• Ok well i managed to open all 3 device properties that the phone causes to pop up they are, LGE CDMA USB Serial Port (COM5) LGE CDMA USB GPS NMEA Port (COM6) LGE CDMA USB Modem. Took many many trys to click on them within the split second they are available but i managed to do it so let me know where to go from here and i would be able to help.
• Chapter 6: Peripheral Devices & Accessories describes the peripherals and accessories available for your EP10. Chapter 7: Specifications details radio, imager and battery specifications. Appendix A: Wireless Wide Area Network (WWAN) provides details about Wireless WAN radio. Appendix B: Port Pinouts describes port pinouts.

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Using GpsGate Splitter, we will capture the NMEA output. To do this, you will need to install GPSGate Splitter and get it working with your USB GPS device. To do so, you will need to figure out the COM Port your USB GPS is on. To find that, go to the Windows Device Manager.

I/O Configuration (Port Configuration)

Use these settings to set up the receiver inputs and outputs.

Select one of the following options:

• IBSS/NTRIP Server

TCP/IP 5017 and TCP/IP 5018

By default, these ports are available. However, you can change them and add or remove other ports.

Client – Select this check box to enter a Remote IP and port. This enables the receiver to initiate a connection to the remote server. This can be used when the receiver is behind a network firewall or has a dynamic IP address.

Output Only/ Allow Multiple TCP/IP Connections – Select this check box to configure the receiver so that it can broadcast to multiple simultaneous remotes. The remotes are unable to send data back to the receiver. Trimble strongly recommends this setting for all ports without a two-way data requirement. If this is not enabled, remotes can reconfigure the receiver.

UDP Mode – Select this check box to use UDP (User Datagram Protocol) instead of TCP. You can edit a UDP timeout. By default, it is set to 60 seconds.

Authenticate, set password – Select this check box so that all incoming connections are required to enter a password to authenticate the connection. This is not NTRIP authentication.

Port Selection

• Port – The first drop-down list displays which type of port is available for configuration.
• Output Type – The second drop-down list displays which output type is sent out of each port.

One of the following output groups appears with configuration settings, depending on the option that you select in the drop-down list at the top of the page:

• CMR
• RTCM
• REPEAT-RTCM
• NMEA
• RT17/RT27
• BINEX
• GSOF
• OMNISTAR
• 1PPS

Add TCP/IP or UDP Port

Select this option to add a new TCP/IP port to the receiver.

UDP Mode – Select this check box to use UDP (User Datagram Protocol) instead of TCP.

Local Port# – Select the port number that is to be used and then click Add to create the configuration.

One of the following groups appears, depending on the option that you select in the drop-down list at the top of the page:

• CMR
• RTCM
• REPEAT-RTCM
• NMEA
• RT17/RT27

IBSS/NTRIP Client

This option allows correction data to be received securely from an NTRIP Caster. The NTRIP source may be:

• A Trimble VRS Network
• A Trimble NTRIP Caster
• The Trimble Internet Base Station Service (IBSS)
• Another NTRIP compliant correction source

NTRIP version 2 is supported in firmware version 4.14 and later.

Status – Indicates the current status of the NTRIP connection:

Enable – Select to enable NTRIP Client.

IBSS Mode – Checking this mode provides a simplified UI for IBSS

• TCC Organization – Enter your TCC Organization name
• TCC Device ID – The Device ID is generated by the receiver
• TCC Password – Enter the TCC password provided by your Organization TCC administrator.
• Base Name – Enter the name of the base station you want as the source of your corrections if known or select from the list using the Get Base Name list button.
• Get Base Name List – Use this button to obtain a list of available IBSS base stations for selection. The list is ordered with the closest at the top of the list and includes the distance from your current location in km.

NTRIP Caster HTTP:// – The address and port of the NTRIP Caster that the receiver will connect to to receive correction data.

Username – Enter the username required to log on to the server.

