Found 167 results
Sort by

A52 and A21 Precision GPS Antennas

Hemisphere GPS' A52 and A21 are two new antennas adding precision, reliability, and value to the Crescent and Eclipse GPS technology.  A52 is a multi-GNSS (GPS L1/L2/L5, GLONASS L1/L2, Beidou,...

Read more

Survey Accuracy

Renewed debate on the nature and role of the cadastre was sparked in 2010 through the forums of FIG 2010 in Sydney, Australia, and GIM International. Six design elements for...

Read more

GNSS Baseband Chip

OLinkStar offers OTrack32 GPS/BeiDou-2/GLONASS 32-channel baseband chip delivering hig performance using low power. The chip is capable of receiving multi-band GNSS signals simultaneously up to four groups and processing signals...

Read more

High-precision GNSS Receivers

What will the new GNSS signals bring to the user of high-precision receivers? This article provides a brief overview of what users can expect from GNSS systems that are currently...

Read more

ION GNSS 2011 Programme

The Institute of Navigation (ION) GNSS 2011 Conference Program and Registration are available on-line. The conference is the 24th International Technical Meeting of the Satellite Division of The Institute of...

Read more

Geodesy

Geodesy: the definition, pronunciation, information and more. Definition The classical definition of geodesy [pronunciation: jee-od-uh-see] is that it is the science concerned with the shape, size, and the gravity field of the Earth. However, geodesy today is...

Read more

A Hundred-plus Signals

  By 2020, four GNSS constellations will be fully operational: in addition to the US GPS, complete and fully operational since July 1995, these are the Russian Glonass, European Galileo...

Read more

GNSS Positioning

Nowadays, GNSS receivers have scores – and often hundreds – of channels, enabling them to track GPS, Glonass, Galileo and Compass signals simultaneously. The whole workflow from satellite tracking to...

Read more