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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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| Crescent OEM Board |
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Hemisphere GPS has incorporated Crescent® receiver technology into its own product lines and has made it available to OEMs and integrators for use in their product lines. The Crescent OEM GPS module enables higher update rates, noise-reduced raw measurements, more memory and higher processor capability, to enable more advanced applications and sophisticated configurations.
It also enables the use of multiple front ends to achieve tighter coupling of measurements from separate antennae for use with heading-based products. Module users will obtain excellent accuracy and stability, due to Crescent receiver technology's more accurate code phase measurements, multipath mitigation improvements, and fewer discrete receiver components.
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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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| Eclipse P300 & P301 OEM Modules |
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The miniEclipse™ offers integrators unprecedented performance for applications where size and space are critical for your application. Using Hemisphere GPS’ patented SureTrack™ technology, superb RTK, low power consumption, and fast output rates make it an ideal solution for your application. The new miniEclipse offers scalability and expandability from L1 GPS through to L1/L2 GNSS. With advanced multipath mitigation techniques, this feature rich multi-frequency GNSS module will provide a cost effective product compatible with other GNSS products.
Measuring 41 mm by 71 mm, the P300 takes Hemisphere GPS’ latest Eclipse™ technology and shrinks it into a tiny package. miniEclipse modules are offered in two common industry form factors: the miniEclipse P300 is a drop-in replacement for Hemisphere GPS’ Crescent® P100™ and miniEclipse P200™ modules, while the miniEclipse P301 has a mechanical design compatible with the OEMV® receivers of NovAtel, Inc. The reliable positioning performance of miniEclipse P300 and P301 is further enhanced through Eclipse RTK and COAST™ DGPS technology.
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| LX-1 OEM Board |
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Improve GPS positioning accuracy by adding differential capability with Hemisphere GPS’ 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. L-band 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 OmniSTAR® differential capability with Hemisphere GPS’ LX-2™ OEM board. OmniSTAR broadcasts via satellite differential signal corrections covering most land areas worldwide. The LX-2, coupled with Hemisphere GPS’ exclusive P200™ board, can track OmniSTAR XP or HP differential signals that improve positioning to better than 10 centimeter accuracies. Along with Hemisphere GPS’ P100™ board, the LX-2 receives OmniSTAR VBS 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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| 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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| Universal Development Kit |
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The Universal Development Kit allows you to integrate a Hemisphere GPS OEM board into your design.
The Universal Development Kit supports the following Hemisphere GPS OEM boards:
Crescent®
Crescent Vector™ II
Eclipse™ II
miniEclipse™
LX-1™ (for OmniSTAR VBS only)
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Vector H102 GPS Compass
OEM Board |
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Enjoy the simplified integration, flexible communication, and powerful, precise performance of the all-in-one Vector™ H102™ GPS compass OEM board. The integrated Crescent® Vector II technology offers precise heading and positioning as well as heave, pitch and roll output.
The Vector H102 integrates two GPS antennas, a CANBUS communications processor, a single axis gyro, tilt sensors and a power supply into a single module. The dual antennas allow for ease of integration into your application and provide 0.75 degree heading and 1.0 m position accuracy even while sitting stationary. The gyro and tilt sensor improve system performance and provide backup heading information if the GPS-based heading is temporarily lost. The integrated Crescent Vector II technology provides more accurate code phase measurement and improved multipath mitigation resulting in excellent accuracy and stability.
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| Vector H320 GNSS Compass Module |
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Develop sophisticated machine control and navigation solutions in a world full of complex dynamic environments. The Vector H320™ is our most advanced GNSS heading and positioning module available from Hemisphere GPS.
The Vector H320 utilizes dual antenna ports to create a series of additional capabilities to Eclipse™ Vector technology including fast, high-accuracy heading over short baselines, RTK positioning, onboard L-band reception, RTK-enabled heave, low power consumption and precise timing.
Integrate the Vector H320 into your applications to experience exceptional performance, flexibility and cost savings. This incredible GNSS module uses advanced multipath mitigation techniques and offers full scalability and expandability from L1/L2 GPS/GLONASS to L1/L2 GPS/GLONASS RTK performance.
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Vector LV101 GPS Compass
OEM Board |
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Experience superb navigation or antenna alignment from the accurate heading and position available with the Vector™ LV101™ GPS compass OEM board. The Crescent® Vector II technology brings a series of new features to the Vector LV101 GPS compass OEM board including heave, pitch and roll output and more robust performance.
