There are 3 repositories under ntrip topic.
Python Graphical GPS Client Application supporting NMEA, UBX, SBF, RTCM3, NTRIP & SPARTN Protocols
Python GNSS CLI utility library for reading, parsing and broadcasting NMEA, UBX, SBF, RTCM3, NTRIP and SPARTN protocols
ROS NTRIP client
AG Rooftop controller with NTRIP client and IMU (ESP32 Controller)
Repository with tools for the ublox RTK receiver.
Contains program to Send RTCM3 📡 data to Hosted NTRIP server and fetch NTRIP data and display on another rover. Real time kinematic supported base and rover (Ublox-M8P) GPS units are required.
System built on ROS2 Humble distribution to utilize NTRIP for a RTK Global Navigation Satelite System (GNSS)
Docker Container that Takes in USB or TCP Based Serial GPS Receiver Output and Forwards the Data to Either Onocoy or RTKDirect or Both.
RVMT (RTCM VIA MQTT TRANSMITTER) is using the MQTT protocol (as a secure and opensource alternative to NTRIP) to get RTK correction data for my rover GPS units.
A Multi platform Ntrip Caster based on Libevent and Redis implementation, support Ntrip1.0/2.0 protocol.
JSON serialization/deserialization of RTCM v. 3
Ntrip Version 2.0 Command Line Server - Fork of ntripserver at https://software.rtcm-ntrip.org/browser/ntrip/trunk/ntripserver
Lightweight NTRIP caster written in .NET Core with NTRIP rev 2 support and automatic nearest base selection.
In use by RVMT (RTCM Via MQTT Transmitter) using the MQTT msg/protocol (as a secure and opensource alternative to NTRIP) to get RTK correction data from BaseStations to Broker and to Rover GPS units.
This code can be used to automatically get the nearest Mountpoint for GNSS RTK applications. And receive RTCM3 data. The GUI can be use for quick testing.
Caster for RVMP (RTCM Via MQTT Protocol) using the MQTT msg/protocol (as a secure and opensource alternative to NTRIP) to get RTK correction data from BaseStations to Broker and to Rover GPS units.
An Arduino Ntrip client to dispatch rtcm ros topic for Ublox fp9 GPS Rtk corrections
A program used to create bus routes so that self-driving vehicles can drive along a specified route and design display screens for use with self-driving vehicles.