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KVGEO MULTI-GNSS CORS RECEIVER

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Application area

IGS & CORS Network

Characteristics

  • Multi-constellation multi-frequencies GNSS receiver with on-board computer
  • Reference Station for Continuously Operation Reference
  • Stations/International GNSS Service networks
  • Research multi-constellation GNSS signals
  • Autonomous/PPP/RTK positioning
  • Heading determination (optional)
  • RTCM3.3, NMEA2.3, NMEA4.11, NTL Binary
  • Download proprietary or third-party software
  • Open modular architecture
  • Wireless interfaces (optional)
  • Compact and robust design
  • Technical support and help with equipment setup

Application area

IGS & CORS Network
Main Image
Thumbnail

Characteristics

  • Multi-constellation multi-frequencies GNSS receiver with on-board computer
  • Reference Station for Continuously Operation Reference
  • Stations/International GNSS Service networks
  • Research multi-constellation GNSS signals
  • Autonomous/PPP/RTK positioning
  • Heading determination (optional)
  • RTCM3.3, NMEA2.3, NMEA4.11, NTL Binary
  • Download proprietary or third-party software
  • Open modular architecture
  • Wireless interfaces (optional)
  • Compact and robust design
  • Technical support and help with equipment setup

The feature of the device is the possibility to research multi-constellation GNSS signals and provide high-accuracy services in the reference station mode operating for Continuously Operation Reference Stations/International GNSS Service networks.
The main feature of open platform is the possibility to upload customer proprietary or third-party software to on-board Computer-on-Module Platform with Windows or Android or Linux operation system.
The KVGeo modularity and SMARC architecture allow to create the devices with suitable hardware and software to effectively implement the solutions of specific tasks in the area of navigation and control.
KVGeo includes a built-in single board computer, one or two suitable OEM GNSS modules of KV10X family and can be supplemented with radio modem with the requirement type of wireless interface (Wi-Fi, LoRa, NB-IoT, GSM/LTE, UHF radio, Bluetooth) due to mini-PCI Express connectors availability. The wireless interfaces and different types of wired interfaces (Ethernet, CAN, RS232, USB, HDMI) allow to accept signals from various Differential Correction Services and to control the device both locally and/or remotely.
This device is intended for:

  • high-precision positioning (RTK, PPP);
  • autonomous positioning;
  • generating GNSS measurements (code and phase pseudorange, Doppler measurements, estimation of signal-to-noise ratio);
  • the development, debugging and testing of various applications oriented to GNSS signal processing.