The Vector LV101 integrates two GPS antennas, a NMEA 2000 communications processor, a single axis gyro, tilt sensors and a power supply into a single system. The dual antennas allow for ease of integration into your application and provide for precise heading and GPS sub-meter position accuracy even while sitting stationary. The gyro and tilt sensor improve system performance and provide backup heading information if the GPS-based heading is ever lost. The Crescent Vector II technology provides more accurate code phase measurement and improved multipath mitigation resulting in excellent accuracy and stability.
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| MBX-4 |
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Provide a reliable source of free differential corrections with the MBX-4™ Differential Beacon Receiver that augments a separate GPS receiver with free accuracy improving correction data from networks of beacon stations located throughout the world. With automatic dual-channel tracking, the MBX-4 ensures the best beacon station is always being decoded. Beacon stations are automatically tracked based on signal strength or station distance and can also be manually selected.
Hemisphere GPS’ MBX-4 has been optimized for high performance reception and proves reliable even in noisy environments. It outputs the industry standard RTCM SC-104 format accepted by differential-ready GPS receivers and can be configured and monitored with NMEA 0183 protocol. Hemisphere GPS’ MBX-4 receiver kit includes an integrated GPS and beacon antenna.
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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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| R131 DGPS Receiver |
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Complete your work quickly and accurately with the R131™ 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 R131 provides new and convenient physical advantages, including a new design with a rack mountable enclosure, front facing display, 1PPS output via an SMA connector, and a new soft power switch in lieu of the traditional mechanical power switch. The soft switch allows for ease of use when turning the R131 on/off, when the R131 is rack mounted. In addition to the new features, a new metal power connector has been added to provide a durable connection.
The R131 offers many differential correction options such as SBAS, L-band, radio-beacon, and e-Dif® for various environments and worldwide coverage. It is also RTK upgradable. The simple user interface and extensive software features make the R131 the ideal solution for professional mapping, guidance and navigation applications.
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Vector LV101 GPS Compass
OEM Board
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Experience superb navigation or antenna alignment from the accurate heading and position available with the Vector™ LV101™ GPS compass OEM board. The Crescent® Vector II technology brings a series of new features to the Vector LV101 GPS compass OEM board including heave, pitch and roll output and more robust performance.
The Vector LV101 integrates two GPS antennas, a NMEA 2000 communications processor, a single axis gyro, tilt sensors and a power supply into a single system. The dual antennas allow for ease of integration into your application and provide for precise heading and GPS sub-meter position accuracy even while sitting stationary. The gyro and tilt sensor improve system performance and provide backup heading information if the GPS-based heading is ever lost. The Crescent Vector II technology provides more accurate code phase measurement and improved multipath mitigation resulting in excellent accuracy and stability.
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| Vector V101 Series GPS Compass |
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Experience superior navigation from the accurate heading and positioning performance available with the Vector™ V101™ Series GPS compass. The Crescent® Vector II technology brings a series of new features to the Vector V101 series including heave, pitch and roll output and more robust performance. The rugged enclosure combines Hemisphere GPS’ Crescent Vector II board and two multipath-resistant antennas for portability and simple installation. The half-meter length smart antenna mounts easily to a flat surface or pole. The stability and maintenance-free design of the Vector V101 replaces traditional gyrocompasses at a fraction of the cost.
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| Vector V102 GPS Compass Series |
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Experience superior navigation from the accurate heading and positioning performance available with the Vector™ V102™ GPS compass. The Vector V102 uses SBAS (WAAS, EGNOS, MSAS, etc.) for differential GPS positioning allowing Hemisphere GPS to provide a low cost and highly effective heading and position based smart antenna.
The rugged and low profile enclosure combines Hemisphere GPS’ Crescent® Vector II OEM technology and two multipath-resistant antennas for accuracy, portability and simple installation. The smart antenna - measuring less than half-meter length - mounts easily to a flat surface or pole. The stability and maintenance-free design of the Vector V102 provides traditional GPS positioning and heading at a low cost.
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| Vector V103 and V113 GPS Compass |
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Experience the IMO Wheelmarked Vector™ V103™ GPS Compass series for its superb heading and positioning performance. The new, rugged IP69K design housing is sealed for the harshest environments. It incorporates fixed and pole mounting capability for both marine and land applications. The Vector V103 Series is suitable for both commercial and professional marine, as well as for machine mounting in open pit mining, construction and other applications.
The V103 and V113™ utilize all of the recent innovations in Hemisphere GPS' Crescent® and Vector technology. New Cross-Dipole low-multipath antennas are separated by 50 cm between phase centers, resulting in better than 0.3 rms heading performance while delivering position accuracy of better than 60 cm 95% of the time when using SBAS (EGNOS, MSAS, & WAAS) or Beacon corrections.
