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GPS-702L

Now available for order.

The GPS-702L, part of NovAtel’s GPS-700 antenna series, offers access to the GPS L1 and L2 frequencies, as well as the L-band frequencies used by the OmniSTAR and Canada-wide Differential GPS (CDGPS) correction services.

Product Datasheet

White Paper

Available models

RoHS Compliance

Exceptional L-band reception

When combined with NovAtel’s ProPak®-LBplus receiver, the GPS702L allows users to take advantage of the improved positioning accuracy provided by L-band technology. For users within North America, free CDGPS L-band corrections provide sub-meter accuracy with a data signal structured to perform well in difficult conditions such as heavy foliage. Worldwide, OmniSTAR’s subscription-based service offers real-time DGPS positioning with meter- to decimeter-level accuracy.

Improved RTK performance

The GPS-702L also features improved RTK performance for high-accuracy, real-time positioning applications. Closely located L1 and L2 phase centers combined with high phase center stability ensure optimal RTK operation, even over long baselines. The antenna also includes Pinwheel technology for excellent multipath rejection. As a result, the GPS702L offers the versatility to work in virtually any positioning mode.

Durable, RoHS compliant design

In addition, the GPS-702L meets the European Union’s directive for Restriction of Hazardous Substances (RoHS). As one of the first RoHS compliant GPS products, integrators can be confident that the GPS-702L can be used in system designs for years to come. For extended life, the GPS-702L also features a waterproof housing and meets MIL-STD-202F for vibration and MIL-STD-810F for salt spray. Sharing the same form factor as the other antennas in the GPS-700 series, the GPS-702L is compact and lightweight, making it a highly portable and rugged antenna suitable for a wide variety of environments and applications.

Features

Benefits

Access to OmniSTAR and CDGPS L-band signals

Provides a single antenna solution for GPS L1, GPS L2, and L-band reception

Improved RTK performance

Offers the flexibility to be used with virtually any positioning mode

RoHS compliant

Eliminates the need for re-design in the future