Spacer
Positioning
Positioning > GNSS

Personal Navigator Featuring GNSS Receiver

  06/12/2012
Alberding, a German developer and distributor of professional GNSS system solutions, has recently announced the Alberding A07 personal navigator featuring NVS Technologiesí NV08C-CSM high-performance, multi-GNSS constellation receiver.

 

Personal Navigator Featuring GNSS ReceiverThe Alberding A07 is a low-cost single frequency GNSS receiver designed for personal navigation and other sub-metre accuracy positioning applications in an urban environment. This device integrates NVS Technologies’ NV08C-CSM multi-constellation (GPS, GLONASS, GALILEO, COMPASS and SBAS) L1 receiver with GPRS and Bluetooth communication modules, an RFID reader and a processor. The Alberding A07 comes with an integrated GNSS antenna, but for monitoring and tracking applications it is also available with an external antenna.

 

The Alberding DGNSS processing algorithm and Kalman filter take raw GNSS observation data to compute a highly accurate position solution in real time. Position information can then be transmitted via Bluetooth to custom-specific applications running on smartphones, for instance. As an example, the Alberding A07 can assist blind or visually impaired people with orientation and navigation on the streets.


Read more about:  GNSS  GPS  Galileo 
Supplier: NVS Technologies AG

More news from this supplier:
NVS GNSS Receiver in Toughbook
Multi-GNSS Receiver Firmware now Leap Second Correction Assured
Raw Data Output-enabled Firmware


Solution for Quickly Generating Automated Oblique Projects
Airbus to Deliver 3D Urban Mapping Solution to PASCO
Seeking Indoor Continuity for GNSS Positioning Solution
Hexagon Takes Over Mining Software and Service Company
3D Measurement and Imaging Experts Gather at SPAR International
LizardTech Demonstrates Imagery-delivery Software at GEOINT
Optech Showcases Airborne Terrain and Bathymetry Sensors
Copernicus Masters Contest Seeks New Ideas for Satellite Data
SenseFly Unveils UAS for Precision Agriculture
Leica Geosystems Launches Entry-level Laser Scanner


   


comments powered by Disqus
Top News
Upcoming Events
Spacer
Spacer
3D model of a real forest from airborne Lidar

The terrain was prepared from aerial ortho-image of 30 cm resolution. Lidar derived Canopy Height Model was worked at 15 cm resolution. For keeping the uniformity with Lidar derived layers, the ortho-image was used at 15 cm pixel size.

 

Last 3 items:
Spacer
Last Comments
Spacer
Spacer
Spacer
Spacer
Spacer