old files when memory is low.
This menu also provides the controls for the FTP push feature:
5.4.1 Log Settings Submenu
Here shows the data logging status, including internal and external storage usage and
data logging status of each session. Also, users can configure the data logging settings
for each session, including recording name, store location, storage limit, store formats,
start time, etc.
To edit the settings of each session, click the Modify button to the right of the
required session, and then the Recording Edit screen appears:
Click advanced to see more settings.
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In this screen, you can configure all the data logging parameters, and determine
whether the recording files will be affected by the FTP Push. The parameters are
mainly as follows:
Auto Record: on or off.
Sample Interval: Select the observable rate from the dropdown list.
Elevation Mask: Enter the elevation mask.
Duration Time: Set the duration of data logging.
Site Name: Enter the name of the site.
Antenna Height: the measured height value.
Measure way: Antenna Phase Center, Vertical Height, Slant Height
Storage Format: Select the format of the data store.
RINEX Version: OFF, 3.02, 2.11
Start Date: Select Yes or No option to determine whether to auto record start
date.
Apply Time: Select Yes or No option to determine whether to auto record apply
time.
Integral Point Store: Select Yes or No option to determine whether to allow
receiver to save data every hour.
Circulating Memory: Select Yes or No option to determine whether to auto
delete old files if the storage space is full.
Repeat Observations: Select Yes or No option to determine whether to turn on
to record a single observation.
Store Location: Internal Storage, External Storage.
Assigned Storage: The assigned memory size of current thread(for example,
Record 1) is 10000MB
Observer: Enter the name of observer.
Observer Agency: Enter the name of observer agency.
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FTP Push: Decide whether to push the stored files to the FTP server of your
choice.
Tap button to save the settings and back to the Log Settings screen. Also,
users can click to abandon the changed settings and back to Log Settings
screen.
Note – To modify data logging parameters, make sure the data logging session is
switched off.
To switch on or off ANY data logging session, tap the ON or OFF button on the right
of the required session.
To delete the recorded files of ANY data logging session, tap the Clear button on the
right of the required session.
To delete the recorded files of ALL data logging sessions, tap the Clear ALL
Accounts button.
5.4.2 FTP Push Settings Submenu
Use this screen to configure the receiver to push stored files to the FTP server of your
choice. Only files that are configured to use FTP push are transmitted.
Tap Modify button on the right of the required FTP server and the FTP Push Settings
screen appears:
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5.4.3 FTP Push Log Submenu
Shows the related information about the recorded filed that be pushed. And users can
tap Clear Ftp Send Log button in the upper right corner to clear the log of FTP Push
operations.
5.5 IO Settings Menu
Use the IO Settings menu to set up all receiver outputs and inputs. The receiver can
output CMR, RTCM, Raw data, Ephemeris data, GPGGA, GPGSV, on TCP/IP, UDP,
serial port, or Bluetooth ports.
5.5.1 IO Settings Submenu
The following figure shows an example of the screen that appears when you select
this submenu. (Serial port setting is reserved menu)
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In this submenu, users can configure 6 types of input and output settings.
1. RTK Client
After configuring the settings of RTK client, users can log on CORS or APIS. Tap the
Connect button to the right → the IO Settings screen will appear → choose one of the
connection protocols among the NTRIP, APIS_BASE, APIS_ROVER and TCP →
configure the related parameters → click to log on CORS or APIS.
Connection Protocol: NTRIP
Connection Protocol: APIS_BASE
Connection Protocol: APIS_ROVER
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Connection Protocol: TCP
2. TCP/UDP_Client/NTRIP Server
Tap the Connect button on the right of required TCP/UDP Client → the IO Settings
screen will appear → select the connection protocol from TCP, UDP, NTRIP1.0 and
NTRIP2.0 → enter the IP and Port of the target server → configure messages that you
want to output to the target server → click to save and complete the
connection.
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Connection Protocol: TCP
Connection Protocol: UDP
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Connection Protocol: NTRIP1.0
Connection Protocol: NTRIP2.0
3. TCP Server/NTRIP Caster
Tap the Connect button to the right of required TCP Server/NTRIP Caster→ the IO
Settings screen will appear → select one of the connection protocols between NTRIP
and TCP → configure the other related parameters → click to save the
settings and open the server.
