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Features:
Feature-rich
interface
The
ProPak-G2plus provides an easy-to-use interface without sacrificing
the capabilities needed for complex system integration. Three serial
ports and USB functionality support high-speed communication with
multiple devices. Available with an RS-232 or RS-422 interface, the
receiver also offers an external oscillator input, a pulse per second
(PPS) output, and two event mark inputs.
Protects
against harsh conditions
The
ProPak-G2plus features a durable metal enclosure to shield against
harsh conditions and RF interference. Combined with one of
NovAtels rugged antennas, such as the GPS-700 series, the
ProPak-G2plus provides unsurpassed performance and reliability in
almost any environment.
Superior
positioning performance
The
ProPak-G2plus features patented Pulse Aperture Correlator (PAC)
technology to virtually eliminate the effects of multipath. Multiple
models are available to meet a variety of positioning requirements,
including L1 and L1/L2 and optional support for SBAS corrections,
such as those from WAAS and EGNOS systems. RT-2® technology is
available for centimeter-level RTK performance.
Support
for advanced technologies
The
ProPak-G2plus also includes power output for external devices such as
a radio and features NovAtels SPAN Technology to support
inertial capabilities. A single cable from the receiver to an
inertial measurement unit (IMU) creates an enhanced system that
delivers 100 Hertz position and attitude measurements and robust
performance unaffected by short outages or reduced satellite
coverage. In addition, the ProPak-G2plus provides application hosting
with the Application Programming Interface (API) option.
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Three high-speed serial ports and USB capability |
Ensure flexible installation and quick configuration |
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Pulse Aperture Correlator (PAC) tracking technology |
Provide centimeter-level position data virtually unaffected by multipath |
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Supports peripheral devices, including an inertial measurement
unit (IMU) |
Offers the ability to augment your GPS system with attitude data
and continuous positioning, with minimal integration effort |
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