Password – Enter the password required to log on to the server.

Verify Password – Re-enter the password required to log on to the server.

Mount Point – Enter name of the correction stream to which you are connecting on the NTRIP Caster if known or select from the list using the Get Mount Points button.

Get Mount Points – Use this button to obtain a list of available IBSS base stations for selection. The list is ordered with the closest at the top of the list and includes the distance from your current location in km.

IBSS/NTRIP Server

This option enables the receiver to connect to IBSS or an NTRIP Caster to send correction data securely across the internet.

Status – Indicates the current status of the NTRIP connection:

Enable – Select this check box to enable NTRIP Server.

Zte usb device driver. IBSS Mode - Selecting this mode provides a simplified interface for the IBSS.

• TCC Organization - Enter your TCC Organization name.
• Base Name - The name of the reference station name as defined in the Receiver Configuration, Reference station page.
• TCC Device ID - The receiver generates the Device ID.
• TCC Password - Enter the TCC password provided by your Organization TCC administrator.

NTRIP Version - NTRIP Server supports either NTRIP version 1 or 2.

NTRIP Caster http:// – The address and port of the NTRIP Caster that the receiver will connect to to send or receive data.

Mount Point – The name of the correction stream you are supplying to the NTRIP Caster.

Username – Enter the username required to log on to the server.

Password – Enter the password required to log on to the server.

Verify Password – Re-enter the password required to log on to the server.

Identifier – The unique identifier for the receiver (NTRIP Server) supplying the correction stream.

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Country – An optional identifier to help distinguish which country the NTRIP Server is in.

Network – An optional identifier to help distinguish which network the NTRIP Server is a part of.

Select the correction type to output:

• CMR
• RTCM

• Note – OmniSTAR is not available in IBSS Mode.

NTRIP Caster

There are three NTRIP Caster ports available. For each port, a maximum of 10 users can request data, which means that a total of 30 users can simultaneously request data.

Enable – Select this check box to enable this NTRIP Caster port.

Port – Source Port number of the caster host.

Country – Enter the character country code, for example USA, DE.

Identifier – The unique identifier for the NTRIP Caster.

Mount Point – Enter the name of the output stream, such as its type. Users must enter this name to connect to the port.

Authentication – This is set to Basic so you will require a login username and password.

Generator – Set to Trimble.

Fee – Set to no fee per connection. There is no billing model in this receiver.

NMEA Required – Set to No as this is a single base solution.

Mount Point – Enter the name of the receiver, such as its location. This name is required by the users.

Select one source of corrections:

• CMR
• RTCM
• RT17/RT27

Serial 1 / Lemo

Serial2 / Modem 1

Serial3 / Modem 2

The three serial ports can be configured from here. Serial ports 1 and 3 do not support flow control, but serial port 2 does.

Serial Port Setup – Set the appropriate baud rate, parity, and flow control for the port.

One of the following groups appears, depending on the option that you select in the drop-down list at the top of the page:

• CMR
• RTCM
• REPEAT-RTCM
• NMEA
• RT17/RT27

Bluetooth Port

You can stream any available data over a Bluetooth connection.

Maintain configuration when connection dropped - Select this for the receiver to maintain the output configuration on the selected Bluetooth port when the wireless link is dropped. The output resumes when the wireless link is re-established.

One of the following groups appears, depending on the option that you select in the drop-down list at the top of the page:

• CMR
• RTCM
• REPEAT-RTCM
• NMEA
• RT17/RT27

USB

USB Port – You can stream any available data over a USB connection.

Note – Adaptor (P/N 57167) is not supplied.

One of the following groups appears, depending on the option that you select in the drop-down list at the top of the page:

• CMR
• RTCM
• REPEAT-RTCM
• NMEA
• RT17/RT27

Radio

Radio – You can stream CMR outputs from the internal 900 MHz or 450 MHz radio when in Base Operation mode. Inputs are automatically handled when in other Operation Modes. The 450 MHz internal radio can also output an RTCM correction stream.

