AdVance RTK Precise Positioning

NovAtel Inc. (Canada) has launched its new Real Time Kinematic (RTK) precise positioning solution – AdVance RTK. NovAtel’s GNSS OEMV-2 and OEMV-3 receivers will now be available with the new AdVance RTK as part of the Version 3.100 firmware release. AdVance RTK delivers significant performance enhancements, including more reliable ambiguity solutions and faster narrow lane convergence on short, medium and long baselines. Time to ambiguity resolution on baselines up to 20 kilometres is virtually instantaneous. As a result, AdVance RTK enables users to work more reliably and efficiently in a wider range of conditions. (read more)

2006-11-28 12:00:00

GPS/GLONASS RTK Receiver

The SXBlue III GNSS is a palm-sized GNSS RTK receiver that uses both GPS and GLONASS for real-time, centimetre accuracy. Via Bluetooth, it brings centimetre accuracy to any Bluetooth-compliant smartphone, handheld, tablet or notebook computer. The SXBlue III GNSS uses new, patented technology that allows it to generate corrections for both GPS and GLONASS satellite data even if the user’s reference station (or RTK Network) only supports GPS. This features opens up productivity benefits of GLONASS to all high-precision users around the world, and not just ones who have access to GLONASS-enabled reference stations. For example, a 20 year-old GPS-only... (read more)

2012-08-24 10:56:29

GNSS RTK Solutions

GeoMax has presented a fully integrated GNSS RTK positioning system: the Zenith 10 & Zenith 20 series with integrated GPRS/GSM and UHF radio. The system gives the user flexibility and offers Compass and Galileo readiness. The Zenith 10 & Zenith 20 series comprises of only two components: a GNSS antenna and a handheld computer. They can be setup on a pole or tripod. The system is connected via integrated wireless technology (Bluetooth) and provides a lightweight and cable free solution. The system is equipped with NovAtel’s AdVance RTK technology in combination with high-performance integrated communication technology from SATEL and fully... (read more)

2011-09-30 01:37:37

RTK Rover System

Topcon Europe Positioning (TEP, The Netherlands) has released the Tesla RTK, a GNSS-network RTK mobile mapping system based on the recently introduced cross-over controller, Topcon Tesla. The rover is designed for all field applications with the benefit of a larger, tablet-sized screen. With a 5.7” colour touch screen display, the Topcon Tesla RTK features direct touch access to all controls, designed to make it easy to read and operate, even in bright sunlight. The Topcon Tesla has been field tested to be a solution as a rugged field computer. Equipped with an IP67 environmental rating, the Topcon Tesla RTK can be... (read more)

2012-09-10 11:10:22

RTK GNSS Receiver

GEO TAG Engenharia (Brasil) 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... (read more)

2011-06-08 09:52:30

BX316 GNSS RTK Board

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2018-01-02 02:37:23

Network RTK Repeater Using Radio

Settop has announced the release of the new SETTOP Repeater version. Settop Repeater allows Rover-RTK network users to work in areas of low or no GSM coverage by receiving differential corrections via radio. The firmware update allows the possibility to connect any external radio model from the market and connect the Settop Repeater to precision agriculture systems or machine control. Repeater field application versatility is managed by an intuitive software controlled using a touch screen. Hardware design and field applications versatility make Settop Repeater a solution for land surveying applications, marine works, control machinery and agriculture. (read more)

2013-06-19 12:02:21

EPOCH 35 RTK GNSS System

Spectra Precision has introduced the EPOCH 35 GNSS system, using Global Positioning System (GPS) and GLONASS technology for cadastral, topographic, control, stakeout and other precision survey applications. The EPOCH 35 is a complete GNSS system that includes a base, rover, field software, data collector, and radio. The EPOCH 35 GNSS rover features integrated Bluetooth capability, an internal radio modem and battery. In North America, the system operates with the popular TDS Survey Pro field software. Outside the U.S., the system runs Spectra Precision Field Surveyor. These premiere field software solutions operate on the Spectra Precision Recon or Nomad... (read more)

2009-01-05 10:10:16

New Magellan ProMark3 RTK

Magellan (CA, USA) has introduced its ProMark3 RTK, designed to provide surveyors with centimetre accuracy in a real-time solution. ProMark3 RTK includes new real time capabilities in addition to its existing complete post-processing and mapping features. ProMark3 operates in two modes; base + rover and rover only. The rover can be connected to a real-time network through a GPRS-enabled cell phone using NTRIP and direct IP. The second mode of RTK operation, base + rover, employs an efficient plug-and-play spread-spectrum radio solution that does not require a license or separate configuration integrated with ProMark3 RTK. BLADE technology enables ProMark3... (read more)

2007-04-05 12:00:00

PPP-RTK & Open Standards Symposium

Participants of the PPP-RTK & Open Standards Symposium. Unlike conventional differential GNSS methods, Precise Point Positioning (PPP) does not (directly) utilise nearby reference receiver measurements. When performed on GNSS-equipped mobile phones and CarNav systems, PPP uses carrier phase measurements instead of pseudoranges and very accurate satellite orbit and clock data in place of the information in the broadcast navigation message. While PPP has many advantages, one of its critical shortcomings is the lengthy period for carrier phase ambiguity resolution. However, its supporters claim that it will very soon be possible to have reliable sub-decimetre accuracy, real-time positioning, anywhere in the... (read more)

2012-08-24 04:30:48