Getting connected to the Web Interface: Connection between the sensor and your device is established via Bluetooth.
☞ The following instructions are based on using Windows 10.
☞ For mobile devices it is only required to pair the sensor via Bluetooth.
Web Interface - Frame: The header section contains a status information bar. 
Home: The Home page is a pure status information page.You will find detailed
information on
• Position/Tracking Status of the connected antennas
• Status of the RTK link
• Status of the communication devices
• ConX and Analytics services
• SIM data usage
Sensor Configuration: The Configuration page allows for configuring device settings such as
• GNSS settings
• RTK Bridging/PPP settings
• Activation of a coordinate system
• Rover antennae settings
• Bluetooth, CAN and PPS
• Network settings for the Internet connection via WiFi, Ethernet or Cellular
modem
• NMEA
• Security
• Time
• System language
Use RTK Bridging to increase uptime when facing short outages on the RTK
infrastructure.
☞ RTK Bridging is available for all RTK formats.
Activate or de-activate PPP. PPP is a Precise Point Positioning service independent of RTK. Being independent from a reference station or a network,
it is required that the correct reference frame is selected/generated.
Set the PPS (Pulse Per Second) output parameters: Rate and Polarity. If configured, iCON aps 200 sends out an electric pulse at a specified interval time. For example, in order to activate another device.
Rate defines the interval at which the pulses are output, Polarity defines if the pulses are output at the negative or positive edge of the pulse. PPS output is possible using the serial port on the iCON aps 200. The PPS output source is a 0 V to +5.0 V signal referenced to Vin negative.
A different Talker ID can be manually entered once it is set to User. For CQ Control choose between Position only, Position & Height or Height only. When CQ Control is active the CQ Limit must be defined.
Antenna Transpose allows for streaming Antenna 1 and Antenna 2 positions on seperate outputs (NMEA Output 1 and NMEA Output 2).
Once an NMEA link is configured, each NMEA message can be set to stream
at the desired Rate.
Refer to NMEA Message Formats for more details on NMEA messages.
For ORP, besides the desired rate, the following output formats are available: Position 1, Position 1 & 2 or Position 1, 2 & Heading. The height is
set automatically according to the coordinate system used: Ellipsoidal for
WGS84 and Orthometric for Local Grid.
Refer to ORP – Orientation and Position for further information on ORP.
Security Configuration: The Security section on the Configuration page allows the configuration of a One-Time password as alternative login.
RTK Configuration: The RTK page allows for configuring the real-time kinematic data link. 
The required Bandwidth can be selected from the drop-down list. Bandwidth is dependent on the currently selected frequency.
FEC (Forward Error Correction) allows for safeguarding data integrity in determent of data throughput. This feature requires a match on both, Base and Rover, and availability is dependent on the selected transmission Protocol.
The current Status of the radio is shown.
RSSI indicates radio signal reception quality:
• High: ≥ −80 dBm
• Medium: −81 to −95 dBm
• Low: −96 to −105 dBm
☞ In order to use NTRIP/TCP as data link, an Internet connection is required.
☞ If you select SBAS as data link, an additional icon is displayed in the status information bar in the header of the web page.
Services: The Services page allows for active services to be configured.
☞ In order to make use of the available services, an internet connection must be established on the sensor. See also: Sensor Configuration
• Select which data shall be synchronised to or from ConX: You can upload System Config files, Coordinate Sytems, Log Files for Support or User Files. Select and click the Upload button. You can download System Config files, Coordinate Sytems, Antenna Lists, Licenses or User Files. Select and click the Download button.
• You can also download Firmware from ConX. If Firmware files are available for download, the Status turns to "Active" and you can select files from the list of Available Images. Select and click the Download button.
Utilities: The Utilities page allows for firmware updates, adding license keys and uploading antenna lists from the connected device or from a USB flash drive on the sensor.
☞ No internet connection required on the sensor. 
To delete files from the sensor, select a file from the drop-down list and click Delete.
Or Click Delete All to delete all User Files, all SSH Public Keys or all Coordinate Systems stored in the internal memory on the sensor.
System Info: The System Info page shows read-only information on the sensor hardware and system status. 
Support: The Support page allows for log files handling, service port configuration and resetting single components.
Support logs contain LB2 logs taken at a medium rate. If high rate LB2 logs
are needed, enable LB2 Logging.
☞ LB2 logs contain raw data information from the visible satellite signals and are required for troubleshooting position or tracking performance issues. Roughly 10 min of LB2 logging are usually sufficient.
☞ Log file size grows rapidly over time when LB2 is enabled.
Select HDR to enable interference mitigation measures for positioning on
the device.