One of the following groups appears, depending on the option that you select in the drop-down list at the top of the page:

• CMR
• RTCM

CAN

CAN – You can stream CMR, NMEA, or GSOF data over this port, which is available only on a SPS Modular receiver with a Lemo port.

For more detail on the format of these messages and cabling, contact Trimble.

One of the following groups appears, depending on the option that you select in the drop-down list at the top of the page:

• CMR
• NMEA

CMR

The following fields appear when you select CMR from the list at the top of the page.

CMR – Select which CMR corrections will be output on this port. If transmitting CMRx messages, ensure that all rovers and machines have firmware that will accept CMRx. CMRx was introduced in receiver firmware version 4.0.

Moving Base CMR - The Moving Base CMR corrections are available when in Moving Base operation mode and are used in conjunction with a second SPS Modular receiver in Heading operation mode. Moving Base CMR corrections cannot be transmitted over the internal radio on SPS Modular receivers.

Delay – Select the time delay for the CMR output. This is used in multi-base applications.

Bandwidth Limit – Enable this only when using 900 MHz radios in a two-way data radio network. This is only required when GLONASS records are included in the CMR message. If transmitting with CMRx format, there is no need to bandwidth limit as all signals can be transmitted over the radios.

REPEAT-RTCM

This feature allows an external source of RTCM corrections to be repeated to another port. The external source can be OmniSTAR VBS or from the internal MSK Beacon receiver (if installed).

The following fields appear when you select REPEAT - RTCM from the list at the top of the page.

Use VBS as source – Select this check box to use the decoded OmniSTAR VBS service to populate an RTCM DGPS correction stream. The RTCM DGPS correction stream can be output on Ethernet, Serial, Bluetooth, or USB ports. This output is available when the receiver is in any operating mode and can also be selected from the front panel Port menu. Only available when a valid OmniSTAR VBS subscription is loaded in an SPS Modular receiver that supports OmniSTAR.

Use Beacon Radio as source – Select this check box to use the decoded RTCM stream from the internal Beacon receiver as output. The RTCM DGPS correction stream can be output on Ethernet, Serial, Bluetooth, or USB ports. This output is available when the receiver is in any operating mode and can also be selected from the front panel Port menu. Only available when an internal Beacon receiver is detected.

RTCM

The following fields appear when you select RTCM from the list at the top of the page.

Enable/Disable – Select if RTCM output is to be enabled on this port.

Version – Select which version of RTCM message will be output on this port. (Use version 2.X to transmit a version of RTCM that is compatible when multiple rovers are being used and they are not all compatible with the same version of RTCM message. That is, one rover might only support version 2.1 and the other requires version 2.3.)

RTCM version 3 is available when the base station is used by a mixed fleet of RTK receivers from a number of manufacturers. RTCM version 3 is more efficient, handles GLONASS, and is more suitable for networked RTK than version 2.x. If the GLONASS option is installed in the base station (receiver firmware version 4.13 and later), then both GPS and GLONASS measurements are output.

Bandwidth limit – This option is available once RTCM version 3 is selected. If the radio link being used has a known maximum data throughput rate, then enter that value into this field in bytes per second. The receiver will then logically reduce the number of satellite messages so that maximum rate is not exceeded.

Type – Select which type of RTCM message will be output on this port.

NMEA

The following fields appear when you select NMEA from the list at the top of the page.

NMEA Messages – Select which NMEA messages will be output on this port.

Standard – Select which standard to use for the compliant messages.

• NMEA – Output messages will comply with the National Marine Electronics Association (NMEA) 0183 Standard for Interfacing Marine Electronic Devices, Version 4.0, November 1, 2008. This is the default selection.
• IEC61162-1:2010 – Output messages will comply with the International Electrotechnical Commission (IEC) 61162-1, Edition 4 2010-11

Report max DQI=2 NMEA GGA string – When enabled, the Quality Indicator field in the GGA output message will never be greater than 2 (Differential GPS). Use this only with legacy systems that do not fully support the NMEA standard.