The V103 and V113 support both NMEA 0183 and NMEA 2000 interfacing, enabling a seamless choice of communications protocols with Hemisphere GPS' messaging. Crescent Vector technology delivers accurate and continuous performance, including position, heading, heave, pitch and roll. The stability and maintenance design of the Vector V103 Series replaces traditional gyrocompasses and stand-alone GPS at a fraction of the cost.
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| Vector VS101 Series GPS Compass |
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Precise applications demand the heading and positioning performance of the Vector™ VS101™ series GPS compass. Ideal for professional machine control and navigation applications, the Vector VS101 and Vector VS111™ delivers reliable accuracy at significantly less cost than competitors’ products or traditional methods. The Crescent® Vector II technology brings a series of new features to the VS101 series including heave, pitch and roll output and more robust performance.
The Vector VS101 Series receiver, with its display and user interface, can be conveniently installed near the operator. The two antennas are mounted separately and with a user-determined separation to meet the desired accuracy.
The Vector VS101 uses SBAS (WAAS, EGNOS, MSAS, etc.) for differential GPS positioning. The Vector VS111 includes both SBAS and radio beacon differential GPS positioning options.
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| Vector H320 GNSS Compass Module |
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Develop sophisticated machine control and navigation solutions in a world full of complex dynamic environments. The Vector H320™ is our most advanced GNSS heading and positioning module available from Hemisphere GPS.
The Vector H320 utilizes dual antenna ports to create a series of additional capabilities to Eclipse™ Vector technology including fast, high-accuracy heading over short baselines, RTK positioning, onboard L-band reception, RTK-enabled heave, low power consumption and precise timing.
Integrate the Vector H320 into your applications to experience exceptional performance, flexibility and cost savings. This incredible GNSS module uses advanced multipath mitigation techniques and offers full scalability and expandability from L1/L2 GPS/GLONASS to L1/L2 GPS/GLONASS RTK performance.
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| 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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| GateMate |
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GateMate™ is a portable Alpine ski race gate placement and tracking system which incorporates Hemisphere GPS’ Crescent® technology and custom designed software in a rugged Windows Mobile® package. With GateMate, course workers can map the gates to less than 1 meter of their original location without the use of landmarks or measuring tapes.
GateMate allows course workers to significantly reduce the time it takes to map and place gates on a course. Users can pinpoint, position and number a gate at the same time, making removal and replacement efficient and accurate. GateMate data is directly compatible with the freely available Google Earth™ viewer, enabling a virtual run through the course between surveyed gates. The Google Earth map allows users to see the gates and run up close and personal.
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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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| R131 DGPS Receiver |
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Complete your work quickly and accurately with the R131™ 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 R131 provides new and convenient physical advantages, including a new design with a rack mountable enclosure, front facing display, 1PPS output via an SMA connector, and a new soft power switch in lieu of the traditional mechanical power switch. The soft switch allows for ease of use when turning the R131 on/off, when the R131 is rack mounted. In addition to the new features, a new metal power connector has been added to provide a durable connection.
The R131 offers many differential correction options such as SBAS, L-band, radio-beacon, and e-Dif® for various environments and worldwide coverage. It is also RTK upgradable. The simple user interface and extensive software features make the R131 the ideal solution for professional mapping, guidance and navigation applications.
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| R320 GNSS Receiver |
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Complete your work quickly and accurately with the R320™ GNSS Receiver. Built on Hemisphere GPS’ Eclipse II™ platform, it boasts the latest GNSS patented technology and offers extremely quick start up and reacquisition times. The feature-rich standard model R320 tracks GPS L1/L2, SBAS and L-band (DGPS high precision service) signals and can log raw data for post processing to a removable USB Flash Drive. Also included is Hemisphere GPS’ exclusive COAST™ technology, which provides accurate positioning data during DGPS and SBAS correction outages. Upgrade your R320 now or later in the field by adding RTK base station functionality or RTK rover performance. Add GLONASS tracking for a cost effective, multi-GNSS solution compatible with other GNSS products.
Eclipse GNSS RTK with SureTrack™
RTK performance is scalable on the R320. Utilize the same centimeter-level accuracy with L1/L2 GPS, or improve performance and reliability with L1/L2 GNSS signals. Our exclusive SureTrack technology gives peace of mind knowing the 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 reacquisitions and more robust solutions due to better cycle slip detection. SureTrack also removes concerns with using various manufacturers GNSS base. Even if the GNSS base delivers L1/L2 GPS, SureTrack with GLONASS at the rover will deliver RTK performance where others cannot. Rely on SureTrack technology from Hemisphere GPS.
