GNSS Symposium

Land of Berlin, the EUPOS Steering Committee, the International Committee of Global Navigation Satelllite Systems and the UN Office for Outer Space Affairs are organising a symposium on Global Navigation Satellite Systems, Space-based and Ground-based Augmentation Systems and applications. The symposium will take place from 11 to 14 November 2008 in the Berlin Rathaus (City Hall).   Topics of the symposium are GNSS providers and global ground-based services and analyses Regional reference systems Quality Assurance, Improvement of DGNSS and RTK Public and private services and activities Applications Companies   The Symposium will be accompanied by a trade exhibhition. Exhibitors may... (read more)
2008-06-26 11:10:07
2017-09-29 10:53:15
2017-09-29 10:53:30

Product Survey: GNSS Receivers

Please find the product survey on GNSS receivers in the dedicated section.   (read more)
2011-03-22 04:24:37
2017-09-29 10:57:51

GNSS and Hydrography

A precise navigation system that has been fully operational only since 1995, yet has had such an impact on hydrography… it looks as if the future of these systems will make interesting reading. GNSS stands for Global Navigation Satellite System and has been dominated by GPS. All hydrographic surveyors will know how this has improved their productivity in the last decade. Today GNSS includes GPS and, to a lesser extent, Glonass. In the future it may well include modernised GPS signals, further Glonass, the European-funded Galileo system, and other satellite-based augmentation services. Not only does this scenario mean ‘more of... (read more)
2008-01-01 01:00:00

Brazilian RTK GNSS Receiver

GEO TAG Engenharia (Brazil) has introduced the new multi-constellation RTK GNSS receiver GEO TAG MT.Pro. A pair of Trimble's Maxwell 6 chips provide most accurate and precise positioning and navigation and capable of receiving GPS, GLONASS and Galileo (-ready) satellite signals. The MT.Pro receiver is created for professional and precise positioning applications include land/marine surveying, construction and machine control, agriculture and infrastructure monitoring.   The GEO TAG MT.Pro receiver is designed to allow centimetre-level positioning and dual-antenna inputs for precise heading.   Other key features are high-precision, differential positioning accuracy subfoot-level and subdecimetre-level with OmniSTAR; heading accuracy up to 0.05°;... (read more)
2011-06-08 09:48:37

Entry-level GNSS Antenna

Hemisphere GPS introduces the affordable A325 GNSS Smart Antenna. This new design incorporates professional-level centimetre and sub-metre positioning accuracy powered by Hemisphere GPS’ Eclipse receiver technology and includes L-band and Bluetooth communications support. A325 is a great fit for a variety of applications including robotics, marine, survey, and GIS. A325 accuracies are software scalable to be custom configured for the customer’s specific needs and budget. Users can take advantage of free SBAS sub-meter accuracy or decimetre-level L-band support. For more precise needs such as hydrographic surveying, customers can activate the centimetre-level RTK feature with robust GPS and GLONASS positioning utilising... (read more)
2012-06-28 10:31:04

High-Performance GNSS Receiver

Magellan has showcased its latest dual-frequency GNSS receiver at the Oceanology International 2008. The latest advance from Magellan processes GPS and GLONASS signals via Magellan's patented BLADE technology to offer fast centimetre-level accurate performance for demanding high-precision applications.   With its new RTK solution, Magellan brings to the market a unique blend of technologies which increases RTK availability. They take advantage of currently available GPS, GLONASS, and SBAS signals, but also be comfortable knowing that you can upgrade your receiver to meet the evolution to future constellations (Galileo).   Magellan's BLADE (Baseline Accurate Determination Engine) technology employs a unique algorithm... (read more)
2008-03-17 09:41:49

Improved GNSS Coverage

Veripos announces a major enhancement of its services with an increase in transmission power from Inmarsat’s Atlantic Ocean East Region satellite, resulting in fully redundant High-Power delivery of GNSS augmentation data throughout Europe, Africa and Brazil regions. Running in parallel with Veripos’ existing High-Power satellite delivery service, the upgrade enables enhanced service reception in addition to significantly improved levels of availability and redundancy. The power increase also ensures improved flexibility and independence for users, who now no longer need be reliant upon vessel-borne Inmarsat reception terminals or mini-domes for accessing data from the satellite; instead, small omni-directional antennas can be... (read more)
2008-06-04 02:27:02
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