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Connection Protocol: TCP
Connection Protocol: NTRIP
4. Serial Port
Tap the Settings button on the right of Serial Port → the Serial Port Setup screen will
appear→ select Baud Rate used to transmit data → configure the messages that you
want to output through the serial port → click to save the settings and start
to transmit.
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5. Bluetooth
Tap the Settings button to the right of Bluetooth → the Bluetooth Set screen will
appear → configure the messages that you want to transmit through Bluetooth →
click to save the settings and start to transmit.
5.6 Network Setting Menu
Use this menu to view network information, configure the receiver’s mobile network,
set email alert for specific situation, configure HTTP or HTTPS port, and the
username and password of internal FTP site:
5.6.1 Description Submenu
Use this submenu to check the information of network setting.
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5.6.2 Mobile Network Setting Submenu
Use this submenu to configure GPRS model, network module and modify dialing
status.
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5.6.3 Email Alarm Submenu
Use this submenu to choose which situation of receiver will be alerted and input the
email address.
5.6.4 HTTP Submenu
Use this submenu to configure HTTP port.
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5.6.5 HTTPS Submenu
Use this submenu to configure HTTPS port.
5.6.6 FTP Service Submenu
Use this submenu to configure the user name and password of internal FTP site.
5.7 Module Setting Menu
Use this menu to check module information, configure WiFi, bluetooth, radio related
settings.
5.7.1 Description Submenu
Use this submenu to check the information of WiFi module, bluetooth module and
radio module.
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5.7.2 WiFi Submenu
Use this submenu to turn on/off WiFi function and modify password.
5.7.3 Bluetooth Settings Submenu
Use this submenu to turn on/off bluetooth function and modify PIN number.
5.7.4 Radio Settings Submenu
Use this submenu to turn on/off radio function and configure radio parameters.
Note:
Instruments of different batches support different radio station protocols.
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PN: A10523980909070005 supports LongRun\Transparent\ TT450\ Satel.
PN: A10502980903070005 supports Transparent\ TT450\ Satel.
5.7.5 IMU Settings Submenu
Use this submenu to turn on/off IMU function.
5.8 Firmware Menu
Use this menu to check the current firmware information, download the system log,
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update the receiver firmware, download, or update the configuration file and register
the receiver, and more:
5.8.1 Firmware Info Submenu
Use this submenu to check the current firmware information. The following figure
shows an example of the firmware information.
5.8.2 Hardware Version Submenu
Use this submenu to check the hardware information, including main board version
and core board version:
5.8.3 Config File Submenu
Use this submenu to update Configuration File.
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5.8.4 System Log Download Submenu
Use this submenu to download the system log of the receiver.
5.8.5 User Log Submenu
Use this submenu to download the user log. Tap Download to download current user
log; Tick items that you want to see on the user log and tap confirm button to confirm
selected user log.
5.8.6 Firmware Update Submenu
Use this submenu to load new firmware to the receiver across the network. Tap the
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Browse button to locate the upgrade file → tap Confirm button to confirm the
selected upgrading file and start upgrading.
Notes
It may take about 3 or 4 minutes to complete the firmware upgrading. Do not
touch the power button or unplug the power until the upgrading process
finishes, or damage will be caused to the receiver.
The receiver will restart after the firmware upgrading is done, so users need to
reconnect the receiver with your computer via Wi-Fi, and then log-in the
receiver through a web browser to continue the configuration.
5.8.7 GNSS Board Upgrade Submenu
Use this submenu to upgrade GNSS Board. Use this submenu to load new board to
the receiver across the network. Tap the Browse button to locate the upgrade file →
tap Confirm button to confirm the selected upgrading file and start upgrading.
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5.8.8 GNSS Registration Submenu
Use this submenu to register the receiver. Paste or enter the registration code to the
Registration Code field → tap Registration button to complete the registration.
Company Name
：
Geomate Positioning Pte. Ltd.
Address
：
38 BEACH ROAD #29-11, SOUTH BEACH TOWER, SINGAPORE 189767
Tel
：
+65 8944 9901
Email
：
Website
：
www.geomate.sg
This document is intended for general information purposes only. It
does not consider the reader’s specific circumstances and
environmental constraints of use of GNSS
