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The Trimble® GA830 GNSS Antenna is a general purpose GNSS rover antenna ideal for dynamic applications where position and heading are required. The GA830 offers excellent OmniSTAR (L-Band), GPS and GLONASS signal reception, making it ideal for use with the OmniSTAR G2 service as well as GPS/GLONASS positioning and heading applications. -
Tallysman® HC997EXF is a high-performance, high-versatility, minimal weight antenna designed for extremely precise positioning with no errors. This antenna is equipped with triple-band GNSS coverage, meaning that it receives multiple satellite signals at once, making it much more accurate. It covers GPS, GLONASS, Galileo, BeiDou, and NavlC frequency bands, including SBAS systems such as WAAS, EGNOS, MSAS, or GAGAN, as well as L-band correction services. -
Hemisphere A631 Smart Antenna is a performance-oriented versatile GNSS antenna that's affordable. Its applications include marine and navy mission-critical appliances, agriculture, GIS, mapping, and any other precise positioning situation that requires accuracy. -
Enabling simultaneous tracking of all satellite signals including GPS, GLONASS, BeiDou, Galileo, QZSS, IRNSS and L-band, the Hemisphere Phantom 20 and 34 technology platform is the most robust and reliable solution for agriculture, GIS and machine control. Hemisphere GNSS’ Phantom 20 and 34 OEM boards allow you to track more signals, delivering unparalleled positioning performance while providing the most robust low-power multi-frequency, multi-GNSS solution. -
A full-solution product in a remarkably compact and powerful package, the Hemisphere R632 GNSS Receiver offers the ability to easily upgrade to an astounding 0.01° accurate heading. Utilizing the groundwork of Hemisphere’s Lyra, Cygnus and Aquila core technologies, the R632 GNSS Receiver offers outstanding interference rejection and multipath mitigation, delivering an extraordinary combination of performance, communications, and connectivity. -
The Trimble AX940i GNSS triple frequency smart antenna with integrated inertial navigation is ideal for applications requiring continuous centimetre accuracy in a compact package, taking advantage of Trimble’s expertise in both GNSS and Inertial technology. -
The Trimble AX940 GNSS triple frequency smart antenna with MSS band demodulator is ideal for precise positioning applications. Supporting both triple frequency for the GPS and GLONASS constellations it also supports dual-frequency from BeiDou and Galileo; allowing you to choose the best receiver for your application and budget. -
The GLI-Metro from GPS Source marks the integration of the newest GPS smart amplifier technology into a self-contained unit. A smart amplifier system that is ideal for both the commercial and the public sector; the GLI-METRO RK has an interface that is straightforward and easy to use. This complete kit includes the GLI-METRO, an active antenna, passive antenna, swivel mount, pole mount, surge suppressor as well as cabling. Based on high-perfomance systems designed for military applications, the GLI-METRO device features L1 GPS Signals (with an optional L2 for approved applications) and oscillation detection/ mitigation. Whether you are working in an automated test environment or inside a shielded room, the GLI-Metro can safely bring the GPS signal inside. -
A single input, 8-output splitter, the IRMS18 amplifies and splits the GPS/GNSS signal entering from a single GPS receiver antenna, while extending signal access to as many as 8 GPS/GNSS receivers simultaneously. The IRMS18’s standard configuration comes with +/-48V telecom power with a regulated DC output voltage. Multiple power options are available to suit your particular requirements. The active GPS antenna connected to the port is powered by the output voltage as it passes through the antenna input port. Simulating an antenna DC current draw for any receiver connected to these ports, the DC blocked outputs feature a 200 Ohm DC resistive load to ground. Located within the IRMS18, a GNSS receiver monitors the signal strength while providing internal monitoring of the current draw of the antenna. Providing the ability for two internal power supply units to share the load, a dual-power supply option is available. Should one unit not be available, the second takes over seamlessly, with no loss of power. Clearly visible on the front panel of the unit, the power supply LED fault indicator can use the back panel’s available contacts to transmit. -
How to replace your correction service with a RoboDot
While convenient and easy to use, VRS services have some pitfalls and inconveniences:
- Internet connectivity may be unavailable or unreliable
- VRS service areas are limited
- Monthly subscription costs add up
RoboDot solves all of these problems while keeping setup simple. Operating as a local RTK base station, RoboDot provides correction services within a 20 km operating radius, and does not require internet connectivity. With RoboDot you still get the simplicity of connecting to a VRS but without the related subscription costs.
Order by calling: 1.519.821.3661
Order by calling: 1.519.821.3661
41 Sherwood Drive
Guelph, ON N1E 6E6
Canada
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