Report max correction age 9 sec in NMEA GGA string – When enabled, the Age of differential data field in the GGA message will never be greater than 9 sec. Use this only with legacy systems that do not fully support the NMEA standard.

Report extended information in NMEA GGA and RMC strings - By default, this check box is enabled to provide high precision position data in the NMEA messages. Clear this check box to conform with the NMEA standard message length of 82 characters. However, if you do, the precision of the position and altitude data is reduced by truncating the number of decimal places.

Report GST message always as GPGST - When enabled, the NMEA talker ID will always be $GP for the GST message no matter what constellation is being tracked. This is required for some legacy systems using this NMEA output which have not yet been updated to follow the NMEA standard. By default this will be disabled.

RT17/RT27

The RT17/RT27 option is only available when the Binary Outputs option is installed in the receiver.

The following fields appear when you select RT17/RT27 from the list at the top of the page.

Epoch Interval – This defines the rate at which the RT17/RT27 messages are output. Check boxes are provided to enable the output of measurements and/or positions.

Measurements – Select this check box to output raw observables.

Positions – Select this check box to output position measurements. Telechips driver download pc.

Concise – Select this check box to output a more compact message containing the raw observables. This should always be enabled.

R-T Flag – Select this check box to output IODE values and cycle-slip counts.

Ephemeris – Select this check box to output the satellite ephemeris when received.

Send Raw GPS Data – Select this check box to output the raw data extracted from the satellites.

Multi-System Support – Select this check box to output the GPS L5 and GLONASS observables.

Smooth Pseudorange – Enable Pseudorange smoothing.

Smooth Phase – Enable Phase smoothing.

Send Raw WAAS Data – Select this box to output the raw data extracted from the SBAS satellites.

Note – If you are interfacing to an SPS Modular receiver that is running version 3.30 firmware or later and is using binary commands, it is important to note that the receiver does not support binary command and control interfacing unless login authentication (through a serial port) is carried out.

BINEX

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The following fields appear when you select BINEX from the list at the top of the page.

Observable Rate – Select the output rate for the raw observables.

Smooth Pseudorange – Enable Pseudorange smoothing.

Smooth Phase – Enable Phase smoothing.

GSOF

The following fields appear when you select GSOF (General Survey Output Format) message from the list at the top of the page.

GSOF Messages – Select which GSOF messages will be output on this port.

OmniSTAR

Only available when a valid OmniSTAR subscription is loaded in an SPS Modular receiver that supports OmniSTAR.

DATA for OmniSTAR – Enables the demodulated OmniSTAR data output on this port. This output can then be used as an External OmniSTAR input on a non-Trimble OmniSTAR-capable receiver that has a valid and appropriate OmniSTAR subscription.

DATA for Trimble – Enables the demodulated OmniSTAR data output on this port. This output is the same raw data as above with a TRIMCOMM wrapper (0xC4) to support use as an External OmniSTAR input on an Trimble receiver. The receiver must have a valid and appropriate OmniSTAR subscription.

DEBUG – Enables/Disables DEBUG OmniSTAR output on this port.

1PPS Time Tag

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The following fields appear when you select 1PPS Time Tag from the list at the top of the page.

1PPS Time Tag – Enables the ASCII Time tags. The time tag provides the UTC time of the 1PPS pulse and is output approximately 800 milliseconds before the pulse.

To enable the 1PPS pulse, see Receiver Configuration - General.

All SPS GNSS receivers are capable of outputting a 1PPS timing pulse, but some will require the option to be purchased and installed as an after-sales upgrade.

Met-Tilt

These settings are used to support meteorological and tilt sensors. They are not used in Construction applications.