…Trimble® RTX™ technology (Real-Time eXtended) for high-accuracy Global Navigation Satellite System (GNSS) corrections. RTX technology uses real-time GNSS corrections from a global reference station network to compute centimeter level positions based on satellite orbit and clock information.
“While standard autonomous GNSS position solutions provide accuracies in the 1 meter range, Trimble RTX can achieve accuracies at the centimeter level—anywhere on or near the earth’s surface,” said Patricia Boothe, general manager of Trimble’s Positioning Services Division. “Combining global coverage, fast initialization times, and high-accuracy correction data, RTX technology provides GNSS users unprecedented, operating freedom. We are committed to offering field-proven correction technologies that can satisfy a variety of users needs across applications and markets, from agriculture to infrastructure.”
The Trimble NetR9 reference receiver provides advanced global correction data with the addition of Trimble RTX technology. Receiving corrections via either L-band satellite or IP (cellular) communications, high-accuracy absolute positioning can now be achieved worldwide for coordinate and tectonic monitoring. The NetR9 with RTX is ideal for establishing or monitoring CORS station coordinates and static operations for survey campaigns.
Trimble Pivot™ software is an advanced platform for Infrastructure apps that supports a range of capabilities to serve various markets. Within the Infrastructure portfolio, two key applications—Trimble Pivot RTX Real-Time App (RTX) and Trimble Pivot RTX Postprocessed (RTX-PP) App—offer the advantages of absolute positioning techniques using Trimble RTX technology to provide users with centimeter-level real-time position accuracy. The new Infrastructure apps are ideal for establishing or monitoring station coordinates in Real Time Networks (RTN), measuring station movement for earthquake, volcano, landslide, dam or other monitoring applications, and also providing kinematic and/or static/filtered positions.
Trimble Pivot RTX App is designed to perform absolute position monitoring in real-time for a network of receivers. This is particularly helpful when operating a network for CORS receivers which may be used in an RTN or for monitoring applications. The Trimble Pivot RTX App uses a software based RTX engine, so that the receivers which are to be monitored do not require RTX capability onboard. Using GNSS data streaming from a receiver, the Pivot RTX App applies RTX corrections in real-time, monitoring the reference station position.
Trimble Pivot RTX-PP App is designed to perform position monitoring in postprocessing mode. The Pivot RTX-PP App provides highly accurate position results based on the RTX postprocessing technique. This enables precise determination of initial coordinates for CORS or measurement of displacements after station movement. The Pivot RTX-PP App supports different processing modes: static or kinematic. The static mode enables users to receive highly accurate absolute positions, while the kinematic mode allows users to process data to obtain position measurements during periods of station movement.
