| A100 Smart Antenna |
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Focus on the job at hand with fast start-up and reacquisition times, 60 cm accuracy, and an easy-to-see status indicator for power, GPS, and DGPS. The durable enclosure houses both antenna and receiver. It can be powered through various sources, making the A100™ Smart Antenna ideal for a variety of applications. Dual-serial, CAN, and pulse output options make this DGPS receiver compatible with almost any interface.
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| A220 Smart Antenna |
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The A220™ Smart Antenna offers a versatile, portable solution with centimeter-level accuracy powered by the Hemisphere GPS Eclipse™ dual-frequency GPS receiver technology in rugged, all-in-one enclosure.
The durable enclosure houses the receiver, antenna and optional radio modem, all in one package. The antenna can be powered through various sources, making the A220 Smart Antenna ideal for a variety of applications. Dual-serial, CAN, and pulse output options make the RTK and L-band high precision service receiver compatible with almost any interface.
The A220 Smart Antenna is designed to be mounted on a variety of roving machines and vehicles for kinematic positioning and navigation applications.
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| A221 Smart Antenna |
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The A221™ Smart Antenna offers a versatile, portable solution with centimeter-level accuracy powered by the Hemisphere GPS Eclipse™ dual-frequency GPS receiver technology in rugged, all-in-one enclosure.
The durable enclosure houses the receiver, antenna and optional radio modem, all in one package. The antenna can be powered through various sources, making the A221 Smart Antenna ideal for a variety of applications. Dual-serial, CAN, and pulse output options make the RTK and L-band high precision service receiver compatible with almost any interface.
The A221 Smart Antenna can be used as a portable base station mounted on a tripod or riser. Additionally, the A221 Smart Antenna has a full graphic display with menu selection keys, and can log data to a standard USB flash drive.
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| G100 Guidance System |
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The G100™ Guidance System is an all-in-one steering system ready to plug directly into your Auto-Guide Ready™ machine. One-step plug and play. Just place on the cab roof, plug in to the roof top connector and the G100 does the rest. When connected, the G100 automatically knows what machine it is attached to and instantly begins a machine-specific setup sequence. The G100 can be easily moved from one Auto-Guide Ready™ machine to another with minimal effort. It is available with a three-year extended service guarantee to ensure you will always be running when you need it.
The G100 uses Hemisphere GPS’ patented Crescent® technology and features support for Parallel, Pivot and Contour farming, has full ISO compatibility, tilt compensation, high speed control (30 + km/h), and virtual lightbar. It also supports NMEA 2000 and 0183 (CAN and Serial) for communication with external devices such as yield monitors and spray controllers.
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| Crescent Vector II OEM Board |
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Create a more dynamic navigation solution through Hemisphere GPS’ advancements in Crescent® Vector II™ technology. The enhanced Crescent Vector II OEM board brings a series of new features to the patented receiver technology including heave, pitch and roll output, more accurate timing, lower phase noise and an improved accelerometer. Use the new Crescent Vector II OEM Board for all applications that require reliable heading and positioning. The Crescent Vector II OEM board computes heading and position using two antennas in both static and dynamic applications. The compact size, low-power consumption and simple configuration of the Crescent Vector II OEM board make it an ideal solution for system integrators.
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| Eclipse II GNSS OEM Module |
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The Eclipse™ II GNSS OEM module is the first in the next generation of GNSS boards available from Hemisphere GPS. Integrate with ease using Eclipse II, in precision industrial products and challenging environments. This compact module offers low power consumption, fast output rates of up to 20 Hz and L-band support. Offering full scalability and expandability from L1 GPS through to L1/L2 GNSS and combined with advanced multipath mitigation techniques, this feature-rich multi-frequency GNSS module will provide a cost effective product compatible with other GNSS products.
Eclipse GNSS RTK with SureTrack™
With Eclipse II, RTK performance is scalable. Utilize the same centimeter-level accuracy in either L1-only mode, or employ the full performance of fast RTK performance over long distances with L1/L2 GNSS signals. Our exclusive SureTrack technology gives peace of mind knowing your RTK rover is making use of every satellite it is tracking, even satellites not tracked at the base. Benefit from fewer RTK dropouts in congested environments, faster reaquisitions and more robust solutions due to better cycle slip detection. SureTrack also removes concerns with mixing GNSS data from various manufacturers. Even if your base is only L1/L2 GPS, SureTrack with GLONASS at your rover delivers complete GNSS performance where others cannot. Rely on SureTrack technology from Hemisphere GPS.
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| LX-1 OEM Board |
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Improve GPS positioning accuracy by adding differential capability with Hemisphere GPS’s LX-1™ OEM Board. Coupled with Hemisphere GPS’s exclusive OEM Board, the LX-1 receives L-band differential signals that improve positioning to less than a meter. OmniSTAR broadcasts via satellite differential signal corrections covering most land areas worldwide. It is an ideal alternative or back up to other differential sources such as SBAS (WAAS, EGNOS, MSAS, etc.) and radiobeacon especially in regions where those signals are difficult or impossible to track.
The LX-1 automatically tracks the best differential satellite broadcast if more than one is available in a particular region or tracks a specific satellite manually set by the user.
The LX-1 comes paired with the Crescent® OEM board for optimal performance. Integration of the two boards is simplified as they are exactly the same size and connect directly to each other.
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| LX-2 OEM Board |
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Improve GPS positioning accuracy by adding L-band differential capability with Hemisphere GPS’ LX-2™ OEM board. L-band broadcasts via satellite differential signal corrections covering most land areas worldwide. The LX-2, coupled with Hemisphere GPS’ exclusive P200™ board, can track L-band high precision service differential signals that improve positioning to less than sub-decimeter accuracies. Along with Hemisphere GPS’ P100™ board, the LX-2 receives L-band DGPS service or accuracy differential signals that improve positioning to less than sub-meter accuracies. It is an ideal alternative or back-up to other differential sources such as SBAS (WAAS, EGNOS, MSAS, etc.) and radiobeacon, especially in regions where those signals are difficult or impossible to track.
The LX-2 automatically tracks the best differential satellite broadcast if more than one is available in a particular region or tracks a specific satellite manually set by the user.
The LX-2 comes as an OEM board which can be easily paired with the P200 or the P100 board for optimal performance. Integration of the two boards is simplified as they are exactly the same size.
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| R100 Series DGPS Receiver |
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Complete your work quickly and accurately with the R100™ Series DGPS receiver. Rely on consistent sub-meter performance with standard SBAS differential and Hemisphere GPS’ exclusive COAST™ technology that maintains accuracy during temporary loss of differential signal. The R100 Series offers many differential correction options for various environments and worldwide coverage. The simple interface and solid construction make the R100 Series the ideal solution for professional mapping, guidance and navigation applications.
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| SBX-4 Board |
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Provide a reliable source of differential corrections with the SBX-4™ Radiobeacon Board that augments a separate GPS receiver with free accuracy improving correction data from networks of beacon stations located throughout the world.
With dual-channel architecture to ensure the best station is always being decoded, the SBX-4 delivers high performance reception and a wide range of functionality, including the capability to be tuned to signal strength or station distance.
The SBX-4 outputs the industry standard RTCM SC-104 format accepted by differential-ready GPS receivers and can be also configured and monitored with NMEA 0183 protocol.
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