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| S320 GNSS Survey Receiver System |
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The S320™ is Hemisphere GPS’ latest survey product that provides the quality one can expect from a Canadian manufacturer, without the shocking sticker price. So whether you are doing GIS, Construction, Mapping, Land or Marine Surveying, the S320 can be tailored to meet your needs.
The S320 features:
SMS communication
GNSS configurable
SureTrack™ intelligence
L-Band DGPS
Cross-brand compatibility
Auto level sensor
Internal SS/UHF radio and GSM cellular
Dual bluetooth
SD card configurable
10-hours hot swappable battery life
Visit the S320 website for more information.
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| XF Series Data Collectors |
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The XF1 and XFG data collectors provide the quality one can expect from a trusted and experienced manufacturer. Whether you are doing GIS or mapping, the XF Series can be tailored to meet your needs.
XF Series Features
Compact and rugged all-in-one solution
Internal GPS/GLONASS capable receiver (3-5m accuracy)
10-hour battery life
Complete cellular voice and data capability
Extensive communication features (wi-fi and Bluetooth v2.0)
3.2 megapixel camera
8GB SD card capable
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| XF100 Series DGPS Receivers |
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The new XF100™ series DGPS receivers for ruggedized handheld computers provide superior accuracy and performance. The rugged Compact Flash adapter and smart antenna module simplify field use even in the most demanding environments.
Which XF100 Model is Right for You?
- XF100™: for use with the TDS Recon™
- XF101™: for use with the Juniper Archer Field PC™
- XF102™: for use with the TDS Nomad™
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| A20 Antenna |
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The Hemisphere GPS A-series antennas are tough on multipath. Improve your positioning accuracy by selecting the A-series antenna that is right for your application. The A20™ antenna comes standard with strong multipath rejection for clean tracking of L1 GPS and SBAS signals and ample bandwidth for tracking L-band signals as well. For heading applications and RTK installations, the exceptional phase centre stability keeps your solutions steady and dependable. Watch your accuracy improve by selecting the A-series antenna that is right for you.
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| A21 Antenna |
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The A21™ antenna is designed to help maintain tracking of GPS and differential correction signals in challenging environments. Sometimes keeping the antenna level and away from electrical noise is just not possible. With a metal base, lower profile, improved multi-path mitigation, and ability to filter out an additional 30 decibels of radio band frequencies, A21 offers superior noise rejection. A21 is designed for use with Hemisphere GPS Crescent® and Crescent Vector II™ receivers.
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| A30 Antenna |
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The Hemisphere GPS A-series antennas are tough on multipath. Improve your positioning accuracy by selecting the A-series antenna that is right for your application. The A30™ antenna comes standard with strong multipath rejection for clean tracking of L1 GPS and SBAS signals and ample bandwidth for tracking L-band signals as well. For heading applications and RTK installations, the exceptional phase centre stability keeps your solutions steady and dependable. If your application also calls for 300kHz beacon tracking, the A30’s toroidal ferrite delivers unmatched performance, eliminating directional signal fading. Watch your accuracy improve by selecting the A-series antenna that is right for you.
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| A31 Antenna |
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The A31™ antenna is designed to help maintain tracking of GPS, Beacon and differential correction signals in challenging environments. Sometimes keeping the antenna level and away from electrical noise is just not possible. With improved multi-path mitigation and ability to filter out an additional 30 decibels of radio band frequencies, A31 offers superior noise rejection. The A31 is designed for use with Hemisphere GPS Crescent and Crescent Vector II receivers.
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| A42 Antenna |
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The new A42™ antenna adds precision, reliability and value to our leading Eclipse™ GPS technology. A42 is a multi-GNSS precision antenna and is ideal for various applications including construction surveys, RTK positioning and navigation, precise guidance and machine control. Use the A42 antenna in challenging environments (such as near buildings and foliage) as it has superior multipath mitigation, stable phase center and strong SNR’s even at low elevations.
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| A52 Antenna |
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The new A52™ antenna adds more precision, reliability and value to our leading Eclipse GPS technology. A52 is a multi-GNSS precision antenna and is ideal for various applications including geodetic surveys, RTK positioning and navigation, precise guidance and machine control. Use the A52 antenna in challenging environments (such as near buildings and foliage) as it has superior multipath mitigation, stable phase center and strong SNR’s even at low elevations.
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