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Microwave Video Links | GPS Applications | Video Engineering | Custom Electronic Design

 
 
GPS Products:
Telenav II
CamNav
VideoTag
GIS
R&D Projects
 
GPS Applications:
ARINC429 to NMEA 0183 Translator
GPS Heading Sensor Evaluation Unit
GPS Data Module and Encoder
GPS Antenna Splitter – Diplexer
Quad GPS Antenna Splitter
 
NEW ITEMS:
GPS Compass OEM interface
GPS Compass - Target Location Module
GPS Compass Module

GPS Applications & Products

Navtech has a vast experience of the Global Positioning System along with GPS products and applications.

The patented Telenav product incorporates GPS data in to video signals and has been the standard bearer for much of Navtech’s success for many years.

Navtech has based its core business on the Telenav product for many years. This has enabled us to move in to the tracking antenna marked – along with building links with the Geosurvey community. The Telenav product has also helped developments such as the CamNav and VideoTag products.

Navtech have a variety of GPS splitter products – especially for aviation use – and also ARINC to NMEA standards converters.

Please view our GPS Products page along with the Telenav, CamNav, VideoTag products.

Navtech Systems GPS Devices

Navtech Systems has been involved with surveillance systems for the police and law enforcement community and has recently developed a product for use on long range surveillance systems.

The device is a low cost GPS heading reference – compass - that will provide sub1 degree accuracy with respect to true north. This can be used for the bore sight alignment of a long range telescope, video camera or the alignment of
tracking systems (radars) used in such applications as border surveillance.

Furthermore the device can also provide Target Positioning using data from the camera/telescope/radar location, direction (heading) of pointing and the target range input given by a conventional range finder.

This device is an order of magnitude more accurate than a conventional magnetic compass and does not have variation or deviation errors. The only constraint is that the two GPS antennas are mounted on the axis of the
telescope or camera some 40 cm apart with a clear view of the sky.

The derived GPS position is differentially corrected for sub meter accuracy for location that enhances the system to yield inherent precision and ease of use.

The user interface is comprehensive and flexible with standard interface protocols for simplicity of integration.